From pthubert@cisco.com Wed May 1 07:09:19 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id C1BA221F93E2 for <6tsch@ietfa.amsl.com>; Wed, 1 May 2013 07:09:19 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -8.198 X-Spam-Level: X-Spam-Status: No, score=-8.198 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id zm+AARa0p0-l for <6tsch@ietfa.amsl.com>; Wed, 1 May 2013 07:09:13 -0700 (PDT) Received: from rcdn-iport-8.cisco.com (rcdn-iport-8.cisco.com [173.37.86.79]) by ietfa.amsl.com (Postfix) with ESMTP id DA67021F8899 for <6tsch@ietf.org>; Wed, 1 May 2013 07:09:12 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=45235; q=dns/txt; s=iport; t=1367417353; x=1368626953; h=from:to:subject:date:message-id:references:in-reply-to: mime-version; bh=8BhS4eqN/K5ljKa0x3/AiJNJJH1OtpXTe1dkHsgcHAU=; b=aFMICWifnjCwwah1tk+MC8DoUVrvR1T0BFjbNpwjTYh3mI5f9inV09XJ cJFhBkthgA/ZnmZU3Y0z3GdpB7hLI5Qhmq84mGXl8REolPZbHgg2uiDhO dSBuTfNz9ZWn8hpWs8u+cx152uxPgKnJviJFTIe7RLEpfVgnH16yoJwte E=; X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AhwFACYhgVGtJV2c/2dsb2JhbABSDoI1RDa/F3wWdIIfAQEBAwEaEzoiAgEIEQEDAQELFgEGBzIUAwYIAgQBEggTh2sGvwmNVwEPgQE3AQaCaWEDhTeOIJR8gk4/gWoIFx4 X-IronPort-AV: E=Sophos;i="4.87,589,1363132800"; d="scan'208,217";a="205188251" Received: from rcdn-core-5.cisco.com ([173.37.93.156]) by rcdn-iport-8.cisco.com with ESMTP; 01 May 2013 14:09:11 +0000 Received: from xhc-aln-x11.cisco.com (xhc-aln-x11.cisco.com [173.36.12.85]) by rcdn-core-5.cisco.com (8.14.5/8.14.5) with ESMTP id r41E9BCT013593 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Wed, 1 May 2013 14:09:11 GMT Received: from xmb-rcd-x01.cisco.com ([169.254.1.143]) by xhc-aln-x11.cisco.com ([173.36.12.85]) with mapi id 14.02.0318.004; Wed, 1 May 2013 09:09:09 -0500 From: "Pascal Thubert (pthubert)" To: Thomas Watteyne , IETF 6TSCH <6tsch@ietf.org> Thread-Topic: [6tsch] PCEP for centralized scheduling in 6TSCH architecture Thread-Index: AQHORh13NGeXy7oBnk+EgmqBsSEir5jwW+ew Date: Wed, 1 May 2013 14:09:09 +0000 Deferred-Delivery: Wed, 1 May 2013 14:08:00 +0000 Message-ID: References: In-Reply-To: Accept-Language: fr-FR, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.61.165.33] Content-Type: multipart/alternative; boundary="_000_E045AECD98228444A58C61C200AE1BD83CEC12FExmbrcdx01ciscoc_" MIME-Version: 1.0 Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 01 May 2013 14:09:19 -0000 --_000_E045AECD98228444A58C61C200AE1BD83CEC12FExmbrcdx01ciscoc_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable I'm with you Thomas; I think that your first requirement applies in particular to the methods fo= r peer evaluation that should homogeneous between RPL and PCE. Which leads us to: - consistent metrics (and metrics formats?) =3D> reuse RFC 6551 when advert= ising metrics to the PCE - shared methods for link maintenance - shared methods for link measurements We'll note that RPL does not define the aforementioned methods, which are l= eft to the particular use case / link. But since we are focusing on a particular MAC, maybe at 6TSCH we should be = more specific? Pascal From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T= homas Watteyne Sent: mercredi 1 mai 2013 05:39 To: IETF 6TSCH Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture Maria Rita, Awesome! Thanks for putting this on the ML. One important step I think is to decide what we want the scope of this prot= ocol to be. Here are a couple of thoughts on what the goals are (I'm at the airport, so= please forgive the not-so-organized nature of this e-mail): - this is the protocol used for signalling messages to flow between the PCE= and the nodes in the network - the nodes use this protocol (if possible) to tell the PCE how they are do= ing. This includes topological information, traffic requirements, etc. - what happens in the PCE is independent from this protocol, - the PCE uses this protocol to drive the network schedule, installing and = moving tracks in the network, probably using mostly hard cells. On top of this, I can think on the following requirements: - reuse existing protocols and techniques as much as possible - security: nodes and PCE should be able to authenticate each other. It mig= ht also be useful to ensure confidentiality, so that a node can not overhea= r the traffic between the PCE and another node. - simplicity and applicability to out simple LLNs (i.e. small state, small = overhead,...) Thoughts? Thomas On Tue, Apr 30, 2013 at 1:53 AM, Maria Rita PALATTELLA > wrote: Dear all, I have started investigating the RFC5440 "Path Computation Element Communic= ation Protocol (PCEP)" in order to check " if" and "how" it could fit in ou= r 6TSCH architecture. In detail, I wanted to see if we could use PCEP + TASA (Traffic Aware Sched= uling Algorithm) for computing and distributing the schedule from the PCE t= o the nodes in a 6TSCH architecture that uses a centralized scheduling algo= rithm. I had some preliminary discussion already with Thomas on this topic, but le= t's discuss all together on the ML. We would like to have your feedback in = order to see if we can really use PCEP, and how we can fix some open issues= in the 6TSCH context. I will use some extracts from the RFC5440, that summarize the behavior of t= he protocol, and show features that we could exploit. This will result in a *very long* email. Sorry for that. And thanks for goi= ng through it, and come back to me with your comments, questions, suggestio= ns. Maria Rita >>PCEP is such a protocol designed specifically for communications between = a PCC and a PCE [...] a PCC may use PCEP to send a path computation request= for one or more TE LSPs to a PCE, and the PCE may reply with a set of comp= uted paths if one or more paths can be found that satisfies the set of cons= traints. >> PCC: Path Computation Client; any client application requesting a path = computation to be performed by a Path Computation Element. >> PCE: Path Computation Element; an entity (component, application, or ne= twork node) that is capable of computing a network path or route based on a= network graph and applying computational constraints. >> Explicit path: Full explicit path from start to destination; made of a = list of strict hops where a hop may be an abstract node such as an AS. [MR] The explicit path could be seen as a 6TSCH track, composed by hard ce= lls. >> [...] it is assumed that the PCE has the required information (usually i= ncluding network topology and resource information) so as to perform the co= mputation of a path for a TE LSP. Such information can be gathered by rout= ing protocols or by some other means. The way in which the information is = gathered is out of the scope of this document (i.e, RFC5440). [Thomas] Is that not a bit limiting? This means that we need one protocol = (PCEP) to send data from the PCE to the motes, and another for stats and to= pological and requirement data to go from the motes to the PCE. [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't speci= fy how to build and distribute it, PCEP does not define how to collect the = required information (network topology, requirements) used for computing pa= ths. But the motes can specify the requirements of the requested path withi= n the PCReq messages. >> Transport Protocol. PCEP operates over TCP using a registered TCP port = (4189). This allows the requirements of reliable messaging and flow control= to be met without further protocol work. All PCEP messages MUST be sent us= ing the registered TCP port for the source and destination TCP port. [Thomas] can PCEP run on something else than TCP? It looks like no. There = is always the possibility for proposing a UDP version of PCEP, but it's unc= lear to me how much rework is required. [MR] According to the RFC5440, a PCEP session can be established ONLY over= a TCP connection. In other words, first a TCP connection (3-way handshake= ) between the PCC and the PCE has to be established, and after a PCEP sessi= on can be started. About proposing an UDP version of PCEP, it is something = to be investigated. >> Once the PCC has selected a PCE, it sends a Path Computation Request to = the PCE (PCReq message) that contains a variety of objects that specify the set of constraints and attributes for the path to be computed. = For example, "Compute a TE LSP path with source IP address=3Dx.y.z.t, destination IP address=3Dx'.y'.z'.t', bandwidth=3DB Mbit/s, Setup/Holding = priority=3DP, ...". Additionally, the PCC may desire to specify the urgenc= y of such request by assigning a request priority. [Thomas]If the PCE received a PCReq to go from A to B, is there a way for t= he PCE to contact all the motes along the multi-hop path between A and B an= d install cells/links? it looks like the PCE is only used to calculate a mult= i-hop path on an already existing topology. [MR]I agree with you. PCEP can set up a multi-hop path on an already existi= ng topology. There is correspondence 1-to-1 between PCReq and PCRep. Thus, = it seems that PCE cannot contact the motes along the multi-hop path between= A and B. BUT... PCEP include some RP in the messages (see below) >>A Path Computation Reply(PCRep) Message can contain either a set of comp= uted paths if the request can be satisfied, or a negative reply if not. Th= e negative reply may indicate the reason why no path could be found. >>The RP (Request Parameters) object MUST be carried within each PCReq and = PCRep messages. The RP object is used to specify various characteristics of= the path computation request. >> The END-POINTS object is used in a PCReq message to specify the source = IP address and the destination IP address of the path for which a path comp= utation is requested. Note that the source and destination addresses specif= ied in the END-POINTS object may correspond to the source and destination I= P address of the TE LSP or to those of a path segment. [MR] Setting the END-POINT object, maybe it could be possible to allocate = cells/links for each path segment. This is something to be investigated. >>The BANDWIDTH object is used to specify the requested bandwidth for a TE= LSP. The notion of bandwidth is similar to the one used for RSVP >>signali= ng in [RFC2205], [RFC3209], and [RFC3473]. >>The METRIC object is optional and can be used for several purposes. In a= PCReq message, a PCC MAY insert one or more METRIC objects: o To indicate the metric that MUST be optimized by the path computation al= gorithm (IGP metric, TE metric, hop counts). Currently, three metrics are defined: the IGP cost, the TE metric (see [RFC= 3785]), and the number of hops traversed by a TE LSP. o To indicate a bound on the path cost that MUST NOT be exceeded for the p= ath to be considered as acceptable by the PCC. >>The path computation algorithmic aspects used by the PCE to optimize a p= ath with respect to a specific metric are outside the scope of this >>docum= ent. [MR] TASA could be a possible algorithm for computing the path. It seems to= fits well with the RFC5440 Specification. TASA provides a method to the PCE for computing a network path, based on th= e network graph and applying computational constraints (i.e., selecting dup= lex- and interference-free conflict links, according to local and global queue level= ). Each node in the TSCH TASA-based network could act as PCC (Path Computation= Client), requesting a path computation to be performed by the PCE. In deta= il, with the PCReq message, the PCC asks the PCE to compute a path toward it (thus, source IP address = =3D PCC IP address, destination IP address =3D PCE destination address), ha= ving a given bandwidth, equal to the number of packets it wants to transmi= t (i.e., TASA local queue level, or in other word, traffic load offered by= the single node to the network). After having collected all the PCReq messages from all the nodes in the net= work, the PCE can build a schedule, setting one or more paths for each PCC. Once, the schedule has been built according to TASA matching and coloring p= rocedures, it is transmitted to each node in the network, using PCRep messa= ges. Then, the 6TSCH 6TUS adaptation protocol can provide the functionality for = delivering the traffic in the queues, according to the schedule built with = TASA+PCEP. Some Open ISSUES: Q1: How the PCE collect the information related to the network graph? R1: Note that this is out of the scope of both RCF5440 and TASA. However, w= e may suppose that such information are provided by the routing protocol, R= PL, as suggested in RFC5440. "How" still has to be defined! [Thomas] Agreed, that's a really important point. Q2: How the network is set up before implementing TASA+PCEP for building th= e schedule? R2: TASA does not specify how the network is built. In fact, TASA runs over= a network that has been already built, and that needs a schedule in order to allow traffic-flow exchanges (i.e., transmissions between each node and = the PCE). Maybe, 6TUS could fill this gap and provide the functionality for= the 15.4e TSCH network formation. [Thomas] I believe the "minimal" use case identified in the charter covers = this. Q3: Is there any need to change the PCReq and PCRep messages format, for al= lowing the integration of PCEP with TASA? [MR] there could be such need. Q4:How the info in the PCRep messages can be used by 6TUS? [Thomas] The entity in the motes which received PCRep message simply send c= ommands over the 6tus interface. Q5: How would a TASA+PCEP solution work for P2P traffic? That is, data flow= ing from a switch to a light without going through the DAGroot? [MR]TASA supports multi-point-to-point traffic (from each mote in the netwo= rk to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe could suppo= rt P2P traffic. This is something to be investigated. --_000_E045AECD98228444A58C61C200AE1BD83CEC12FExmbrcdx01ciscoc_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

I’m with you Thomas;

 <= /p>

I think that your first r= equirement applies in particular to the methods for peer evaluation that sh= ould homogeneous between RPL and PCE.

 <= /p>

Which leads us to:

- consistent metrics (and= metrics formats?) =3D> reuse RFC 6551 when advertising metrics to the P= CE

- shared methods for link= maintenance

- shared methods for link= measurements

 <= /p>

We’ll note that RPL= does not define the aforementioned methods, which are left to the particul= ar use case / link.

But since we are focusing= on a particular MAC, maybe at 6TSCH we should be more specific?

 <= /p>

Pascal<= /p>

 <= /p>

From: 6tsch-bo= unces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of Thomas Watteyne
Sent: mercredi 1 mai 2013 05:39
To: IETF 6TSCH
Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH archit= ecture

 

Maria Rita,

 

Awesome! Thanks for putting this on the ML.

 

One important step I think is to decide what we want= the scope of this protocol to be.

 

Here are a couple of thoughts on what the goals are = (I'm at the airport, so please forgive the not-so-organized nature of this = e-mail):

- this is the protocol used for signalling messages = to flow between the PCE and the nodes in the network

- the nodes use this protocol (if possible) to tell = the PCE how they are doing. This includes topological information, traffic = requirements, etc.

- what happens in the PCE is independent from this p= rotocol,

- the PCE uses this protocol to drive the network sc= hedule, installing and moving tracks in the network, probably using mostly = hard cells.

 

On top of this, I can think on the following require= ments:

- reuse existing protocols and techniques as much as= possible

- security: nodes and PCE should be able to authenti= cate each other. It might also be useful to ensure confidentiality, so that= a node can not overhear the traffic between the PCE and another node.=

- simplicity and applicability to out simple LLNs (i= .e. small state, small overhead,...)

 

Thoughts?

 

Thomas

 

On Tue, Apr 30, 2013 at 1:53 AM, Maria Rita PALATTEL= LA <ma= ria-rita.palattella@uni.lu> wrote:

Dear all,

I have started investigating the RFC5440 “Path Co= mputation Element Communication Protocol (PCEP)” in order to check " if" and "how" it could fit in o= ur 6TSCH architecture.

In detail, I wanted to see if we could use PCEP + TASA (Traffic Aware Scheduling Algorithm) for computing a= nd distributing the schedule from the PCE to the nodes in a 6TSCH architect= ure that uses a centralized scheduling algorithm.   

I had some preliminary discussion already with Thomas on t= his topic, but let's discuss all together on the ML. We would like to have your feedback in order to see if we can really u= se PCEP, and how we can fix some open issues in the 6TSCH context.

I will use some extracts from the RFC5440, that summarize = the behavior of the protocol, and show features that we could exploit.

This will result in a *very long* email. Sorry for that. A= nd thanks for going through it, and come back to me with your comments, questions, suggestions.

Maria Rita

 

>>PCEP is such a protocol designed specifically for communications= between a PCC and a PCE […] a PCC may use PCEP to send a path computation request for one or more TE LSPs to a PCE, and the PCE m= ay reply with a set of computed paths if one or more paths can be found tha= t satisfies the set of constraints.

>> PCC:  Path Computation Client; any client application requ= esting a path computation to be performed by a Path Computation Element.

>> PCE:  Path Computation Element; an entity (component, appl= ication, or network node) that is capable of computing a network path or route based on a network graph and applying computational constrai= nts.

>> Explicit path:  Full explicit path from start to destinati= on; made of a list of strict hops where a hop may be an abstract node such as an AS.

 [MR] The explicit path could be seen as a 6TSCH trac= k, composed by hard cells.

 

>> […] it is assumed that the PCE has the required informati= on (usually including network topology and resource information) so as to perform the computation of a path for a TE LSP.  Such inform= ation can be gathered by routing protocols or by some other means.  Th= e way in which the information is gathered is out of the scope of this docu= ment (i.e, RFC5440).

 [Thomas] Is that not a bit limiting? This means that we need one protocol (PCEP) to send data from th= e PCE to the motes, and another for stats and topological and requirement d= ata to go from the motes to the PCE.

 [MR] Yes, it is. Like 15.4e TSCH that uses a schedul= e but it doesn’t specify how to build and distribute it, PCEP does not define how to collect the required information (network = topology, requirements) used for computing paths. But the motes can specify= the requirements of the requested path within the PCReq messages.

 

>>  Transport Protocol. PCEP operates over TCP using a regist= ered TCP port (4189). This allows the requirements of reliable messaging and flow control to be met without further protocol work. All PC= EP messages MUST be sent using the registered TCP port for the source and d= estination TCP port.

 [Thomas] can PCEP run on something e= lse than TCP? It looks like no. There is always the possibility for proposing a UDP version of PCEP, but it's unclear to me how much rewor= k is required.

[MR] According to the RFC5440, a PCEP session can be established ON= LY  over a  TCP connection. In other words, first a TCP connectio= n (3-way handshake) between the PCC and the PCE has to be established, and after a PCEP session can be started. About proposing a= n UDP version of PCEP, it is something to be investigated.

 =

>> Once the PCC has selected a PCE, it sends a Path Computat= ion Request to the PCE (PCReq message) that contains a variety of objects t= hat
specify the set of constraints and attributes for the path to be computed.&= nbsp; For example, "Compute a TE LSP path with source IP address=3Dx.y= .z.t,
 destination IP address=3Dx'.y'.z'.t', bandwidth=3DB Mbit/s, Setup/Hol= ding priority=3DP, ...".  Additionally, the PCC may desire to spe= cify the urgency
 of such request by assigning a request priority. 

 

[Thomas]If the PCE received a PCReq to go from A to B, is there a w= ay for the PCE to contact all the motes along the multi-hop path between A = and B and

install cells/links? it looks like the PCE is only used to calculat= e a multi-hop path on an already existing topology.

[MR]I agree with you. PCEP can set up a multi-hop path on an alread= y existing topology. There is correspondence 1-to-1 between PCReq and PCRep= . Thus, it seems that PCE cannot contact the motes along the multi-hop path between A and B. BUT… PCEP include so= me RP in the messages (see below)

 >>A Path Computation Reply(= PCRep) Message can contain either a set of computed paths if the request can be satisfied, or a negative reply if not.  The negative reply may= indicate the reason why no path could be found.

>>The RP (Request Parameters) object MUST be carried within each P= CReq and PCRep messages. The RP object is used to specify various characteristics of the path computation request.

 = >> The END-POINTS object is used in a PCReq message to specify the so= urce IP address and the destination IP address of the path for which a path= computation is requested. Note that the source and destination addresses specified in the END-POINTS object may correspond to the source = and destination IP address of the TE LSP or to those of a path segment.

 = [MR] Setting the END-POINT object, maybe it coul= d be possible to allocate cells/links for each path segment. This is something to be investigated.

 = >>The BANDWIDTH object is used to specify the requested bandwidth for= a TE LSP. The notion of bandwidth is similar to the one used for RSVP >= >signaling in [RFC2205], [RFC3209], and [RFC3473].

 = >>The METRIC object is optional and can be used for several purposes.= In a PCReq message, a PCC MAY insert one or more METRIC objects:

 = o To indicate the metric that MUST be optimized by the path computation alg= orithm (IGP metric, TE metric, hop counts).

Curren= tly, three metrics are defined: the IGP cost, the TE metric (see [RFC3785])= , and the number of hops traversed by a TE LSP.

 = o To indicate a bound on the path cost that MUST NOT be exceeded for the pa= th to be considered as acceptable by the PCC.

 = >>The path computation algorithmic aspects used by the PCE to opti= mize a path with respect to a specific metric are outside the scope of this= >>document.

[MR] TASA could be a possible algorithm for computing the path. It = seems to fits well with the RFC5440 Specification.=

 

TASA provides a method to the PCE for computing a ne= twork path, based on the network graph and applying computational constrain= ts (i.e., selecting duplex- and
interference-free conflict links, according to local and global queue level= ).

Each node in the TSCH TASA-based network could act a= s PCC (Path Computation Client), requesting a path computation to be perfor= med by the PCE. In detail, with the PCReq message,
the PCC asks the PCE to compute a path toward it (thus, source IP address = =3D PCC IP address, destination IP address =3D PCE destination address), ha= ving a  given bandwidth, equal to the number of packets it wants to tr= ansmit (i.e., TASA local queue level, or  in other word, traffic load offered by the single node to the network).

After having collected all the PCReq messages from a= ll the nodes in the network, the PCE can build a schedule, setting one or m= ore paths for each PCC.

Once, the schedule has been built according to TASA = matching and coloring procedures, it is transmitted to each node in the net= work, using PCRep messages.

Then, the 6TSCH 6TUS adaptation protocol can provide= the functionality for delivering the traffic in the queues, according to t= he schedule built with TASA+PCEP.

 

Some Open ISSUES:

 =

Q1: How the PCE collect the information rel= ated to the network graph?

R1: Note that this is out of the scope of b= oth RCF5440 and TASA. However, we may suppose that such information are provided by the routing protocol, RPL, as suggested in RFC5440.=

“How” still has to be defined!

[Thomas] Agreed, that's a really important point.

 =

Q2: How the network is set up before implem= enting TASA+PCEP for building the schedule?

R2: TASA does not specify how the network i= s built. In fact, TASA runs over a network that has been already built, and that needs a schedule in order
to allow traffic-flow exchanges (i.e., transmissions between each node and = the PCE). Maybe, 6TUS could fill this gap and provide the functionality for= the 15.4e TSCH network formation.

 =

[Thomas] I believe the "minimal" use case ide= ntified in the charter covers this.

 

Q3: Is there any need to change the PCReq and PCRep messages forma= t, for allowing the integration of PCEP with TASA?

[MR] there could be such need.

 =

 =

Q4:How the info in the PCRep messages can b= e used by 6TUS?

 

[Thomas] The entity in the motes which received PCRep m= essage simply send commands over the 6tus interface.

 

Q5:= How would a TASA+PCEP solution work for P2P traffic? That is, dat= a flowing from a switch to a light without going through the DAGroot?

[MR]TASA supports multi-point-to-point traffic (from each mote in t= he network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe= could support P2P traffic. This is something to be investigated.

 

 

 

--_000_E045AECD98228444A58C61C200AE1BD83CEC12FExmbrcdx01ciscoc_-- From pthubert@cisco.com Wed May 1 07:22:15 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 4B60521F9C50 for <6tsch@ietfa.amsl.com>; Wed, 1 May 2013 07:22:15 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -8.198 X-Spam-Level: X-Spam-Status: No, score=-8.198 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 3AZcKPj8rgs3 for <6tsch@ietfa.amsl.com>; Wed, 1 May 2013 07:22:02 -0700 (PDT) Received: from rcdn-iport-3.cisco.com (rcdn-iport-3.cisco.com [173.37.86.74]) by ietfa.amsl.com (Postfix) with ESMTP id 58F1321F986D for <6tsch@ietf.org>; Wed, 1 May 2013 07:21:58 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=36881; q=dns/txt; s=iport; t=1367418119; x=1368627719; h=from:to:cc:subject:date:message-id:references: in-reply-to:mime-version; bh=CeqT+FxdH51sisOXMhZjnDCO/J1N1fLOc71wZUzbAUw=; b=CXDsUYr0Bxwc9izGvwnTiOu+47fzDYPF+SsaBHAwUJmgOStfYDzDdU0y 5ZTBME89slYfktapwMqg6csFMfDLXUeAhq7IwypqYvWs4u8RVBLStGqun ObBjewqTt+QK2dAMMbSzIazGYzKo2y5jtXvYd1v+kMslXwjIIVMdTPkLX Y=; X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AgMFAMYkgVGtJV2b/2dsb2JhbABSgkNEN78afBZ0gh8BAQEDAS06EhACAQgSEBYBDTIXDgEBBAENDROHawatI5F4jWGBEDEHgnFhA4U3jiOVAIMNgWoBHgYY X-IronPort-AV: E=Sophos;i="4.87,589,1363132800"; d="scan'208,217";a="205221959" Received: from rcdn-core-4.cisco.com ([173.37.93.155]) by rcdn-iport-3.cisco.com with ESMTP; 01 May 2013 14:21:32 +0000 Received: from xhc-rcd-x03.cisco.com (xhc-rcd-x03.cisco.com [173.37.183.77]) by rcdn-core-4.cisco.com (8.14.5/8.14.5) with ESMTP id r41ELWHG026168 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Wed, 1 May 2013 14:21:32 GMT Received: from xmb-rcd-x01.cisco.com ([169.254.1.143]) by xhc-rcd-x03.cisco.com ([173.37.183.77]) with mapi id 14.02.0318.004; Wed, 1 May 2013 09:21:31 -0500 From: "Pascal Thubert (pthubert)" To: Maria Rita PALATTELLA , "6tsch@ietf.org" <6tsch@ietf.org> Thread-Topic: PCEP for centralized scheduling in 6TSCH architecture Thread-Index: Ac5FgCKD2/ZGwF59Qqid0rSthCFUwAA9Spwg Date: Wed, 1 May 2013 14:21:31 +0000 Deferred-Delivery: Wed, 1 May 2013 14:21:00 +0000 Message-ID: References: In-Reply-To: Accept-Language: fr-FR, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.61.165.33] Content-Type: multipart/alternative; boundary="_000_E045AECD98228444A58C61C200AE1BD83CEC133Exmbrcdx01ciscoc_" MIME-Version: 1.0 Cc: "Thomas Watteyne \(watteyne@eecs.berkeley.edu\)" Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 01 May 2013 14:22:15 -0000 --_000_E045AECD98228444A58C61C200AE1BD83CEC133Exmbrcdx01ciscoc_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hello Maria Rita: >> Explicit path: Full explicit path from start to destination; made of a = list of strict hops where a hop may be an abstract node such as an AS. [MR] The explicit path could be seen as a 6TSCH track, composed by hard ce= lls. [PT] agreed >> [...] it is assumed that the PCE has the required information (usually i= ncluding network topology and resource information) so as to perform the co= mputation of a path for a TE LSP. Such information can be gathered by rout= ing protocols or by some other means. The way in which the information is = gathered is out of the scope of this document (i.e, RFC5440). [Thomas] Is that not a bit limiting? This means that we need one protocol = (PCEP) to send data from the PCE to the motes, and another for stats and to= pological and requirement data to go from the motes to the PCE. [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't speci= fy how to build and distribute it, PCEP does not define how to collect the = required information (network topology, requirements) used for computing pa= ths. But the motes can specify the requirements of the requested path withi= n the PCReq messages. [PT] This is actually cool, because we probably want to reuse RPL's metrics= containers, and we can do that with no change to PCEP. But since RPL is no= t a link state protocol, we will have to add stuff to describe the slot-fra= mes, cells and the associated metrics to the PCE. In short, we'll have a br= and new protocol for what's really specific, and we'll reuse PCEP for what'= s common. >> Transport Protocol. PCEP operates over TCP using a registered TCP port = (4189). This allows the requirements of reliable messaging and flow control= to be met without further protocol work. All PCEP messages MUST be sent us= ing the registered TCP port for the source and destination TCP port. [Thomas] can PCEP run on something else than TCP? It looks like no. There = is always the possibility for proposing a UDP version of PCEP, but it's unc= lear to me how much rework is required. [MR] According to the RFC5440, a PCEP session can be established ONLY over= a TCP connection. In other words, first a TCP connection (3-way handshake= ) between the PCC and the PCE has to be established, and after a PCEP sessi= on can be started. About proposing an UDP version of PCEP, it is something = to be investigated. [PT] I talked to JP about that at the last IETF. He mentioned that PCEP ove= r UDP had been evaluated and was possible. Now that we have a use case, I c= an imagine that we could convince the PCE WG to take that work to completio= n. >> Once the PCC has selected a PCE, it sends a Path Computation Request to = the PCE (PCReq message) that contains a variety of objects that specify the set of constraints and attributes for the path to be computed. = For example, "Compute a TE LSP path with source IP address=3Dx.y.z.t, destination IP address=3Dx'.y'.z'.t', bandwidth=3DB Mbit/s, Setup/Holding = priority=3DP, ...". Additionally, the PCC may desire to specify the urgenc= y of such request by assigning a request priority. [Thomas]If the PCE received a PCReq to go from A to B, is there a way for t= he PCE to contact all the motes along the multi-hop path between A and B an= d install cells/links? it looks like the PCE is only used to calculate a mult= i-hop path on an already existing topology. [MR]I agree with you. PCEP can set up a multi-hop path on an already existi= ng topology. There is correspondence 1-to-1 between PCReq and PCRep. Thus, = it seems that PCE cannot contact the motes along the multi-hop path between= A and B. BUT... PCEP include some RP in the messages (see below) [PT] Defining the topological information, selecting the peerings that are = advertised to the PCE, etc... All that takes will end up with a considerabl= e piece of work. We can probably export the PCEP over UDPO work to PCE, but= the rest is a good piece of work altogether. >>A Path Computation Reply(PCRep) Message can contain either a set of comp= uted paths if the request can be satisfied, or a negative reply if not. Th= e negative reply may indicate the reason why no path could be found. >>The RP (Request Parameters) object MUST be carried within each PCReq and = PCRep messages. The RP object is used to specify various characteristics of= the path computation request. [PT] We will have to validate whether we can work out our use cases with RP= s as specified. >> The END-POINTS object is used in a PCReq message to specify the source = IP address and the destination IP address of the path for which a path comp= utation is requested. Note that the source and destination addresses specif= ied in the END-POINTS object may correspond to the source and destination I= P address of the TE LSP or to those of a path segment. [MR] Setting the END-POINT object, maybe it could be possible to allocate = cells/links for each path segment. This is something to be investigated. >>The BANDWIDTH object is used to specify the requested bandwidth for a TE= LSP. The notion of bandwidth is similar to the one used for RSVP >>signali= ng in [RFC2205], [RFC3209], and [RFC3473]. >>The METRIC object is optional and can be used for several purposes. In a= PCReq message, a PCC MAY insert one or more METRIC objects: o To indicate the metric that MUST be optimized by the path computation al= gorithm (IGP metric, TE metric, hop counts). Currently, three metrics are defined: the IGP cost, the TE metric (see [RFC= 3785]), and the number of hops traversed by a TE LSP. o To indicate a bound on the path cost that MUST NOT be exceeded for the p= ath to be considered as acceptable by the PCC. >>The path computation algorithmic aspects used by the PCE to optimize a p= ath with respect to a specific metric are outside the scope of this >>docum= ent. [MR] TASA could be a possible algorithm for computing the path. It seems to= fits well with the RFC5440 Specification. TASA provides a method to the PCE for computing a network path, based on th= e network graph and applying computational constraints (i.e., selecting dup= lex- and interference-free conflict links, according to local and global queue level= ). Each node in the TSCH TASA-based network could act as PCC (Path Computation= Client), requesting a path computation to be performed by the PCE. In deta= il, with the PCReq message, the PCC asks the PCE to compute a path toward it (thus, source IP address = =3D PCC IP address, destination IP address =3D PCE destination address), ha= ving a given bandwidth, equal to the number of packets it wants to transmi= t (i.e., TASA local queue level, or in other word, traffic load offered by= the single node to the network). After having collected all the PCReq messages from all the nodes in the net= work, the PCE can build a schedule, setting one or more paths for each PCC. Once, the schedule has been built according to TASA matching and coloring p= rocedures, it is transmitted to each node in the network, using PCRep messa= ges. Then, the 6TSCH 6TUS adaptation protocol can provide the functionality for = delivering the traffic in the queues, according to the schedule built with = TASA+PCEP. [PT] We could imagine that the root acts as a relay (like in DHCP) for TASA= , PCEP, etc... In that case, the discovery and security model is greatly si= mplified. Some Open ISSUES: Q1: How the PCE collect the information related to the network graph? R1: Note that this is out of the scope of both RCF5440 and TASA. However, w= e may suppose that such information are provided by the routing protocol, R= PL, as suggested in RFC5440. "How" still has to be defined! [Thomas] Agreed, that's a really important point. Q2: How the network is set up before implementing TASA+PCEP for building th= e schedule? R2: TASA does not specify how the network is built. In fact, TASA runs over= a network that has been already built, and that needs a schedule in order to allow traffic-flow exchanges (i.e., transmissions between each node and = the PCE). Maybe, 6TUS could fill this gap and provide the functionality for= the 15.4e TSCH network formation. [Thomas] I believe the "minimal" use case identified in the charter covers = this. [PT] Yes. It is fundamental that the basic operation maintains connectivity= to all nodes at all times possible, so that anything else we do (PCE, mana= gement) can rely on that connectivity. Q3: Is there any need to change the PCReq and PCRep messages format, for al= lowing the integration of PCEP with TASA? [MR] there could be such need. Q4:How the info in the PCRep messages can be used by 6TUS? [Thomas] The entity in the motes which received PCRep message simply send c= ommands over the 6tus interface. Q5: How would a TASA+PCEP solution work for P2P traffic? That is, data flow= ing from a switch to a light without going through the DAGroot? [MR]TASA supports multi-point-to-point traffic (from each mote in the netwo= rk to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe could suppo= rt P2P traffic. This is something to be investigated. [PT] Thanks Maria for this great start! Pascal --_000_E045AECD98228444A58C61C200AE1BD83CEC133Exmbrcdx01ciscoc_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Hello Maria Rita:

>> Explicit path:  Full explicit path from start to destinati= on; made of a list of strict hops where a hop may be an abstract node such as an AS.<= /o:p>

 [MR] The explicit path could be seen as a 6TSCH trac= k, composed by hard cells.

[PT] agreed<= /i>

>> […] it is assumed that the PCE has the required informati= on (usually including network topology and resource information) so as to perform the computation of a path for a TE LSP.  Such inform= ation can be gathered by routing protocols or by some other means.  Th= e way in which the information is gathered is out of the scope of this docu= ment (i.e, RFC5440).

 [Thomas] Is that not a bit limiting? This means that we need one protocol (PCEP) to send data from th= e PCE to the motes, and another for stats and topological and requirement d= ata to go from the motes to the PCE.

 [MR] Yes, it is. Like 15.4e TSCH that uses a schedul= e but it doesn’t specify how to build and distribute it, PCEP does not define how to collect the required information (network = topology, requirements) used for computing paths. But the motes can specify= the requirements of the requested path within the PCReq messages.

[PT] This is actually cool, be= cause we probably want to reuse RPL’s metrics containers, and we can = do that with no change to PCEP. But since RPL is not a link state protocol, we will have to add stuff to describe the sl= ot-frames, cells and the associated metrics to the PCE. In short, we’= ll have a brand new protocol for what’s really specific, and we’= ;ll reuse PCEP for what’s common.

>>  Transport Protocol. PCEP operates over TCP using a regist= ered TCP port (4189). This allows the requirements of reliable messaging and flow control to be met without further protocol work. All PC= EP messages MUST be sent using the registered TCP port for the source and d= estination TCP port.

 [Thomas] can PCEP run on something e= lse than TCP? It looks like no. There is always the possibility for proposing a UDP version of PCEP, but it's unclear to me how much rewor= k is required.

[MR] According to the RFC5440, a PCEP session can be established ON= LY  over a  TCP connection. In other words, first a TCP connectio= n (3-way handshake) between the PCC and the PCE has to be established, and after a PCEP session can be started. About proposing a= n UDP version of PCEP, it is something to be investigated.

 

[PT] I talked to JP about that at the l= ast IETF. He mentioned that PCEP over UDP had been evaluated and was possib= le. Now that we have a use case, I can imagine that we could convince the P= CE WG to take that work to completion.

 

>> Once = the PCC has selected a PCE, it sends a Path Computation Request to the PCE = (PCReq message) that contains a variety of objects that
specify the set of constraints and attributes for the path to be computed.&= nbsp; For example, "Compute a TE LSP path with source IP address=3Dx.y= .z.t,
 destination IP address=3Dx'.y'.z'.t', bandwidth=3DB Mbit/s, Setup/Hol= ding priority=3DP, ...".  Additionally, the PCC may desire to spe= cify the urgency
 of such request by assigning a request priority. 

 

[Thomas]If the = PCE received a PCReq to go from A to B, is there a way for the PCE to conta= ct all the motes along the multi-hop path between A and B and

install cells/l= inks? it looks like the PCE is only used to calculate a multi-hop path on a= n already existing topology.

[MR]I agree with you. PCEP can set up a multi-hop path on an alread= y existing topology. There is correspondence 1-to-1 between PCReq and PCRep= . Thus, it seems that PCE cannot contact the motes along the multi-hop path between A and B. BUT… PCEP include so= me RP in the messages (see below)

[PT] Defining the topological informati= on, selecting the peerings that are advertised to the PCE, etc… All t= hat takes will end up with a considerable piece of work. We can probably ex= port the PCEP over UDPO work to PCE, but the rest is a good piece of work altogether.

 >>A Path Computation Reply(= PCRep) Message can contain either a set of computed paths if the request can be satisfied, or a negative reply if not.  The negative reply may= indicate the reason why no path could be found.

>>The RP (Request Parameters) object MUST be carried= within each PCReq and PCRep messages. The RP object is used to specify var= ious characteristics of the path computation request.

[PT] We will hav= e to validate whether we can work out our use cases with RPs as specified. =  

 = >> The END-POINTS object is used in a PCReq message to specify the so= urce IP address and the destination IP address of the path for which a path= computation is requested. Note that the source and destination addresses specified in the END-POINTS object may correspond to the source = and destination IP address of the TE LSP or to those of a path segment.

 = [MR] Setting the END-POINT object, maybe it coul= d be possible to allocate cells/links for each path segment. This is something to be investigated.

 = >>The BANDWIDTH object is used to specify the requested bandwidth for= a TE LSP. The notion of bandwidth is similar to the one used for RSVP >= >signaling in [RFC2205], [RFC3209], and [RFC3473].

 = >>The METRIC object is optional and can be used for several purposes.= In a PCReq message, a PCC MAY insert one or more METRIC objects:

 = o To indicate the metric that MUST be optimized by the path computation alg= orithm (IGP metric, TE metric, hop counts).

Curren= tly, three metrics are defined: the IGP cost, the TE metric (see [RFC3785])= , and the number of hops traversed by a TE LSP.

 = o To indicate a bound on the path cost that MUST NOT be exceeded for the pa= th to be considered as acceptable by the PCC.

 = >>The path computation algorithmic aspects used by the PCE to opti= mize a path with respect to a specific metric are outside the scope of this= >>document.

[MR] TASA could= be a possible algorithm for computing the path. It seems to fits well with the RFC5440 Specification.

 

= TASA provides a method to the PCE for computing a network path, based on th= e network graph and applying computational constraints (i.e., selecting duplex- and
interference-free conflict links, according to local and global queue level= ).

= Each node in the TSCH TASA-based network could act as PCC (Path Computation= Client), requesting a path computation to be performed by the PCE. In detail, with the PCReq message,
the PCC asks the PCE to compute a path toward it (thus, source IP address = =3D PCC IP address, destination IP address =3D PCE destination address), ha= ving a  given bandwidth, equal to the number of packets it wants to tr= ansmit (i.e., TASA local queue level, or  in other word, traffic load offered by the single node to the network).

= After having collected all the PCReq messages from all the nodes in the net= work, the PCE can build a schedule, setting one or more paths for each PCC.

= Once, the schedule has been built according to TASA matching and coloring p= rocedures, it is transmitted to each node in the network, using PCRep messages.

= Then, the 6TSCH 6TUS adaptation protocol can provide the functionality for = delivering the traffic in the queues, according to the schedule built with TASA+PCEP.

 

[PT] We could imagine that the root acts = as a relay (like in DHCP) for TASA, PCEP, etc… In that case, the disc= overy and security model is greatly simplified.

Some Open I= SSUES:

 

Q1:<= /b> How the PCE collect the information related to the network graph?

R1:<= /b> Note that this is out of the scope of both RCF5440 and TASA. However, we may suppose that such information are provided by th= e routing protocol, RPL, as suggested in RFC5440.

“HowR= 21; still has to be defined!

[Thomas] Agreed, that's a really important point.=

&= nbsp;

Q2:<= /b> How the network is set up before implementing TASA+PCEP for building the schedule?

R2:<= /b> TASA does not specify how the network is built. In fact, TASA runs over a network that has been already built, and that needs= a schedule in order
to allow traffic-flow exchanges (i.e., transmissions between each node and = the PCE). Maybe, 6TUS could fill this gap and provide the functionality for= the 15.4e TSCH network formation.

 

[Th= omas] I believe the "minimal" use case identified in the charter = covers this.

 

[PT] Yes. It is fundamental that the basic operation maintains= connectivity to all nodes at all times possible, so that anything else we = do (PCE, management) can rely on that connectivity.

Q3: Is there any need to change the PCReq and PCRep message= s format, for allowing the integration of PCEP with TASA?=

= [MR] there could be such need.

 

 

Q4:<= /b>How the info in the PCRep messages can be used by 6TUS?

 

[Th= omas] The entity in the motes which received PCRep message simply send comm= ands over the 6tus interface.

 <= span style=3D"font-size:10.0pt;font-family:"Courier New"">

Q5:= How would a TASA+PCEP solution work for P2P traffic? That is, dat= a flowing from a switch to a light without going through the DAGroot?

[MR]TASA supports multi-point-to-point traffic (from each mote in t= he network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe= could support P2P traffic. This is something to be investigated.

 

 

[PT] Thanks Mari= a for this great start!

 

Pascal

--_000_E045AECD98228444A58C61C200AE1BD83CEC133Exmbrcdx01ciscoc_-- From xvilajosana@eecs.berkeley.edu Wed May 1 12:01:15 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id D5A8121F9B73 for <6tsch@ietfa.amsl.com>; Wed, 1 May 2013 12:01:10 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.198 X-Spam-Level: X-Spam-Status: No, score=-4.198 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 9GwQvdynWHTM for <6tsch@ietfa.amsl.com>; Wed, 1 May 2013 12:00:58 -0700 (PDT) Received: from cm06fe.IST.Berkeley.EDU (cm06fe.IST.Berkeley.EDU [169.229.218.147]) by ietfa.amsl.com (Postfix) with ESMTP id 7377B21F9A07 for <6tsch@ietf.org>; Wed, 1 May 2013 12:00:54 -0700 (PDT) Received: from c-67-188-198-243.hsd1.ca.comcast.net ([67.188.198.243] helo=[192.168.2.5]) by cm06fe.ist.berkeley.edu with esmtpsa (TLSv1:AES256-SHA:256) (Exim 4.76) (auth plain:xvilajosana@eecs.berkeley.edu) (envelope-from ) id 1UXcGn-00051L-Ku for 6tsch@ietf.org; Wed, 01 May 2013 12:00:54 -0700 Message-ID: <5181665C.1050104@eecs.berkeley.edu> Date: Wed, 01 May 2013 12:00:44 -0700 From: Xavier Vilajosana User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:17.0) Gecko/20130329 Thunderbird/17.0.5 MIME-Version: 1.0 To: 6tsch@ietf.org References: In-Reply-To: Content-Type: multipart/alternative; boundary="------------090804070002010305060809" Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 01 May 2013 19:01:15 -0000 This is a multi-part message in MIME format. --------------090804070002010305060809 Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Hi, I like to look in the inverse direction, PCEP seems to me very close to RSVP-TE. But with the difference that RSVP provides path maintenance functionalities in addition to reservation functionalities. Maintenance functionalities (TIME object in RSVP) are used to trigger a refresh operation to a track. In a refresh operation the requirements of the path are checked and if not met this can trigger a new reservation. This mechanism can be used by the nodes to inform the PCE about network status. Maybe I am biased by my recent readings on NSIS/RSVP but I don't see a benefit on PCEP over a minimal version of NSIS or RSVP. As far as I understand NSIS/RSVP can provide: +supported on UDP +reservation (Point to Point) +maintenance - status collection and monitoring +Ad-hoc QoS content definition following a TLV and being appended to a generic header +upstream and downstream reservation +In case of NSIS neighbour discovery in case no routing state is installed. +hop by hop state installation, does not require end to end messaging per hop as negative points: -if fully implemented on motes will require lots of memory -long headers (although this messages are not very frequent so maybe this is not important) -not sure if there is support for P2MP and MP2P reservation -RSVP - end to end state reservation. Finally, I am not saying that I am against PCEP, but maybe we need to get an in deep knowledge of why PCEP should be better suited for our scenario. On 01/05/13 07:21, Pascal Thubert (pthubert) wrote: > > Hello Maria Rita: > > >> Explicit path: Full explicit path from start to destination; made of > a list of _strict hops_ where a hop may be an abstract node such as an AS. > > [MR] The explicit path could be seen as a 6TSCH track, composed by > hard cells. > > */[PT] agreed/* > > >> [...] it is assumed that the PCE has the required information > (usually including network topology and resource information) so as to > perform the computation of a path for a TE LSP. Such information can > be gathered by routing protocols or by some other means. The way in > which the information is gathered is out of the scope of this document > (i.e, RFC5440). > > [Thomas] Is that not a bit limiting? This means that we need one > protocol (PCEP) to send data from the PCE to the motes, and another > for stats and topological and requirement data to go from the motes to > the PCE. > > [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't > specify how to build and distribute it, PCEP does not define how to > collect the required information (network topology, requirements) used > for computing paths. But the motes can specify the requirements of the > requested path within the PCReq messages. > > */[PT] This is actually cool, because we probably want to reuse RPL's > metrics containers, and we can do that with no change to PCEP. But > since RPL is not a link state protocol, we will have to add stuff to > describe the slot-frames, cells and the associated metrics to the PCE. > In short, we'll have a brand new protocol for what's really specific, > and we'll reuse PCEP for what's common./* > > *//* > > >>Transport Protocol. PCEP operates over TCP using a registered TCP port > (4189). This allows the requirements of reliable messaging and flow > control to be met without further protocol work. All PCEP messages > MUST be sent using the registered TCP port for the source and > destination TCP port. > > [Thomas] can PCEP run on something else than TCP? It looks like no. > There is always the possibility for proposing a UDP version of PCEP, > but it's unclear to me how much rework is required. > > [MR] According to the RFC5440, a PCEP session can be established ONLY > over a TCP connection. In other words, first a TCP connection (3-way > handshake) between the PCC and the PCE has to be established, and > after a PCEP session can be started. About proposing an UDP version of > PCEP, it is something to be investigated. > > */[PT] I talked to JP about that at the last IETF. He mentioned that > PCEP over UDP had been evaluated and was possible. Now that we have a > use case, I can imagine that we could convince the PCE WG to take that > work to completion./* > > >> Once the PCC has selected a PCE, it sends a Path Computation Request to the PCE (PCReq message) that > contains a variety of objects that > specify the set of constraints and attributes for the path to be > computed. For example, "Compute a TE LSP path with source IP > address=x.y.z.t, > destination IP address=x'.y'.z'.t', bandwidth=B Mbit/s, Setup/Holding > priority=P, ...". Additionally, the PCC may desire to specify the urgency > of such request by assigning a request priority. > > [Thomas]If the PCE received a PCReq to go from A to B, is there a way > for the PCE to contact all the motes along the multi-hop path between > A and B and > > install cells/links? it looks like the PCE is only used to calculate a > multi-hop path on an already existing topology. > > [MR]I agree with you. PCEP can set up a multi-hop path on an already > existing topology. There is correspondence 1-to-1 between PCReq and > PCRep. Thus, it seems that PCE cannot contact the motes along the > multi-hop path between A and B. BUT... PCEP include some RP in the > messages (see below) > > */[PT] Defining the topological information, selecting the peerings > that are advertised to the PCE, etc... All that takes will end up with > a considerable piece of work. We can probably export the PCEP over > UDPO work to PCE, but the rest is a good piece of work altogether. /* > > >>A Path Computation Reply(PCRep) Message can contain either a set of computed paths if the request can be > satisfied, or a negative reply if not. The negative reply may > indicate the reason why no path could be found. > > >>The RP (Request Parameters) object MUST be carried within each PCReq and > PCRep messages. The RP object is used to specify various > characteristics of the path computation request. > > */[PT] We will have to validate whether we can work out our use cases > with RPs as specified. /* > > >> The END-POINTS object is used in a PCReq message to specify the > source IP address and the destination IP address of the path for which > a path computation is requested. Note that the source and destination > addresses specified in the END-POINTS object may correspond to the > source and destination IP address of the TE LSP or to those of a path > segment. > > [MR] Setting the END-POINT object, maybe it could be possible to > allocate cells/links for each path segment. This is something to be > investigated. > > >>The BANDWIDTH object is used to specify the requested bandwidth for > a TE LSP. The notion of bandwidth is similar to the one used for RSVP > >>signaling in [RFC2205], [RFC3209], and [RFC3473]. > > >>The METRIC object is optional and can be used for several purposes. > In a PCReq message, a PCC MAY insert one or more METRIC objects: > > o To indicate the metric that MUST be optimized by the path > computation algorithm (IGP metric, TE metric, hop counts). > > Currently, three metrics are defined: the IGP cost, the TE metric (see > [RFC3785]), and the number of hops traversed by a TE LSP. > > o To indicate a bound on the path cost that MUST NOT be exceeded for > the path to be considered as acceptable by the PCC. > > _>>The path computation algorithmic aspects used by the PCE to > optimize a path with respect to a specific metric are outside the > scope of this >>document._ > > [MR] TASA could be a possible algorithm for computing the path. It > seems to fits well with the RFC5440 Specification. > > TASA provides a method to the PCE for computing a network path, based > on the network graph and applying computational constraints (i.e., > selecting duplex- and > interference-free conflict links, according to local and global queue > level). > > Each node in the TSCH TASA-based network could act as PCC (Path > Computation Client), requesting a path computation to be performed by > the PCE. In detail, with the PCReq message, > the PCC asks the PCE to compute a path toward it (thus, source IP > address = PCC IP address, destination IP address = PCE destination > address), having a given bandwidth, equal to the number of packets it > wants to transmit (i.e., TASA local queue level, or in other word, > traffic load offered by the single node to the network). > > After having collected all the PCReq messages from all the nodes in > the network, the PCE can build a schedule, setting one or more paths > for each PCC. > > Once, the schedule has been built according to TASA matching and > coloring procedures, it is transmitted to each node in the network, > using PCRep messages. > > Then, the 6TSCH 6TUS adaptation protocol can provide the functionality > for delivering the traffic in the queues, according to the schedule > built with TASA+PCEP. > > */[PT] We could imagine that the root acts as a relay (like in DHCP) > for TASA, PCEP, etc... In that case, the discovery and security model > is greatly simplified. /* > > *Some Open ISSUES:* > > *Q1:*How the PCE collect the information related to the network graph? > > *R1:*Note that this is out of the scope of both RCF5440 and TASA. > However, we may suppose that such information are provided by the > routing protocol, RPL, as suggested in RFC5440. > > "How" still has to be defined! > > [Thomas] Agreed, that's a really important point. > > *Q2:*How the network is set up before implementing TASA+PCEP for > building the schedule? > > *R2:*TASA does not specify how the network is built. In fact, TASA > runs over a network that has been already built, and that needs a > schedule in order > to allow traffic-flow exchanges (i.e., transmissions between each node > and the PCE). Maybe, 6TUS could fill this gap and provide the > functionality for the 15.4e TSCH network formation. > > [Thomas] I believe the "minimal" use case identified in the charter > covers this. > > */[PT] Yes. It is fundamental that the basic operation maintains > connectivity to all nodes at all times possible, so that anything else > we do (PCE, management) can rely on that connectivity./* > > *//* > > *Q3: *Is there any need to change the PCReq and PCRep messages format, > for allowing the integration of PCEP with TASA? > > [MR] there could be such need. > > *Q4:*How the info in the PCRep messages can be used by 6TUS? > > [Thomas] The entity in the motes which received PCRep message simply > send commands over the 6tus interface. > > *Q5:*How would a TASA+PCEP solution work for P2P traffic? That is, > data flowing from a switch to a light without going through the DAGroot? > > [MR]TASA supports multi-point-to-point traffic (from each mote in the > network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe > could support P2P traffic. This is something to be investigated. > > */[PT] Thanks Maria for this great start!/* > > *//* > > */Pascal/* > > > > _______________________________________________ > 6tsch mailing list > 6tsch@ietf.org > https://www.ietf.org/mailman/listinfo/6tsch --------------090804070002010305060809 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit
Hi,

I like to look in the inverse direction, PCEP seems to me very close to RSVP-TE. But with the difference that RSVP provides path maintenance functionalities in addition to reservation functionalities. Maintenance functionalities (TIME object in RSVP) are used to trigger a refresh operation to a track. In a refresh operation the requirements of the path are checked and if not met this can trigger a new reservation. This mechanism can be used by the nodes to inform the PCE about network status.

Maybe I am biased by my recent readings on NSIS/RSVP but I don't see a benefit on PCEP over a minimal version of NSIS or RSVP.
As far as I understand NSIS/RSVP can provide:

+supported on UDP
+reservation (Point to Point)
+maintenance - status collection and monitoring
+Ad-hoc QoS content definition following a TLV and being appended to a generic header
+upstream and downstream reservation
+In case of NSIS neighbour discovery in case no routing state is installed.
+hop by hop state installation, does not require end to end messaging per hop

as negative points:
 -if fully implemented on motes will require lots of memory
 -long headers (although this messages are not very frequent so maybe this is not important)
 -not sure if there is support for  P2MP and MP2P reservation
 -RSVP - end to end state reservation.

Finally, I am not saying that I am against PCEP, but maybe we need to get an in deep knowledge of why PCEP should be better suited for our scenario.



On 01/05/13 07:21, Pascal Thubert (pthubert) wrote:

Hello Maria Rita:

>> Explicit path:  Full explicit path from start to destination; made of a list of strict hops where a hop may be an abstract node such as an AS.

 [MR] The explicit path could be seen as a 6TSCH track, composed by hard cells.

[PT] agreed

>> […] it is assumed that the PCE has the required information (usually including network topology and resource information) so as to perform the computation of a path for a TE LSP.  Such information can be gathered by routing protocols or by some other means.  The way in which the information is gathered is out of the scope of this document (i.e, RFC5440).

 [Thomas] Is that not a bit limiting? This means that we need one protocol (PCEP) to send data from the PCE to the motes, and another for stats and topological and requirement data to go from the motes to the PCE.

 [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn’t specify how to build and distribute it, PCEP does not define how to collect the required information (network topology, requirements) used for computing paths. But the motes can specify the requirements of the requested path within the PCReq messages.

[PT] This is actually cool, because we probably want to reuse RPL’s metrics containers, and we can do that with no change to PCEP. But since RPL is not a link state protocol, we will have to add stuff to describe the slot-frames, cells and the associated metrics to the PCE. In short, we’ll have a brand new protocol for what’s really specific, and we’ll reuse PCEP for what’s common.

>>  Transport Protocol. PCEP operates over TCP using a registered TCP port (4189). This allows the requirements of reliable messaging and flow control to be met without further protocol work. All PCEP messages MUST be sent using the registered TCP port for the source and destination TCP port.

 [Thomas] can PCEP run on something else than TCP? It looks like no. There is always the possibility for proposing a UDP version of PCEP, but it's unclear to me how much rework is required.

[MR] According to the RFC5440, a PCEP session can be established ONLY  over a  TCP connection. In other words, first a TCP connection (3-way handshake) between the PCC and the PCE has to be established, and after a PCEP session can be started. About proposing an UDP version of PCEP, it is something to be investigated.

 

[PT] I talked to JP about that at the last IETF. He mentioned that PCEP over UDP had been evaluated and was possible. Now that we have a use case, I can imagine that we could convince the PCE WG to take that work to completion.

 

>> Once the PCC has selected a PCE, it sends a Path Computation Request to the PCE (PCReq message) that contains a variety of objects that
specify the set of constraints and attributes for the path to be computed.  For example, "Compute a TE LSP path with source IP address=x.y.z.t,
 destination IP address=x'.y'.z'.t', bandwidth=B Mbit/s, Setup/Holding priority=P, ...".  Additionally, the PCC may desire to specify the urgency
 of such request by assigning a request priority. 

 

[Thomas]If the PCE received a PCReq to go from A to B, is there a way for the PCE to contact all the motes along the multi-hop path between A and B and

install cells/links? it looks like the PCE is only used to calculate a multi-hop path on an already existing topology.

[MR]I agree with you. PCEP can set up a multi-hop path on an already existing topology. There is correspondence 1-to-1 between PCReq and PCRep. Thus, it seems that PCE cannot contact the motes along the multi-hop path between A and B. BUT… PCEP include some RP in the messages (see below)

[PT] Defining the topological information, selecting the peerings that are advertised to the PCE, etc… All that takes will end up with a considerable piece of work. We can probably export the PCEP over UDPO work to PCE, but the rest is a good piece of work altogether.

 >>A Path Computation Reply(PCRep) Message can contain either a set of computed paths if the request can be satisfied, or a negative reply if not.  The negative reply may indicate the reason why no path could be found.

>>The RP (Request Parameters) object MUST be carried within each PCReq and PCRep messages. The RP object is used to specify various characteristics of the path computation request.

[PT] We will have to validate whether we can work out our use cases with RPs as specified.  

 >> The END-POINTS object is used in a PCReq message to specify the source IP address and the destination IP address of the path for which a path computation is requested. Note that the source and destination addresses specified in the END-POINTS object may correspond to the source and destination IP address of the TE LSP or to those of a path segment.

 [MR] Setting the END-POINT object, maybe it could be possible to allocate cells/links for each path segment. This is something to be investigated.

 >>The BANDWIDTH object is used to specify the requested bandwidth for a TE LSP. The notion of bandwidth is similar to the one used for RSVP >>signaling in [RFC2205], [RFC3209], and [RFC3473].

 >>The METRIC object is optional and can be used for several purposes. In a PCReq message, a PCC MAY insert one or more METRIC objects:

 o To indicate the metric that MUST be optimized by the path computation algorithm (IGP metric, TE metric, hop counts).

Currently, three metrics are defined: the IGP cost, the TE metric (see [RFC3785]), and the number of hops traversed by a TE LSP.

 o To indicate a bound on the path cost that MUST NOT be exceeded for the path to be considered as acceptable by the PCC.

 >>The path computation algorithmic aspects used by the PCE to optimize a path with respect to a specific metric are outside the scope of this >>document.

[MR] TASA could be a possible algorithm for computing the path. It seems to fits well with the RFC5440 Specification.

 

TASA provides a method to the PCE for computing a network path, based on the network graph and applying computational constraints (i.e., selecting duplex- and
interference-free conflict links, according to local and global queue level).

Each node in the TSCH TASA-based network could act as PCC (Path Computation Client), requesting a path computation to be performed by the PCE. In detail, with the PCReq message,
the PCC asks the PCE to compute a path toward it (thus, source IP address = PCC IP address, destination IP address = PCE destination address), having a  given bandwidth, equal to the number of packets it wants to transmit (i.e., TASA local queue level, or  in other word, traffic load offered by the single node to the network).

After having collected all the PCReq messages from all the nodes in the network, the PCE can build a schedule, setting one or more paths for each PCC.

Once, the schedule has been built according to TASA matching and coloring procedures, it is transmitted to each node in the network, using PCRep messages.

Then, the 6TSCH 6TUS adaptation protocol can provide the functionality for delivering the traffic in the queues, according to the schedule built with TASA+PCEP.

 

[PT] We could imagine that the root acts as a relay (like in DHCP) for TASA, PCEP, etc… In that case, the discovery and security model is greatly simplified.

Some Open ISSUES:

 

Q1: How the PCE collect the information related to the network graph?

R1: Note that this is out of the scope of both RCF5440 and TASA. However, we may suppose that such information are provided by the routing protocol, RPL, as suggested in RFC5440.

“How” still has to be defined!

[Thomas] Agreed, that's a really important point.

 

Q2: How the network is set up before implementing TASA+PCEP for building the schedule?

R2: TASA does not specify how the network is built. In fact, TASA runs over a network that has been already built, and that needs a schedule in order
to allow traffic-flow exchanges (i.e., transmissions between each node and the PCE). Maybe, 6TUS could fill this gap and provide the functionality for the 15.4e TSCH network formation.

 

[Thomas] I believe the "minimal" use case identified in the charter covers this.

 

[PT] Yes. It is fundamental that the basic operation maintains connectivity to all nodes at all times possible, so that anything else we do (PCE, management) can rely on that connectivity.

Q3: Is there any need to change the PCReq and PCRep messages format, for allowing the integration of PCEP with TASA?

[MR] there could be such need.

 

 

Q4:How the info in the PCRep messages can be used by 6TUS?

 

[Thomas] The entity in the motes which received PCRep message simply send commands over the 6tus interface.

 

Q5: How would a TASA+PCEP solution work for P2P traffic? That is, data flowing from a switch to a light without going through the DAGroot?

[MR]TASA supports multi-point-to-point traffic (from each mote in the network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe could support P2P traffic. This is something to be investigated.

 

 

[PT] Thanks Maria for this great start!

 

Pascal



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--------------090804070002010305060809-- From qinwang@berkeley.edu Wed May 1 23:43:03 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 2BED621F9951 for <6tsch@ietfa.amsl.com>; Wed, 1 May 2013 23:43:03 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.199 X-Spam-Level: X-Spam-Status: No, score=-4.199 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id rNTNPeN22pCq for <6tsch@ietfa.amsl.com>; Wed, 1 May 2013 23:42:58 -0700 (PDT) Received: from cm02fe.IST.Berkeley.EDU (cm02fe.IST.Berkeley.EDU [169.229.218.143]) by ietfa.amsl.com (Postfix) with ESMTP id 5741C21F9950 for <6tsch@ietf.org>; Wed, 1 May 2013 23:42:55 -0700 (PDT) Received: from cm04ws.ist.berkeley.edu ([169.229.218.166] helo=calmail.berkeley.edu) by cm02fe.ist.berkeley.edu with esmtpsa (TLSv1:AES256-SHA:256) (Exim 4.76) (auth login:qinwang@berkeley.edu) (envelope-from ) id 1UXnED-0003VA-81; Wed, 01 May 2013 23:42:54 -0700 Received: from 103.8.222.48 (SquirrelMail authenticated user qinwang@berkeley.edu) by calmail.berkeley.edu with HTTP; Wed, 1 May 2013 23:42:53 -0700 Message-ID: <4c5536a4d377332a98a7e4dec70fc767.squirrel@calmail.berkeley.edu> In-Reply-To: <5181665C.1050104@eecs.berkeley.edu> References: <5181665C.1050104@eecs.berkeley.edu> Date: Wed, 1 May 2013 23:42:53 -0700 From: "Qin Wang" To: "Xavier Vilajosana" User-Agent: SquirrelMail/1.4.21-2.berkeley MIME-Version: 1.0 Content-Type: text/plain;charset=utf-8 Content-Transfer-Encoding: 8bit X-Priority: 3 (Normal) Importance: Normal Cc: 6tsch@ietf.org Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 02 May 2013 06:43:03 -0000 Hi, A quick question: PCE computes "PATH" or "TRACK"? Qin > Hi, > > I like to look in the inverse direction, PCEP seems to me very close to > RSVP-TE. But with the difference that RSVP provides path maintenance > functionalities in addition to reservation functionalities. Maintenance > functionalities (TIME object in RSVP) are used to trigger a refresh > operation to a track. In a refresh operation the requirements of the > path are checked and if not met this can trigger a new reservation. This > mechanism can be used by the nodes to inform the PCE about network status. > > Maybe I am biased by my recent readings on NSIS/RSVP but I don't see a > benefit on PCEP over a minimal version of NSIS or RSVP. > As far as I understand NSIS/RSVP can provide: > > +supported on UDP > +reservation (Point to Point) > +maintenance - status collection and monitoring > +Ad-hoc QoS content definition following a TLV and being appended to a > generic header > +upstream and downstream reservation > +In case of NSIS neighbour discovery in case no routing state is > installed. > +hop by hop state installation, does not require end to end messaging > per hop > > as negative points: > -if fully implemented on motes will require lots of memory > -long headers (although this messages are not very frequent so maybe > this is not important) > -not sure if there is support for P2MP and MP2P reservation > -RSVP - end to end state reservation. > > Finally, I am not saying that I am against PCEP, but maybe we need to > get an in deep knowledge of why PCEP should be better suited for our > scenario. > > > > On 01/05/13 07:21, Pascal Thubert (pthubert) wrote: >> >> Hello Maria Rita: >> >> >> Explicit path: Full explicit path from start to destination; made of >> a list of _strict hops_ where a hop may be an abstract node such as an >> AS. >> >> [MR] The explicit path could be seen as a 6TSCH track, composed by >> hard cells. >> >> */[PT] agreed/* >> >> >> [...] it is assumed that the PCE has the required information >> (usually including network topology and resource information) so as to >> perform the computation of a path for a TE LSP. Such information can >> be gathered by routing protocols or by some other means. The way in >> which the information is gathered is out of the scope of this document >> (i.e, RFC5440). >> >> [Thomas] Is that not a bit limiting? This means that we need one >> protocol (PCEP) to send data from the PCE to the motes, and another >> for stats and topological and requirement data to go from the motes to >> the PCE. >> >> [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't >> specify how to build and distribute it, PCEP does not define how to >> collect the required information (network topology, requirements) used >> for computing paths. But the motes can specify the requirements of the >> requested path within the PCReq messages. >> >> */[PT] This is actually cool, because we probably want to reuse RPL's >> metrics containers, and we can do that with no change to PCEP. But >> since RPL is not a link state protocol, we will have to add stuff to >> describe the slot-frames, cells and the associated metrics to the PCE. >> In short, we'll have a brand new protocol for what's really specific, >> and we'll reuse PCEP for what's common./* >> >> *//* >> >> >>Transport Protocol. PCEP operates over TCP using a registered TCP port >> (4189). This allows the requirements of reliable messaging and flow >> control to be met without further protocol work. All PCEP messages >> MUST be sent using the registered TCP port for the source and >> destination TCP port. >> >> [Thomas] can PCEP run on something else than TCP? It looks like no. >> There is always the possibility for proposing a UDP version of PCEP, >> but it's unclear to me how much rework is required. >> >> [MR] According to the RFC5440, a PCEP session can be established ONLY >> over a TCP connection. In other words, first a TCP connection (3-way >> handshake) between the PCC and the PCE has to be established, and >> after a PCEP session can be started. About proposing an UDP version of >> PCEP, it is something to be investigated. >> >> */[PT] I talked to JP about that at the last IETF. He mentioned that >> PCEP over UDP had been evaluated and was possible. Now that we have a >> use case, I can imagine that we could convince the PCE WG to take that >> work to completion./* >> >> >> Once the PCC has selected a PCE, it sends a Path Computation Request >> to the PCE (PCReq message) that >> contains a variety of objects that >> specify the set of constraints and attributes for the path to be >> computed. For example, "Compute a TE LSP path with source IP >> address=x.y.z.t, >> destination IP address=x'.y'.z'.t', bandwidth=B Mbit/s, Setup/Holding >> priority=P, ...". Additionally, the PCC may desire to specify the >> urgency >> of such request by assigning a request priority. >> >> [Thomas]If the PCE received a PCReq to go from A to B, is there a way >> for the PCE to contact all the motes along the multi-hop path between >> A and B and >> >> install cells/links? it looks like the PCE is only used to calculate a >> multi-hop path on an already existing topology. >> >> [MR]I agree with you. PCEP can set up a multi-hop path on an already >> existing topology. There is correspondence 1-to-1 between PCReq and >> PCRep. Thus, it seems that PCE cannot contact the motes along the >> multi-hop path between A and B. BUT... PCEP include some RP in the >> messages (see below) >> >> */[PT] Defining the topological information, selecting the peerings >> that are advertised to the PCE, etc... All that takes will end up with >> a considerable piece of work. We can probably export the PCEP over >> UDPO work to PCE, but the rest is a good piece of work altogether. /* >> >> >>A Path Computation Reply(PCRep) Message can contain either a set of >> computed paths if the request can be >> satisfied, or a negative reply if not. The negative reply may >> indicate the reason why no path could be found. >> >> >>The RP (Request Parameters) object MUST be carried within each PCReq >> and >> PCRep messages. The RP object is used to specify various >> characteristics of the path computation request. >> >> */[PT] We will have to validate whether we can work out our use cases >> with RPs as specified. /* >> >> >> The END-POINTS object is used in a PCReq message to specify the >> source IP address and the destination IP address of the path for which >> a path computation is requested. Note that the source and destination >> addresses specified in the END-POINTS object may correspond to the >> source and destination IP address of the TE LSP or to those of a path >> segment. >> >> [MR] Setting the END-POINT object, maybe it could be possible to >> allocate cells/links for each path segment. This is something to be >> investigated. >> >> >>The BANDWIDTH object is used to specify the requested bandwidth for >> a TE LSP. The notion of bandwidth is similar to the one used for RSVP >> >>signaling in [RFC2205], [RFC3209], and [RFC3473]. >> >> >>The METRIC object is optional and can be used for several purposes. >> In a PCReq message, a PCC MAY insert one or more METRIC objects: >> >> o To indicate the metric that MUST be optimized by the path >> computation algorithm (IGP metric, TE metric, hop counts). >> >> Currently, three metrics are defined: the IGP cost, the TE metric (see >> [RFC3785]), and the number of hops traversed by a TE LSP. >> >> o To indicate a bound on the path cost that MUST NOT be exceeded for >> the path to be considered as acceptable by the PCC. >> >> _>>The path computation algorithmic aspects used by the PCE to >> optimize a path with respect to a specific metric are outside the >> scope of this >>document._ >> >> [MR] TASA could be a possible algorithm for computing the path. It >> seems to fits well with the RFC5440 Specification. >> >> TASA provides a method to the PCE for computing a network path, based >> on the network graph and applying computational constraints (i.e., >> selecting duplex- and >> interference-free conflict links, according to local and global queue >> level). >> >> Each node in the TSCH TASA-based network could act as PCC (Path >> Computation Client), requesting a path computation to be performed by >> the PCE. In detail, with the PCReq message, >> the PCC asks the PCE to compute a path toward it (thus, source IP >> address = PCC IP address, destination IP address = PCE destination >> address), having a given bandwidth, equal to the number of packets it >> wants to transmit (i.e., TASA local queue level, or in other word, >> traffic load offered by the single node to the network). >> >> After having collected all the PCReq messages from all the nodes in >> the network, the PCE can build a schedule, setting one or more paths >> for each PCC. >> >> Once, the schedule has been built according to TASA matching and >> coloring procedures, it is transmitted to each node in the network, >> using PCRep messages. >> >> Then, the 6TSCH 6TUS adaptation protocol can provide the functionality >> for delivering the traffic in the queues, according to the schedule >> built with TASA+PCEP. >> >> */[PT] We could imagine that the root acts as a relay (like in DHCP) >> for TASA, PCEP, etc... In that case, the discovery and security model >> is greatly simplified. /* >> >> *Some Open ISSUES:* >> >> *Q1:*How the PCE collect the information related to the network graph? >> >> *R1:*Note that this is out of the scope of both RCF5440 and TASA. >> However, we may suppose that such information are provided by the >> routing protocol, RPL, as suggested in RFC5440. >> >> "How" still has to be defined! >> >> [Thomas] Agreed, that's a really important point. >> >> *Q2:*How the network is set up before implementing TASA+PCEP for >> building the schedule? >> >> *R2:*TASA does not specify how the network is built. In fact, TASA >> runs over a network that has been already built, and that needs a >> schedule in order >> to allow traffic-flow exchanges (i.e., transmissions between each node >> and the PCE). Maybe, 6TUS could fill this gap and provide the >> functionality for the 15.4e TSCH network formation. >> >> [Thomas] I believe the "minimal" use case identified in the charter >> covers this. >> >> */[PT] Yes. It is fundamental that the basic operation maintains >> connectivity to all nodes at all times possible, so that anything else >> we do (PCE, management) can rely on that connectivity./* >> >> *//* >> >> *Q3: *Is there any need to change the PCReq and PCRep messages format, >> for allowing the integration of PCEP with TASA? >> >> [MR] there could be such need. >> >> *Q4:*How the info in the PCRep messages can be used by 6TUS? >> >> [Thomas] The entity in the motes which received PCRep message simply >> send commands over the 6tus interface. >> >> *Q5:*How would a TASA+PCEP solution work for P2P traffic? That is, >> data flowing from a switch to a light without going through the DAGroot? >> >> [MR]TASA supports multi-point-to-point traffic (from each mote in the >> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe >> could support P2P traffic. This is something to be investigated. >> >> */[PT] Thanks Maria for this great start!/* >> >> *//* >> >> */Pascal/* >> >> >> >> _______________________________________________ >> 6tsch mailing list >> 6tsch@ietf.org >> https://www.ietf.org/mailman/listinfo/6tsch > > _______________________________________________ > 6tsch mailing list > 6tsch@ietf.org > https://www.ietf.org/mailman/listinfo/6tsch > From maria-rita.palattella@uni.lu Wed May 1 23:49:13 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id A076221F8525 for <6tsch@ietfa.amsl.com>; Wed, 1 May 2013 23:49:13 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.199 X-Spam-Level: X-Spam-Status: No, score=-4.199 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id poWWhgUXM7-Q for <6tsch@ietfa.amsl.com>; Wed, 1 May 2013 23:49:09 -0700 (PDT) Received: from hercules.uni.lu (hercules.uni.lu [158.64.76.33]) by ietfa.amsl.com (Postfix) with ESMTP id C4E2321F8501 for <6tsch@ietf.org>; Wed, 1 May 2013 23:49:08 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.87,594,1363129200"; d="scan'208";a="23830399" Received: from unknown (HELO Travis.uni.lux) ([10.21.2.19]) by hercules.uni.lu with ESMTP; 02 May 2013 08:49:08 +0200 Received: from HOSHI.uni.lux ([fe80::499:a33:4e68:4af9]) by Travis.uni.lux ([fe80::653b:7b8e:4641:a750%10]) with mapi id 14.03.0123.003; Thu, 2 May 2013 08:49:07 +0200 From: Maria Rita PALATTELLA To: Qin Wang , Xavier Vilajosana Thread-Topic: [6tsch] PCEP for centralized scheduling in 6TSCH architecture Thread-Index: Ac5FgCKD2/ZGwF59Qqid0rSthCFUwAA9SpwgAAYHgwAAGIW2gAAEXSbg Date: Thu, 2 May 2013 06:49:06 +0000 Message-ID: References: <5181665C.1050104@eecs.berkeley.edu> <4c5536a4d377332a98a7e4dec70fc767.squirrel@calmail.berkeley.edu> In-Reply-To: <4c5536a4d377332a98a7e4dec70fc767.squirrel@calmail.berkeley.edu> Accept-Language: en-US, en-GB Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.91.0.94] Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 Cc: "6tsch@ietf.org" <6tsch@ietf.org> Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 02 May 2013 06:49:13 -0000 Hi Qin, PCEP computes path (i.e., TRACK according to the 6TSCH terminology). Maria Rita -----Original Message----- From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of Q= in Wang Sent: Thursday, May 02, 2013 8:43 AM To: Xavier Vilajosana Cc: 6tsch@ietf.org Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture Hi, A quick question: PCE computes "PATH" or "TRACK"? Qin > Hi, > > I like to look in the inverse direction, PCEP seems to me very close=20 > to RSVP-TE. But with the difference that RSVP provides path=20 > maintenance functionalities in addition to reservation=20 > functionalities. Maintenance functionalities (TIME object in RSVP) are=20 > used to trigger a refresh operation to a track. In a refresh operation=20 > the requirements of the path are checked and if not met this can=20 > trigger a new reservation. This mechanism can be used by the nodes to inf= orm the PCE about network status. > > Maybe I am biased by my recent readings on NSIS/RSVP but I don't see a=20 > benefit on PCEP over a minimal version of NSIS or RSVP. > As far as I understand NSIS/RSVP can provide: > > +supported on UDP > +reservation (Point to Point) > +maintenance - status collection and monitoring Ad-hoc QoS content=20 > +definition following a TLV and being appended to a > generic header > +upstream and downstream reservation > +In case of NSIS neighbour discovery in case no routing state is > installed. > +hop by hop state installation, does not require end to end messaging > per hop > > as negative points: > -if fully implemented on motes will require lots of memory > -long headers (although this messages are not very frequent so maybe=20 > this is not important) > -not sure if there is support for P2MP and MP2P reservation > -RSVP - end to end state reservation. > > Finally, I am not saying that I am against PCEP, but maybe we need to=20 > get an in deep knowledge of why PCEP should be better suited for our=20 > scenario. > > > > On 01/05/13 07:21, Pascal Thubert (pthubert) wrote: >> >> Hello Maria Rita: >> >> >> Explicit path: Full explicit path from start to destination; made=20 >> >> of >> a list of _strict hops_ where a hop may be an abstract node such as=20 >> an AS. >> >> [MR] The explicit path could be seen as a 6TSCH track, composed by=20 >> hard cells. >> >> */[PT] agreed/* >> >> >> [...] it is assumed that the PCE has the required information >> (usually including network topology and resource information) so as=20 >> to perform the computation of a path for a TE LSP. Such information=20 >> can be gathered by routing protocols or by some other means. The way=20 >> in which the information is gathered is out of the scope of this=20 >> document (i.e, RFC5440). >> >> [Thomas] Is that not a bit limiting? This means that we need one=20 >> protocol (PCEP) to send data from the PCE to the motes, and another=20 >> for stats and topological and requirement data to go from the motes=20 >> to the PCE. >> >> [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't=20 >> specify how to build and distribute it, PCEP does not define how to=20 >> collect the required information (network topology, requirements)=20 >> used for computing paths. But the motes can specify the requirements=20 >> of the requested path within the PCReq messages. >> >> */[PT] This is actually cool, because we probably want to reuse RPL's=20 >> metrics containers, and we can do that with no change to PCEP. But=20 >> since RPL is not a link state protocol, we will have to add stuff to=20 >> describe the slot-frames, cells and the associated metrics to the PCE. >> In short, we'll have a brand new protocol for what's really specific,=20 >> and we'll reuse PCEP for what's common./* >> >> *//* >> >> >>Transport Protocol. PCEP operates over TCP using a registered TCP=20 >> >>port >> (4189). This allows the requirements of reliable messaging and flow=20 >> control to be met without further protocol work. All PCEP messages=20 >> MUST be sent using the registered TCP port for the source and=20 >> destination TCP port. >> >> [Thomas] can PCEP run on something else than TCP? It looks like no. >> There is always the possibility for proposing a UDP version of PCEP,=20 >> but it's unclear to me how much rework is required. >> >> [MR] According to the RFC5440, a PCEP session can be established ONLY=20 >> over a TCP connection. In other words, first a TCP connection (3-way >> handshake) between the PCC and the PCE has to be established, and=20 >> after a PCEP session can be started. About proposing an UDP version=20 >> of PCEP, it is something to be investigated. >> >> */[PT] I talked to JP about that at the last IETF. He mentioned that=20 >> PCEP over UDP had been evaluated and was possible. Now that we have a=20 >> use case, I can imagine that we could convince the PCE WG to take=20 >> that work to completion./* >> >> >> Once the PCC has selected a PCE, it sends a Path Computation=20 >> >> Request >> to the PCE (PCReq message) that >> contains a variety of objects that >> specify the set of constraints and attributes for the path to be=20 >> computed. For example, "Compute a TE LSP path with source IP=20 >> address=3Dx.y.z.t, destination IP address=3Dx'.y'.z'.t', bandwidth=3DB= =20 >> Mbit/s, Setup/Holding priority=3DP, ...". Additionally, the PCC may=20 >> desire to specify the urgency of such request by assigning a request=20 >> priority. >> >> [Thomas]If the PCE received a PCReq to go from A to B, is there a way=20 >> for the PCE to contact all the motes along the multi-hop path between=20 >> A and B and >> >> install cells/links? it looks like the PCE is only used to calculate=20 >> a multi-hop path on an already existing topology. >> >> [MR]I agree with you. PCEP can set up a multi-hop path on an already=20 >> existing topology. There is correspondence 1-to-1 between PCReq and=20 >> PCRep. Thus, it seems that PCE cannot contact the motes along the=20 >> multi-hop path between A and B. BUT... PCEP include some RP in the=20 >> messages (see below) >> >> */[PT] Defining the topological information, selecting the peerings=20 >> that are advertised to the PCE, etc... All that takes will end up=20 >> with a considerable piece of work. We can probably export the PCEP=20 >> over UDPO work to PCE, but the rest is a good piece of work=20 >> altogether. /* >> >> >>A Path Computation Reply(PCRep) Message can contain either a set of >> computed paths if the request can be >> satisfied, or a negative reply if not. The negative reply may=20 >> indicate the reason why no path could be found. >> >> >>The RP (Request Parameters) object MUST be carried within each=20 >> >>PCReq >> and >> PCRep messages. The RP object is used to specify various=20 >> characteristics of the path computation request. >> >> */[PT] We will have to validate whether we can work out our use cases=20 >> with RPs as specified. /* >> >> >> The END-POINTS object is used in a PCReq message to specify the=20 >> source IP address and the destination IP address of the path for=20 >> which a path computation is requested. Note that the source and=20 >> destination addresses specified in the END-POINTS object may=20 >> correspond to the source and destination IP address of the TE LSP or=20 >> to those of a path segment. >> >> [MR] Setting the END-POINT object, maybe it could be possible to=20 >> allocate cells/links for each path segment. This is something to be=20 >> investigated. >> >> >>The BANDWIDTH object is used to specify the requested bandwidth=20 >> for a TE LSP. The notion of bandwidth is similar to the one used for=20 >> RSVP >> >>signaling in [RFC2205], [RFC3209], and [RFC3473]. >> >> >>The METRIC object is optional and can be used for several purposes. >> In a PCReq message, a PCC MAY insert one or more METRIC objects: >> >> o To indicate the metric that MUST be optimized by the path=20 >> computation algorithm (IGP metric, TE metric, hop counts). >> >> Currently, three metrics are defined: the IGP cost, the TE metric=20 >> (see [RFC3785]), and the number of hops traversed by a TE LSP. >> >> o To indicate a bound on the path cost that MUST NOT be exceeded for=20 >> the path to be considered as acceptable by the PCC. >> >> _>>The path computation algorithmic aspects used by the PCE to=20 >> optimize a path with respect to a specific metric are outside the=20 >> scope of this >>document._ >> >> [MR] TASA could be a possible algorithm for computing the path. It=20 >> seems to fits well with the RFC5440 Specification. >> >> TASA provides a method to the PCE for computing a network path, based=20 >> on the network graph and applying computational constraints (i.e.,=20 >> selecting duplex- and interference-free conflict links, according to=20 >> local and global queue level). >> >> Each node in the TSCH TASA-based network could act as PCC (Path=20 >> Computation Client), requesting a path computation to be performed by=20 >> the PCE. In detail, with the PCReq message, the PCC asks the PCE to=20 >> compute a path toward it (thus, source IP address =3D PCC IP address,=20 >> destination IP address =3D PCE destination address), having a given=20 >> bandwidth, equal to the number of packets it wants to transmit (i.e.,=20 >> TASA local queue level, or in other word, traffic load offered by=20 >> the single node to the network). >> >> After having collected all the PCReq messages from all the nodes in=20 >> the network, the PCE can build a schedule, setting one or more paths=20 >> for each PCC. >> >> Once, the schedule has been built according to TASA matching and=20 >> coloring procedures, it is transmitted to each node in the network,=20 >> using PCRep messages. >> >> Then, the 6TSCH 6TUS adaptation protocol can provide the=20 >> functionality for delivering the traffic in the queues, according to=20 >> the schedule built with TASA+PCEP. >> >> */[PT] We could imagine that the root acts as a relay (like in DHCP)=20 >> for TASA, PCEP, etc... In that case, the discovery and security model=20 >> is greatly simplified. /* >> >> *Some Open ISSUES:* >> >> *Q1:*How the PCE collect the information related to the network graph? >> >> *R1:*Note that this is out of the scope of both RCF5440 and TASA. >> However, we may suppose that such information are provided by the=20 >> routing protocol, RPL, as suggested in RFC5440. >> >> "How" still has to be defined! >> >> [Thomas] Agreed, that's a really important point. >> >> *Q2:*How the network is set up before implementing TASA+PCEP for=20 >> building the schedule? >> >> *R2:*TASA does not specify how the network is built. In fact, TASA=20 >> runs over a network that has been already built, and that needs a=20 >> schedule in order to allow traffic-flow exchanges (i.e.,=20 >> transmissions between each node and the PCE). Maybe, 6TUS could fill=20 >> this gap and provide the functionality for the 15.4e TSCH network=20 >> formation. >> >> [Thomas] I believe the "minimal" use case identified in the charter=20 >> covers this. >> >> */[PT] Yes. It is fundamental that the basic operation maintains=20 >> connectivity to all nodes at all times possible, so that anything=20 >> else we do (PCE, management) can rely on that connectivity./* >> >> *//* >> >> *Q3: *Is there any need to change the PCReq and PCRep messages=20 >> format, for allowing the integration of PCEP with TASA? >> >> [MR] there could be such need. >> >> *Q4:*How the info in the PCRep messages can be used by 6TUS? >> >> [Thomas] The entity in the motes which received PCRep message simply=20 >> send commands over the 6tus interface. >> >> *Q5:*How would a TASA+PCEP solution work for P2P traffic? That is,=20 >> data flowing from a switch to a light without going through the DAGroot? >> >> [MR]TASA supports multi-point-to-point traffic (from each mote in the=20 >> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe=20 >> could support P2P traffic. This is something to be investigated. >> >> */[PT] Thanks Maria for this great start!/* >> >> *//* >> >> */Pascal/* >> >> >> >> _______________________________________________ >> 6tsch mailing list >> 6tsch@ietf.org >> https://www.ietf.org/mailman/listinfo/6tsch > > _______________________________________________ > 6tsch mailing list > 6tsch@ietf.org > https://www.ietf.org/mailman/listinfo/6tsch > _______________________________________________ 6tsch mailing list 6tsch@ietf.org https://www.ietf.org/mailman/listinfo/6tsch From pthubert@cisco.com Thu May 2 09:08:39 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id DB98821F9075 for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 09:08:39 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -8.198 X-Spam-Level: X-Spam-Status: No, score=-8.198 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id tAbFbujhkk6J for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 09:08:33 -0700 (PDT) Received: from rcdn-iport-8.cisco.com (rcdn-iport-8.cisco.com [173.37.86.79]) by ietfa.amsl.com (Postfix) with ESMTP id 5622921F907E for <6tsch@ietf.org>; Thu, 2 May 2013 09:08:33 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=44273; q=dns/txt; s=iport; t=1367510913; x=1368720513; h=from:to:subject:date:message-id:references:in-reply-to: mime-version; bh=5t6yqqZ1Nb+EfLkpzrTv837nhkNyx6av0yzb8b4WVzY=; b=LN8aUWRlYkwh6LALwyHByBnoHh0lFWGebHvowQbhur3q6yOow9vorX2q eWO6yagnZcY4LgHiL+5xG09NTRuU8/Lm5xgWvSCGIcvsy6GQsLAc8xLjo pHMLUE93BkuFzaz0kSLepjXlMF7yK5i5ekmGpm7v0d3P75cMyvXXZydTT E=; X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AgUFAFmOglGtJV2d/2dsb2JhbABSDoI1RDe/KH8WdIIfAQEBAwEBAQEXEzoHGwIBCA4DAQMBAQsWAQYHJwsUAwYIAgQBEggTh2sGDK8xkXgEjWWBEC0KAQaCbGEDhTmOI5UBgk4/gWoBHgYY X-IronPort-AV: E=Sophos;i="4.87,597,1363132800"; d="scan'208,217";a="205695432" Received: from rcdn-core-6.cisco.com ([173.37.93.157]) by rcdn-iport-8.cisco.com with ESMTP; 02 May 2013 16:08:29 +0000 Received: from xhc-rcd-x02.cisco.com (xhc-rcd-x02.cisco.com [173.37.183.76]) by rcdn-core-6.cisco.com (8.14.5/8.14.5) with ESMTP id r42G8SHo007478 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Thu, 2 May 2013 16:08:28 GMT Received: from xmb-rcd-x01.cisco.com ([169.254.1.143]) by xhc-rcd-x02.cisco.com ([173.37.183.76]) with mapi id 14.02.0318.004; Thu, 2 May 2013 11:08:28 -0500 From: "Pascal Thubert (pthubert)" To: Xavier Vilajosana , "6tsch@ietf.org" <6tsch@ietf.org> Thread-Topic: [6tsch] PCEP for centralized scheduling in 6TSCH architecture Thread-Index: AQHORp5cqh7X+GLzN0uNprUgR2Yy6pjxemNA Date: Thu, 2 May 2013 16:08:27 +0000 Deferred-Delivery: Thu, 2 May 2013 16:08:00 +0000 Message-ID: References: <5181665C.1050104@eecs.berkeley.edu> In-Reply-To: <5181665C.1050104@eecs.berkeley.edu> Accept-Language: fr-FR, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.49.80.29] Content-Type: multipart/alternative; boundary="_000_E045AECD98228444A58C61C200AE1BD83CEC27CExmbrcdx01ciscoc_" MIME-Version: 1.0 Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 02 May 2013 16:08:40 -0000 --_000_E045AECD98228444A58C61C200AE1BD83CEC27CExmbrcdx01ciscoc_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Hello Xavi; One good point is that we should dive into the functionalities that we need= in our building blocks. For the centralized routing, we have: - dependencies on the peering protocol to establish the links that IP sees = between nodes - a PCEP-like protocol to obtain a track (and destroy or update it?), - an OAM (Operations Administration and Maintenance) protocol to validate a= track is still good enough, - a new link-state-like protocol to inform the PCE of links and (RPL's?) me= trics; For this building block and actually all the others, it would be good to di= ve a next level into the functional set so as to refine the work items. What do you think? Pascal From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of X= avier Vilajosana Sent: mercredi 1 mai 2013 21:01 To: 6tsch@ietf.org Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture Hi, I like to look in the inverse direction, PCEP seems to me very close to RSV= P-TE. But with the difference that RSVP provides path maintenance functiona= lities in addition to reservation functionalities. Maintenance functionalit= ies (TIME object in RSVP) are used to trigger a refresh operation to a trac= k. In a refresh operation the requirements of the path are checked and if n= ot met this can trigger a new reservation. This mechanism can be used by th= e nodes to inform the PCE about network status. Maybe I am biased by my recent readings on NSIS/RSVP but I don't see a bene= fit on PCEP over a minimal version of NSIS or RSVP. As far as I understand NSIS/RSVP can provide: +supported on UDP +reservation (Point to Point) +maintenance - status collection and monitoring +Ad-hoc QoS content definition following a TLV and being appended to a gene= ric header +upstream and downstream reservation +In case of NSIS neighbour discovery in case no routing state is installed. +hop by hop state installation, does not require end to end messaging per h= op as negative points: -if fully implemented on motes will require lots of memory -long headers (although this messages are not very frequent so maybe this = is not important) -not sure if there is support for P2MP and MP2P reservation -RSVP - end to end state reservation. Finally, I am not saying that I am against PCEP, but maybe we need to get a= n in deep knowledge of why PCEP should be better suited for our scenario. On 01/05/13 07:21, Pascal Thubert (pthubert) wrote: Hello Maria Rita: >> Explicit path: Full explicit path from start to destination; made of a = list of strict hops where a hop may be an abstract node such as an AS. [MR] The explicit path could be seen as a 6TSCH track, composed by hard ce= lls. [PT] agreed >> [...] it is assumed that the PCE has the required information (usually i= ncluding network topology and resource information) so as to perform the co= mputation of a path for a TE LSP. Such information can be gathered by rout= ing protocols or by some other means. The way in which the information is = gathered is out of the scope of this document (i.e, RFC5440). [Thomas] Is that not a bit limiting? This means that we need one protocol = (PCEP) to send data from the PCE to the motes, and another for stats and to= pological and requirement data to go from the motes to the PCE. [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't speci= fy how to build and distribute it, PCEP does not define how to collect the = required information (network topology, requirements) used for computing pa= ths. But the motes can specify the requirements of the requested path withi= n the PCReq messages. [PT] This is actually cool, because we probably want to reuse RPL's metrics= containers, and we can do that with no change to PCEP. But since RPL is no= t a link state protocol, we will have to add stuff to describe the slot-fra= mes, cells and the associated metrics to the PCE. In short, we'll have a br= and new protocol for what's really specific, and we'll reuse PCEP for what'= s common. >> Transport Protocol. PCEP operates over TCP using a registered TCP port = (4189). This allows the requirements of reliable messaging and flow control= to be met without further protocol work. All PCEP messages MUST be sent us= ing the registered TCP port for the source and destination TCP port. [Thomas] can PCEP run on something else than TCP? It looks like no. There = is always the possibility for proposing a UDP version of PCEP, but it's unc= lear to me how much rework is required. [MR] According to the RFC5440, a PCEP session can be established ONLY over= a TCP connection. In other words, first a TCP connection (3-way handshake= ) between the PCC and the PCE has to be established, and after a PCEP sessi= on can be started. About proposing an UDP version of PCEP, it is something = to be investigated. [PT] I talked to JP about that at the last IETF. He mentioned that PCEP ove= r UDP had been evaluated and was possible. Now that we have a use case, I c= an imagine that we could convince the PCE WG to take that work to completio= n. >> Once the PCC has selected a PCE, it sends a Path Computation Request to = the PCE (PCReq message) that contains a variety of objects that specify the set of constraints and attributes for the path to be computed. = For example, "Compute a TE LSP path with source IP address=3Dx.y.z.t, destination IP address=3Dx'.y'.z'.t', bandwidth=3DB Mbit/s, Setup/Holding = priority=3DP, ...". Additionally, the PCC may desire to specify the urgenc= y of such request by assigning a request priority. [Thomas]If the PCE received a PCReq to go from A to B, is there a way for t= he PCE to contact all the motes along the multi-hop path between A and B an= d install cells/links? it looks like the PCE is only used to calculate a mult= i-hop path on an already existing topology. [MR]I agree with you. PCEP can set up a multi-hop path on an already existi= ng topology. There is correspondence 1-to-1 between PCReq and PCRep. Thus, = it seems that PCE cannot contact the motes along the multi-hop path between= A and B. BUT... PCEP include some RP in the messages (see below) [PT] Defining the topological information, selecting the peerings that are = advertised to the PCE, etc... All that takes will end up with a considerabl= e piece of work. We can probably export the PCEP over UDPO work to PCE, but= the rest is a good piece of work altogether. >>A Path Computation Reply(PCRep) Message can contain either a set of comp= uted paths if the request can be satisfied, or a negative reply if not. Th= e negative reply may indicate the reason why no path could be found. >>The RP (Request Parameters) object MUST be carried within each PCReq and = PCRep messages. The RP object is used to specify various characteristics of= the path computation request. [PT] We will have to validate whether we can work out our use cases with RP= s as specified. >> The END-POINTS object is used in a PCReq message to specify the source = IP address and the destination IP address of the path for which a path comp= utation is requested. Note that the source and destination addresses specif= ied in the END-POINTS object may correspond to the source and destination I= P address of the TE LSP or to those of a path segment. [MR] Setting the END-POINT object, maybe it could be possible to allocate = cells/links for each path segment. This is something to be investigated. >>The BANDWIDTH object is used to specify the requested bandwidth for a TE= LSP. The notion of bandwidth is similar to the one used for RSVP >>signali= ng in [RFC2205], [RFC3209], and [RFC3473]. >>The METRIC object is optional and can be used for several purposes. In a= PCReq message, a PCC MAY insert one or more METRIC objects: o To indicate the metric that MUST be optimized by the path computation al= gorithm (IGP metric, TE metric, hop counts). Currently, three metrics are defined: the IGP cost, the TE metric (see [RFC= 3785]), and the number of hops traversed by a TE LSP. o To indicate a bound on the path cost that MUST NOT be exceeded for the p= ath to be considered as acceptable by the PCC. >>The path computation algorithmic aspects used by the PCE to optimize a p= ath with respect to a specific metric are outside the scope of this >>docum= ent. [MR] TASA could be a possible algorithm for computing the path. It seems to= fits well with the RFC5440 Specification. TASA provides a method to the PCE for computing a network path, based on th= e network graph and applying computational constraints (i.e., selecting dup= lex- and interference-free conflict links, according to local and global queue level= ). Each node in the TSCH TASA-based network could act as PCC (Path Computation= Client), requesting a path computation to be performed by the PCE. In deta= il, with the PCReq message, the PCC asks the PCE to compute a path toward it (thus, source IP address = =3D PCC IP address, destination IP address =3D PCE destination address), ha= ving a given bandwidth, equal to the number of packets it wants to transmi= t (i.e., TASA local queue level, or in other word, traffic load offered by= the single node to the network). After having collected all the PCReq messages from all the nodes in the net= work, the PCE can build a schedule, setting one or more paths for each PCC. Once, the schedule has been built according to TASA matching and coloring p= rocedures, it is transmitted to each node in the network, using PCRep messa= ges. Then, the 6TSCH 6TUS adaptation protocol can provide the functionality for = delivering the traffic in the queues, according to the schedule built with = TASA+PCEP. [PT] We could imagine that the root acts as a relay (like in DHCP) for TASA= , PCEP, etc... In that case, the discovery and security model is greatly si= mplified. Some Open ISSUES: Q1: How the PCE collect the information related to the network graph? R1: Note that this is out of the scope of both RCF5440 and TASA. However, w= e may suppose that such information are provided by the routing protocol, R= PL, as suggested in RFC5440. "How" still has to be defined! [Thomas] Agreed, that's a really important point. Q2: How the network is set up before implementing TASA+PCEP for building th= e schedule? R2: TASA does not specify how the network is built. In fact, TASA runs over= a network that has been already built, and that needs a schedule in order to allow traffic-flow exchanges (i.e., transmissions between each node and = the PCE). Maybe, 6TUS could fill this gap and provide the functionality for= the 15.4e TSCH network formation. [Thomas] I believe the "minimal" use case identified in the charter covers = this. [PT] Yes. It is fundamental that the basic operation maintains connectivity= to all nodes at all times possible, so that anything else we do (PCE, mana= gement) can rely on that connectivity. Q3: Is there any need to change the PCReq and PCRep messages format, for al= lowing the integration of PCEP with TASA? [MR] there could be such need. Q4:How the info in the PCRep messages can be used by 6TUS? [Thomas] The entity in the motes which received PCRep message simply send c= ommands over the 6tus interface. Q5: How would a TASA+PCEP solution work for P2P traffic? That is, data flow= ing from a switch to a light without going through the DAGroot? [MR]TASA supports multi-point-to-point traffic (from each mote in the netwo= rk to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe could suppo= rt P2P traffic. This is something to be investigated. [PT] Thanks Maria for this great start! Pascal _______________________________________________ 6tsch mailing list 6tsch@ietf.org https://www.ietf.org/mailman/listinfo/6tsch --_000_E045AECD98228444A58C61C200AE1BD83CEC27CExmbrcdx01ciscoc_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable --_000_E045AECD98228444A58C61C200AE1BD83CEC27CExmbrcdx01ciscoc_-- From pthubert@cisco.com Thu May 2 10:40:37 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id C291221F90BB for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 10:40:37 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -8.199 X-Spam-Level: X-Spam-Status: No, score=-8.199 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id PR-uUitfuW93 for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 10:40:32 -0700 (PDT) Received: from rcdn-iport-6.cisco.com (rcdn-iport-6.cisco.com [173.37.86.77]) by ietfa.amsl.com (Postfix) with ESMTP id A60EB21F900C for <6tsch@ietf.org>; Thu, 2 May 2013 10:40:32 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=12871; q=dns/txt; s=iport; t=1367516432; x=1368726032; h=from:to:cc:subject:date:message-id:references: in-reply-to:content-transfer-encoding:mime-version; bh=gLTdHqDIe1/MeU+nTmoAA37b4R6Q+tm3z3X/Xh9GFVw=; b=MeTPhdyunJrUMzqqg/CiBj/nO8UzV4+vFiv74EBvPfCDMXcW8yGxK+pr 5mIefrW0weMmZdt61xt3P6RMuD1bHqD1o1qoTKB8S0x4yUQQ91Y/rvBH5 9WcfrnQ7brIhWXOdsy6Gk2/bN8ANNlWQYxnK+VH1pprFqlvGQiYSo4iKy E=; X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AgUFAHikglGtJXG+/2dsb2JhbABSDoJYITe/KH8WdIIfAQEBAwEBAQE3LQcLBQcEAgEIEQEDAQEBChQJBycLFAMGCAIEAQ0FCBOHawYBC68+kXoEjWWBEDEHBoJsYQOTXJUBgk4/gWoBHgYY X-IronPort-AV: E=Sophos;i="4.87,597,1363132800"; d="scan'208";a="205751418" Received: from rcdn-core2-3.cisco.com ([173.37.113.190]) by rcdn-iport-6.cisco.com with ESMTP; 02 May 2013 17:40:26 +0000 Received: from xhc-aln-x06.cisco.com (xhc-aln-x06.cisco.com [173.36.12.80]) by rcdn-core2-3.cisco.com (8.14.5/8.14.5) with ESMTP id r42HeQH1005901 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Thu, 2 May 2013 17:40:26 GMT Received: from xmb-aln-x01.cisco.com ([fe80::747b:83e1:9755:d453]) by xhc-aln-x06.cisco.com ([173.36.12.80]) with mapi id 14.02.0318.004; Thu, 2 May 2013 12:40:26 -0500 From: "Pascal Thubert (pthubert)" To: Qin Wang , Xavier Vilajosana Thread-Topic: [6tsch] PCEP for centralized scheduling in 6TSCH architecture Thread-Index: AQHORwBNeOSlhqGUP0yq3dIQRRwNXpjyKa7w Date: Thu, 2 May 2013 17:40:25 +0000 Deferred-Delivery: Thu, 2 May 2013 17:40:00 +0000 Message-ID: References: <5181665C.1050104@eecs.berkeley.edu> <4c5536a4d377332a98a7e4dec70fc767.squirrel@calmail.berkeley.edu> In-Reply-To: <4c5536a4d377332a98a7e4dec70fc767.squirrel@calmail.berkeley.edu> Accept-Language: fr-FR, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.61.165.33] Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 Cc: "6tsch@ietf.org" <6tsch@ietf.org> Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 02 May 2013 17:40:37 -0000 Both : ) Note that RSVP uses a path that is already determined by a routing protocol= whereas PCE both computes the path and then the sequence of cells. Cheers, Pascal -----Original Message----- From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of Q= in Wang Sent: jeudi 2 mai 2013 08:43 To: Xavier Vilajosana Cc: 6tsch@ietf.org Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture Hi, A quick question: PCE computes "PATH" or "TRACK"? Qin > Hi, > > I like to look in the inverse direction, PCEP seems to me very close=20 > to RSVP-TE. But with the difference that RSVP provides path=20 > maintenance functionalities in addition to reservation=20 > functionalities. Maintenance functionalities (TIME object in RSVP) are=20 > used to trigger a refresh operation to a track. In a refresh operation=20 > the requirements of the path are checked and if not met this can=20 > trigger a new reservation. This mechanism can be used by the nodes to inf= orm the PCE about network status. > > Maybe I am biased by my recent readings on NSIS/RSVP but I don't see a=20 > benefit on PCEP over a minimal version of NSIS or RSVP. > As far as I understand NSIS/RSVP can provide: > > +supported on UDP > +reservation (Point to Point) > +maintenance - status collection and monitoring Ad-hoc QoS content=20 > +definition following a TLV and being appended to a > generic header > +upstream and downstream reservation > +In case of NSIS neighbour discovery in case no routing state is > installed. > +hop by hop state installation, does not require end to end messaging > per hop > > as negative points: > -if fully implemented on motes will require lots of memory > -long headers (although this messages are not very frequent so maybe=20 > this is not important) > -not sure if there is support for P2MP and MP2P reservation > -RSVP - end to end state reservation. > > Finally, I am not saying that I am against PCEP, but maybe we need to=20 > get an in deep knowledge of why PCEP should be better suited for our=20 > scenario. > > > > On 01/05/13 07:21, Pascal Thubert (pthubert) wrote: >> >> Hello Maria Rita: >> >> >> Explicit path: Full explicit path from start to destination; made=20 >> >> of >> a list of _strict hops_ where a hop may be an abstract node such as=20 >> an AS. >> >> [MR] The explicit path could be seen as a 6TSCH track, composed by=20 >> hard cells. >> >> */[PT] agreed/* >> >> >> [...] it is assumed that the PCE has the required information >> (usually including network topology and resource information) so as=20 >> to perform the computation of a path for a TE LSP. Such information=20 >> can be gathered by routing protocols or by some other means. The way=20 >> in which the information is gathered is out of the scope of this=20 >> document (i.e, RFC5440). >> >> [Thomas] Is that not a bit limiting? This means that we need one=20 >> protocol (PCEP) to send data from the PCE to the motes, and another=20 >> for stats and topological and requirement data to go from the motes=20 >> to the PCE. >> >> [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't=20 >> specify how to build and distribute it, PCEP does not define how to=20 >> collect the required information (network topology, requirements)=20 >> used for computing paths. But the motes can specify the requirements=20 >> of the requested path within the PCReq messages. >> >> */[PT] This is actually cool, because we probably want to reuse RPL's=20 >> metrics containers, and we can do that with no change to PCEP. But=20 >> since RPL is not a link state protocol, we will have to add stuff to=20 >> describe the slot-frames, cells and the associated metrics to the PCE. >> In short, we'll have a brand new protocol for what's really specific,=20 >> and we'll reuse PCEP for what's common./* >> >> *//* >> >> >>Transport Protocol. PCEP operates over TCP using a registered TCP=20 >> >>port >> (4189). This allows the requirements of reliable messaging and flow=20 >> control to be met without further protocol work. All PCEP messages=20 >> MUST be sent using the registered TCP port for the source and=20 >> destination TCP port. >> >> [Thomas] can PCEP run on something else than TCP? It looks like no. >> There is always the possibility for proposing a UDP version of PCEP,=20 >> but it's unclear to me how much rework is required. >> >> [MR] According to the RFC5440, a PCEP session can be established ONLY=20 >> over a TCP connection. In other words, first a TCP connection (3-way >> handshake) between the PCC and the PCE has to be established, and=20 >> after a PCEP session can be started. About proposing an UDP version=20 >> of PCEP, it is something to be investigated. >> >> */[PT] I talked to JP about that at the last IETF. He mentioned that=20 >> PCEP over UDP had been evaluated and was possible. Now that we have a=20 >> use case, I can imagine that we could convince the PCE WG to take=20 >> that work to completion./* >> >> >> Once the PCC has selected a PCE, it sends a Path Computation=20 >> >> Request >> to the PCE (PCReq message) that >> contains a variety of objects that >> specify the set of constraints and attributes for the path to be=20 >> computed. For example, "Compute a TE LSP path with source IP=20 >> address=3Dx.y.z.t, destination IP address=3Dx'.y'.z'.t', bandwidth=3DB= =20 >> Mbit/s, Setup/Holding priority=3DP, ...". Additionally, the PCC may=20 >> desire to specify the urgency of such request by assigning a request=20 >> priority. >> >> [Thomas]If the PCE received a PCReq to go from A to B, is there a way=20 >> for the PCE to contact all the motes along the multi-hop path between=20 >> A and B and >> >> install cells/links? it looks like the PCE is only used to calculate=20 >> a multi-hop path on an already existing topology. >> >> [MR]I agree with you. PCEP can set up a multi-hop path on an already=20 >> existing topology. There is correspondence 1-to-1 between PCReq and=20 >> PCRep. Thus, it seems that PCE cannot contact the motes along the=20 >> multi-hop path between A and B. BUT... PCEP include some RP in the=20 >> messages (see below) >> >> */[PT] Defining the topological information, selecting the peerings=20 >> that are advertised to the PCE, etc... All that takes will end up=20 >> with a considerable piece of work. We can probably export the PCEP=20 >> over UDPO work to PCE, but the rest is a good piece of work=20 >> altogether. /* >> >> >>A Path Computation Reply(PCRep) Message can contain either a set of >> computed paths if the request can be >> satisfied, or a negative reply if not. The negative reply may=20 >> indicate the reason why no path could be found. >> >> >>The RP (Request Parameters) object MUST be carried within each=20 >> >>PCReq >> and >> PCRep messages. The RP object is used to specify various=20 >> characteristics of the path computation request. >> >> */[PT] We will have to validate whether we can work out our use cases=20 >> with RPs as specified. /* >> >> >> The END-POINTS object is used in a PCReq message to specify the=20 >> source IP address and the destination IP address of the path for=20 >> which a path computation is requested. Note that the source and=20 >> destination addresses specified in the END-POINTS object may=20 >> correspond to the source and destination IP address of the TE LSP or=20 >> to those of a path segment. >> >> [MR] Setting the END-POINT object, maybe it could be possible to=20 >> allocate cells/links for each path segment. This is something to be=20 >> investigated. >> >> >>The BANDWIDTH object is used to specify the requested bandwidth=20 >> for a TE LSP. The notion of bandwidth is similar to the one used for=20 >> RSVP >> >>signaling in [RFC2205], [RFC3209], and [RFC3473]. >> >> >>The METRIC object is optional and can be used for several purposes. >> In a PCReq message, a PCC MAY insert one or more METRIC objects: >> >> o To indicate the metric that MUST be optimized by the path=20 >> computation algorithm (IGP metric, TE metric, hop counts). >> >> Currently, three metrics are defined: the IGP cost, the TE metric=20 >> (see [RFC3785]), and the number of hops traversed by a TE LSP. >> >> o To indicate a bound on the path cost that MUST NOT be exceeded for=20 >> the path to be considered as acceptable by the PCC. >> >> _>>The path computation algorithmic aspects used by the PCE to=20 >> optimize a path with respect to a specific metric are outside the=20 >> scope of this >>document._ >> >> [MR] TASA could be a possible algorithm for computing the path. It=20 >> seems to fits well with the RFC5440 Specification. >> >> TASA provides a method to the PCE for computing a network path, based=20 >> on the network graph and applying computational constraints (i.e.,=20 >> selecting duplex- and interference-free conflict links, according to=20 >> local and global queue level). >> >> Each node in the TSCH TASA-based network could act as PCC (Path=20 >> Computation Client), requesting a path computation to be performed by=20 >> the PCE. In detail, with the PCReq message, the PCC asks the PCE to=20 >> compute a path toward it (thus, source IP address =3D PCC IP address,=20 >> destination IP address =3D PCE destination address), having a given=20 >> bandwidth, equal to the number of packets it wants to transmit (i.e.,=20 >> TASA local queue level, or in other word, traffic load offered by=20 >> the single node to the network). >> >> After having collected all the PCReq messages from all the nodes in=20 >> the network, the PCE can build a schedule, setting one or more paths=20 >> for each PCC. >> >> Once, the schedule has been built according to TASA matching and=20 >> coloring procedures, it is transmitted to each node in the network,=20 >> using PCRep messages. >> >> Then, the 6TSCH 6TUS adaptation protocol can provide the=20 >> functionality for delivering the traffic in the queues, according to=20 >> the schedule built with TASA+PCEP. >> >> */[PT] We could imagine that the root acts as a relay (like in DHCP)=20 >> for TASA, PCEP, etc... In that case, the discovery and security model=20 >> is greatly simplified. /* >> >> *Some Open ISSUES:* >> >> *Q1:*How the PCE collect the information related to the network graph? >> >> *R1:*Note that this is out of the scope of both RCF5440 and TASA. >> However, we may suppose that such information are provided by the=20 >> routing protocol, RPL, as suggested in RFC5440. >> >> "How" still has to be defined! >> >> [Thomas] Agreed, that's a really important point. >> >> *Q2:*How the network is set up before implementing TASA+PCEP for=20 >> building the schedule? >> >> *R2:*TASA does not specify how the network is built. In fact, TASA=20 >> runs over a network that has been already built, and that needs a=20 >> schedule in order to allow traffic-flow exchanges (i.e.,=20 >> transmissions between each node and the PCE). Maybe, 6TUS could fill=20 >> this gap and provide the functionality for the 15.4e TSCH network=20 >> formation. >> >> [Thomas] I believe the "minimal" use case identified in the charter=20 >> covers this. >> >> */[PT] Yes. It is fundamental that the basic operation maintains=20 >> connectivity to all nodes at all times possible, so that anything=20 >> else we do (PCE, management) can rely on that connectivity./* >> >> *//* >> >> *Q3: *Is there any need to change the PCReq and PCRep messages=20 >> format, for allowing the integration of PCEP with TASA? >> >> [MR] there could be such need. >> >> *Q4:*How the info in the PCRep messages can be used by 6TUS? >> >> [Thomas] The entity in the motes which received PCRep message simply=20 >> send commands over the 6tus interface. >> >> *Q5:*How would a TASA+PCEP solution work for P2P traffic? That is,=20 >> data flowing from a switch to a light without going through the DAGroot? >> >> [MR]TASA supports multi-point-to-point traffic (from each mote in the=20 >> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe=20 >> could support P2P traffic. This is something to be investigated. >> >> */[PT] Thanks Maria for this great start!/* >> >> *//* >> >> */Pascal/* >> >> >> >> _______________________________________________ >> 6tsch mailing list >> 6tsch@ietf.org >> https://www.ietf.org/mailman/listinfo/6tsch > > _______________________________________________ > 6tsch mailing list > 6tsch@ietf.org > https://www.ietf.org/mailman/listinfo/6tsch > _______________________________________________ 6tsch mailing list 6tsch@ietf.org https://www.ietf.org/mailman/listinfo/6tsch From pthubert@cisco.com Thu May 2 10:50:44 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 39CBA21F91F1 for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 10:50:41 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -9.398 X-Spam-Level: X-Spam-Status: No, score=-9.398 tagged_above=-999 required=5 tests=[AWL=1.200, BAYES_00=-2.599, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id EYLs2AyTaAKL for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 10:50:36 -0700 (PDT) Received: from rcdn-iport-4.cisco.com (rcdn-iport-4.cisco.com [173.37.86.75]) by ietfa.amsl.com (Postfix) with ESMTP id E365221F91D8 for <6tsch@ietf.org>; Thu, 2 May 2013 10:50:35 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=18266; q=dns/txt; s=iport; t=1367517036; x=1368726636; h=from:to:cc:subject:date:message-id:mime-version; bh=JW4WHkWwqRluvAk8hTrpnSDkdaTdg1j9SZF1j5JdisQ=; b=d1PWwTnloQEAA+/xt8cNdzwPvt0zDoo7yNWrLY+gZgYOxr6iAa48HQJd jrBO0U4BdAvsdohk5H+HqbNsY6FMHERYkZC6/f3ZTkgGQs8NTyxskhmXc sCLC2wXM6pXhWitqu40E73GmcGgJyEahUYP7eSCjAcB1+E7tUwn6a5AuG M=; X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: Aj0HAKKmglGtJXG8/2dsb2JhbAA4FwOCQyMhN74hgQd/Fm0HgiEBBC0bDRETEgEaAg4KAQMMPBcNAgEBAw4NiAQBCzO0LBGMTo1/di0EEAEHB4JaYQOTXIR1kAyCPFGBawcXBhh9 X-IronPort-AV: E=Sophos;i="4.87,597,1363132800"; d="scan'208,217";a="205832626" Received: from rcdn-core2-1.cisco.com ([173.37.113.188]) by rcdn-iport-4.cisco.com with ESMTP; 02 May 2013 17:50:35 +0000 Received: from xhc-rcd-x08.cisco.com (xhc-rcd-x08.cisco.com [173.37.183.82]) by rcdn-core2-1.cisco.com (8.14.5/8.14.5) with ESMTP id r42HoZ2v023415 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Thu, 2 May 2013 17:50:35 GMT Received: from xmb-aln-x01.cisco.com ([fe80::747b:83e1:9755:d453]) by xhc-rcd-x08.cisco.com ([173.37.183.82]) with mapi id 14.02.0318.004; Thu, 2 May 2013 12:50:35 -0500 From: "Pascal Thubert (pthubert)" To: "6tsch@ietf.org" <6tsch@ietf.org> Thread-Topic: Agenda for the May 2nd call Thread-Index: Ac5HXVgv2jvx5OD4SCCl0U4f8pl7DA== Date: Thu, 2 May 2013 17:50:34 +0000 Deferred-Delivery: Thu, 2 May 2013 17:50:00 +0000 Message-ID: Accept-Language: fr-FR, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.61.165.33] Content-Type: multipart/alternative; boundary="_000_E045AECD98228444A58C61C200AE1BD8412CEB1Axmbalnx01ciscoc_" MIME-Version: 1.0 Cc: "Thomas Watteyne \(twatteyne@linear.com\)" Subject: [6tsch] Agenda for the May 2nd call X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 02 May 2013 17:50:44 -0000 --_000_E045AECD98228444A58C61C200AE1BD8412CEB1Axmbalnx01ciscoc_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Dear all: Recent exchanges on the ML, on 6TUS and on the PCEP discussion, indicate th= at we could use a next level of the architecture document that would zoom i= n the building blocks that we have identified so far, in order to see what = they are made of: - 6TUS has a scheduler for IP packets from L3, a slot negotiation protocol = between peers, and G-MPLS switching layer that can either follow a track or= punt the frame for 6LoWPAN processing; - Centralized routing has a PCEP-like protocol to obtain a track (and destr= oy or update it?), an OAM protocol to validate a track is still good enough= , a new link-state-like protocol to inform the PCE of links and (RPL's?) me= trics; - WiND has a proxy operation, and a registration/lookup function; - RSVP has all that Xavi listed - link/peering management has a discovery (EB, RPL) and a measurement (BFD?= ) functionality All in all, we could easily spend 10 min on each just to agree on the subbl= ocks within each main building block. Once we have that, we can probably re= spin an architecture doc and have a better evaluation of the workload ahead= . So I'd propose: - update charter: security paragraph: 5 mn - link / peering management 10 mn - 6TUS building blocks 10 mn - centralized routing building blocks 10 mn - distributed routing building blocks 10 mn - Wireless ND 10 mn As usual, please let us know if you wish to add an item, and remember that = we plan to record and publish the session. Cheers, Pascal Topic: 6TSCH Weekly Date: Friday, April 26, 2013 Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00) Meeting Number: 206 802 913 Meeting Password: sixtus Host Key: 121469 ------------------------------------------------------- To start the online meeting ------------------------------------------------------- 1. Go to https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID= =3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D 2. Log in to your account. 3. Click "Start Now". 4. Follow the instructions that appear on your screen. ---------------------------------------------------------------- ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes ---------------------------------------------------------------- The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita= s area and (866) 349-3520 for the RTP area. Please dial the local access number for your area from the list below: - San Jose/Milpitas (408) area: 525-6800 - RTP (919) area: 392-3330 ------------------------------------------------------- To join the teleconference only ------------------------------------------------------- 1. Dial into Cisco WebEx (view all Global Access Numbers at http://cisco.com/en/US/about/doing_business/conferencing/index.html 2. Follow the prompts to enter the Meeting Number (listed above) or Access = Code followed by the # sign. San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330 US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117 India: +91.80.4350.1111 Germany: +49.619.6773.9002 Japan: +81.3.5763.9394 China: +86.10.8515.5666 To check whether you have the appropriate players installed for UCF (Univer= sal Communications Format) rich media files, go to https://ciscosales.webex= .com/ciscosales/systemdiagnosis.php http://www.webex.com --_000_E045AECD98228444A58C61C200AE1BD8412CEB1Axmbalnx01ciscoc_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Dear all:

 

Recent exchanges on the M= L, on 6TUS and on the PCEP discussion, indicate that we could use a next le= vel of the architecture document that would zoom in the building blocks that we= have identified so far, in order to see what they are made of:

- 6TUS has a scheduler fo= r IP packets from L3, a slot negotiation protocol between peers, and G-MPLS= switching layer that can either follow a track or punt the frame for 6LoWPAN processing;  

- Centralized routing has= a PCEP-like protocol to obtain a track (and destroy or update it?), an OAM= protocol to validate a track is still good enough, a new link-state-like protocol to inform the PCE of links and (RPL’s?) met= rics;

- WiND has a proxy operat= ion, and a registration/lookup function;

- RSVP has all that Xavi = listed

- link/peering management= has a discovery (EB, RPL) and a measurement (BFD?) functionality

 <= /p>

All in all, we could easily spend 10 min<= /span> on each just to agree on the subblocks wi= thin each main building block. Once we have= that, we can probably respin an architecture doc and have a better evaluation of the worklo= ad ahead.

 

So I’d propose:

 

 =

- update charter: securi= ty paragraph:           &= nbsp;      5 mn

- link / peering managem= ent            =              &n= bsp;   10 mn

- 6TUS building blocks&n= bsp;            = ;             &= nbsp;          10 mn

- centralized routing bu= ilding blocks           &= nbsp;    10 mn

- distributed routing bu= ilding blocks           &= nbsp;    10 mn

- Wireless ND  = ;            &n= bsp;            = ;             &= nbsp;          10 mn

 

As usual, please let us k= now if you wish to add an item, and remember that we plan to record and pub= lish the session.

 <= /p>

Cheers,=

 <= /p>

Pascal<= /p>

 

 <= /p>


Topic: 6TSCH Weekly
Date: Friday, April 26, 2013
Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)
Meeting Number: 206 802 913
Meeting Password: sixtus
Host Key: 121469

-------------------------------------------------------
To start the online meeting
-------------------------------------------------------
1. Go to https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID=3D4819= 05242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D
2. Log in to your account.
3. Click "Start Now".
4. Follow the instructions that appear on your screen.

----------------------------------------------------------------
ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes
----------------------------------------------------------------

The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita= s area and (866) 349-3520 for the RTP area.

Please dial the local access number for your area from the list below:
- San Jose/Milpitas (408) area: 525-6800
- RTP (919) area: 392-3330

-------------------------------------------------------
To join the teleconference only
-------------------------------------------------------
1. Dial into Cisco WebEx (view all Global Access Numbers at
http://cisco.com/en/US/about/doing_business/conferen= cing/index.html
2. Follow the prompts to enter the Meeting Number (listed above) or Access = Code followed by the # sign.

San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330

US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117

India: +91.80.4350.1111 Germany: +49.619.6773.9002

Japan: +81.3.5763.9394 China: +86.10.8515.5666

To check whether you have the appropriate players installed for UCF (Univer= sal Communications Format) rich media files, go to https://ciscosales.webex.com/ciscosales/systemdiagnosis.php

http://www.webex.com=


--_000_E045AECD98228444A58C61C200AE1BD8412CEB1Axmbalnx01ciscoc_-- From twatteyne@gmail.com Thu May 2 20:25:11 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id A7C7121F908B for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 20:25:11 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.926 X-Spam-Level: X-Spam-Status: No, score=-0.926 tagged_above=-999 required=5 tests=[AWL=-0.350, BAYES_00=-2.599, FM_FORGED_GMAIL=0.622, HTML_MESSAGE=0.001, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id TNmt2ZiT4cGr for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 20:25:07 -0700 (PDT) Received: from mail-pa0-f44.google.com (mail-pa0-f44.google.com [209.85.220.44]) by ietfa.amsl.com (Postfix) with ESMTP id 7853F21F905B for <6tsch@ietf.org>; Thu, 2 May 2013 20:25:07 -0700 (PDT) Received: by mail-pa0-f44.google.com with SMTP id jh10so695120pab.17 for <6tsch@ietf.org>; Thu, 02 May 2013 20:25:07 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=x-received:mime-version:sender:in-reply-to:references:from:date :x-google-sender-auth:message-id:subject:to:content-type; bh=rbyUDW/PzPAuj8abs+4XYg5nlZEOsJAgJKRhxdOOhhE=; b=EbunJgcw5XmxM8LbN8d4P0tPycBc0SKJRZYbo6dPO8l/iGd6O5vX3eFgpmtxI87m7n J6dsOLvZ1TGKsmxJThBrYIXh/O4jyIIXOG+XtuTeda9e+fPSXULutNHiX/uaFdrN9NQv 5IuTqV4yIs+Vbb7HgqPj1e4KrcEzji/VoZSCac/L937U/jFikdPN4HVaaIUUnh6ZbnHv cb14cpL3440UEgMD6HgH+jJonv6qhskV+c56FpVK7W0ZFe4sBxllvsf+62PEjGRuJ1bm Io+WlG9CEPaG5vQUfIzBPKL4sGQLwg3xI33p13rfU+pA43XLhJwF0LUCglMMrw4JqXhW cx3A== X-Received: by 10.66.218.36 with SMTP id pd4mr12576447pac.143.1367551507200; Thu, 02 May 2013 20:25:07 -0700 (PDT) MIME-Version: 1.0 Sender: twatteyne@gmail.com Received: by 10.66.182.228 with HTTP; Thu, 2 May 2013 20:24:46 -0700 (PDT) In-Reply-To: References: <5181665C.1050104@eecs.berkeley.edu> <4c5536a4d377332a98a7e4dec70fc767.squirrel@calmail.berkeley.edu> From: Thomas Watteyne Date: Thu, 2 May 2013 20:24:46 -0700 X-Google-Sender-Auth: Bk8QDKn0RxskLxa8hw6232i-lyY Message-ID: To: "6tsch@ietf.org" <6tsch@ietf.org> Content-Type: multipart/alternative; boundary=047d7b5d9fafcc827e04dbc7e516 Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 03:25:11 -0000 --047d7b5d9fafcc827e04dbc7e516 Content-Type: text/plain; charset=ISO-8859-1 +1 On Thu, May 2, 2013 at 10:40 AM, Pascal Thubert (pthubert) < pthubert@cisco.com> wrote: > Both : ) > > Note that RSVP uses a path that is already determined by a routing > protocol whereas PCE both computes the path and then the sequence of cells. > > Cheers, > > Pascal > > -----Original Message----- > From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of > Qin Wang > Sent: jeudi 2 mai 2013 08:43 > To: Xavier Vilajosana > Cc: 6tsch@ietf.org > Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture > > Hi, > > A quick question: PCE computes "PATH" or "TRACK"? > > Qin > > > > Hi, > > > > I like to look in the inverse direction, PCEP seems to me very close > > to RSVP-TE. But with the difference that RSVP provides path > > maintenance functionalities in addition to reservation > > functionalities. Maintenance functionalities (TIME object in RSVP) are > > used to trigger a refresh operation to a track. In a refresh operation > > the requirements of the path are checked and if not met this can > > trigger a new reservation. This mechanism can be used by the nodes to > inform the PCE about network status. > > > > Maybe I am biased by my recent readings on NSIS/RSVP but I don't see a > > benefit on PCEP over a minimal version of NSIS or RSVP. > > As far as I understand NSIS/RSVP can provide: > > > > +supported on UDP > > +reservation (Point to Point) > > +maintenance - status collection and monitoring Ad-hoc QoS content > > +definition following a TLV and being appended to a > > generic header > > +upstream and downstream reservation > > +In case of NSIS neighbour discovery in case no routing state is > > installed. > > +hop by hop state installation, does not require end to end messaging > > per hop > > > > as negative points: > > -if fully implemented on motes will require lots of memory > > -long headers (although this messages are not very frequent so maybe > > this is not important) > > -not sure if there is support for P2MP and MP2P reservation > > -RSVP - end to end state reservation. > > > > Finally, I am not saying that I am against PCEP, but maybe we need to > > get an in deep knowledge of why PCEP should be better suited for our > > scenario. > > > > > > > > On 01/05/13 07:21, Pascal Thubert (pthubert) wrote: > >> > >> Hello Maria Rita: > >> > >> >> Explicit path: Full explicit path from start to destination; made > >> >> of > >> a list of _strict hops_ where a hop may be an abstract node such as > >> an AS. > >> > >> [MR] The explicit path could be seen as a 6TSCH track, composed by > >> hard cells. > >> > >> */[PT] agreed/* > >> > >> >> [...] it is assumed that the PCE has the required information > >> (usually including network topology and resource information) so as > >> to perform the computation of a path for a TE LSP. Such information > >> can be gathered by routing protocols or by some other means. The way > >> in which the information is gathered is out of the scope of this > >> document (i.e, RFC5440). > >> > >> [Thomas] Is that not a bit limiting? This means that we need one > >> protocol (PCEP) to send data from the PCE to the motes, and another > >> for stats and topological and requirement data to go from the motes > >> to the PCE. > >> > >> [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't > >> specify how to build and distribute it, PCEP does not define how to > >> collect the required information (network topology, requirements) > >> used for computing paths. But the motes can specify the requirements > >> of the requested path within the PCReq messages. > >> > >> */[PT] This is actually cool, because we probably want to reuse RPL's > >> metrics containers, and we can do that with no change to PCEP. But > >> since RPL is not a link state protocol, we will have to add stuff to > >> describe the slot-frames, cells and the associated metrics to the PCE. > >> In short, we'll have a brand new protocol for what's really specific, > >> and we'll reuse PCEP for what's common./* > >> > >> *//* > >> > >> >>Transport Protocol. PCEP operates over TCP using a registered TCP > >> >>port > >> (4189). This allows the requirements of reliable messaging and flow > >> control to be met without further protocol work. All PCEP messages > >> MUST be sent using the registered TCP port for the source and > >> destination TCP port. > >> > >> [Thomas] can PCEP run on something else than TCP? It looks like no. > >> There is always the possibility for proposing a UDP version of PCEP, > >> but it's unclear to me how much rework is required. > >> > >> [MR] According to the RFC5440, a PCEP session can be established ONLY > >> over a TCP connection. In other words, first a TCP connection (3-way > >> handshake) between the PCC and the PCE has to be established, and > >> after a PCEP session can be started. About proposing an UDP version > >> of PCEP, it is something to be investigated. > >> > >> */[PT] I talked to JP about that at the last IETF. He mentioned that > >> PCEP over UDP had been evaluated and was possible. Now that we have a > >> use case, I can imagine that we could convince the PCE WG to take > >> that work to completion./* > >> > >> >> Once the PCC has selected a PCE, it sends a Path Computation > >> >> Request > >> to the PCE (PCReq message) that > >> contains a variety of objects that > >> specify the set of constraints and attributes for the path to be > >> computed. For example, "Compute a TE LSP path with source IP > >> address=x.y.z.t, destination IP address=x'.y'.z'.t', bandwidth=B > >> Mbit/s, Setup/Holding priority=P, ...". Additionally, the PCC may > >> desire to specify the urgency of such request by assigning a request > >> priority. > >> > >> [Thomas]If the PCE received a PCReq to go from A to B, is there a way > >> for the PCE to contact all the motes along the multi-hop path between > >> A and B and > >> > >> install cells/links? it looks like the PCE is only used to calculate > >> a multi-hop path on an already existing topology. > >> > >> [MR]I agree with you. PCEP can set up a multi-hop path on an already > >> existing topology. There is correspondence 1-to-1 between PCReq and > >> PCRep. Thus, it seems that PCE cannot contact the motes along the > >> multi-hop path between A and B. BUT... PCEP include some RP in the > >> messages (see below) > >> > >> */[PT] Defining the topological information, selecting the peerings > >> that are advertised to the PCE, etc... All that takes will end up > >> with a considerable piece of work. We can probably export the PCEP > >> over UDPO work to PCE, but the rest is a good piece of work > >> altogether. /* > >> > >> >>A Path Computation Reply(PCRep) Message can contain either a set of > >> computed paths if the request can be > >> satisfied, or a negative reply if not. The negative reply may > >> indicate the reason why no path could be found. > >> > >> >>The RP (Request Parameters) object MUST be carried within each > >> >>PCReq > >> and > >> PCRep messages. The RP object is used to specify various > >> characteristics of the path computation request. > >> > >> */[PT] We will have to validate whether we can work out our use cases > >> with RPs as specified. /* > >> > >> >> The END-POINTS object is used in a PCReq message to specify the > >> source IP address and the destination IP address of the path for > >> which a path computation is requested. Note that the source and > >> destination addresses specified in the END-POINTS object may > >> correspond to the source and destination IP address of the TE LSP or > >> to those of a path segment. > >> > >> [MR] Setting the END-POINT object, maybe it could be possible to > >> allocate cells/links for each path segment. This is something to be > >> investigated. > >> > >> >>The BANDWIDTH object is used to specify the requested bandwidth > >> for a TE LSP. The notion of bandwidth is similar to the one used for > >> RSVP > >> >>signaling in [RFC2205], [RFC3209], and [RFC3473]. > >> > >> >>The METRIC object is optional and can be used for several purposes. > >> In a PCReq message, a PCC MAY insert one or more METRIC objects: > >> > >> o To indicate the metric that MUST be optimized by the path > >> computation algorithm (IGP metric, TE metric, hop counts). > >> > >> Currently, three metrics are defined: the IGP cost, the TE metric > >> (see [RFC3785]), and the number of hops traversed by a TE LSP. > >> > >> o To indicate a bound on the path cost that MUST NOT be exceeded for > >> the path to be considered as acceptable by the PCC. > >> > >> _>>The path computation algorithmic aspects used by the PCE to > >> optimize a path with respect to a specific metric are outside the > >> scope of this >>document._ > >> > >> [MR] TASA could be a possible algorithm for computing the path. It > >> seems to fits well with the RFC5440 Specification. > >> > >> TASA provides a method to the PCE for computing a network path, based > >> on the network graph and applying computational constraints (i.e., > >> selecting duplex- and interference-free conflict links, according to > >> local and global queue level). > >> > >> Each node in the TSCH TASA-based network could act as PCC (Path > >> Computation Client), requesting a path computation to be performed by > >> the PCE. In detail, with the PCReq message, the PCC asks the PCE to > >> compute a path toward it (thus, source IP address = PCC IP address, > >> destination IP address = PCE destination address), having a given > >> bandwidth, equal to the number of packets it wants to transmit (i.e., > >> TASA local queue level, or in other word, traffic load offered by > >> the single node to the network). > >> > >> After having collected all the PCReq messages from all the nodes in > >> the network, the PCE can build a schedule, setting one or more paths > >> for each PCC. > >> > >> Once, the schedule has been built according to TASA matching and > >> coloring procedures, it is transmitted to each node in the network, > >> using PCRep messages. > >> > >> Then, the 6TSCH 6TUS adaptation protocol can provide the > >> functionality for delivering the traffic in the queues, according to > >> the schedule built with TASA+PCEP. > >> > >> */[PT] We could imagine that the root acts as a relay (like in DHCP) > >> for TASA, PCEP, etc... In that case, the discovery and security model > >> is greatly simplified. /* > >> > >> *Some Open ISSUES:* > >> > >> *Q1:*How the PCE collect the information related to the network graph? > >> > >> *R1:*Note that this is out of the scope of both RCF5440 and TASA. > >> However, we may suppose that such information are provided by the > >> routing protocol, RPL, as suggested in RFC5440. > >> > >> "How" still has to be defined! > >> > >> [Thomas] Agreed, that's a really important point. > >> > >> *Q2:*How the network is set up before implementing TASA+PCEP for > >> building the schedule? > >> > >> *R2:*TASA does not specify how the network is built. In fact, TASA > >> runs over a network that has been already built, and that needs a > >> schedule in order to allow traffic-flow exchanges (i.e., > >> transmissions between each node and the PCE). Maybe, 6TUS could fill > >> this gap and provide the functionality for the 15.4e TSCH network > >> formation. > >> > >> [Thomas] I believe the "minimal" use case identified in the charter > >> covers this. > >> > >> */[PT] Yes. It is fundamental that the basic operation maintains > >> connectivity to all nodes at all times possible, so that anything > >> else we do (PCE, management) can rely on that connectivity./* > >> > >> *//* > >> > >> *Q3: *Is there any need to change the PCReq and PCRep messages > >> format, for allowing the integration of PCEP with TASA? > >> > >> [MR] there could be such need. > >> > >> *Q4:*How the info in the PCRep messages can be used by 6TUS? > >> > >> [Thomas] The entity in the motes which received PCRep message simply > >> send commands over the 6tus interface. > >> > >> *Q5:*How would a TASA+PCEP solution work for P2P traffic? That is, > >> data flowing from a switch to a light without going through the DAGroot? > >> > >> [MR]TASA supports multi-point-to-point traffic (from each mote in the > >> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe > >> could support P2P traffic. This is something to be investigated. > >> > >> */[PT] Thanks Maria for this great start!/* > >> > >> *//* > >> > >> */Pascal/* > >> > >> > >> > >> _______________________________________________ > >> 6tsch mailing list > >> 6tsch@ietf.org > >> https://www.ietf.org/mailman/listinfo/6tsch > > > > _______________________________________________ > > 6tsch mailing list > > 6tsch@ietf.org > > https://www.ietf.org/mailman/listinfo/6tsch > > > > > _______________________________________________ > 6tsch mailing list > 6tsch@ietf.org > https://www.ietf.org/mailman/listinfo/6tsch > _______________________________________________ > 6tsch mailing list > 6tsch@ietf.org > https://www.ietf.org/mailman/listinfo/6tsch > > --047d7b5d9fafcc827e04dbc7e516 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: quoted-printable
+1


On Thu, May 2, 2013 at 10:40 AM, Pascal Thubert (pthubert) <pthube= rt@cisco.com> wrote:
Both : )

Note that RSVP uses a path that is already determined by a routing protocol= whereas PCE both computes the path and then the sequence of cells.

Cheers,

Pascal

-----Original Message-----
From: 6tsch-bou= nces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of Qin Wang
Sent: jeudi 2 mai 2013 08:43
To: Xavier Vilajosana
Cc: 6tsch@ietf.org<= br> Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture<= br>
Hi,

A quick question: PCE computes "PATH" or "TRACK"?

Qin


> Hi,
>
> I like to look in the inverse direction, PCEP seems to me very close > to RSVP-TE. But with the difference that RSVP provides path
> maintenance functionalities in addition to reservation
> functionalities. Maintenance functionalities (TIME object in RSVP) are=
> used to trigger a refresh operation to a track. In a refresh operation=
> the requirements of the path are checked and if not met this can
> trigger a new reservation. This mechanism can be used by the nodes to = inform the PCE about network status.
>
> Maybe I am biased by my recent readings on NSIS/RSVP but I don't s= ee a
> benefit on PCEP over a minimal version of NSIS or RSVP.
> As far as I understand NSIS/RSVP can provide:
>
> +supported on UDP
> +reservation (Point to Point)
> +maintenance - status collection and monitoring Ad-hoc QoS conte= nt
> +definition following a TLV and being appended to a
> generic header
> +upstream and downstream reservation
> +In case of NSIS neighbour discovery in case no routing state is
> installed.
> +hop by hop state installation, does not require end to end messaging<= br> > per hop
>
> as negative points:
> =A0 -if fully implemented on motes will require lots of memory
> =A0 -long headers (although this messages are not very frequent so may= be
> this is not important)
> =A0 -not sure if there is support for =A0P2MP and MP2P reservation
> =A0 -RSVP - end to end state reservation.
>
> Finally, I am not saying that I am against PCEP, but maybe we need to<= br> > get an in deep knowledge of why PCEP should be better suited for our > scenario.
>
>
>
> On 01/05/13 07:21, Pascal Thubert (pthubert) wrote:
>>
>> Hello Maria Rita:
>>
>> >> Explicit path: =A0Full explicit path from start to destin= ation; made
>> >> of
>> a list of _strict hops_ where a hop may be an abstract node such a= s
>> an AS.
>>
>> =A0[MR] The explicit path could be seen as a 6TSCH track, composed= by
>> hard cells.
>>
>> */[PT] agreed/*
>>
>> >> [...] it is assumed that the PCE has the required informa= tion
>> (usually including network topology and resource information) so a= s
>> to perform the computation of a path for a TE LSP. =A0Such informa= tion
>> can be gathered by routing protocols or by some other means. =A0Th= e way
>> in which the information is gathered is out of the scope of this >> document (i.e, RFC5440).
>>
>> [Thomas] Is that not a bit limiting? This means that we need one >> protocol (PCEP) to send data from the PCE to the motes, and anothe= r
>> for stats and topological and requirement data to go from the mote= s
>> to the PCE.
>>
>> =A0[MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it do= esn't
>> specify how to build and distribute it, PCEP does not define how t= o
>> collect the required information (network topology, requirements)<= br> >> used for computing paths. But the motes can specify the requiremen= ts
>> of the requested path within the PCReq messages.
>>
>> */[PT] This is actually cool, because we probably want to reuse RP= L's
>> metrics containers, and we can do that with no change to PCEP. But=
>> since RPL is not a link state protocol, we will have to add stuff = to
>> describe the slot-frames, cells and the associated metrics to the = PCE.
>> In short, we'll have a brand new protocol for what's reall= y specific,
>> and we'll reuse PCEP for what's common./*
>>
>> *//*
>>
>> >>Transport Protocol. PCEP operates over TCP using a registe= red TCP
>> >>port
>> (4189). This allows the requirements of reliable messaging and flo= w
>> control to be met without further protocol work. All PCEP messages=
>> MUST be sent using the registered TCP port for the source and
>> destination TCP port.
>>
>> [Thomas] can PCEP run on something else than TCP? It looks like no= .
>> There is always the possibility for proposing a UDP version of PCE= P,
>> but it's unclear to me how much rework is required.
>>
>> [MR] According to the RFC5440, a PCEP session can be established O= NLY
>> over a =A0TCP connection. In other words, first a TCP connection (= 3-way
>> handshake) between the PCC and the PCE has to be established, and<= br> >> after a PCEP session can be started. About proposing an UDP versio= n
>> of PCEP, it is something to be investigated.
>>
>> */[PT] I talked to JP about that at the last IETF. He mentioned th= at
>> PCEP over UDP had been evaluated and was possible. Now that we hav= e a
>> use case, I can imagine that we could convince the PCE WG to take<= br> >> that work to completion./*
>>
>> >> Once the PCC has selected a PCE, it sends a Path Computat= ion
>> >> Request
>> to the PCE (PCReq message) that
>> contains a variety of objects that
>> specify the set of constraints and attributes for the path to be >> computed. =A0For example, "Compute a TE LSP path with source = IP
>> address=3Dx.y.z.t, =A0destination IP address=3Dx'.y'.z'= ;.t', bandwidth=3DB
>> Mbit/s, Setup/Holding priority=3DP, ...". =A0Additionally, th= e PCC may
>> desire to specify the urgency =A0of such request by assigning a re= quest
>> priority.
>>
>> [Thomas]If the PCE received a PCReq to go from A to B, is there a = way
>> for the PCE to contact all the motes along the multi-hop path betw= een
>> A and B and
>>
>> install cells/links? it looks like the PCE is only used to calcula= te
>> a multi-hop path on an already existing topology.
>>
>> [MR]I agree with you. PCEP can set up a multi-hop path on an alrea= dy
>> existing topology. There is correspondence 1-to-1 between PCReq an= d
>> PCRep. Thus, it seems that PCE cannot contact the motes along the<= br> >> multi-hop path between A and B. BUT... PCEP include some RP in the=
>> messages (see below)
>>
>> */[PT] Defining the topological information, selecting the peering= s
>> that are advertised to the PCE, etc... All that takes will end up<= br> >> with a considerable piece of work. We can probably export the PCEP=
>> over UDPO work to PCE, but the rest is a good piece of work
>> altogether. /*
>>
>> >>A Path Computation Reply(PCRep) Message can contain either= a set of
>> computed paths if the request can be
>> satisfied, or a negative reply if not. =A0The negative reply may >> indicate the reason why no path could be found.
>>
>> >>The RP (Request Parameters) object MUST be carried within = each
>> >>PCReq
>> and
>> PCRep messages. The RP object is used to specify various
>> characteristics of the path computation request.
>>
>> */[PT] We will have to validate whether we can work out our use ca= ses
>> with RPs as specified. /*
>>
>> =A0>> The END-POINTS object is used in a PCReq message to sp= ecify the
>> source IP address and the destination IP address of the path for >> which a path computation is requested. Note that the source and >> destination addresses specified in the END-POINTS object may
>> correspond to the source and destination IP address of the TE LSP = or
>> to those of a path segment.
>>
>> [MR] Setting the END-POINT object, maybe it could be possible to >> allocate cells/links for each path segment. This is something to b= e
>> investigated.
>>
>> =A0>>The BANDWIDTH object is used to specify the requested b= andwidth
>> for a TE LSP. The notion of bandwidth is similar to the one used f= or
>> RSVP
>> >>signaling in [RFC2205], [RFC3209], and [RFC3473].
>>
>> =A0>>The METRIC object is optional and can be used for sever= al purposes.
>> In a PCReq message, a PCC MAY insert one or more METRIC objects: >>
>> =A0o To indicate the metric that MUST be optimized by the path
>> computation algorithm (IGP metric, TE metric, hop counts).
>>
>> Currently, three metrics are defined: the IGP cost, the TE metric<= br> >> (see [RFC3785]), and the number of hops traversed by a TE LSP.
>>
>> =A0o To indicate a bound on the path cost that MUST NOT be exceede= d for
>> the path to be considered as acceptable by the PCC.
>>
>> _>>The path computation algorithmic aspects used by the PCE = to
>> optimize a path with respect to a specific metric are outside the<= br> >> scope of this >>document._
>>
>> [MR] TASA could be a possible algorithm for computing the path. It=
>> seems to fits well with the RFC5440 Specification.
>>
>> TASA provides a method to the PCE for computing a network path, ba= sed
>> on the network graph and applying computational constraints (i.e.,=
>> selecting duplex- and interference-free conflict links, according = to
>> local and global queue level).
>>
>> Each node in the TSCH TASA-based network could act as PCC (Path >> Computation Client), requesting a path computation to be performed= by
>> the PCE. In detail, with the PCReq message, the PCC asks the PCE t= o
>> compute a path toward it (thus, source IP address =3D PCC IP addre= ss,
>> destination IP address =3D PCE destination address), having a =A0g= iven
>> bandwidth, equal to the number of packets it wants to transmit (i.= e.,
>> TASA local queue level, or =A0in other word, traffic load offered = by
>> the single node to the network).
>>
>> After having collected all the PCReq messages from all the nodes i= n
>> the network, the PCE can build a schedule, setting one or more pat= hs
>> for each PCC.
>>
>> Once, the schedule has been built according to TASA matching and >> coloring procedures, it is transmitted to each node in the network= ,
>> using PCRep messages.
>>
>> Then, the 6TSCH 6TUS adaptation protocol can provide the
>> functionality for delivering the traffic in the queues, according = to
>> the schedule built with TASA+PCEP.
>>
>> */[PT] We could imagine that the root acts as a relay (like in DHC= P)
>> for TASA, PCEP, etc... In that case, the discovery and security mo= del
>> is greatly simplified. /*
>>
>> *Some Open ISSUES:*
>>
>> *Q1:*How the PCE collect the information related to the network gr= aph?
>>
>> *R1:*Note that this is out of the scope of both RCF5440 and TASA.<= br> >> However, we may suppose that such information are provided by the<= br> >> routing protocol, RPL, as suggested in RFC5440.
>>
>> "How" still has to be defined!
>>
>> [Thomas] Agreed, that's a really important point.
>>
>> *Q2:*How the network is set up before implementing TASA+PCEP for >> building the schedule?
>>
>> *R2:*TASA does not specify how the network is built. In fact, TASA=
>> runs over a network that has been already built, and that needs a<= br> >> schedule in order to allow traffic-flow exchanges (i.e.,
>> transmissions between each node and the PCE). Maybe, 6TUS could fi= ll
>> this gap and provide the functionality for the 15.4e TSCH network<= br> >> formation.
>>
>> [Thomas] I believe the "minimal" use case identified in = the charter
>> covers this.
>>
>> */[PT] Yes. It is fundamental that the basic operation maintains >> connectivity to all nodes at all times possible, so that anything<= br> >> else we do (PCE, management) can rely on that connectivity./*
>>
>> *//*
>>
>> *Q3: *Is there any need to change the PCReq and PCRep messages
>> format, for allowing the integration of PCEP with TASA?
>>
>> [MR] there could be such need.
>>
>> *Q4:*How the info in the PCRep messages can be used by 6TUS?
>>
>> [Thomas] The entity in the motes which received PCRep message simp= ly
>> send commands over the 6tus interface.
>>
>> *Q5:*How would a TASA+PCEP solution work for P2P traffic? That is,=
>> data flowing from a switch to a light without going through the DA= Groot?
>>
>> [MR]TASA supports multi-point-to-point traffic (from each mote in = the
>> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP may= be
>> could support P2P traffic. This is something to be investigated. >>
>> */[PT] Thanks Maria for this great start!/*
>>
>> *//*
>>
>> */Pascal/*
>>
>>
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org=
>> https://www.ietf.org/mailman/listinfo/6tsch
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org=
> https://www.ietf.org/mailman/listinfo/6tsch
>


_______________________________________________
6tsch mailing list
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h= ttps://www.ietf.org/mailman/listinfo/6tsch
_______________________________________________
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h= ttps://www.ietf.org/mailman/listinfo/6tsch
--047d7b5d9fafcc827e04dbc7e516-- From pthubert@cisco.com Thu May 2 23:07:25 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 2805721E8039 for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 23:07:25 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -9.398 X-Spam-Level: X-Spam-Status: No, score=-9.398 tagged_above=-999 required=5 tests=[AWL=1.200, BAYES_00=-2.599, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id gqigEjM37lLQ for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 23:07:20 -0700 (PDT) Received: from rcdn-iport-4.cisco.com (rcdn-iport-4.cisco.com [173.37.86.75]) by ietfa.amsl.com (Postfix) with ESMTP id B53BA21F92FC for <6tsch@ietf.org>; Thu, 2 May 2013 23:07:19 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=17961; q=dns/txt; s=iport; t=1367561239; x=1368770839; h=from:to:subject:date:message-id:mime-version; bh=/XiNHNEMWmuCkZkfvgCE99ywvfX5V2qtbI5Ulc+bL8w=; b=dPKNtV0gznOlDHhTXui5pmaMbquhlfabY1DNoP5JO+VIQpX40EP0iXi4 CmsvC08XQ4/AxFsHnOTdlLvB2ouxZsuI9zTmRz3FfmAqsZU9Wx2WusjgZ DPFwS0Yte43gjM7qHi4ISbnZ2Av57Z6chYg+C3m6/XEyDVLQzwEin+0CL M=; X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: Ai4GAC5Tg1GtJXHB/2dsb2JhbAA2FwOCQ0Q3viaBB4EAFm0Hgh8BAQEELRsNESUBGQECAQEBCwoBAwwDORQDBgcCAQEDEwiIBAwzoQaSdRGMXo4Adi0KCwcHglphA4U5jiOEdZAMgjxRgWsHFwYYfQ X-IronPort-AV: E=Sophos;i="4.87,601,1363132800"; d="scan'208,217";a="206047547" Received: from rcdn-core2-6.cisco.com ([173.37.113.193]) by rcdn-iport-4.cisco.com with ESMTP; 03 May 2013 06:07:19 +0000 Received: from xhc-aln-x11.cisco.com (xhc-aln-x11.cisco.com [173.36.12.85]) by rcdn-core2-6.cisco.com (8.14.5/8.14.5) with ESMTP id r4367ITq020362 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL) for <6tsch@ietf.org>; Fri, 3 May 2013 06:07:18 GMT Received: from xmb-rcd-x01.cisco.com ([169.254.1.143]) by xhc-aln-x11.cisco.com ([173.36.12.85]) with mapi id 14.02.0318.004; Fri, 3 May 2013 01:07:18 -0500 From: "Pascal Thubert (pthubert)" To: "6tsch@ietf.org" <6tsch@ietf.org> Thread-Topic: Agenda for the May 3rd call Thread-Index: Ac5HxE1jLCziwHlTRGqsaJtegxa+7A== Date: Fri, 3 May 2013 06:07:18 +0000 Deferred-Delivery: Fri, 3 May 2013 06:07:00 +0000 Message-ID: Accept-Language: fr-FR, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.61.165.33] Content-Type: multipart/alternative; boundary="_000_E045AECD98228444A58C61C200AE1BD8412D7374xmbrcdx01ciscoc_" MIME-Version: 1.0 Subject: [6tsch] Agenda for the May 3rd call X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 06:07:25 -0000 --_000_E045AECD98228444A58C61C200AE1BD8412D7374xmbrcdx01ciscoc_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable A Oups in the title now fixed This is the weekly Friday call... From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of P= ascal Thubert (pthubert) Sent: jeudi 2 mai 2013 19:51 To: 6tsch@ietf.org Cc: Thomas Watteyne (twatteyne@linear.com) Subject: [6tsch] Agenda for the May 2nd call Dear all: Recent exchanges on the ML, on 6TUS and on the PCEP discussion, indicate th= at we could use a next level of the architecture document that would zoom i= n the building blocks that we have identified so far, in order to see what = they are made of: - 6TUS has a scheduler for IP packets from L3, a slot negotiation protocol = between peers, and G-MPLS switching layer that can either follow a track or= punt the frame for 6LoWPAN processing; - Centralized routing has a PCEP-like protocol to obtain a track (and destr= oy or update it?), an OAM protocol to validate a track is still good enough= , a new link-state-like protocol to inform the PCE of links and (RPL's?) me= trics; - WiND has a proxy operation, and a registration/lookup function; - RSVP has all that Xavi listed - link/peering management has a discovery (EB, RPL) and a measurement (BFD?= ) functionality All in all, we could easily spend 10 min on each just to agree on the subbl= ocks within each main building block. Once we have that, we can probably re= spin an architecture doc and have a better evaluation of the workload ahead= . So I'd propose: - update charter: security paragraph: 5 mn - link / peering management 10 mn - 6TUS building blocks 10 mn - centralized routing building blocks 10 mn - distributed routing building blocks 10 mn - Wireless ND 10 mn As usual, please let us know if you wish to add an item, and remember that = we plan to record and publish the session. Cheers, Pascal Topic: 6TSCH Weekly Date: Friday, April 26, 2013 Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00) Meeting Number: 206 802 913 Meeting Password: sixtus Host Key: 121469 ------------------------------------------------------- To start the online meeting ------------------------------------------------------- 1. Go to https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID= =3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D 2. Log in to your account. 3. Click "Start Now". 4. 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A Oups in the title now fixed

 <= /p>

This is the weekly Friday= call…

 <= /p>

 <= /p>

From: 6tsch-bo= unces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of Pascal Thubert (pthubert)
Sent: jeudi 2 mai 2013 19:51
To: 6tsch@ietf.org
Cc: Thomas Watteyne (twatteyne@linear.com)
Subject: [6tsch] Agenda for the May 2nd call

 

Dear all:

 

Recent exchanges on the M= L, on 6TUS and on the PCEP discussion, indicate that we could use a next le= vel of the architecture document that would zoom in the building blocks that we have identified so far, in order to = see what they are made of:

- 6TUS has a scheduler fo= r IP packets from L3, a slot negotiation protocol between peers, and G-MPLS= switching layer that can either follow a track or punt the frame for 6LoWPAN processing;  

- Centralized routing has= a PCEP-like protocol to obtain a track (and destroy or update it?), an OAM= protocol to validate a track is still good enough, a new link-state-like protocol to inform the PCE of links and (RPL’s?) met= rics;

- WiND has a proxy operat= ion, and a registration/lookup function;

- RSVP has all that Xavi = listed

- link/peering management= has a discovery (EB, RPL) and a measurement (BFD?) functionality

 <= /p>

All in all, we could easi= ly spend 10 min on each just to agree on the subblocks within each= main building block. Once we have that, we can probably respin an archi= tecture doc and have a better evaluation of the workload ahead.<= /span>

 

So I’d propose:

 

 =

- update charter: securi= ty paragraph:           &= nbsp;      5 mn

- link / peering managem= ent            =              &n= bsp;   10 mn

- 6TUS building blocks&n= bsp;            = ;             &= nbsp;          10 mn

- centralized routing bu= ilding blocks           &= nbsp;    10 mn

- distributed routing bu= ilding blocks           &= nbsp;    10 mn

- Wireless ND  = ;            &n= bsp;            = ;             &= nbsp;          10 mn

 

As usual, please let us k= now if you wish to add an item, and remember that we plan to record and pub= lish the session.

 <= /p>

Cheers,=

 <= /p>

Pascal<= /p>

 <= /p>

 <= /p>


Topic: 6TSCH Weekly
Date: Friday, April 26, 2013
Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)
Meeting Number: 206 802 913
Meeting Password: sixtus
Host Key: 121469

-------------------------------------------------------
To start the online meeting
-------------------------------------------------------
1. Go to https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID=3D4819= 05242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D
2. Log in to your account.
3. Click "Start Now".
4. Follow the instructions that appear on your screen.

----------------------------------------------------------------
ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes
----------------------------------------------------------------

The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita= s area and (866) 349-3520 for the RTP area.

Please dial the local access number for your area from the list below:
- San Jose/Milpitas (408) area: 525-6800
- RTP (919) area: 392-3330

-------------------------------------------------------
To join the teleconference only
-------------------------------------------------------
1. Dial into Cisco WebEx (view all Global Access Numbers at
http://cisco.com/en/US/about/doing_business/conferen= cing/index.html
2. Follow the prompts to enter the Meeting Number (listed above) or Access = Code followed by the # sign.

San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330

US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117

India: +91.80.4350.1111 Germany: +49.619.6773.9002

Japan: +81.3.5763.9394 China: +86.10.8515.5666

To check whether you have the appropriate players installed for UCF (Univer= sal Communications Format) rich media files, go to https://ciscosales.webex.com/ciscosales/systemdiagnosis.php

http://www.webex.com=

--_000_E045AECD98228444A58C61C200AE1BD8412D7374xmbrcdx01ciscoc_-- From twatteyne@gmail.com Thu May 2 23:31:30 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 97D1321F93A3 for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 23:31:30 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.01 X-Spam-Level: X-Spam-Status: No, score=-2.01 tagged_above=-999 required=5 tests=[AWL=0.967, BAYES_00=-2.599, FM_FORGED_GMAIL=0.622, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id Cu+dnsG8Rqlu for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 23:31:26 -0700 (PDT) Received: from mail-pa0-f50.google.com (mail-pa0-f50.google.com [209.85.220.50]) by ietfa.amsl.com (Postfix) with ESMTP id 9C45821F938E for <6tsch@ietf.org>; Thu, 2 May 2013 23:31:26 -0700 (PDT) Received: by mail-pa0-f50.google.com with SMTP id fb10so761735pad.9 for <6tsch@ietf.org>; Thu, 02 May 2013 23:31:26 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=x-received:mime-version:sender:in-reply-to:references:from:date :x-google-sender-auth:message-id:subject:to:content-type; bh=iGWM7vgW94Io3S8KjLAjTfaxvTj6IoysFdtYk1LqE6E=; b=YRCqzBoh+No+qIqTs+RS/MWAjwy/c9btJcYW7hOPsXw3wBcKLB0dEvkYrVGDuM1umP cxHQtxfNqmUfkH7jp9gCEbVE3lDAdhCHdhFedfikLDmjjDThMiUi79GedVTrxxd0zMHt eDr4EdCEx7FTqnN6h4gM0q4IKG/bnH9g3b6A58wcDuj79mWoiDLgsXxm95P8S5/nkOIP 7/meIUaFMOs1r//IerapOneWcvzkGcCLeqvetaC63/2z9373uL8qi0FVF2aOwi4g9oVJ DlWTc4iwhmjfAj17UInrRXTzJQO8c+Kn2On1LGbusLEi7zlh2BGcn+oyEXgKiozOikiF mS4w== X-Received: by 10.66.157.36 with SMTP id wj4mr13365196pab.88.1367562686319; Thu, 02 May 2013 23:31:26 -0700 (PDT) MIME-Version: 1.0 Sender: twatteyne@gmail.com Received: by 10.66.182.228 with HTTP; Thu, 2 May 2013 23:31:06 -0700 (PDT) In-Reply-To: References: From: Thomas Watteyne Date: Thu, 2 May 2013 23:31:06 -0700 X-Google-Sender-Auth: APCXK8vhbbFzjqpDmw0sM97gEV4 Message-ID: To: "6tsch@ietf.org" <6tsch@ietf.org> Content-Type: multipart/alternative; boundary=047d7b86f25620555904dbca808b Subject: Re: [6tsch] Agenda for the May 3rd call X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 06:31:30 -0000 --047d7b86f25620555904dbca808b Content-Type: text/plain; charset=windows-1252 Content-Transfer-Encoding: quoted-printable Pascal, Thanks for fixing the title, and for the very nice list. I'd like to add the following thought. We need a way for the PCE to contact the motes along a track to install the hard cells. That is, while PCEP can be used for mote A to express a need for a track to mote D, and for the PCE to indicate that this request has been satisfied, I don't see how PCEP (alone) will install these resources. The discussion will undoubtedly involve Xavi's idea of using a RSVP/NSIS-like for that. The answer might be a cooperation between PCEP, RSVP/NSIS and 6tus. Looking forward to this discussion! Thomas On Thu, May 2, 2013 at 11:07 PM, Pascal Thubert (pthubert) < pthubert@cisco.com> wrote: > A Oups in the title now fixed**** > > ** ** > > This is the weekly Friday call=85**** > > ** ** > > ** ** > > *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf > Of *Pascal Thubert (pthubert) > *Sent:* jeudi 2 mai 2013 19:51 > *To:* 6tsch@ietf.org > *Cc:* Thomas Watteyne (twatteyne@linear.com) > *Subject:* [6tsch] Agenda for the May 2nd call**** > > ** ** > > Dear all:**** > > * * > > Recent exchanges on the ML, on 6TUS and on the PCEP discussion, indicate > that we could use a next level of the architecture document that would zo= om > in the building blocks that we have identified* *so far, in order to see > what they are made of:**** > > - 6TUS has a scheduler for IP packets from L3, a slot negotiation protoco= l > between peers, and G-MPLS switching layer that can either follow a track = or > punt the frame for 6LoWPAN processing; **** > > - Centralized routing has a PCEP-like protocol to obtain a track (and > destroy or update it?), an OAM protocol to validate a track is still good > enough, a new link-state-like protocol to inform the PCE of links and > (RPL=92s?) metrics;**** > > - WiND has a proxy operation, and a registration/lookup function;**** > > - RSVP has all that Xavi listed**** > > - link/peering management has a discovery (EB, RPL) and a measurement > (BFD?) functionality **** > > ** ** > > All in all, we could easily spend 10 min* *on each* *just to agree on the > subblocks within each* *main building block. Once we have that, we can > probably respin an architecture doc and have a better evaluation of the > workload ahead.**** > > * * > > So I=92d propose:**** > > ** ** > > * * > > *- update charter: security paragraph: 5 mn* > > *- link / peering management 10 mn* > > *- 6TUS building blocks 10 mn* > > *- centralized routing building blocks 10 mn* > > *- distributed routing building blocks 10 mn* > > *- Wireless ND 10 mn* > > ** ** > > As usual, please let us know if you wish to add an item, and remember tha= t > we plan to record and publish the session.**** > > ** ** > > Cheers,**** > > ** ** > > Pascal**** > > ** ** > > ** ** > > > Topic: 6TSCH Weekly > Date: Friday, April 26, 2013 > Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00) > Meeting Number: 206 802 913 > Meeting Password: sixtus > Host Key: 121469 > > ------------------------------------------------------- > To start the online meeting > ------------------------------------------------------- > 1. Go to > https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID=3D481905= 242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D > 2. Log in to your account. > 3. Click "Start Now". > 4. Follow the instructions that appear on your screen. > > ---------------------------------------------------------------- > ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes > ---------------------------------------------------------------- > > The affected toll free numbers are: (866) 432-9903 for the San > Jose/Milpitas area and (866) 349-3520 for the RTP area. > > Please dial the local access number for your area from the list below: > - San Jose/Milpitas (408) area: 525-6800 > - RTP (919) area: 392-3330 > > ------------------------------------------------------- > To join the teleconference only > ------------------------------------------------------- > 1. Dial into Cisco WebEx (view all Global Access Numbers at > http://cisco.com/en/US/about/doing_business/conferencing/index.html > 2. Follow the prompts to enter the Meeting Number (listed above) or Acces= s > Code followed by the # sign. > > San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330 > > US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117 > > India: +91.80.4350.1111 Germany: +49.619.6773.9002 > > Japan: +81.3.5763.9394 China: +86.10.8515.5666 > > To check whether you have the appropriate players installed for UCF > (Universal Communications Format) rich media files, go to > https://ciscosales.webex.com/ciscosales/systemdiagnosis.php > > http://www.webex.com > > **** > > _______________________________________________ > 6tsch mailing list > 6tsch@ietf.org > https://www.ietf.org/mailman/listinfo/6tsch > > --047d7b86f25620555904dbca808b Content-Type: text/html; charset=windows-1252 Content-Transfer-Encoding: quoted-printable
Pascal,
=
Thanks= for fixing the title, and for the very nice list.

I'd like to add th= e following thought. We need a way for the PCE to contact the motes along a= track to install the hard cells. That is, while PCEP can be used for mote = A to express a need for a track to mote D, and for the PCE to indicate that= this request has been satisfied, I don't see how PCEP (alone) will ins= tall these resources. The discussion will=A0undoubtedly=A0involve Xavi'= s idea of using a RSVP/NSIS-like for that. The answer might be a cooperatio= n between PCEP, RSVP/NSIS and 6tus.

Looking forward to thi= s discussion!

Thomas


On Thu, May 2, 2013 at = 11:07 PM, Pascal Thubert (pthubert) <pthubert@cisco.com> wr= ote:

A Oups in the title now fixed

=A0

This is the weekly Friday call=85

=A0

=A0

From: 6tsch-bou= nces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of Pascal Thubert (pthubert)
Sent: jeudi 2 mai 2013 19:51
To: 6tsch@ietf.o= rg
Cc: Thomas Watteyne (twatteyne@linear.com)
Subject: [6tsch] Agenda for the May 2nd call

=A0

Dear all:

=A0

Recent exchanges on the ML, on 6TUS and on the PCEP d= iscussion, indicate that we could use a next level of the architecture docu= ment that would zoom in the building blocks that we have identified so far, in order to = see what they are made of:

- 6TUS has a scheduler for IP packets from L3, a slot= negotiation protocol between peers, and G-MPLS switching layer that can ei= ther follow a track or punt the frame for 6LoWPAN processing; =A0

- Centralized routing has a PCEP-like protocol to obt= ain a track (and destroy or update it?), an OAM protocol to validate a trac= k is still good enough, a new link-state-like protocol to inform the PCE of links and (RPL=92s?) metrics= ;

- WiND has a proxy operation, and a registration/look= up function;

- RSVP has all that Xavi listed<= /p>

- link/peering management has a discovery (EB, RPL) a= nd a measurement (BFD?) functionality

=A0

All in all, we could easily spend 10 min on each just to agree on the subblocks within each= main building block. Once we have that, we can probably respin an archi= tecture doc and have a better evaluation of the workload ahead.

=A0

So I=92d propose:

=A0

=A0

- update charter: security paragraph:=A0=A0=A0=A0=A0= =A0 =A0=A0=A0=A0=A0=A0=A0=A0 =A0=A05 mn

- link / peering management=A0=A0=A0=A0=A0=A0=A0=A0= =A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 =A0=A0=A0=A0=A0=A0=A0=A0=A0 10 mn<= /u>

- 6TUS building blocks=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0= =A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 =A0=A0=A0=A0=A0=A0=A0=A0=A0= =A0 10 mn

- centralized routing building blocks=A0=A0=A0=A0=A0= =A0 =A0=A0=A0=A0=A0=A0=A0=A0 10 mn

- distributed routing building blocks=A0=A0=A0=A0=A0= =A0 =A0=A0=A0=A0=A0=A0=A0=A0 10 mn

- Wireless ND=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0= =A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0= =A0 =A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 10 mn

<= u>=A0

As usual, please let us know if you wish to add an it= em, and remember that we plan to record and publish the session.<= /u>

=A0

Cheers,

=A0

Pascal

=A0

=A0


Topic: 6TSCH Weekly
Date: Friday, April 26, 2013
Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)
Meeting Number: 206 802 913
Meeting Password: sixtus
Host Key: 121469

-------------------------------------------------------
To start the online meeting
-------------------------------------------------------
1. Go to https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID=3D4819= 05242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D
2. Log in to your account.
3. Click "Start Now".
4. Follow the instructions that appear on your screen.

----------------------------------------------------------------
ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes
----------------------------------------------------------------

The affected toll free numbers are: (866) 432-9903 for the San Jose/= Milpitas area and (866) 349-3520 for the RTP area.

Please dial the local access number for your area from the list below:
- San Jose/Milpitas (408) area: 525-6800
- RTP (919) area: 392-3330

-------------------------------------------------------
To join the teleconference only
-------------------------------------------------------
1. Dial into Cisco WebEx (view all Global Access Numbers at
http://cisco.com/en/US/about/doing_business/conferen= cing/index.html
2. Follow the prompts to enter the Meeting Number (listed above) or Access = Code followed by the # sign.

San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330

US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117

India: +91.80.4350.1111 Germany: +49.619.6773.9002

Japan: +81.3.5763.9394 China: +86.10.8515.5666

To check whether you have the appropriate players installed for UCF (Univer= sal Communications Format) rich media files, go to https://ciscosales.webex.com/ciscosales/systemdiagnosis.php

http://www.webex.com=

<= u>


_______________________________________________
6tsch mailing list
6tsch@ietf.org
h= ttps://www.ietf.org/mailman/listinfo/6tsch


--047d7b86f25620555904dbca808b-- From pthubert@cisco.com Thu May 2 23:36:22 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 3653B21F93BC for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 23:36:22 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -7.398 X-Spam-Level: X-Spam-Status: No, score=-7.398 tagged_above=-999 required=5 tests=[AWL=-1.600, BAYES_00=-2.599, FM_IS_IT_OUR_ACCOUNT=4.2, HTML_MESSAGE=0.001, J_CHICKENPOX_23=0.6, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id uYI7cKC0bLZd for <6tsch@ietfa.amsl.com>; Thu, 2 May 2013 23:36:17 -0700 (PDT) Received: from rcdn-iport-7.cisco.com (rcdn-iport-7.cisco.com [173.37.86.78]) by ietfa.amsl.com (Postfix) with ESMTP id 34D2521F93C8 for <6tsch@ietf.org>; Thu, 2 May 2013 23:36:17 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=29136; q=dns/txt; s=iport; t=1367562977; x=1368772577; h=from:to:cc:subject:date:message-id:references: in-reply-to:mime-version; bh=g1V+8lcCWYTJ4eOzrKxs5A2FaaFpDltj6ZqUDJ+oNRg=; b=EEhyr1VLHhxvf6H5DlgPviyHkRHAJXx2QY3Mer+dBK/ae8djqsQ7W0Ur 4rUg3fULtcb/3kQSF1j8tIKIf3Gd7TFjPpu0DuwUgW6VeqSMJg4fmZC/s RzN8QK0lZpQ6N3axL9sTUhqrOYq/kTi3xCcgpy4BHK5yLrELzsmmlHURg o=; X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AjAFABVag1GtJV2b/2dsb2JhbAA2FwOCQ0Q3viaBB4EAFnSCHwEBAQQBAQEqGw0RCAsQAgEIDgMBAgEBAQsKAQMIAQMDBycLFAMGBwECAQMBDQUIiAQMM7QEEYxijXULdgsOBwELAQQGAQkBBweCWmEDhTmOI4R1kAyCPFGBawcXBhh9 X-IronPort-AV: E=Sophos;i="4.87,601,1363132800"; d="scan'208,217";a="205961299" Received: from rcdn-core-4.cisco.com ([173.37.93.155]) by rcdn-iport-7.cisco.com with ESMTP; 03 May 2013 06:36:16 +0000 Received: from xhc-rcd-x03.cisco.com (xhc-rcd-x03.cisco.com [173.37.183.77]) by rcdn-core-4.cisco.com (8.14.5/8.14.5) with ESMTP id r436aF7u000881 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Fri, 3 May 2013 06:36:15 GMT Received: from xmb-rcd-x01.cisco.com ([169.254.1.143]) by xhc-rcd-x03.cisco.com ([173.37.183.77]) with mapi id 14.02.0318.004; Fri, 3 May 2013 01:36:15 -0500 From: "Pascal Thubert (pthubert)" To: Thomas Watteyne , "julien.meuric@orange.com" Thread-Topic: [6tsch] Agenda for the May 3rd call Thread-Index: AQHOR8dGXSQiENW1DUGBUsjV1fBKeZjy/3xg Date: Fri, 3 May 2013 06:36:14 +0000 Deferred-Delivery: Fri, 3 May 2013 06:35:00 +0000 Message-ID: References: In-Reply-To: Accept-Language: fr-FR, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.61.165.33] Content-Type: multipart/alternative; boundary="_000_E045AECD98228444A58C61C200AE1BD8412D7448xmbrcdx01ciscoc_" MIME-Version: 1.0 Cc: "6tsch@ietf.org" <6tsch@ietf.org> Subject: Re: [6tsch] Agenda for the May 3rd call X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 06:36:22 -0000 --_000_E045AECD98228444A58C61C200AE1BD8412D7448xmbrcdx01ciscoc_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Yes, Thomas, I'm also unclear on whether and how PCEP installs states in intermediate ro= uters. CC'ing Julien (JP is not available today) in case he can shed some = light either on the ML or the call today. Note that we have only 10 minutes at this call and that the primary goal is= to detail the architecture subblocks we need so that later we can figure w= hat PCEP actually covers and what remains to be done. I expect we'll dedicate sessions on that. Pascal From: Thomas Watteyne [mailto:twatteyne@linear.com] Sent: vendredi 3 mai 2013 08:27 To: Pascal Thubert (pthubert) Cc: 6tsch@ietf.org Subject: Re: [6tsch] Agenda for the May 3rd call Pascal, Thanks for fixing the title, and for the very nice list. I'd like to add the following thought. We need a way for the PCE to contact= the motes along a track to install the hard cells. That is, while PCEP can= be used for mote A to express a need for a track to mote D, and for the PC= E to indicate that this request has been satisfied, I don't see how PCEP (a= lone) will install these resources. The discussion will undoubtedly involve= Xavi's idea of using a RSVP/NSIS-like for that. Thomas On Thu, May 2, 2013 at 11:07 PM, Pascal Thubert (pthubert) > wrote: A Oups in the title now fixed This is the weekly Friday call... From: 6tsch-bounces@ietf.org [mailto:6tsch-b= ounces@ietf.org] On Behalf Of Pascal Thubert= (pthubert) Sent: jeudi 2 mai 2013 19:51 To: 6tsch@ietf.org Cc: Thomas Watteyne (twatteyne@linear.com) Subject: [6tsch] Agenda for the May 2nd call Dear all: Recent exchanges on the ML, on 6TUS and on the PCEP discussion, indicate th= at we could use a next level of the architecture document that would zoom i= n the building blocks that we have identified so far, in order to see what = they are made of: - 6TUS has a scheduler for IP packets from L3, a slot negotiation protocol = between peers, and G-MPLS switching layer that can either follow a track or= punt the frame for 6LoWPAN processing; - Centralized routing has a PCEP-like protocol to obtain a track (and destr= oy or update it?), an OAM protocol to validate a track is still good enough= , a new link-state-like protocol to inform the PCE of links and (RPL's?) me= trics; - WiND has a proxy operation, and a registration/lookup function; - RSVP has all that Xavi listed - link/peering management has a discovery (EB, RPL) and a measurement (BFD?= ) functionality All in all, we could easily spend 10 min on each just to agree on the subbl= ocks within each main building block. Once we have that, we can probably re= spin an architecture doc and have a better evaluation of the workload ahead= . So I'd propose: - update charter: security paragraph: 5 mn - link / peering management 10 mn - 6TUS building blocks 10 mn - centralized routing building blocks 10 mn - distributed routing building blocks 10 mn - Wireless ND 10 mn As usual, please let us know if you wish to add an item, and remember that = we plan to record and publish the session. Cheers, Pascal Topic: 6TSCH Weekly Date: Friday, April 26, 2013 Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00) Meeting Number: 206 802 913 Meeting Password: sixtus Host Key: 121469 ------------------------------------------------------- To start the online meeting ------------------------------------------------------- 1. Go to https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID= =3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D 2. Log in to your account. 3. Click "Start Now". 4. Follow the instructions that appear on your screen. ---------------------------------------------------------------- ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes ---------------------------------------------------------------- The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpitas area and (866) 349-3520 for the RTP area. Please dial the local access number for your area from the list below: - San Jose/Milpitas (408) area: 525-6800 - RTP (919) area: 392-3330 ------------------------------------------------------- To join the teleconference only ------------------------------------------------------- 1. Dial into Cisco WebEx (view all Global Access Numbers at http://cisco.com/en/US/about/doing_business/conferencing/index.html 2. Follow the prompts to enter the Meeting Number (listed above) or Access = Code followed by the # sign. San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330 US/Canada: +1.866.432.9903 United Kingdom: +44.20.88= 24.0117 India: +91.80.4350.1111 Germany: +49.619.6773.9002<= tel:%2B49.619.6773.9002> Japan: +81.3.5763.9394 China: +86.10.8515.5666 To check whether you have the appropriate players installed for UCF (Univer= sal Communications Format) rich media files, go to https://ciscosales.webex= .com/ciscosales/systemdiagnosis.php http://www.webex.com _______________________________________________ 6tsch mailing list 6tsch@ietf.org https://www.ietf.org/mailman/listinfo/6tsch -- Thomas Watteyne, Ph. D Sr. Networking Design Engineer Dust Networks / Linear Technology 30695 Huntwood Ave Hayward, CA 94544-7021 +1 (510) 400-2978 twatteyne@linear.com This e-mail transmission, and any documents, files or previous e-mail messa= ges attached to it may contain confidential information that is legally pri= vileged. If you are not the intended recipient, or a person responsible for= delivering it to the intended recipient, you are hereby notified that any = disclosure, copying, distribution or use of any of the information containe= d in or attached to this transmission is STRICTLY PROHIBITED. If you have r= eceived this transmission in error, please immediately notify me by reply e= -mail, or by telephone at (510) 400-2978, and destroy the original transmis= sion and its attachments without reading or saving in any manner. Thank you= . --_000_E045AECD98228444A58C61C200AE1BD8412D7448xmbrcdx01ciscoc_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Yes, Thomas,

 <= /p>

I’m also unclear on= whether and how PCEP installs states in intermediate routers.  CCR= 17;ing Julien (JP is not available today) in case he can shed some light either on the ML or the call today.

Note that we have only 10= minutes at this call and that the primary goal is to detail the architectu= re subblocks we need so that later we can figure what PCEP actually covers and what remains to be done.

I expect we’ll dedi= cate sessions on that.

 <= /p>

Pascal<= /p>

 <= /p>

From: Thomas W= atteyne [mailto:twatteyne@linear.com]
Sent: vendredi 3 mai 2013 08:27
To: Pascal Thubert (pthubert)
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] Agenda for the May 3rd call

 

Pascal,

 

Thanks for fixing the title, and for the very nice l= ist.

 

I'd like to add the following thought. We need a way= for the PCE to contact the motes along a track to install the hard cells. = That is, while PCEP can be used for mote A to express a need for a track to= mote D, and for the PCE to indicate that this request has been satisfied, I don't see how PCEP (alone) will in= stall these resources. The discussion will undoubtedly involve Xa= vi's idea of using a RSVP/NSIS-like for that.

 

Thomas

 

 

On Thu, May 2, 2013 at 11:07 PM, Pascal Thubert (pth= ubert) <pthubert= @cisco.com> wrote:

A Oups in the title now fixed

 

This is the weekly Friday call…

 

 

From: 6tsch-bounces@i= etf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of Pascal Thubert (pthubert)
Sent: jeudi 2 mai 2013 19:51
To: 6tsch@ietf.o= rg
Cc: Thomas Watteyne (twatteyne@linear.com)
Subject: [6tsch] Agenda for the May 2nd call

 

Dear all:

 <= /p>

Recent exchanges on the ML, on 6TUS and= on the PCEP discussion, indicate that we could use a next level of the architecture document that would zoom in the building blocks = that we have identified so far, in order to see what they are made of:

- 6TUS has a scheduler for IP packets f= rom L3, a slot negotiation protocol between peers, and G-MPLS switching layer that can either follow a track or punt the frame for 6LoWP= AN processing;  

- Centralized routing has a PCEP-like p= rotocol to obtain a track (and destroy or update it?), an OAM protocol to validate a track is still good enough, a new link-state-li= ke protocol to inform the PCE of links and (RPL’s?) metrics;

- WiND has a proxy operation, and a reg= istration/lookup function;

- RSVP has all that Xavi listed<= o:p>

- link/peering management has a discove= ry (EB, RPL) and a measurement (BFD?) functionality

 

All in all, we could easily spend 10 mi= n on each just to agree on the subblocks within each= main building block. Once we have that, we can probably respin an archi= tecture doc and have a better evaluation of the workload ahead.=

 <= /p>

So I’d propose:=

 

 

- update charter: security paragraph:&= nbsp;            &nb= sp;    5 mn

- link / peering management  = ;            &n= bsp;            &nbs= p; 10 mn

- 6TUS building blocks  &nbs= p;            &= nbsp;            &nb= sp;        10 mn

- centralized routing building blocks&= nbsp;            &nb= sp;  10 mn

- distributed routing building blocks&= nbsp;            &nb= sp;  10 mn

- Wireless ND    &= nbsp;           &nbs= p;            &= nbsp;            &nb= sp;        10 mn

 

As usual, please let us know if you wis= h to add an item, and remember that we plan to record and publish the session.

 

Cheers,

 

Pascal

 

 


Topic: 6TSCH Weekly
Date: Friday, April 26, 2013
Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)
Meeting Number: 206 802 913
Meeting Password: sixtus
Host Key: 121469

-------------------------------------------------------
To start the online meeting
-------------------------------------------------------
1. Go to https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID=3D4819= 05242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D
2. Log in to your account.
3. Click "Start Now".
4. Follow the instructions that appear on your screen.

----------------------------------------------------------------
ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes
----------------------------------------------------------------

The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpitas area and (866) 349-3520 for the RTP area.

Please dial the local access number for your area from the list below:
- San Jose/Milpitas (408) area: 525-6800
- RTP (919) area: 392-3330

-------------------------------------------------------
To join the teleconference only
-------------------------------------------------------
1. Dial into Cisco WebEx (view all Global Access Numbers at
http://cisco.com/en/US/about/doing_business/conferen= cing/index.html
2. Follow the prompts to enter the Meeting Number (listed above) or Access = Code followed by the # sign.

San Jose, CA: +1.40= 8.525.6800 RTP: +1.919.392.3330=

US/Canada: +1.866.4= 32.9903 United Kingdom: +44.20.8824.0117

India: +91.80.4350= .1111 Germany: +49.619.6773.9002=

Japan: +81.3.5763.9= 394 China: +86.10.8515.5666

To check whether you have the appropriate players installed for UCF (Univer= sal Communications Format) rich media files, go to https://ciscosales.webex.com/ciscosales/systemdiagnosis.php

http://www.webex.com=


_______________________________________________
6tsch mailing list
6tsch@ietf.org
h= ttps://www.ietf.org/mailman/listinfo/6tsch



 

--

Thomas Watteyne, Ph. D

Sr. Networking Design Engineer

Dust Networks / Linear Technology

30695 Huntwood Ave

Hayward, CA 94544-7021

+1 (510) 400-2978

 

This e-mail transmis= sion, and any documents, files or previous e-mail messages attached to it m= ay contain confidential information that is legally privileged. If you are = not the intended recipient, or a person responsible for delivering it to the intended recipient, you are hereby no= tified that any disclosure, copying, distribution or use of any of the info= rmation contained in or attached to this transmission is STRICTLY PROHIBITE= D. If you have received this transmission in error, please immediately notify me by reply e-mail, or by telephone at= (510) 400-2978, and destroy the original transmission and its attachments = without reading or saving in any manner. Thank you.

--_000_E045AECD98228444A58C61C200AE1BD8412D7448xmbrcdx01ciscoc_-- From qinwang@berkeley.edu Fri May 3 00:57:14 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 20A1521F94FD for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 00:57:14 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.199 X-Spam-Level: X-Spam-Status: No, score=-4.199 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 7+ioXljQWy2m for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 00:57:09 -0700 (PDT) Received: from cm03fe.IST.Berkeley.EDU (cm03fe.IST.Berkeley.EDU [169.229.218.144]) by ietfa.amsl.com (Postfix) with ESMTP id D1FEB21F94D0 for <6tsch@ietf.org>; Fri, 3 May 2013 00:57:08 -0700 (PDT) Received: from cm03ws.ist.berkeley.edu ([169.229.218.165] helo=calmail.berkeley.edu) by cm03fe.ist.berkeley.edu with esmtpsa (TLSv1:AES256-SHA:256) (Exim 4.76) (auth login:qinwang@berkeley.edu) (envelope-from ) id 1UYAra-0000Xe-An; Fri, 03 May 2013 00:57:08 -0700 Received: from 103.8.222.48 (SquirrelMail authenticated user qinwang@berkeley.edu) by calmail.berkeley.edu with HTTP; Fri, 3 May 2013 00:57:06 -0700 Message-ID: <03b12a7e3aef970c0f807583bad9707e.squirrel@calmail.berkeley.edu> In-Reply-To: References: Date: Fri, 3 May 2013 00:57:06 -0700 From: "Qin Wang" To: "Maria Rita PALATTELLA" User-Agent: SquirrelMail/1.4.21-2.berkeley MIME-Version: 1.0 Content-Type: text/plain;charset=utf-8 Content-Transfer-Encoding: 8bit X-Priority: 3 (Normal) Importance: Normal Cc: "Thomas Watteyne \(watteyne@eecs.berkeley.edu\)" , "6tsch@ietf.org" <6tsch@ietf.org>, "Pascal Thubert \(pthubert\) \(pthubert@cisco.com\)" Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 07:57:14 -0000 Hi Maria Rita, >From your description about PCEP +TASA in the following, my understanding is that each node, no matter sensor nodes or router, will work as PCC and send PCReq message to PCE. The PCReq will include Bandwidth required besides source and destination address. In another word, a node, including router, has to figure out the bandwidth it needs independently. But, how? I think the bandwidth needed from a router to another router is the result computed by PCE, instead of the input from each router to the computation in PCE. Maybe I miss something. Regards Qin > Dear all, > I have started investigating the RFC5440 "Path Computation Element > Communication Protocol (PCEP)" in order to check " if" and "how" it could > fit in our 6TSCH architecture. > In detail, I wanted to see if we could use PCEP + TASA (Traffic Aware > Scheduling Algorithm) for computing and distributing the schedule from the > PCE to the nodes in a 6TSCH architecture that uses a centralized > scheduling algorithm. > I had some preliminary discussion already with Thomas on this topic, but > let's discuss all together on the ML. We would like to have your feedback > in order to see if we can really use PCEP, and how we can fix some open > issues in the 6TSCH context. > I will use some extracts from the RFC5440, that summarize the behavior of > the protocol, and show features that we could exploit. > This will result in a *very long* email. Sorry for that. And thanks for > going through it, and come back to me with your comments, questions, > suggestions. > Maria Rita > >>>PCEP is such a protocol designed specifically for communications between >>> a PCC and a PCE [...] a PCC may use PCEP to send a path computation >>> request for one or more TE LSPs to a PCE, and the PCE may reply with a >>> set of computed paths if one or more paths can be found that satisfies >>> the set of constraints. >>> PCC: Path Computation Client; any client application requesting a path >>> computation to be performed by a Path Computation Element. >>> PCE: Path Computation Element; an entity (component, application, or >>> network node) that is capable of computing a network path or route >>> based on a network graph and applying computational constraints. >>> Explicit path: Full explicit path from start to destination; made of a >>> list of strict hops where a hop may be an abstract node such as an AS. > [MR] The explicit path could be seen as a 6TSCH track, composed by hard > cells. > >>> [...] it is assumed that the PCE has the required information (usually >>> including network topology and resource information) so as to perform >>> the computation of a path for a TE LSP. Such information can be >>> gathered by routing protocols or by some other means. The way in which >>> the information is gathered is out of the scope of this document (i.e, >>> RFC5440). > [Thomas] Is that not a bit limiting? This means that we need one protocol > (PCEP) to send data from the PCE to the motes, and another for stats and > topological and requirement data to go from the motes to the PCE. > [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't > specify how to build and distribute it, PCEP does not define how to > collect the required information (network topology, requirements) used > for computing paths. But the motes can specify the requirements of the > requested path within the PCReq messages. > >>> Transport Protocol. PCEP operates over TCP using a registered TCP port >>> (4189). This allows the requirements of reliable messaging and flow >>> control to be met without further protocol work. All PCEP messages >>> MUST be sent using the registered TCP port for the source and >>> destination TCP port. > [Thomas] can PCEP run on something else than TCP? It looks like no. There > is always the possibility for proposing a UDP version of PCEP, but it's > unclear to me how much rework is required. > [MR] According to the RFC5440, a PCEP session can be established ONLY > over a TCP connection. In other words, first a TCP connection (3-way > handshake) between the PCC and the PCE has to be established, and after a > PCEP session can be started. About proposing an UDP version of PCEP, it is > something to be investigated. > >>> Once the PCC has selected a PCE, it sends a Path Computation Request to >>> the PCE (PCReq message) that contains a variety of objects that > specify the set of constraints and attributes for the path to be computed. > For example, "Compute a TE LSP path with source IP address=x.y.z.t, > destination IP address=x'.y'.z'.t', bandwidth=B Mbit/s, Setup/Holding > priority=P, ...". Additionally, the PCC may desire to specify the > urgency > of such request by assigning a request priority. > > [Thomas]If the PCE received a PCReq to go from A to B, is there a way for > the PCE to contact all the motes along the multi-hop path between A and B > and > install cells/links? it looks like the PCE is only used to calculate a > multi-hop path on an already existing topology. > [MR]I agree with you. PCEP can set up a multi-hop path on an already > existing topology. There is correspondence 1-to-1 between PCReq and PCRep. > Thus, it seems that PCE cannot contact the motes along the multi-hop path > between A and B. BUT... PCEP include some RP in the messages (see below) > >>A Path Computation Reply(PCRep) Message can contain either a set of > computed paths if the request can be satisfied, or a negative reply if > not. The negative reply may indicate the reason why no path could be > found. >>>The RP (Request Parameters) object MUST be carried within each PCReq and >>> PCRep messages. The RP object is used to specify various characteristics >>> of the path computation request. > >> The END-POINTS object is used in a PCReq message to specify the source > IP address and the destination IP address of the path for which a path > computation is requested. Note that the source and destination > addresses specified in the END-POINTS object may correspond to the > source and destination IP address of the TE LSP or to those of a path > segment. > [MR] Setting the END-POINT object, maybe it could be possible to allocate > cells/links for each path segment. This is something to be investigated. > >>The BANDWIDTH object is used to specify the requested bandwidth for a > TE LSP. The notion of bandwidth is similar to the one used for RSVP > >>signaling in [RFC2205], [RFC3209], and [RFC3473]. > >>The METRIC object is optional and can be used for several purposes. In > a PCReq message, a PCC MAY insert one or more METRIC objects: > o To indicate the metric that MUST be optimized by the path computation > algorithm (IGP metric, TE metric, hop counts). > Currently, three metrics are defined: the IGP cost, the TE metric (see > [RFC3785]), and the number of hops traversed by a TE LSP. > o To indicate a bound on the path cost that MUST NOT be exceeded for the > path to be considered as acceptable by the PCC. > >>The path computation algorithmic aspects used by the PCE to optimize a > path with respect to a specific metric are outside the scope of this > >>document. > [MR] TASA could be a possible algorithm for computing the path. It seems > to fits well with the RFC5440 Specification. > > TASA provides a method to the PCE for computing a network path, based on > the network graph and applying computational constraints (i.e., selecting > duplex- and > interference-free conflict links, according to local and global queue > level). > Each node in the TSCH TASA-based network could act as PCC (Path > Computation Client), requesting a path computation to be performed by the > PCE. In detail, with the PCReq message, > the PCC asks the PCE to compute a path toward it (thus, source IP address > = PCC IP address, destination IP address = PCE destination address), > having a given bandwidth, equal to the number of packets it wants to > transmit (i.e., TASA local queue level, or in other word, traffic load > offered by the single node to the network). > After having collected all the PCReq messages from all the nodes in the > network, the PCE can build a schedule, setting one or more paths for each > PCC. > Once, the schedule has been built according to TASA matching and coloring > procedures, it is transmitted to each node in the network, using PCRep > messages. > Then, the 6TSCH 6TUS adaptation protocol can provide the functionality for > delivering the traffic in the queues, according to the schedule built with > TASA+PCEP. > > Some Open ISSUES: > > Q1: How the PCE collect the information related to the network graph? > R1: Note that this is out of the scope of both RCF5440 and TASA. However, > we may suppose that such information are provided by the routing protocol, > RPL, as suggested in RFC5440. > "How" still has to be defined! > [Thomas] Agreed, that's a really important point. > > Q2: How the network is set up before implementing TASA+PCEP for building > the schedule? > R2: TASA does not specify how the network is built. In fact, TASA runs > over a network that has been already built, and that needs a schedule in > order > to allow traffic-flow exchanges (i.e., transmissions between each node and > the PCE). Maybe, 6TUS could fill this gap and provide the functionality > for the 15.4e TSCH network formation. > > [Thomas] I believe the "minimal" use case identified in the charter covers > this. > > Q3: Is there any need to change the PCReq and PCRep messages format, for > allowing the integration of PCEP with TASA? > [MR] there could be such need. > > > Q4:How the info in the PCRep messages can be used by 6TUS? > > [Thomas] The entity in the motes which received PCRep message simply send > commands over the 6tus interface. > > Q5: How would a TASA+PCEP solution work for P2P traffic? That is, data > flowing from a switch to a light without going through the DAGroot? > [MR]TASA supports multi-point-to-point traffic (from each mote in the > network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe could > support P2P traffic. This is something to be investigated. > > > _______________________________________________ > 6tsch mailing list > 6tsch@ietf.org > https://www.ietf.org/mailman/listinfo/6tsch > From maria-rita.palattella@uni.lu Fri May 3 01:22:16 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 8EAA821F9485 for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 01:22:16 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.199 X-Spam-Level: X-Spam-Status: No, score=-4.199 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id zLLMqcFzs6sM for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 01:22:11 -0700 (PDT) Received: from hercules.uni.lu (hercules.uni.lu [158.64.76.33]) by ietfa.amsl.com (Postfix) with ESMTP id 4CA2121F9389 for <6tsch@ietf.org>; Fri, 3 May 2013 01:22:09 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.87,602,1363129200"; d="scan'208";a="23862161" Received: from unknown (HELO REED.uni.lux) ([10.21.2.9]) by hercules.uni.lu with ESMTP; 03 May 2013 10:22:09 +0200 Received: from HOSHI.uni.lux ([fe80::499:a33:4e68:4af9]) by REED.uni.lux ([fe80::31bb:b7a3:7abb:813e%10]) with mapi id 14.03.0123.003; Fri, 3 May 2013 10:22:08 +0200 From: Maria Rita PALATTELLA To: Qin Wang Thread-Topic: [6tsch] PCEP for centralized scheduling in 6TSCH architecture Thread-Index: Ac5FgCKD2/ZGwF59Qqid0rSthCFUwACQufwAAARF25A= Date: Fri, 3 May 2013 08:22:08 +0000 Message-ID: References: <03b12a7e3aef970c0f807583bad9707e.squirrel@calmail.berkeley.edu> In-Reply-To: <03b12a7e3aef970c0f807583bad9707e.squirrel@calmail.berkeley.edu> Accept-Language: en-US, en-GB Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.91.0.66] Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 MIME-Version: 1.0 Cc: "Thomas Watteyne \(watteyne@eecs.berkeley.edu\)" , "6tsch@ietf.org" <6tsch@ietf.org>, "Pascal Thubert \(pthubert\) \(pthubert@cisco.com\)" Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 08:22:16 -0000 SGVsbG8gUWluLA0KDQpCYXNlZCBvbiBteSBwcmVsaW1pbmFyeSBhbmFseXNpcywgZWFjaCBub2Rl IGdlbmVyYXRpbmcgdHJhZmZpYyAgc2hvdWxkIHdvcmsgYXMgUENDIGFuZCBhc2sgdGhlIFBDRSB0 byBidWlsZCBhIHBhdGgsIHVzaW5nIGEgUENSZXEuIEluIHRoZSBQQ1JlcSwgaXQgY2FuIGFzayBm 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dGlnYXRlZC4NCj4NCj4NCj4gX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19f X19fX19fX18NCj4gNnRzY2ggbWFpbGluZyBsaXN0DQo+IDZ0c2NoQGlldGYub3JnDQo+IGh0dHBz Oi8vd3d3LmlldGYub3JnL21haWxtYW4vbGlzdGluZm8vNnRzY2gNCj4NCg0K From qinwang@berkeley.edu Fri May 3 02:27:41 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id DFEF821F905C for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 02:27:41 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.199 X-Spam-Level: X-Spam-Status: No, score=-4.199 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 9DiHT44N-hQi for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 02:27:37 -0700 (PDT) Received: from cm04fe.IST.Berkeley.EDU (cm04fe.IST.Berkeley.EDU [169.229.218.145]) by ietfa.amsl.com (Postfix) with ESMTP id EE02821F9026 for <6tsch@ietf.org>; Fri, 3 May 2013 02:27:36 -0700 (PDT) Received: from cm03ws.ist.berkeley.edu ([169.229.218.165] helo=calmail.berkeley.edu) by cm04fe.ist.berkeley.edu with esmtpsa (TLSv1:AES256-SHA:256) (Exim 4.76) (auth login:qinwang@berkeley.edu) (envelope-from ) id 1UYCH8-0006kk-FR; Fri, 03 May 2013 02:27:36 -0700 Received: from 103.8.222.48 (SquirrelMail authenticated user qinwang@berkeley.edu) by calmail.berkeley.edu with HTTP; Fri, 3 May 2013 02:27:34 -0700 Message-ID: <3181adac1a548690fd3a160d85a41f00.squirrel@calmail.berkeley.edu> In-Reply-To: References: <03b12a7e3aef970c0f807583bad9707e.squirrel@calmail.berkeley.edu> Date: Fri, 3 May 2013 02:27:34 -0700 From: "Qin Wang" To: "Maria Rita PALATTELLA" User-Agent: SquirrelMail/1.4.21-2.berkeley MIME-Version: 1.0 Content-Type: text/plain;charset=utf-8 Content-Transfer-Encoding: 8bit X-Priority: 3 (Normal) Importance: Normal Cc: "Thomas Watteyne \(watteyne@eecs.berkeley.edu\)" , "6tsch@ietf.org" <6tsch@ietf.org>, "Pascal Thubert \(pthubert\) \(pthubert@cisco.com\)" , Qin Wang Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 09:27:42 -0000 Maria Rita, Thank you for your explanation. I understand that PCEP is a communication protocol between PCE and PCC. That is why PCE cannot tell the routers along the path to PCC based on PCEP. Correct? For solving the problem, I noticed that Thomas has a solution, i.e. the entity of PCEP in each node along the path will extract the path information from PCRpl and use 6tus commands to set the reserved cells into TSCH schedule. I think it works. The remained problem is how PCE knows the bandwidth requirements in each node. It is reasonable to assume that each node can send packet to PCE via some sort of initial formation of network. Then, (1)If a nodeA needs some bandwidth to nodeB, nodeA will work as PCC, send PCReq to PCE. (2) PCE select the routers between nodeA and nodeB, e.g. nodeC and nodeD, and compute all of the reserved cells for nodeA, nodeB, nodeC and nodeD. (3) PCE sends PCRpl to nodeA, nodeB, nodeC and nodeD, separately. (a little bit modification on PCEP). Thought? Qin > Hello Qin, > > Based on my preliminary analysis, each node generating traffic should > work as PCC and ask the PCE to build a path, using a PCReq. In the PCReq, > it can ask for a given bandwidth (i.e., number of cells), based on the > traffic load that it is going to offer to the network. According to > TSCH, 1 cell per single pkt will be allocated, given that one pkt can be > transmitted within a single time slot. > > Now, there are still some questions to be addressed. Among these, we have > the following -- we have been discussing about this with Thomas and > Pascal-- > > Q1) If the PCE has received a PCReq for setting a path from A to B, is > there a way for the PCE to contact all the motes (routers) along the > multi-hop path between A and B and install cells/links? > > It seems that PCE cannot contact the motes along the multi-hop path > between A and B. Thus, in this case, one first possible solution could be > to have the router acting also as PCC and asks some bandwidth based on > the traffic that it has to forward. > For sure this isn't the best solution, and it implies waste of energy. We > will need to figure out better how to deal with this. > > I don't know if I answer your questions. Please, do not hesitate to come > back to me, if I didn't get well your point. > > Thank you > Maria Rita > > > -----Original Message----- > From: Qin Wang [mailto:qinwang@berkeley.edu] > Sent: Friday, May 03, 2013 9:57 AM > To: Maria Rita PALATTELLA > Cc: 6tsch@ietf.org; Thomas Watteyne (watteyne@eecs.berkeley.edu); Pascal > Thubert (pthubert) (pthubert@cisco.com) > Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH > architecture > > Hi Maria Rita, > > From your description about PCEP +TASA in the following, my understanding > is that each node, no matter sensor nodes or router, will work as PCC and > send PCReq message to PCE. The PCReq will include Bandwidth required > besides source and destination address. In another word, a node, including > router, has to figure out the bandwidth it needs independently. But, how? > I think the bandwidth needed from a router to another router is the result > computed by PCE, instead of the input from each router to the computation > in PCE. > > Maybe I miss something. > > Regards > Qin > >> Dear all, >> I have started investigating the RFC5440 "Path Computation Element >> Communication Protocol (PCEP)" in order to check " if" and "how" it >> could fit in our 6TSCH architecture. >> In detail, I wanted to see if we could use PCEP + TASA (Traffic Aware >> Scheduling Algorithm) for computing and distributing the schedule from >> the PCE to the nodes in a 6TSCH architecture that uses a centralized >> scheduling algorithm. >> I had some preliminary discussion already with Thomas on this topic, >> but let's discuss all together on the ML. We would like to have your >> feedback in order to see if we can really use PCEP, and how we can fix >> some open issues in the 6TSCH context. >> I will use some extracts from the RFC5440, that summarize the behavior >> of the protocol, and show features that we could exploit. >> This will result in a *very long* email. Sorry for that. And thanks >> for going through it, and come back to me with your comments, >> questions, suggestions. >> Maria Rita >> >>>>PCEP is such a protocol designed specifically for communications >>>>between a PCC and a PCE [...] a PCC may use PCEP to send a path >>>>computation request for one or more TE LSPs to a PCE, and the PCE >>>>may reply with a set of computed paths if one or more paths can be >>>>found that satisfies the set of constraints. >>>> PCC: Path Computation Client; any client application requesting a >>>>path computation to be performed by a Path Computation Element. >>>> PCE: Path Computation Element; an entity (component, application, >>>>or network node) that is capable of computing a network path or >>>>route based on a network graph and applying computational >>>> constraints. >>>> Explicit path: Full explicit path from start to destination; made >>>>of a list of strict hops where a hop may be an abstract node such as >>>> an AS. >> [MR] The explicit path could be seen as a 6TSCH track, composed by >> hard cells. >> >>>> [...] it is assumed that the PCE has the required information >>>> (usually including network topology and resource information) so as >>>> to perform the computation of a path for a TE LSP. Such information >>>> can be gathered by routing protocols or by some other means. The >>>> way in which the information is gathered is out of the scope of this >>>> document (i.e, RFC5440). >> [Thomas] Is that not a bit limiting? This means that we need one >> protocol >> (PCEP) to send data from the PCE to the motes, and another for stats >> and topological and requirement data to go from the motes to the PCE. >> [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't >> specify how to build and distribute it, PCEP does not define how to >> collect the required information (network topology, requirements) used >> for computing paths. But the motes can specify the requirements of the >> requested path within the PCReq messages. >> >>>> Transport Protocol. PCEP operates over TCP using a registered TCP >>>> port (4189). This allows the requirements of reliable messaging and >>>> flow control to be met without further protocol work. All PCEP >>>> messages MUST be sent using the registered TCP port for the source >>>> and destination TCP port. >> [Thomas] can PCEP run on something else than TCP? It looks like no. >> There is always the possibility for proposing a UDP version of PCEP, >> but it's unclear to me how much rework is required. >> [MR] According to the RFC5440, a PCEP session can be established ONLY >> over a TCP connection. In other words, first a TCP connection (3-way >> handshake) between the PCC and the PCE has to be established, and >> after a PCEP session can be started. About proposing an UDP version of >> PCEP, it is something to be investigated. >> >>>> Once the PCC has selected a PCE, it sends a Path Computation Request >>>> to the PCE (PCReq message) that contains a variety of objects that >> specify the set of constraints and attributes for the path to be >> computed. >> For example, "Compute a TE LSP path with source IP address=x.y.z.t, >> destination IP address=x'.y'.z'.t', bandwidth=B Mbit/s, Setup/Holding >> priority=P, ...". Additionally, the PCC may desire to specify the >> urgency of such request by assigning a request priority. >> >> [Thomas]If the PCE received a PCReq to go from A to B, is there a way >> for the PCE to contact all the motes along the multi-hop path between >> A and B and install cells/links? it looks like the PCE is only used to >> calculate a multi-hop path on an already existing topology. >> [MR]I agree with you. PCEP can set up a multi-hop path on an already >> existing topology. There is correspondence 1-to-1 between PCReq and >> PCRep. >> Thus, it seems that PCE cannot contact the motes along the multi-hop >> path between A and B. BUT... PCEP include some RP in the messages (see >> below) >>A Path Computation Reply(PCRep) Message can contain either a >> set of computed paths if the request can be satisfied, or a negative >> reply if not. The negative reply may indicate the reason why no path >> could be found. >>>>The RP (Request Parameters) object MUST be carried within each PCReq >>>>and PCRep messages. The RP object is used to specify various >>>>characteristics of the path computation request. >> >> The END-POINTS object is used in a PCReq message to specify the >> source IP address and the destination IP address of the path for which >> a path computation is requested. Note that the source and destination >> addresses specified in the END-POINTS object may correspond to the >> source and destination IP address of the TE LSP or to those of a path >> segment. >> [MR] Setting the END-POINT object, maybe it could be possible to >> allocate cells/links for each path segment. This is something to be >> investigated. >> >>The BANDWIDTH object is used to specify the requested bandwidth for >> a TE LSP. The notion of bandwidth is similar to the one used for RSVP >> >>signaling in [RFC2205], [RFC3209], and [RFC3473]. >> >>The METRIC object is optional and can be used for several purposes. >> In a PCReq message, a PCC MAY insert one or more METRIC objects: >> o To indicate the metric that MUST be optimized by the path >> computation algorithm (IGP metric, TE metric, hop counts). >> Currently, three metrics are defined: the IGP cost, the TE metric (see >> [RFC3785]), and the number of hops traversed by a TE LSP. >> o To indicate a bound on the path cost that MUST NOT be exceeded for >> the path to be considered as acceptable by the PCC. >> >>The path computation algorithmic aspects used by the PCE to >> optimize a path with respect to a specific metric are outside the >> scope of this >> >>document. >> [MR] TASA could be a possible algorithm for computing the path. It >> seems to fits well with the RFC5440 Specification. >> >> TASA provides a method to the PCE for computing a network path, based >> on the network graph and applying computational constraints (i.e., >> selecting >> duplex- and >> interference-free conflict links, according to local and global queue >> level). >> Each node in the TSCH TASA-based network could act as PCC (Path >> Computation Client), requesting a path computation to be performed by >> the PCE. In detail, with the PCReq message, the PCC asks the PCE to >> compute a path toward it (thus, source IP address = PCC IP address, >> destination IP address = PCE destination address), having a given >> bandwidth, equal to the number of packets it wants to transmit (i.e., >> TASA local queue level, or in other word, traffic load offered by the >> single node to the network). >> After having collected all the PCReq messages from all the nodes in >> the network, the PCE can build a schedule, setting one or more paths >> for each PCC. >> Once, the schedule has been built according to TASA matching and >> coloring procedures, it is transmitted to each node in the network, >> using PCRep messages. >> Then, the 6TSCH 6TUS adaptation protocol can provide the functionality >> for delivering the traffic in the queues, according to the schedule >> built with >> TASA+PCEP. >> >> Some Open ISSUES: >> >> Q1: How the PCE collect the information related to the network graph? >> R1: Note that this is out of the scope of both RCF5440 and TASA. >> However, we may suppose that such information are provided by the >> routing protocol, RPL, as suggested in RFC5440. >> "How" still has to be defined! >> [Thomas] Agreed, that's a really important point. >> >> Q2: How the network is set up before implementing TASA+PCEP for >> building the schedule? >> R2: TASA does not specify how the network is built. In fact, TASA runs >> over a network that has been already built, and that needs a schedule >> in order to allow traffic-flow exchanges (i.e., transmissions between >> each node and the PCE). Maybe, 6TUS could fill this gap and provide >> the functionality for the 15.4e TSCH network formation. >> >> [Thomas] I believe the "minimal" use case identified in the charter >> covers this. >> >> Q3: Is there any need to change the PCReq and PCRep messages format, >> for allowing the integration of PCEP with TASA? >> [MR] there could be such need. >> >> >> Q4:How the info in the PCRep messages can be used by 6TUS? >> >> [Thomas] The entity in the motes which received PCRep message simply >> send commands over the 6tus interface. >> >> Q5: How would a TASA+PCEP solution work for P2P traffic? That is, data >> flowing from a switch to a light without going through the DAGroot? >> [MR]TASA supports multi-point-to-point traffic (from each mote in the >> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe >> could support P2P traffic. This is something to be investigated. >> >> >> _______________________________________________ >> 6tsch mailing list >> 6tsch@ietf.org >> https://www.ietf.org/mailman/listinfo/6tsch >> > > From maria-rita.palattella@uni.lu Fri May 3 03:11:24 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 9D26621F93D1 for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 03:11:24 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.199 X-Spam-Level: X-Spam-Status: No, score=-4.199 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id LGt8tvtYbIiT for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 03:11:20 -0700 (PDT) Received: from hercules.uni.lu (hercules.uni.lu [158.64.76.33]) by ietfa.amsl.com (Postfix) with ESMTP id ABBF821F9488 for <6tsch@ietf.org>; Fri, 3 May 2013 03:11:19 -0700 (PDT) X-IronPort-AV: E=Sophos;i="4.87,602,1363129200"; d="scan'208";a="23866387" Received: from unknown (HELO REED.uni.lux) ([10.21.2.9]) by hercules.uni.lu with ESMTP; 03 May 2013 12:11:18 +0200 Received: from HOSHI.uni.lux ([fe80::499:a33:4e68:4af9]) by REED.uni.lux ([fe80::31bb:b7a3:7abb:813e%10]) with mapi id 14.03.0123.003; Fri, 3 May 2013 12:11:18 +0200 From: Maria Rita PALATTELLA To: Qin Wang Thread-Topic: [6tsch] PCEP for centralized scheduling in 6TSCH architecture Thread-Index: Ac5FgCKD2/ZGwF59Qqid0rSthCFUwACQufwAAARF25D///cXAP//1eCA Date: Fri, 3 May 2013 10:11:18 +0000 Message-ID: References: <03b12a7e3aef970c0f807583bad9707e.squirrel@calmail.berkeley.edu> <3181adac1a548690fd3a160d85a41f00.squirrel@calmail.berkeley.edu> In-Reply-To: <3181adac1a548690fd3a160d85a41f00.squirrel@calmail.berkeley.edu> Accept-Language: en-US, en-GB Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.91.0.66] Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 MIME-Version: 1.0 Cc: "Thomas Watteyne \(watteyne@eecs.berkeley.edu\)" , "6tsch@ietf.org" <6tsch@ietf.org>, "Pascal Thubert \(pthubert\) \(pthubert@cisco.com\)" Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 10:11:24 -0000 UWluLA0KDQpSaWdodCwgSSBhbHNvIGRvIGFncmVlIHRoYXQgVGhvbWFzJyBzdWdnZXN0aW9uIGNh biBiZSBhIHBvc3NpYmxlIHNvbHV0aW9uLiBXZSBtYXkgbmVlZCBhbiBpbnRlcmFjdGlvbiBiZXR3 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2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 279F121F853D for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 04:28:11 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.249 X-Spam-Level: X-Spam-Status: No, score=-6.249 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HELO_EQ_DE=0.35, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id VJoDRZ40V5RZ for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 04:28:06 -0700 (PDT) Received: from iramx2.ira.uni-karlsruhe.de (iramx2.ira.uni-karlsruhe.de [141.3.10.81]) by ietfa.amsl.com (Postfix) with ESMTP id 0A9FA21F863B for <6tsch@ietf.org>; Fri, 3 May 2013 04:28:05 -0700 (PDT) Received: from irams1.ira.uni-karlsruhe.de ([141.3.10.5]) by iramx2.ira.uni-karlsruhe.de with esmtps port 25 id 1UYE9a-0003lk-68; Fri, 03 May 2013 13:28:00 +0200 Received: from i72vorta.tm.uni-karlsruhe.de ([141.3.71.26] helo=vorta.tm.kit.edu) by irams1.ira.uni-karlsruhe.de with esmtp port 25 id 1UYE9Z-0002sR-Vn; Fri, 03 May 2013 13:27:54 +0200 Received: from [IPv6:::1] (ip6-localhost [IPv6:::1]) by vorta.tm.kit.edu (Postfix) with ESMTPS id BDFA6A80810; Fri, 3 May 2013 13:27:53 +0200 (CEST) Message-ID: <51839F39.7040107@kit.edu> Date: Fri, 03 May 2013 13:27:53 +0200 From: "Bless, Roland (TM)" Organization: Institute of Telematics, Karlsruhe Institute of Technology User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:17.0) Gecko/20130329 Thunderbird/17.0.5 MIME-Version: 1.0 To: Xavier Vilajosana References: <5162F87A.4060502@eecs.berkeley.edu> <516581EF.7060106@kit.edu> <5165C85F.8050500@kit.edu> <51682436.3060200@eecs.berkeley.edu> In-Reply-To: <51682436.3060200@eecs.berkeley.edu> X-Enigmail-Version: 1.4.6 Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit X-ATIS-AV: ClamAV (irams1.ira.uni-karlsruhe.de) X-ATIS-AV: Kaspersky (iramx2.ira.uni-karlsruhe.de) X-ATIS-AV: ClamAV (iramx2.ira.uni-karlsruhe.de) X-ATIS-Timestamp: iramx2.ira.uni-karlsruhe.de 1367580481.017798000 Cc: "Pascal Thubert \(pthubert\)" , "6tsch@ietf.org" <6tsch@ietf.org> Subject: Re: [6tsch] summary NSIS X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 11:28:11 -0000 Hi Xavier, Am 12.04.2013 17:11, schrieb Xavier Vilajosana: > you said that NSIS will be suitable to support PCE management networks. > Can you explain how NSIS will work in the following scenario: > > " A PCE computes the schedule for a set of devices in a TSCH network, > which includes information such as a collection of tuples > for each node in the > set. The PCE needs to install that information in the schedule of each > node meaning that each node has to receive that information." > > From your emails I have the intuition that: > 1) QSPEC messages can be extended to carry that information. Yes. > 2) NSIS QoS on GIST can be used to send the message along the route so > each of the nodes in the set receive the configuration > > However I don't see very clear how GIST will build the "path" to each of > this nodes. Will it use a reverse-reservation (initiated from the > receiver?) > Can you illustrate that scenario please? Honestly, I don't know the exact scenario that _you_ have in mind and I'm not very well versed yet in the PCE or TSCH architectures, but IMHO you can use various means. Again, GIST assumes that you have a working forwarding path already installed by different means. >From your quotation I can imagine to use a group address for all nodes and use a "sender-initiated" reservation. We added multicast support to GIST which isn't such a big deal [1]. However, this message needs to contain all schedules of all devices then. If you want to do it individually, you can simply send it from the PCE to each device. You can use a "sender-initiated" RESERVE for this employing the EST MRM http://tools.ietf.org/html/draft-bless-nsis-est-mrm-02 if the sender and receiver of the respective flows are not PCE or PCC. [1] http://nsis-ka.org/wiki/IpMulticastSupportForNSIS Regards, Roland From yoshihiro.ohba@toshiba.co.jp Fri May 3 06:04:34 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 3D35221F87B1 for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 06:04:34 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.675 X-Spam-Level: X-Spam-Status: No, score=-1.675 tagged_above=-999 required=5 tests=[BAYES_40=-0.185, HELO_EQ_JP=1.244, HOST_EQ_JP=1.265, RCVD_IN_DNSWL_MED=-4, UNPARSEABLE_RELAY=0.001] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id zJwHISuzSk4x for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 06:04:28 -0700 (PDT) Received: from imx2.toshiba.co.jp (inet-tsb5.toshiba.co.jp [202.33.96.24]) by ietfa.amsl.com (Postfix) with ESMTP id D38DE21F8610 for <6tsch@ietf.org>; Fri, 3 May 2013 06:04:25 -0700 (PDT) Received: from tsbmgw-mgw02.tsbmgw-mgw02.toshiba.co.jp ([133.199.200.50]) by imx2.toshiba.co.jp with ESMTP id r43D4ORr004476 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=NO) for <6tsch@ietf.org>; Fri, 3 May 2013 22:04:24 +0900 (JST) Received: from tsbmgw-mgw02 (localhost [127.0.0.1]) by tsbmgw-mgw02.tsbmgw-mgw02.toshiba.co.jp (8.13.8/8.14.5) with ESMTP id r43D4OSE001474 for <6tsch@ietf.org>; Fri, 3 May 2013 22:04:24 +0900 Received: from localhost ([127.0.0.1]) by tsbmgw-mgw02 (JAMES SMTP Server 2.3.1) with SMTP ID 755 for <6tsch@ietf.org>; Fri, 3 May 2013 22:04:24 +0900 (JST) Received: from arc1.toshiba.co.jp ([133.199.194.235]) by tsbmgw-mgw02.tsbmgw-mgw02.toshiba.co.jp (8.13.8/8.14.5) with ESMTP id r43D4OKJ001467 for <6tsch@ietf.org>; Fri, 3 May 2013 22:04:24 +0900 Received: (from root@localhost) by arc1.toshiba.co.jp id r43D4O6P025159 for 6tsch@ietf.org; Fri, 3 May 2013 22:04:24 +0900 (JST) Received: from unknown [133.199.192.144] by arc1.toshiba.co.jp with ESMTP id YAA25157; Fri, 3 May 2013 22:04:24 +0900 Received: from mx.toshiba.co.jp (localhost [127.0.0.1]) by ovp2.toshiba.co.jp with ESMTP id r43D4Neu004974 for <6tsch@ietf.org>; Fri, 3 May 2013 22:04:23 +0900 (JST) Received: from TGXML330.toshiba.local by toshiba.co.jp id r43D4NcM009081; Fri, 3 May 2013 22:04:23 +0900 (JST) Received: from TGXML338.toshiba.local ([169.254.4.217]) by TGXML330.toshiba.local ([133.199.60.204]) with mapi id 14.03.0123.003; Fri, 3 May 2013 22:04:23 +0900 From: To: <6tsch@ietf.org> Thread-Topic: 6tsch-security draft Thread-Index: Ac5H/i1moc/ypwoDRZWBXtngnQiy/Q== Date: Fri, 3 May 2013 13:04:22 +0000 Message-ID: <674F70E5F2BE564CB06B6901FD3DD78B12D08CB9@tgxml338.toshiba.local> Accept-Language: ja-JP, en-US Content-Language: ja-JP x-originating-ip: [133.199.18.147] msscp.transfermailtomossagent: 103 Content-Type: text/plain; charset="iso-2022-jp" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 Subject: [6tsch] 6tsch-security draft X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 13:04:34 -0000 6tsch-security draft with detailed text is now available at: https://bitbucket.org/6tsch/draft-ohba-6tsch-security/src Comments are welcome. Yoshihiro Ohba From qinwang@berkeley.edu Fri May 3 06:31:22 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 1D7F721F960B for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 06:31:22 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.199 X-Spam-Level: X-Spam-Status: No, score=-4.199 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id HnD0qxCRqtCh for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 06:31:13 -0700 (PDT) Received: from cm06fe.IST.Berkeley.EDU (cm06fe.IST.Berkeley.EDU [169.229.218.147]) by ietfa.amsl.com (Postfix) with ESMTP id 3F82321F963A for <6tsch@ietf.org>; Fri, 3 May 2013 06:31:13 -0700 (PDT) Received: from cm01ws.ist.berkeley.edu ([169.229.218.163] helo=calmail.berkeley.edu) by cm06fe.ist.berkeley.edu with esmtpsa (TLSv1:AES256-SHA:256) (Exim 4.76) (auth login:qinwang@berkeley.edu) (envelope-from ) id 1UYG4s-0003Rc-Lm; Fri, 03 May 2013 06:31:12 -0700 Received: from 58.247.120.150 (SquirrelMail authenticated user qinwang@berkeley.edu) by calmail.berkeley.edu with HTTP; Fri, 3 May 2013 06:31:10 -0700 Message-ID: In-Reply-To: References: <03b12a7e3aef970c0f807583bad9707e.squirrel@calmail.berkeley.edu> <3181adac1a548690fd3a160d85a41f00.squirrel@calmail.berkeley.edu> Date: Fri, 3 May 2013 06:31:10 -0700 From: "Qin Wang" To: "Maria Rita PALATTELLA" User-Agent: SquirrelMail/1.4.21-2.berkeley MIME-Version: 1.0 Content-Type: text/plain;charset=utf-8 Content-Transfer-Encoding: 8bit X-Priority: 3 (Normal) Importance: Normal Cc: "Thomas Watteyne \(watteyne@eecs.berkeley.edu\)" , "6tsch@ietf.org" <6tsch@ietf.org>, "Pascal Thubert \(pthubert\) \(pthubert@cisco.com\)" , Qin Wang Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 13:31:23 -0000 Maria Rita, For installing schedule computed by PCE to every nodes along the path from nodeA to nodeB, one solution may be something like "source routing", another way may be multicast mentioned in "summary NSIS" branch. Qin > Qin, > > Right, I also do agree that Thomas' suggestion can be a possible solution. > We may need an interaction between PCEP and 6TUS, in order to reserve the > cells to the nodes (routers) along the multi-hop path between A and B. > > Actually, we will need to define some sort of mechanisms for collecting at > the PCE all the needed information related to network topology, requested > bandwidth, etc. In fact, they are not specified in RF5440. > > (1) Each source node that has some traffic to delivery, will have to send > a PCReq to PCE. > (2) PCE will build the schedule, following an algorithm (e.g., TASA, > DeTAS, etc.) So, it will reserve some cells for each node. > (3) PCE can send the PCRep only to node A (according to RFC5440). We may > need to modify it, as you are suggesting, in order to be able to send it > also to node C, and D. Anyway we will need to find a way for sending this > info (maybe, exchanging hop by hop: from node A to node C, from C to D.) > > Maria Rita > > > > > -----Original Message----- > From: Qin Wang [mailto:qinwang@berkeley.edu] > Sent: Friday, May 03, 2013 11:28 AM > To: Maria Rita PALATTELLA > Cc: Qin Wang; 6tsch@ietf.org; Thomas Watteyne > (watteyne@eecs.berkeley.edu); Pascal Thubert (pthubert) > (pthubert@cisco.com) > Subject: RE: [6tsch] PCEP for centralized scheduling in 6TSCH > architecture > > Maria Rita, > > Thank you for your explanation. I understand that PCEP is a communication > protocol between PCE and PCC. That is why PCE cannot tell the routers > along the path to PCC based on PCEP. Correct? For solving the problem, I > noticed that Thomas has a solution, i.e. the entity of PCEP in each node > along the path will extract the path information from PCRpl and use 6tus > commands to set the reserved cells into TSCH schedule. I think it works. > > The remained problem is how PCE knows the bandwidth requirements in each > node. It is reasonable to assume that each node can send packet to PCE via > some sort of initial formation of network. Then, (1)If a nodeA needs some > bandwidth to nodeB, nodeA will work as PCC, send PCReq to PCE. > (2) PCE select the routers between nodeA and nodeB, e.g. nodeC and nodeD, > and compute all of the reserved cells for nodeA, nodeB, nodeC and nodeD. > (3) PCE sends PCRpl to nodeA, nodeB, nodeC and nodeD, separately. (a > little bit modification on PCEP). > > Thought? > Qin > > > > >> Hello Qin, >> >> Based on my preliminary analysis, each node generating traffic should >> work as PCC and ask the PCE to build a path, using a PCReq. In the >> PCReq, it can ask for a given bandwidth (i.e., number of cells), based >> on the traffic load that it is going to offer to the network. >> According to TSCH, 1 cell per single pkt will be allocated, given that >> one pkt can be transmitted within a single time slot. >> >> Now, there are still some questions to be addressed. Among these, we >> have the following -- we have been discussing about this with Thomas >> and >> Pascal-- >> >> Q1) If the PCE has received a PCReq for setting a path from A to B, >> is there a way for the PCE to contact all the motes (routers) along >> the multi-hop path between A and B and install cells/links? >> >> It seems that PCE cannot contact the motes along the multi-hop path >> between A and B. Thus, in this case, one first possible solution could >> be to have the router acting also as PCC and asks some bandwidth >> based on the traffic that it has to forward. >> For sure this isn't the best solution, and it implies waste of energy. >> We will need to figure out better how to deal with this. >> >> I don't know if I answer your questions. Please, do not hesitate to >> come back to me, if I didn't get well your point. >> >> Thank you >> Maria Rita >> >> >> -----Original Message----- >> From: Qin Wang [mailto:qinwang@berkeley.edu] >> Sent: Friday, May 03, 2013 9:57 AM >> To: Maria Rita PALATTELLA >> Cc: 6tsch@ietf.org; Thomas Watteyne (watteyne@eecs.berkeley.edu); >> Pascal Thubert (pthubert) (pthubert@cisco.com) >> Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH >> architecture >> >> Hi Maria Rita, >> >> From your description about PCEP +TASA in the following, my >> understanding is that each node, no matter sensor nodes or router, >> will work as PCC and send PCReq message to PCE. The PCReq will include >> Bandwidth required besides source and destination address. In another >> word, a node, including router, has to figure out the bandwidth it needs >> independently. But, how? >> I think the bandwidth needed from a router to another router is the >> result computed by PCE, instead of the input from each router to the >> computation in PCE. >> >> Maybe I miss something. >> >> Regards >> Qin >> >>> Dear all, >>> I have started investigating the RFC5440 "Path Computation Element >>> Communication Protocol (PCEP)" in order to check " if" and "how" it >>> could fit in our 6TSCH architecture. >>> In detail, I wanted to see if we could use PCEP + TASA (Traffic Aware >>> Scheduling Algorithm) for computing and distributing the schedule >>> from the PCE to the nodes in a 6TSCH architecture that uses a >>> centralized scheduling algorithm. >>> I had some preliminary discussion already with Thomas on this topic, >>> but let's discuss all together on the ML. We would like to have your >>> feedback in order to see if we can really use PCEP, and how we can >>> fix some open issues in the 6TSCH context. >>> I will use some extracts from the RFC5440, that summarize the >>> behavior of the protocol, and show features that we could exploit. >>> This will result in a *very long* email. Sorry for that. And thanks >>> for going through it, and come back to me with your comments, >>> questions, suggestions. >>> Maria Rita >>> >>>>>PCEP is such a protocol designed specifically for communications >>>>>between a PCC and a PCE [...] a PCC may use PCEP to send a path >>>>>computation request for one or more TE LSPs to a PCE, and the PCE >>>>>may reply with a set of computed paths if one or more paths can be >>>>>found that satisfies the set of constraints. >>>>> PCC: Path Computation Client; any client application requesting a >>>>>path computation to be performed by a Path Computation Element. >>>>> PCE: Path Computation Element; an entity (component, application, >>>>>or network node) that is capable of computing a network path or >>>>>route based on a network graph and applying computational >>>>>constraints. >>>>> Explicit path: Full explicit path from start to destination; made >>>>>of a list of strict hops where a hop may be an abstract node such >>>>>as an AS. >>> [MR] The explicit path could be seen as a 6TSCH track, composed by >>> hard cells. >>> >>>>> [...] it is assumed that the PCE has the required information >>>>> (usually including network topology and resource information) so as >>>>> to perform the computation of a path for a TE LSP. Such >>>>> information can be gathered by routing protocols or by some other >>>>> means. The way in which the information is gathered is out of the >>>>> scope of this document (i.e, RFC5440). >>> [Thomas] Is that not a bit limiting? This means that we need one >>> protocol >>> (PCEP) to send data from the PCE to the motes, and another for stats >>> and topological and requirement data to go from the motes to the PCE. >>> [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't >>> specify how to build and distribute it, PCEP does not define how to >>> collect the required information (network topology, requirements) >>> used for computing paths. But the motes can specify the requirements >>> of the requested path within the PCReq messages. >>> >>>>> Transport Protocol. PCEP operates over TCP using a registered TCP >>>>> port (4189). This allows the requirements of reliable messaging and >>>>> flow control to be met without further protocol work. All PCEP >>>>> messages MUST be sent using the registered TCP port for the source >>>>> and destination TCP port. >>> [Thomas] can PCEP run on something else than TCP? It looks like no. >>> There is always the possibility for proposing a UDP version of PCEP, >>> but it's unclear to me how much rework is required. >>> [MR] According to the RFC5440, a PCEP session can be established ONLY >>> over a TCP connection. In other words, first a TCP connection (3-way >>> handshake) between the PCC and the PCE has to be established, and >>> after a PCEP session can be started. About proposing an UDP version >>> of PCEP, it is something to be investigated. >>> >>>>> Once the PCC has selected a PCE, it sends a Path Computation >>>>> Request to the PCE (PCReq message) that contains a variety of >>>>> objects that >>> specify the set of constraints and attributes for the path to be >>> computed. >>> For example, "Compute a TE LSP path with source IP address=x.y.z.t, >>> destination IP address=x'.y'.z'.t', bandwidth=B Mbit/s, Setup/Holding >>> priority=P, ...". Additionally, the PCC may desire to specify the >>> urgency of such request by assigning a request priority. >>> >>> [Thomas]If the PCE received a PCReq to go from A to B, is there a way >>> for the PCE to contact all the motes along the multi-hop path between >>> A and B and install cells/links? it looks like the PCE is only used >>> to calculate a multi-hop path on an already existing topology. >>> [MR]I agree with you. PCEP can set up a multi-hop path on an already >>> existing topology. There is correspondence 1-to-1 between PCReq and >>> PCRep. >>> Thus, it seems that PCE cannot contact the motes along the multi-hop >>> path between A and B. BUT... PCEP include some RP in the messages >>> (see >>> below) >>A Path Computation Reply(PCRep) Message can contain either >>> a set of computed paths if the request can be satisfied, or a >>> negative reply if not. The negative reply may indicate the reason >>> why no path could be found. >>>>>The RP (Request Parameters) object MUST be carried within each PCReq >>>>>and PCRep messages. The RP object is used to specify various >>>>>characteristics of the path computation request. >>> >> The END-POINTS object is used in a PCReq message to specify the >>> source IP address and the destination IP address of the path for >>> which a path computation is requested. Note that the source and >>> destination addresses specified in the END-POINTS object may >>> correspond to the source and destination IP address of the TE LSP or >>> to those of a path segment. >>> [MR] Setting the END-POINT object, maybe it could be possible to >>> allocate cells/links for each path segment. This is something to be >>> investigated. >>> >>The BANDWIDTH object is used to specify the requested bandwidth >>> for a TE LSP. The notion of bandwidth is similar to the one used for >>> RSVP >>> >>signaling in [RFC2205], [RFC3209], and [RFC3473]. >>> >>The METRIC object is optional and can be used for several purposes. >>> In a PCReq message, a PCC MAY insert one or more METRIC objects: >>> o To indicate the metric that MUST be optimized by the path >>> computation algorithm (IGP metric, TE metric, hop counts). >>> Currently, three metrics are defined: the IGP cost, the TE metric >>> (see [RFC3785]), and the number of hops traversed by a TE LSP. >>> o To indicate a bound on the path cost that MUST NOT be exceeded for >>> the path to be considered as acceptable by the PCC. >>> >>The path computation algorithmic aspects used by the PCE to >>> optimize a path with respect to a specific metric are outside the >>> scope of this >>> >>document. >>> [MR] TASA could be a possible algorithm for computing the path. It >>> seems to fits well with the RFC5440 Specification. >>> >>> TASA provides a method to the PCE for computing a network path, based >>> on the network graph and applying computational constraints (i.e., >>> selecting >>> duplex- and >>> interference-free conflict links, according to local and global queue >>> level). >>> Each node in the TSCH TASA-based network could act as PCC (Path >>> Computation Client), requesting a path computation to be performed by >>> the PCE. In detail, with the PCReq message, the PCC asks the PCE to >>> compute a path toward it (thus, source IP address = PCC IP address, >>> destination IP address = PCE destination address), having a given >>> bandwidth, equal to the number of packets it wants to transmit (i.e., >>> TASA local queue level, or in other word, traffic load offered by >>> the single node to the network). >>> After having collected all the PCReq messages from all the nodes in >>> the network, the PCE can build a schedule, setting one or more paths >>> for each PCC. >>> Once, the schedule has been built according to TASA matching and >>> coloring procedures, it is transmitted to each node in the network, >>> using PCRep messages. >>> Then, the 6TSCH 6TUS adaptation protocol can provide the >>> functionality for delivering the traffic in the queues, according to >>> the schedule built with >>> TASA+PCEP. >>> >>> Some Open ISSUES: >>> >>> Q1: How the PCE collect the information related to the network graph? >>> R1: Note that this is out of the scope of both RCF5440 and TASA. >>> However, we may suppose that such information are provided by the >>> routing protocol, RPL, as suggested in RFC5440. >>> "How" still has to be defined! >>> [Thomas] Agreed, that's a really important point. >>> >>> Q2: How the network is set up before implementing TASA+PCEP for >>> building the schedule? >>> R2: TASA does not specify how the network is built. In fact, TASA >>> runs over a network that has been already built, and that needs a >>> schedule in order to allow traffic-flow exchanges (i.e., >>> transmissions between each node and the PCE). Maybe, 6TUS could fill >>> this gap and provide the functionality for the 15.4e TSCH network >>> formation. >>> >>> [Thomas] I believe the "minimal" use case identified in the charter >>> covers this. >>> >>> Q3: Is there any need to change the PCReq and PCRep messages format, >>> for allowing the integration of PCEP with TASA? >>> [MR] there could be such need. >>> >>> >>> Q4:How the info in the PCRep messages can be used by 6TUS? >>> >>> [Thomas] The entity in the motes which received PCRep message simply >>> send commands over the 6tus interface. >>> >>> Q5: How would a TASA+PCEP solution work for P2P traffic? That is, >>> data flowing from a switch to a light without going through the >>> DAGroot? >>> [MR]TASA supports multi-point-to-point traffic (from each mote in the >>> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe >>> could support P2P traffic. This is something to be investigated. >>> >>> >>> _______________________________________________ >>> 6tsch mailing list >>> 6tsch@ietf.org >>> https://www.ietf.org/mailman/listinfo/6tsch >>> >> >> > > From twatteyne@gmail.com Fri May 3 07:49:51 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 794DD21F966F for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 07:49:41 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.051 X-Spam-Level: X-Spam-Status: No, score=-1.051 tagged_above=-999 required=5 tests=[AWL=-0.475, BAYES_00=-2.599, FM_FORGED_GMAIL=0.622, HTML_MESSAGE=0.001, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_LOW=-1] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id pPie04T2uOvG for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 07:49:37 -0700 (PDT) Received: from mail-pa0-f48.google.com (mail-pa0-f48.google.com [209.85.220.48]) by ietfa.amsl.com (Postfix) with ESMTP id 4844521F967D for <6tsch@ietf.org>; Fri, 3 May 2013 07:47:21 -0700 (PDT) Received: by mail-pa0-f48.google.com with SMTP id kp6so953511pab.21 for <6tsch@ietf.org>; Fri, 03 May 2013 07:47:18 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=x-received:mime-version:sender:in-reply-to:references:from:date :x-google-sender-auth:message-id:subject:to:content-type; bh=/R6OZdRD32fVo6IGqnYkfSY4vUIOKiW9XjHf4xyzAzE=; b=jyQ6liCr0IsSf0NL7gr/aEuNx9Oe6oxQdPG+xvvwKDDbiBIdcZ6mFvK081F0Q8cMN0 RypYKIg4sooNjdswv8XKs2rEi1IkcvjCekz+gMlU1COJ3m8oy5BJ7qhBmYyW1xjYND2e 187TdEOWgj+0H1WGw3C5l2A+fJ0s7y2Q8RB0nyjOBZKOhCZANXwK3k/ZQvQ2HdcR9Mg5 YyaNSpjy1EIyUlRi2DO4MD/d/Q/LqCWEhQIXwPbIAfI9bfRqwRAbpZWbrXQqsMibfGI/ y3EoIcoAcuPEt/td1YDvvaVQp9pJT+a3zzGo4pYUP0Ux0ln5nifKxLkesHDBzGvdvk1h RQmA== X-Received: by 10.68.103.36 with SMTP id ft4mr14100777pbb.2.1367592437928; Fri, 03 May 2013 07:47:17 -0700 (PDT) MIME-Version: 1.0 Sender: twatteyne@gmail.com Received: by 10.66.182.228 with HTTP; Fri, 3 May 2013 07:46:57 -0700 (PDT) In-Reply-To: References: <03b12a7e3aef970c0f807583bad9707e.squirrel@calmail.berkeley.edu> <3181adac1a548690fd3a160d85a41f00.squirrel@calmail.berkeley.edu> From: Thomas Watteyne Date: Fri, 3 May 2013 07:46:57 -0700 X-Google-Sender-Auth: WvV6KWuW5XJqFCW43yn2W6D--Qc Message-ID: To: "6tsch@ietf.org" <6tsch@ietf.org> Content-Type: multipart/alternative; boundary=047d7b66f62375da9d04dbd16d2f Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 14:49:52 -0000 --047d7b66f62375da9d04dbd16d2f Content-Type: text/plain; charset=ISO-8859-1 Interesting discussion. If I understand the discussion above, we have two options for distributing the schedule updated along the track between source and destination motes: - send a separate (unsolicited) PCResp to each node. I believe that this breaks PCEP's current packet flow, so would have to see whether such a use case is possible. - send the PCResp only to the PCC requesting the route, and have that node initiate the multi-hop reservation. This node could then use a PCNtf to indicate to the PCE that the reservation has been completed. There are other options, as discussed in the parallel e-mail thread about RSVP/NSIS. I'm sure we will discuss those over the phone in a couple of minutes. Thomas On Fri, May 3, 2013 at 6:31 AM, Qin Wang wrote: > Maria Rita, > > For installing schedule computed by PCE to every nodes along the path from > nodeA to nodeB, one solution may be something like "source routing", > another way may be multicast mentioned in "summary NSIS" branch. > > Qin > > > > Qin, > > > > Right, I also do agree that Thomas' suggestion can be a possible > solution. > > We may need an interaction between PCEP and 6TUS, in order to reserve the > > cells to the nodes (routers) along the multi-hop path between A and B. > > > > Actually, we will need to define some sort of mechanisms for collecting > at > > the PCE all the needed information related to network topology, requested > > bandwidth, etc. In fact, they are not specified in RF5440. > > > > (1) Each source node that has some traffic to delivery, will have to > send > > a PCReq to PCE. > > (2) PCE will build the schedule, following an algorithm (e.g., TASA, > > DeTAS, etc.) So, it will reserve some cells for each node. > > (3) PCE can send the PCRep only to node A (according to RFC5440). We may > > need to modify it, as you are suggesting, in order to be able to send it > > also to node C, and D. Anyway we will need to find a way for sending > this > > info (maybe, exchanging hop by hop: from node A to node C, from C to D.) > > > > Maria Rita > > > > > > > > > > -----Original Message----- > > From: Qin Wang [mailto:qinwang@berkeley.edu] > > Sent: Friday, May 03, 2013 11:28 AM > > To: Maria Rita PALATTELLA > > Cc: Qin Wang; 6tsch@ietf.org; Thomas Watteyne > > (watteyne@eecs.berkeley.edu); Pascal Thubert (pthubert) > > (pthubert@cisco.com) > > Subject: RE: [6tsch] PCEP for centralized scheduling in 6TSCH > > architecture > > > > Maria Rita, > > > > Thank you for your explanation. I understand that PCEP is a communication > > protocol between PCE and PCC. That is why PCE cannot tell the routers > > along the path to PCC based on PCEP. Correct? For solving the problem, I > > noticed that Thomas has a solution, i.e. the entity of PCEP in each node > > along the path will extract the path information from PCRpl and use 6tus > > commands to set the reserved cells into TSCH schedule. I think it works. > > > > The remained problem is how PCE knows the bandwidth requirements in each > > node. It is reasonable to assume that each node can send packet to PCE > via > > some sort of initial formation of network. Then, (1)If a nodeA needs some > > bandwidth to nodeB, nodeA will work as PCC, send PCReq to PCE. > > (2) PCE select the routers between nodeA and nodeB, e.g. nodeC and nodeD, > > and compute all of the reserved cells for nodeA, nodeB, nodeC and nodeD. > > (3) PCE sends PCRpl to nodeA, nodeB, nodeC and nodeD, separately. (a > > little bit modification on PCEP). > > > > Thought? > > Qin > > > > > > > > > >> Hello Qin, > >> > >> Based on my preliminary analysis, each node generating traffic should > >> work as PCC and ask the PCE to build a path, using a PCReq. In the > >> PCReq, it can ask for a given bandwidth (i.e., number of cells), based > >> on the traffic load that it is going to offer to the network. > >> According to TSCH, 1 cell per single pkt will be allocated, given that > >> one pkt can be transmitted within a single time slot. > >> > >> Now, there are still some questions to be addressed. Among these, we > >> have the following -- we have been discussing about this with Thomas > >> and > >> Pascal-- > >> > >> Q1) If the PCE has received a PCReq for setting a path from A to B, > >> is there a way for the PCE to contact all the motes (routers) along > >> the multi-hop path between A and B and install cells/links? > >> > >> It seems that PCE cannot contact the motes along the multi-hop path > >> between A and B. Thus, in this case, one first possible solution could > >> be to have the router acting also as PCC and asks some bandwidth > >> based on the traffic that it has to forward. > >> For sure this isn't the best solution, and it implies waste of energy. > >> We will need to figure out better how to deal with this. > >> > >> I don't know if I answer your questions. Please, do not hesitate to > >> come back to me, if I didn't get well your point. > >> > >> Thank you > >> Maria Rita > >> > >> > >> -----Original Message----- > >> From: Qin Wang [mailto:qinwang@berkeley.edu] > >> Sent: Friday, May 03, 2013 9:57 AM > >> To: Maria Rita PALATTELLA > >> Cc: 6tsch@ietf.org; Thomas Watteyne (watteyne@eecs.berkeley.edu); > >> Pascal Thubert (pthubert) (pthubert@cisco.com) > >> Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH > >> architecture > >> > >> Hi Maria Rita, > >> > >> From your description about PCEP +TASA in the following, my > >> understanding is that each node, no matter sensor nodes or router, > >> will work as PCC and send PCReq message to PCE. The PCReq will include > >> Bandwidth required besides source and destination address. In another > >> word, a node, including router, has to figure out the bandwidth it needs > >> independently. But, how? > >> I think the bandwidth needed from a router to another router is the > >> result computed by PCE, instead of the input from each router to the > >> computation in PCE. > >> > >> Maybe I miss something. > >> > >> Regards > >> Qin > >> > >>> Dear all, > >>> I have started investigating the RFC5440 "Path Computation Element > >>> Communication Protocol (PCEP)" in order to check " if" and "how" it > >>> could fit in our 6TSCH architecture. > >>> In detail, I wanted to see if we could use PCEP + TASA (Traffic Aware > >>> Scheduling Algorithm) for computing and distributing the schedule > >>> from the PCE to the nodes in a 6TSCH architecture that uses a > >>> centralized scheduling algorithm. > >>> I had some preliminary discussion already with Thomas on this topic, > >>> but let's discuss all together on the ML. We would like to have your > >>> feedback in order to see if we can really use PCEP, and how we can > >>> fix some open issues in the 6TSCH context. > >>> I will use some extracts from the RFC5440, that summarize the > >>> behavior of the protocol, and show features that we could exploit. > >>> This will result in a *very long* email. Sorry for that. And thanks > >>> for going through it, and come back to me with your comments, > >>> questions, suggestions. > >>> Maria Rita > >>> > >>>>>PCEP is such a protocol designed specifically for communications > >>>>>between a PCC and a PCE [...] a PCC may use PCEP to send a path > >>>>>computation request for one or more TE LSPs to a PCE, and the PCE > >>>>>may reply with a set of computed paths if one or more paths can be > >>>>>found that satisfies the set of constraints. > >>>>> PCC: Path Computation Client; any client application requesting a > >>>>>path computation to be performed by a Path Computation Element. > >>>>> PCE: Path Computation Element; an entity (component, application, > >>>>>or network node) that is capable of computing a network path or > >>>>>route based on a network graph and applying computational > >>>>>constraints. > >>>>> Explicit path: Full explicit path from start to destination; made > >>>>>of a list of strict hops where a hop may be an abstract node such > >>>>>as an AS. > >>> [MR] The explicit path could be seen as a 6TSCH track, composed by > >>> hard cells. > >>> > >>>>> [...] it is assumed that the PCE has the required information > >>>>> (usually including network topology and resource information) so as > >>>>> to perform the computation of a path for a TE LSP. Such > >>>>> information can be gathered by routing protocols or by some other > >>>>> means. The way in which the information is gathered is out of the > >>>>> scope of this document (i.e, RFC5440). > >>> [Thomas] Is that not a bit limiting? This means that we need one > >>> protocol > >>> (PCEP) to send data from the PCE to the motes, and another for stats > >>> and topological and requirement data to go from the motes to the PCE. > >>> [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't > >>> specify how to build and distribute it, PCEP does not define how to > >>> collect the required information (network topology, requirements) > >>> used for computing paths. But the motes can specify the requirements > >>> of the requested path within the PCReq messages. > >>> > >>>>> Transport Protocol. PCEP operates over TCP using a registered TCP > >>>>> port (4189). This allows the requirements of reliable messaging and > >>>>> flow control to be met without further protocol work. All PCEP > >>>>> messages MUST be sent using the registered TCP port for the source > >>>>> and destination TCP port. > >>> [Thomas] can PCEP run on something else than TCP? It looks like no. > >>> There is always the possibility for proposing a UDP version of PCEP, > >>> but it's unclear to me how much rework is required. > >>> [MR] According to the RFC5440, a PCEP session can be established ONLY > >>> over a TCP connection. In other words, first a TCP connection (3-way > >>> handshake) between the PCC and the PCE has to be established, and > >>> after a PCEP session can be started. About proposing an UDP version > >>> of PCEP, it is something to be investigated. > >>> > >>>>> Once the PCC has selected a PCE, it sends a Path Computation > >>>>> Request to the PCE (PCReq message) that contains a variety of > >>>>> objects that > >>> specify the set of constraints and attributes for the path to be > >>> computed. > >>> For example, "Compute a TE LSP path with source IP address=x.y.z.t, > >>> destination IP address=x'.y'.z'.t', bandwidth=B Mbit/s, Setup/Holding > >>> priority=P, ...". Additionally, the PCC may desire to specify the > >>> urgency of such request by assigning a request priority. > >>> > >>> [Thomas]If the PCE received a PCReq to go from A to B, is there a way > >>> for the PCE to contact all the motes along the multi-hop path between > >>> A and B and install cells/links? it looks like the PCE is only used > >>> to calculate a multi-hop path on an already existing topology. > >>> [MR]I agree with you. PCEP can set up a multi-hop path on an already > >>> existing topology. There is correspondence 1-to-1 between PCReq and > >>> PCRep. > >>> Thus, it seems that PCE cannot contact the motes along the multi-hop > >>> path between A and B. BUT... PCEP include some RP in the messages > >>> (see > >>> below) >>A Path Computation Reply(PCRep) Message can contain either > >>> a set of computed paths if the request can be satisfied, or a > >>> negative reply if not. The negative reply may indicate the reason > >>> why no path could be found. > >>>>>The RP (Request Parameters) object MUST be carried within each PCReq > >>>>>and PCRep messages. The RP object is used to specify various > >>>>>characteristics of the path computation request. > >>> >> The END-POINTS object is used in a PCReq message to specify the > >>> source IP address and the destination IP address of the path for > >>> which a path computation is requested. Note that the source and > >>> destination addresses specified in the END-POINTS object may > >>> correspond to the source and destination IP address of the TE LSP or > >>> to those of a path segment. > >>> [MR] Setting the END-POINT object, maybe it could be possible to > >>> allocate cells/links for each path segment. This is something to be > >>> investigated. > >>> >>The BANDWIDTH object is used to specify the requested bandwidth > >>> for a TE LSP. The notion of bandwidth is similar to the one used for > >>> RSVP > >>> >>signaling in [RFC2205], [RFC3209], and [RFC3473]. > >>> >>The METRIC object is optional and can be used for several purposes. > >>> In a PCReq message, a PCC MAY insert one or more METRIC objects: > >>> o To indicate the metric that MUST be optimized by the path > >>> computation algorithm (IGP metric, TE metric, hop counts). > >>> Currently, three metrics are defined: the IGP cost, the TE metric > >>> (see [RFC3785]), and the number of hops traversed by a TE LSP. > >>> o To indicate a bound on the path cost that MUST NOT be exceeded for > >>> the path to be considered as acceptable by the PCC. > >>> >>The path computation algorithmic aspects used by the PCE to > >>> optimize a path with respect to a specific metric are outside the > >>> scope of this > >>> >>document. > >>> [MR] TASA could be a possible algorithm for computing the path. It > >>> seems to fits well with the RFC5440 Specification. > >>> > >>> TASA provides a method to the PCE for computing a network path, based > >>> on the network graph and applying computational constraints (i.e., > >>> selecting > >>> duplex- and > >>> interference-free conflict links, according to local and global queue > >>> level). > >>> Each node in the TSCH TASA-based network could act as PCC (Path > >>> Computation Client), requesting a path computation to be performed by > >>> the PCE. In detail, with the PCReq message, the PCC asks the PCE to > >>> compute a path toward it (thus, source IP address = PCC IP address, > >>> destination IP address = PCE destination address), having a given > >>> bandwidth, equal to the number of packets it wants to transmit (i.e., > >>> TASA local queue level, or in other word, traffic load offered by > >>> the single node to the network). > >>> After having collected all the PCReq messages from all the nodes in > >>> the network, the PCE can build a schedule, setting one or more paths > >>> for each PCC. > >>> Once, the schedule has been built according to TASA matching and > >>> coloring procedures, it is transmitted to each node in the network, > >>> using PCRep messages. > >>> Then, the 6TSCH 6TUS adaptation protocol can provide the > >>> functionality for delivering the traffic in the queues, according to > >>> the schedule built with > >>> TASA+PCEP. > >>> > >>> Some Open ISSUES: > >>> > >>> Q1: How the PCE collect the information related to the network graph? > >>> R1: Note that this is out of the scope of both RCF5440 and TASA. > >>> However, we may suppose that such information are provided by the > >>> routing protocol, RPL, as suggested in RFC5440. > >>> "How" still has to be defined! > >>> [Thomas] Agreed, that's a really important point. > >>> > >>> Q2: How the network is set up before implementing TASA+PCEP for > >>> building the schedule? > >>> R2: TASA does not specify how the network is built. In fact, TASA > >>> runs over a network that has been already built, and that needs a > >>> schedule in order to allow traffic-flow exchanges (i.e., > >>> transmissions between each node and the PCE). Maybe, 6TUS could fill > >>> this gap and provide the functionality for the 15.4e TSCH network > >>> formation. > >>> > >>> [Thomas] I believe the "minimal" use case identified in the charter > >>> covers this. > >>> > >>> Q3: Is there any need to change the PCReq and PCRep messages format, > >>> for allowing the integration of PCEP with TASA? > >>> [MR] there could be such need. > >>> > >>> > >>> Q4:How the info in the PCRep messages can be used by 6TUS? > >>> > >>> [Thomas] The entity in the motes which received PCRep message simply > >>> send commands over the 6tus interface. > >>> > >>> Q5: How would a TASA+PCEP solution work for P2P traffic? That is, > >>> data flowing from a switch to a light without going through the > >>> DAGroot? > >>> [MR]TASA supports multi-point-to-point traffic (from each mote in the > >>> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe > >>> could support P2P traffic. This is something to be investigated. > >>> > >>> > >>> _______________________________________________ > >>> 6tsch mailing list > >>> 6tsch@ietf.org > >>> https://www.ietf.org/mailman/listinfo/6tsch > >>> > >> > >> > > > > > > > --047d7b66f62375da9d04dbd16d2f Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: quoted-printable
Interesting discussion. If I understand the discussion abo= ve, we have two options for distributing the schedule updated along the tra= ck between source and destination motes:
- send a separate (unsol= icited) PCResp to each node. I believe that this breaks PCEP's current = packet flow, so would have to see whether such a use case is possible.
- send the PCResp only to the PCC requesting the route, and have= that node initiate the multi-hop reservation. This node could then use a P= CNtf to indicate to the PCE that the reservation has been completed.

There are other options, as discussed in th= e parallel e-mail thread about RSVP/NSIS. I'm sure we will discuss thos= e over the phone in a couple of minutes.

Thomas


On Fri, May 3, 2013 at 6:31 AM, Qin Wang <qinwang@berkeley.edu= > wrote:
Maria Rita,

For installing schedule computed by PCE to every nodes along the path from<= br> nodeA to nodeB, one solution may be something like "source routing&quo= t;,
another way may be multicast mentioned in "summary NSIS" branch.<= br>
Qin


> Qin,
>
> Right, I also do agree that Thomas' suggestion can be a possible s= olution.
> We may need an interaction between PCEP and 6TUS, in order to reserve = the
> cells to =A0the nodes (routers) along the multi-hop path between A and= B.
>
> Actually, we will need to define some sort of mechanisms for collectin= g at
> the PCE all the needed information related to network topology, reques= ted
> bandwidth, etc. In fact, they are not specified in RF5440.
>
> (1) Each source node =A0that has some traffic to delivery, will have t= o send
> a PCReq to PCE.
> (2) PCE will build the schedule, following an algorithm (e.g., TASA, > DeTAS, etc.) So, it will reserve some cells for each node.
> (3) PCE can send the PCRep only to node A (according to RFC5440). We m= ay
> need to modify it, as you are suggesting, in order to be able to send = it
> also to node C, and D. Anyway we will =A0need to find a way for sendin= g this
> info (maybe, exchanging hop by hop: from node A to node C, =A0from C t= o D.)
>
> Maria Rita
>
>
>
>
> -----Original Message-----
> From: Qin Wang [mailto:qinwang= @berkeley.edu]
> Sent: Friday, May 03, 2013 11:28 AM
> To: Maria Rita PALATTELLA
> Cc: Qin Wang; 6tsch@ietf.org; Th= omas Watteyne
> (watteyne@eecs.berkeley.= edu); Pascal Thubert (pthubert)
> (pthubert@cisco.com)
> Subject: RE: [6tsch] PCEP for centralized scheduling in 6TSCH
> architecture
>
> Maria Rita,
>
> Thank you for your explanation. I understand that PCEP is a communicat= ion
> protocol between PCE and PCC. That is why PCE cannot tell the routers<= br> > along the path to PCC based on PCEP. Correct? For solving the problem,= I
> noticed that Thomas has a solution, i.e. the entity of PCEP in each no= de
> along the path will extract the path information from PCRpl and use 6t= us
> commands to set the reserved cells into TSCH schedule. I think it work= s.
>
> The remained problem is how PCE knows the bandwidth requirements in ea= ch
> node. It is reasonable to assume that each node can send packet to PCE= via
> some sort of initial formation of network. Then, (1)If a nodeA needs s= ome
> bandwidth to nodeB, nodeA will work as PCC, send PCReq to PCE.
> (2) PCE select the routers between nodeA and nodeB, e.g. nodeC and nod= eD,
> and compute all of the reserved cells for nodeA, nodeB, nodeC and node= D.
> (3) PCE sends PCRpl to nodeA, nodeB, nodeC and nodeD, separately. (a > little bit modification on PCEP).
>
> Thought?
> Qin
>
>
>
>
>> Hello Qin,
>>
>> Based on my preliminary analysis, each node generating traffic =A0= should
>> work as PCC and ask the PCE to build a path, using a PCReq. In the=
>> PCReq, it can ask for a given bandwidth (i.e., number of cells), b= ased
>> on the traffic load =A0that it is going to offer to the network. >> According to TSCH, 1 cell per single pkt will be allocated, given = that
>> one pkt can be transmitted within a single time slot.
>>
>> Now, there are still some questions to be addressed. Among these, = we
>> have the following =A0-- we have been discussing about this with T= homas
>> and
>> Pascal--
>>
>> Q1) If the PCE has received a PCReq for setting a path =A0from A t= o B,
>> is there a way for the PCE to contact all the motes (routers) alon= g
>> the multi-hop path between A and B and install cells/links?
>>
>> It seems that PCE cannot contact the motes along the multi-hop pat= h
>> between A and B. Thus, in this case, one first possible solution c= ould
>> be to have =A0the router acting also as PCC and asks some bandwidt= h
>> based on the traffic that it has to forward.
>> For sure this isn't the best solution, and it implies waste of= energy.
>> We will need to figure out better how to deal with this.
>>
>> I don't know if I answer your questions. Please, do not hesita= te to
>> come back to me, if I didn't get well your point.
>>
>> Thank you
>> Maria Rita
>>
>>
>> -----Original Message-----
>> From: Qin Wang [mailto:qin= wang@berkeley.edu]
>> Sent: Friday, May 03, 2013 9:57 AM
>> To: Maria Rita PALATTELLA
>> Cc: 6tsch@ietf.org; Thomas W= atteyne (watteyne@eecs.berkel= ey.edu);
>> Pascal Thubert (pthubert) (p= thubert@cisco.com)
>> Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH
>> architecture
>>
>> Hi Maria Rita,
>>
>> From your description about PCEP +TASA in the following, my
>> understanding is that each node, no matter sensor nodes or router,=
>> will work as PCC and send PCReq message to PCE. The PCReq will inc= lude
>> Bandwidth required besides source and destination address. In anot= her
>> word, a node, including router, has to figure out the bandwidth it= needs
>> independently. But, how?
>> I think the bandwidth needed from a router to another router is th= e
>> result computed by PCE, instead of the input from each router to t= he
>> computation in PCE.
>>
>> Maybe I miss something.
>>
>> Regards
>> Qin
>>
>>> Dear all,
>>> I have started investigating the RFC5440 "Path Computatio= n Element
>>> Communication Protocol (PCEP)" in order to check " i= f" and "how" it
>>> could fit in our 6TSCH architecture.
>>> In detail, I wanted to see if we could use PCEP + TASA (Traffi= c Aware
>>> Scheduling Algorithm) for computing and distributing the sched= ule
>>> from the PCE to the nodes in a 6TSCH architecture that uses a<= br> >>> centralized scheduling algorithm.
>>> I had some preliminary discussion already with Thomas on this = topic,
>>> but let's discuss all together on the ML. We would like to= have your
>>> feedback in order to see if we can really use PCEP, and how we= can
>>> fix some open issues in the 6TSCH context.
>>> I will use some extracts from the RFC5440, that summarize the<= br> >>> behavior of the protocol, and show features that we could expl= oit.
>>> This will result in a *very long* email. Sorry for that. And t= hanks
>>> for going through it, and come back to me with your comments,<= br> >>> questions, suggestions.
>>> Maria Rita
>>>
>>>>>PCEP is such a protocol designed specifically for commu= nications
>>>>>between =A0a PCC and a PCE [...] a PCC may use PCEP to = send a path
>>>>>computation =A0request for one or more TE LSPs to a PCE= , and the PCE
>>>>>may reply with a =A0set of computed paths if one or mor= e paths can be
>>>>>found that satisfies =A0the set of constraints.
>>>>> PCC: =A0Path Computation Client; any client applicatio= n requesting a
>>>>>path =A0computation to be performed by a Path Computati= on Element.
>>>>> PCE: =A0Path Computation Element; an entity (component= , application,
>>>>>or =A0network node) that is capable of computing a netw= ork path or
>>>>>route =A0based on a network graph and applying computat= ional
>>>>>constraints.
>>>>> Explicit path: =A0Full explicit path from start to des= tination; made
>>>>>of a =A0list of strict hops where a hop may be an abstr= act node such
>>>>>as =A0an AS.
>>> =A0[MR] The explicit path could be seen as a 6TSCH track, comp= osed by
>>> hard cells.
>>>
>>>>> [...] it is assumed that the PCE has the required info= rmation
>>>>> (usually including network topology and resource infor= mation) so as
>>>>> to perform the computation of a path for a TE LSP. =A0= Such
>>>>> information can be gathered by routing protocols or by= some other
>>>>> means. =A0The way in which the information is gathered= is out of the
>>>>> scope of this document (i.e, RFC5440).
>>> =A0[Thomas] Is that not a bit limiting? This means that we nee= d one
>>> protocol
>>> (PCEP) to send data from the PCE to the motes, and another for= stats
>>> and topological and requirement data to go from the motes to t= he PCE.
>>> =A0[MR] Yes, it is. Like 15.4e TSCH that uses a schedule but i= t doesn't
>>> specify how to build and distribute it, PCEP does not define h= ow to
>>> collect the required information (network topology, requiremen= ts)
>>> used for computing paths. But the motes can specify the requir= ements
>>> of the requested path within the PCReq messages.
>>>
>>>>> =A0Transport Protocol. PCEP operates over TCP using a = registered TCP
>>>>> port (4189). This allows the requirements of reliable = messaging and
>>>>> flow control to be met without further protocol work. = All PCEP
>>>>> messages MUST be sent using the registered TCP port fo= r the source
>>>>> and destination TCP port.
>>> =A0[Thomas] can PCEP run on something else than TCP? It looks = like no.
>>> There is always the possibility for proposing a UDP version of= PCEP,
>>> but it's unclear to me how much rework is required.
>>> [MR] According to the RFC5440, a PCEP session can be establish= ed ONLY
>>> over a =A0TCP connection. In other words, first a TCP connecti= on (3-way
>>> handshake) between the PCC and the PCE has to be established, = and
>>> after a PCEP session can be started. About proposing an UDP ve= rsion
>>> of PCEP, it is something to be investigated.
>>>
>>>>> Once the PCC has selected a PCE, it sends a Path Compu= tation
>>>>> Request to the PCE (PCReq message) that contains a var= iety of
>>>>> objects that
>>> specify the set of constraints and attributes for the path to = be
>>> computed.
>>> =A0For example, "Compute a TE LSP path with source IP add= ress=3Dx.y.z.t,
>>> destination IP address=3Dx'.y'.z'.t', bandwidt= h=3DB Mbit/s, Setup/Holding
>>> priority=3DP, ...". =A0Additionally, the PCC may desire t= o specify the
>>> urgency =A0of such request by assigning a request priority. >>>
>>> [Thomas]If the PCE received a PCReq to go from A to B, is ther= e a way
>>> for the PCE to contact all the motes along the multi-hop path = between
>>> A and B and install cells/links? it looks like the PCE is only= used
>>> to calculate a multi-hop path on an already existing topology.=
>>> [MR]I agree with you. PCEP can set up a multi-hop path on an a= lready
>>> existing topology. There is correspondence 1-to-1 between PCRe= q and
>>> PCRep.
>>> Thus, it seems that PCE cannot contact the motes along the mul= ti-hop
>>> path between A and B. BUT... PCEP include some RP in the messa= ges
>>> (see
>>> below) =A0>>A Path Computation Reply(PCRep) Message can = contain either
>>> a set of computed paths if the request can be satisfied, or a<= br> >>> negative reply if not. =A0The negative reply may indicate the = reason
>>> why no path could be found.
>>>>>The RP (Request Parameters) object MUST be carried with= in each PCReq
>>>>>and =A0PCRep messages. The RP object is used to specify= various
>>>>>characteristics =A0of the path computation request.
>>> =A0>> The END-POINTS object is used in a PCReq message t= o specify the
>>> source IP address and the destination IP address of the path f= or
>>> which a path computation is requested. Note that the source an= d
>>> destination addresses specified in the END-POINTS object may >>> correspond to the source and destination IP address of the TE = LSP or
>>> to those of a path segment.
>>> =A0[MR] Setting the END-POINT object, maybe it could be possib= le to
>>> allocate cells/links for each path segment. This is something = to be
>>> investigated.
>>> =A0>>The BANDWIDTH object is used to specify the request= ed bandwidth
>>> for a TE LSP. The notion of bandwidth is similar to the one us= ed for
>>> RSVP
>>> >>signaling in [RFC2205], [RFC3209], and [RFC3473].
>>> =A0>>The METRIC object is optional and can be used for s= everal purposes.
>>> In a PCReq message, a PCC MAY insert one or more METRIC object= s:
>>> =A0o To indicate the metric that MUST be optimized by the path=
>>> computation algorithm (IGP metric, TE metric, hop counts).
>>> Currently, three metrics are defined: the IGP cost, the TE met= ric
>>> (see [RFC3785]), and the number of hops traversed by a TE LSP.=
>>> =A0o To indicate a bound on the path cost that MUST NOT be exc= eeded for
>>> the path to be considered as acceptable by the PCC.
>>> =A0>>The path computation algorithmic aspects used by th= e PCE to
>>> optimize a path with respect to a specific metric are outside = the
>>> scope of this
>>> >>document.
>>> [MR] TASA could be a possible algorithm for computing the path= . It
>>> seems to fits well with the RFC5440 Specification.
>>>
>>> TASA provides a method to the PCE for computing a network path= , based
>>> on the network graph and applying computational constraints (i= .e.,
>>> selecting
>>> duplex- and
>>> interference-free conflict links, according to local and globa= l queue
>>> level).
>>> Each node in the TSCH TASA-based network could act as PCC (Pat= h
>>> Computation Client), requesting a path computation to be perfo= rmed by
>>> the PCE. In detail, with the PCReq message, the PCC asks the P= CE to
>>> compute a path toward it (thus, source IP address =3D PCC IP a= ddress,
>>> destination IP address =3D PCE destination address), having a = =A0given
>>> bandwidth, equal to the number of packets it wants to transmit= (i.e.,
>>> TASA local queue level, or =A0in other word, traffic load offe= red by
>>> the single node to the network).
>>> After having collected all the PCReq messages from all the nod= es in
>>> the network, the PCE can build a schedule, setting one or more= paths
>>> for each PCC.
>>> Once, the schedule has been built according to TASA matching a= nd
>>> coloring procedures, it is transmitted to each node in the net= work,
>>> using PCRep messages.
>>> Then, the 6TSCH 6TUS adaptation protocol can provide the
>>> functionality for delivering the traffic in the queues, accord= ing to
>>> the schedule built with
>>> TASA+PCEP.
>>>
>>> Some Open ISSUES:
>>>
>>> Q1: How the PCE collect the information related to the network= graph?
>>> R1: Note that this is out of the scope of both RCF5440 and TAS= A.
>>> However, we may suppose that such information are provided by = the
>>> routing protocol, RPL, as suggested in RFC5440.
>>> "How" still has to be defined!
>>> [Thomas] Agreed, that's a really important point.
>>>
>>> Q2: How the network is set up before implementing TASA+PCEP fo= r
>>> building the schedule?
>>> R2: TASA does not specify how the network is built. In fact, T= ASA
>>> runs over a network that has been already built, and that need= s a
>>> schedule in order to allow traffic-flow exchanges (i.e.,
>>> transmissions between each node and the PCE). Maybe, 6TUS coul= d fill
>>> this gap and provide the functionality for the 15.4e TSCH netw= ork
>>> formation.
>>>
>>> [Thomas] I believe the "minimal" use case identified= in the charter
>>> covers this.
>>>
>>> Q3: Is there any need to change the PCReq and PCRep messages f= ormat,
>>> for allowing the integration of PCEP with TASA?
>>> [MR] there could be such need.
>>>
>>>
>>> Q4:How the info in the PCRep messages can be used by 6TUS?
>>>
>>> [Thomas] The entity in the motes which received PCRep message = simply
>>> send commands over the 6tus interface.
>>>
>>> Q5: How would a TASA+PCEP solution work for P2P traffic? That = is,
>>> data flowing from a switch to a light without going through th= e
>>> DAGroot?
>>> [MR]TASA supports multi-point-to-point traffic (from each mote= in the
>>> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP= maybe
>>> could support P2P traffic. This is something to be investigate= d.
>>>
>>>
>>> _______________________________________________
>>> 6tsch mailing list
>>> 6tsch@ietf.org
>>> https://www.ietf.org/mailman/listinfo/6tsch
>>>
>>
>>
>
>



--047d7b66f62375da9d04dbd16d2f-- From xvilajosana@eecs.berkeley.edu Fri May 3 08:40:15 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 3A85021F965C for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 08:39:56 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -4.198 X-Spam-Level: X-Spam-Status: No, score=-4.198 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id lTm1LyRXM-9u for <6tsch@ietfa.amsl.com>; Fri, 3 May 2013 08:39:51 -0700 (PDT) Received: from cm03fe.IST.Berkeley.EDU (cm03fe.IST.Berkeley.EDU [169.229.218.144]) by ietfa.amsl.com (Postfix) with ESMTP id 0974D21F9827 for <6tsch@ietf.org>; Fri, 3 May 2013 07:58:53 -0700 (PDT) Received: from c-67-188-198-243.hsd1.ca.comcast.net ([67.188.198.243] helo=[192.168.2.5]) by cm03fe.ist.berkeley.edu with esmtpsa (TLSv1:AES256-SHA:256) (Exim 4.76) (auth plain:xvilajosana@eecs.berkeley.edu) (envelope-from ) id 1UYHRe-0001J9-AV for 6tsch@ietf.org; Fri, 03 May 2013 07:58:49 -0700 Message-ID: <5183D0A1.1070102@eecs.berkeley.edu> Date: Fri, 03 May 2013 07:58:41 -0700 From: Xavier Vilajosana User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:17.0) Gecko/20130404 Thunderbird/17.0.5 MIME-Version: 1.0 To: 6tsch@ietf.org References: <03b12a7e3aef970c0f807583bad9707e.squirrel@calmail.berkeley.edu> <3181adac1a548690fd3a160d85a41f00.squirrel@calmail.berkeley.edu> In-Reply-To: Content-Type: multipart/alternative; boundary="------------010704010908010308010506" Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 03 May 2013 15:40:16 -0000 This is a multi-part message in MIME format. --------------010704010908010308010506 Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit just a short question, what is the difference between having a node issuing a PCReq to the PCE and having a node requesting some amount of bandwidth using a Reservation request message from NSIS/RSVP? In both cases we need a route to the PCE and the answer of the reservation request will come back to the issuer which will install the links/bw. If NSIS also the nodes in the path might install the bw. X Al 03/05/13 07:46, En/na Thomas Watteyne ha escrit: > Interesting discussion. If I understand the discussion above, we have > two options for distributing the schedule updated along the track > between source and destination motes: > - send a separate (unsolicited) PCResp to each node. I believe that > this breaks PCEP's current packet flow, so would have to see whether > such a use case is possible. > - send the PCResp only to the PCC requesting the route, and have that > node initiate the multi-hop reservation. This node could then use a > PCNtf to indicate to the PCE that the reservation has been completed. > > There are other options, as discussed in the parallel e-mail thread > about RSVP/NSIS. I'm sure we will discuss those over the phone in a > couple of minutes. > > Thomas > > > On Fri, May 3, 2013 at 6:31 AM, Qin Wang > wrote: > > Maria Rita, > > For installing schedule computed by PCE to every nodes along the > path from > nodeA to nodeB, one solution may be something like "source routing", > another way may be multicast mentioned in "summary NSIS" branch. > > Qin > > > > Qin, > > > > Right, I also do agree that Thomas' suggestion can be a possible > solution. > > We may need an interaction between PCEP and 6TUS, in order to > reserve the > > cells to the nodes (routers) along the multi-hop path between A > and B. > > > > Actually, we will need to define some sort of mechanisms for > collecting at > > the PCE all the needed information related to network topology, > requested > > bandwidth, etc. In fact, they are not specified in RF5440. > > > > (1) Each source node that has some traffic to delivery, will > have to send > > a PCReq to PCE. > > (2) PCE will build the schedule, following an algorithm (e.g., TASA, > > DeTAS, etc.) So, it will reserve some cells for each node. > > (3) PCE can send the PCRep only to node A (according to > RFC5440). We may > > need to modify it, as you are suggesting, in order to be able to > send it > > also to node C, and D. Anyway we will need to find a way for > sending this > > info (maybe, exchanging hop by hop: from node A to node C, from > C to D.) > > > > Maria Rita > > > > > > > > > > -----Original Message----- > > From: Qin Wang [mailto:qinwang@berkeley.edu > ] > > Sent: Friday, May 03, 2013 11:28 AM > > To: Maria Rita PALATTELLA > > Cc: Qin Wang; 6tsch@ietf.org ; Thomas > Watteyne > > (watteyne@eecs.berkeley.edu > ); Pascal Thubert (pthubert) > > (pthubert@cisco.com ) > > Subject: RE: [6tsch] PCEP for centralized scheduling in 6TSCH > > architecture > > > > Maria Rita, > > > > Thank you for your explanation. I understand that PCEP is a > communication > > protocol between PCE and PCC. That is why PCE cannot tell the > routers > > along the path to PCC based on PCEP. Correct? For solving the > problem, I > > noticed that Thomas has a solution, i.e. the entity of PCEP in > each node > > along the path will extract the path information from PCRpl and > use 6tus > > commands to set the reserved cells into TSCH schedule. I think > it works. > > > > The remained problem is how PCE knows the bandwidth requirements > in each > > node. It is reasonable to assume that each node can send packet > to PCE via > > some sort of initial formation of network. Then, (1)If a nodeA > needs some > > bandwidth to nodeB, nodeA will work as PCC, send PCReq to PCE. > > (2) PCE select the routers between nodeA and nodeB, e.g. nodeC > and nodeD, > > and compute all of the reserved cells for nodeA, nodeB, nodeC > and nodeD. > > (3) PCE sends PCRpl to nodeA, nodeB, nodeC and nodeD, separately. (a > > little bit modification on PCEP). > > > > Thought? > > Qin > > > > > > > > > >> Hello Qin, > >> > >> Based on my preliminary analysis, each node generating traffic > should > >> work as PCC and ask the PCE to build a path, using a PCReq. In the > >> PCReq, it can ask for a given bandwidth (i.e., number of > cells), based > >> on the traffic load that it is going to offer to the network. > >> According to TSCH, 1 cell per single pkt will be allocated, > given that > >> one pkt can be transmitted within a single time slot. > >> > >> Now, there are still some questions to be addressed. Among > these, we > >> have the following -- we have been discussing about this with > Thomas > >> and > >> Pascal-- > >> > >> Q1) If the PCE has received a PCReq for setting a path from A > to B, > >> is there a way for the PCE to contact all the motes (routers) along > >> the multi-hop path between A and B and install cells/links? > >> > >> It seems that PCE cannot contact the motes along the multi-hop path > >> between A and B. Thus, in this case, one first possible > solution could > >> be to have the router acting also as PCC and asks some bandwidth > >> based on the traffic that it has to forward. > >> For sure this isn't the best solution, and it implies waste of > energy. > >> We will need to figure out better how to deal with this. > >> > >> I don't know if I answer your questions. Please, do not hesitate to > >> come back to me, if I didn't get well your point. > >> > >> Thank you > >> Maria Rita > >> > >> > >> -----Original Message----- > >> From: Qin Wang [mailto:qinwang@berkeley.edu > ] > >> Sent: Friday, May 03, 2013 9:57 AM > >> To: Maria Rita PALATTELLA > >> Cc: 6tsch@ietf.org ; Thomas Watteyne > (watteyne@eecs.berkeley.edu ); > >> Pascal Thubert (pthubert) (pthubert@cisco.com > ) > >> Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH > >> architecture > >> > >> Hi Maria Rita, > >> > >> From your description about PCEP +TASA in the following, my > >> understanding is that each node, no matter sensor nodes or router, > >> will work as PCC and send PCReq message to PCE. The PCReq will > include > >> Bandwidth required besides source and destination address. In > another > >> word, a node, including router, has to figure out the bandwidth > it needs > >> independently. But, how? > >> I think the bandwidth needed from a router to another router is the > >> result computed by PCE, instead of the input from each router > to the > >> computation in PCE. > >> > >> Maybe I miss something. > >> > >> Regards > >> Qin > >> > >>> Dear all, > >>> I have started investigating the RFC5440 "Path Computation Element > >>> Communication Protocol (PCEP)" in order to check " if" and > "how" it > >>> could fit in our 6TSCH architecture. > >>> In detail, I wanted to see if we could use PCEP + TASA > (Traffic Aware > >>> Scheduling Algorithm) for computing and distributing the schedule > >>> from the PCE to the nodes in a 6TSCH architecture that uses a > >>> centralized scheduling algorithm. > >>> I had some preliminary discussion already with Thomas on this > topic, > >>> but let's discuss all together on the ML. We would like to > have your > >>> feedback in order to see if we can really use PCEP, and how we can > >>> fix some open issues in the 6TSCH context. > >>> I will use some extracts from the RFC5440, that summarize the > >>> behavior of the protocol, and show features that we could exploit. > >>> This will result in a *very long* email. Sorry for that. And > thanks > >>> for going through it, and come back to me with your comments, > >>> questions, suggestions. > >>> Maria Rita > >>> > >>>>>PCEP is such a protocol designed specifically for communications > >>>>>between a PCC and a PCE [...] a PCC may use PCEP to send a path > >>>>>computation request for one or more TE LSPs to a PCE, and > the PCE > >>>>>may reply with a set of computed paths if one or more paths > can be > >>>>>found that satisfies the set of constraints. > >>>>> PCC: Path Computation Client; any client application > requesting a > >>>>>path computation to be performed by a Path Computation Element. > >>>>> PCE: Path Computation Element; an entity (component, > application, > >>>>>or network node) that is capable of computing a network path or > >>>>>route based on a network graph and applying computational > >>>>>constraints. > >>>>> Explicit path: Full explicit path from start to > destination; made > >>>>>of a list of strict hops where a hop may be an abstract node > such > >>>>>as an AS. > >>> [MR] The explicit path could be seen as a 6TSCH track, > composed by > >>> hard cells. > >>> > >>>>> [...] it is assumed that the PCE has the required information > >>>>> (usually including network topology and resource > information) so as > >>>>> to perform the computation of a path for a TE LSP. Such > >>>>> information can be gathered by routing protocols or by some > other > >>>>> means. The way in which the information is gathered is out > of the > >>>>> scope of this document (i.e, RFC5440). > >>> [Thomas] Is that not a bit limiting? This means that we need one > >>> protocol > >>> (PCEP) to send data from the PCE to the motes, and another for > stats > >>> and topological and requirement data to go from the motes to > the PCE. > >>> [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it > doesn't > >>> specify how to build and distribute it, PCEP does not define > how to > >>> collect the required information (network topology, requirements) > >>> used for computing paths. But the motes can specify the > requirements > >>> of the requested path within the PCReq messages. > >>> > >>>>> Transport Protocol. PCEP operates over TCP using a > registered TCP > >>>>> port (4189). This allows the requirements of reliable > messaging and > >>>>> flow control to be met without further protocol work. All PCEP > >>>>> messages MUST be sent using the registered TCP port for the > source > >>>>> and destination TCP port. > >>> [Thomas] can PCEP run on something else than TCP? It looks > like no. > >>> There is always the possibility for proposing a UDP version of > PCEP, > >>> but it's unclear to me how much rework is required. > >>> [MR] According to the RFC5440, a PCEP session can be > established ONLY > >>> over a TCP connection. In other words, first a TCP connection > (3-way > >>> handshake) between the PCC and the PCE has to be established, and > >>> after a PCEP session can be started. About proposing an UDP > version > >>> of PCEP, it is something to be investigated. > >>> > >>>>> Once the PCC has selected a PCE, it sends a Path Computation > >>>>> Request to the PCE (PCReq message) that contains a variety of > >>>>> objects that > >>> specify the set of constraints and attributes for the path to be > >>> computed. > >>> For example, "Compute a TE LSP path with source IP > address=x.y.z.t, > >>> destination IP address=x'.y'.z'.t', bandwidth=B Mbit/s, > Setup/Holding > >>> priority=P, ...". Additionally, the PCC may desire to specify the > >>> urgency of such request by assigning a request priority. > >>> > >>> [Thomas]If the PCE received a PCReq to go from A to B, is > there a way > >>> for the PCE to contact all the motes along the multi-hop path > between > >>> A and B and install cells/links? it looks like the PCE is only > used > >>> to calculate a multi-hop path on an already existing topology. > >>> [MR]I agree with you. PCEP can set up a multi-hop path on an > already > >>> existing topology. There is correspondence 1-to-1 between > PCReq and > >>> PCRep. > >>> Thus, it seems that PCE cannot contact the motes along the > multi-hop > >>> path between A and B. BUT... PCEP include some RP in the messages > >>> (see > >>> below) >>A Path Computation Reply(PCRep) Message can contain > either > >>> a set of computed paths if the request can be satisfied, or a > >>> negative reply if not. The negative reply may indicate the reason > >>> why no path could be found. > >>>>>The RP (Request Parameters) object MUST be carried within > each PCReq > >>>>>and PCRep messages. The RP object is used to specify various > >>>>>characteristics of the path computation request. > >>> >> The END-POINTS object is used in a PCReq message to > specify the > >>> source IP address and the destination IP address of the path for > >>> which a path computation is requested. Note that the source and > >>> destination addresses specified in the END-POINTS object may > >>> correspond to the source and destination IP address of the TE > LSP or > >>> to those of a path segment. > >>> [MR] Setting the END-POINT object, maybe it could be possible to > >>> allocate cells/links for each path segment. This is something > to be > >>> investigated. > >>> >>The BANDWIDTH object is used to specify the requested bandwidth > >>> for a TE LSP. The notion of bandwidth is similar to the one > used for > >>> RSVP > >>> >>signaling in [RFC2205], [RFC3209], and [RFC3473]. > >>> >>The METRIC object is optional and can be used for several > purposes. > >>> In a PCReq message, a PCC MAY insert one or more METRIC objects: > >>> o To indicate the metric that MUST be optimized by the path > >>> computation algorithm (IGP metric, TE metric, hop counts). > >>> Currently, three metrics are defined: the IGP cost, the TE metric > >>> (see [RFC3785]), and the number of hops traversed by a TE LSP. > >>> o To indicate a bound on the path cost that MUST NOT be > exceeded for > >>> the path to be considered as acceptable by the PCC. > >>> >>The path computation algorithmic aspects used by the PCE to > >>> optimize a path with respect to a specific metric are outside the > >>> scope of this > >>> >>document. > >>> [MR] TASA could be a possible algorithm for computing the path. It > >>> seems to fits well with the RFC5440 Specification. > >>> > >>> TASA provides a method to the PCE for computing a network > path, based > >>> on the network graph and applying computational constraints (i.e., > >>> selecting > >>> duplex- and > >>> interference-free conflict links, according to local and > global queue > >>> level). > >>> Each node in the TSCH TASA-based network could act as PCC (Path > >>> Computation Client), requesting a path computation to be > performed by > >>> the PCE. In detail, with the PCReq message, the PCC asks the > PCE to > >>> compute a path toward it (thus, source IP address = PCC IP > address, > >>> destination IP address = PCE destination address), having a given > >>> bandwidth, equal to the number of packets it wants to transmit > (i.e., > >>> TASA local queue level, or in other word, traffic load offered by > >>> the single node to the network). > >>> After having collected all the PCReq messages from all the > nodes in > >>> the network, the PCE can build a schedule, setting one or more > paths > >>> for each PCC. > >>> Once, the schedule has been built according to TASA matching and > >>> coloring procedures, it is transmitted to each node in the > network, > >>> using PCRep messages. > >>> Then, the 6TSCH 6TUS adaptation protocol can provide the > >>> functionality for delivering the traffic in the queues, > according to > >>> the schedule built with > >>> TASA+PCEP. > >>> > >>> Some Open ISSUES: > >>> > >>> Q1: How the PCE collect the information related to the network > graph? > >>> R1: Note that this is out of the scope of both RCF5440 and TASA. > >>> However, we may suppose that such information are provided by the > >>> routing protocol, RPL, as suggested in RFC5440. > >>> "How" still has to be defined! > >>> [Thomas] Agreed, that's a really important point. > >>> > >>> Q2: How the network is set up before implementing TASA+PCEP for > >>> building the schedule? > >>> R2: TASA does not specify how the network is built. In fact, TASA > >>> runs over a network that has been already built, and that needs a > >>> schedule in order to allow traffic-flow exchanges (i.e., > >>> transmissions between each node and the PCE). Maybe, 6TUS > could fill > >>> this gap and provide the functionality for the 15.4e TSCH network > >>> formation. > >>> > >>> [Thomas] I believe the "minimal" use case identified in the > charter > >>> covers this. > >>> > >>> Q3: Is there any need to change the PCReq and PCRep messages > format, > >>> for allowing the integration of PCEP with TASA? > >>> [MR] there could be such need. > >>> > >>> > >>> Q4:How the info in the PCRep messages can be used by 6TUS? > >>> > >>> [Thomas] The entity in the motes which received PCRep message > simply > >>> send commands over the 6tus interface. > >>> > >>> Q5: How would a TASA+PCEP solution work for P2P traffic? That is, > >>> data flowing from a switch to a light without going through the > >>> DAGroot? > >>> [MR]TASA supports multi-point-to-point traffic (from each mote > in the > >>> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP > maybe > >>> could support P2P traffic. This is something to be investigated. > >>> > >>> > >>> _______________________________________________ > >>> 6tsch mailing list > >>> 6tsch@ietf.org > >>> https://www.ietf.org/mailman/listinfo/6tsch > >>> > >> > >> > > > > > > > > > > _______________________________________________ > 6tsch mailing list > 6tsch@ietf.org > https://www.ietf.org/mailman/listinfo/6tsch --------------010704010908010308010506 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit
just a short question,

what is the difference between having a node issuing a PCReq to the PCE and having a node requesting some amount of bandwidth using a Reservation request message from NSIS/RSVP?

In both cases we need a route to the PCE and the answer of the reservation request will come back to the issuer which will install the links/bw. If NSIS also the nodes in the path might install the bw.

X

Al 03/05/13 07:46, En/na Thomas Watteyne ha escrit:
Interesting discussion. If I understand the discussion above, we have two options for distributing the schedule updated along the track between source and destination motes:
- send a separate (unsolicited) PCResp to each node. I believe that this breaks PCEP's current packet flow, so would have to see whether such a use case is possible.
- send the PCResp only to the PCC requesting the route, and have that node initiate the multi-hop reservation. This node could then use a PCNtf to indicate to the PCE that the reservation has been completed.

There are other options, as discussed in the parallel e-mail thread about RSVP/NSIS. I'm sure we will discuss those over the phone in a couple of minutes.

Thomas


On Fri, May 3, 2013 at 6:31 AM, Qin Wang <qinwang@berkeley.edu> wrote:
Maria Rita,

For installing schedule computed by PCE to every nodes along the path from
nodeA to nodeB, one solution may be something like "source routing",
another way may be multicast mentioned in "summary NSIS" branch.

Qin


> Qin,
>
> Right, I also do agree that Thomas' suggestion can be a possible solution.
> We may need an interaction between PCEP and 6TUS, in order to reserve the
> cells to  the nodes (routers) along the multi-hop path between A and B.
>
> Actually, we will need to define some sort of mechanisms for collecting at
> the PCE all the needed information related to network topology, requested
> bandwidth, etc. In fact, they are not specified in RF5440.
>
> (1) Each source node  that has some traffic to delivery, will have to send
> a PCReq to PCE.
> (2) PCE will build the schedule, following an algorithm (e.g., TASA,
> DeTAS, etc.) So, it will reserve some cells for each node.
> (3) PCE can send the PCRep only to node A (according to RFC5440). We may
> need to modify it, as you are suggesting, in order to be able to send it
> also to node C, and D. Anyway we will  need to find a way for sending this
> info (maybe, exchanging hop by hop: from node A to node C,  from C to D.)
>
> Maria Rita
>
>
>
>
> -----Original Message-----
> From: Qin Wang [mailto:qinwang@berkeley.edu]
> Sent: Friday, May 03, 2013 11:28 AM
> To: Maria Rita PALATTELLA
> Cc: Qin Wang; 6tsch@ietf.org; Thomas Watteyne
> (watteyne@eecs.berkeley.edu); Pascal Thubert (pthubert)
> (pthubert@cisco.com)
> Subject: RE: [6tsch] PCEP for centralized scheduling in 6TSCH
> architecture
>
> Maria Rita,
>
> Thank you for your explanation. I understand that PCEP is a communication
> protocol between PCE and PCC. That is why PCE cannot tell the routers
> along the path to PCC based on PCEP. Correct? For solving the problem, I
> noticed that Thomas has a solution, i.e. the entity of PCEP in each node
> along the path will extract the path information from PCRpl and use 6tus
> commands to set the reserved cells into TSCH schedule. I think it works.
>
> The remained problem is how PCE knows the bandwidth requirements in each
> node. It is reasonable to assume that each node can send packet to PCE via
> some sort of initial formation of network. Then, (1)If a nodeA needs some
> bandwidth to nodeB, nodeA will work as PCC, send PCReq to PCE.
> (2) PCE select the routers between nodeA and nodeB, e.g. nodeC and nodeD,
> and compute all of the reserved cells for nodeA, nodeB, nodeC and nodeD.
> (3) PCE sends PCRpl to nodeA, nodeB, nodeC and nodeD, separately. (a
> little bit modification on PCEP).
>
> Thought?
> Qin
>
>
>
>
>> Hello Qin,
>>
>> Based on my preliminary analysis, each node generating traffic  should
>> work as PCC and ask the PCE to build a path, using a PCReq. In the
>> PCReq, it can ask for a given bandwidth (i.e., number of cells), based
>> on the traffic load  that it is going to offer to the network.
>> According to TSCH, 1 cell per single pkt will be allocated, given that
>> one pkt can be transmitted within a single time slot.
>>
>> Now, there are still some questions to be addressed. Among these, we
>> have the following  -- we have been discussing about this with Thomas
>> and
>> Pascal--
>>
>> Q1) If the PCE has received a PCReq for setting a path  from A to B,
>> is there a way for the PCE to contact all the motes (routers) along
>> the multi-hop path between A and B and install cells/links?
>>
>> It seems that PCE cannot contact the motes along the multi-hop path
>> between A and B. Thus, in this case, one first possible solution could
>> be to have  the router acting also as PCC and asks some bandwidth
>> based on the traffic that it has to forward.
>> For sure this isn't the best solution, and it implies waste of energy.
>> We will need to figure out better how to deal with this.
>>
>> I don't know if I answer your questions. Please, do not hesitate to
>> come back to me, if I didn't get well your point.
>>
>> Thank you
>> Maria Rita
>>
>>
>> -----Original Message-----
>> From: Qin Wang [mailto:qinwang@berkeley.edu]
>> Sent: Friday, May 03, 2013 9:57 AM
>> To: Maria Rita PALATTELLA
>> Cc: 6tsch@ietf.org; Thomas Watteyne (watteyne@eecs.berkeley.edu);
>> Pascal Thubert (pthubert) (pthubert@cisco.com)
>> Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH
>> architecture
>>
>> Hi Maria Rita,
>>
>> From your description about PCEP +TASA in the following, my
>> understanding is that each node, no matter sensor nodes or router,
>> will work as PCC and send PCReq message to PCE. The PCReq will include
>> Bandwidth required besides source and destination address. In another
>> word, a node, including router, has to figure out the bandwidth it needs
>> independently. But, how?
>> I think the bandwidth needed from a router to another router is the
>> result computed by PCE, instead of the input from each router to the
>> computation in PCE.
>>
>> Maybe I miss something.
>>
>> Regards
>> Qin
>>
>>> Dear all,
>>> I have started investigating the RFC5440 "Path Computation Element
>>> Communication Protocol (PCEP)" in order to check " if" and "how" it
>>> could fit in our 6TSCH architecture.
>>> In detail, I wanted to see if we could use PCEP + TASA (Traffic Aware
>>> Scheduling Algorithm) for computing and distributing the schedule
>>> from the PCE to the nodes in a 6TSCH architecture that uses a
>>> centralized scheduling algorithm.
>>> I had some preliminary discussion already with Thomas on this topic,
>>> but let's discuss all together on the ML. We would like to have your
>>> feedback in order to see if we can really use PCEP, and how we can
>>> fix some open issues in the 6TSCH context.
>>> I will use some extracts from the RFC5440, that summarize the
>>> behavior of the protocol, and show features that we could exploit.
>>> This will result in a *very long* email. Sorry for that. And thanks
>>> for going through it, and come back to me with your comments,
>>> questions, suggestions.
>>> Maria Rita
>>>
>>>>>PCEP is such a protocol designed specifically for communications
>>>>>between  a PCC and a PCE [...] a PCC may use PCEP to send a path
>>>>>computation  request for one or more TE LSPs to a PCE, and the PCE
>>>>>may reply with a  set of computed paths if one or more paths can be
>>>>>found that satisfies  the set of constraints.
>>>>> PCC:  Path Computation Client; any client application requesting a
>>>>>path  computation to be performed by a Path Computation Element.
>>>>> PCE:  Path Computation Element; an entity (component, application,
>>>>>or  network node) that is capable of computing a network path or
>>>>>route  based on a network graph and applying computational
>>>>>constraints.
>>>>> Explicit path:  Full explicit path from start to destination; made
>>>>>of a  list of strict hops where a hop may be an abstract node such
>>>>>as  an AS.
>>>  [MR] The explicit path could be seen as a 6TSCH track, composed by
>>> hard cells.
>>>
>>>>> [...] it is assumed that the PCE has the required information
>>>>> (usually including network topology and resource information) so as
>>>>> to perform the computation of a path for a TE LSP.  Such
>>>>> information can be gathered by routing protocols or by some other
>>>>> means.  The way in which the information is gathered is out of the
>>>>> scope of this document (i.e, RFC5440).
>>>  [Thomas] Is that not a bit limiting? This means that we need one
>>> protocol
>>> (PCEP) to send data from the PCE to the motes, and another for stats
>>> and topological and requirement data to go from the motes to the PCE.
>>>  [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it doesn't
>>> specify how to build and distribute it, PCEP does not define how to
>>> collect the required information (network topology, requirements)
>>> used for computing paths. But the motes can specify the requirements
>>> of the requested path within the PCReq messages.
>>>
>>>>>  Transport Protocol. PCEP operates over TCP using a registered TCP
>>>>> port (4189). This allows the requirements of reliable messaging and
>>>>> flow control to be met without further protocol work. All PCEP
>>>>> messages MUST be sent using the registered TCP port for the source
>>>>> and destination TCP port.
>>>  [Thomas] can PCEP run on something else than TCP? It looks like no.
>>> There is always the possibility for proposing a UDP version of PCEP,
>>> but it's unclear to me how much rework is required.
>>> [MR] According to the RFC5440, a PCEP session can be established ONLY
>>> over a  TCP connection. In other words, first a TCP connection (3-way
>>> handshake) between the PCC and the PCE has to be established, and
>>> after a PCEP session can be started. About proposing an UDP version
>>> of PCEP, it is something to be investigated.
>>>
>>>>> Once the PCC has selected a PCE, it sends a Path Computation
>>>>> Request to the PCE (PCReq message) that contains a variety of
>>>>> objects that
>>> specify the set of constraints and attributes for the path to be
>>> computed.
>>>  For example, "Compute a TE LSP path with source IP address=x.y.z.t,
>>> destination IP address=x'.y'.z'.t', bandwidth=B Mbit/s, Setup/Holding
>>> priority=P, ...".  Additionally, the PCC may desire to specify the
>>> urgency  of such request by assigning a request priority.
>>>
>>> [Thomas]If the PCE received a PCReq to go from A to B, is there a way
>>> for the PCE to contact all the motes along the multi-hop path between
>>> A and B and install cells/links? it looks like the PCE is only used
>>> to calculate a multi-hop path on an already existing topology.
>>> [MR]I agree with you. PCEP can set up a multi-hop path on an already
>>> existing topology. There is correspondence 1-to-1 between PCReq and
>>> PCRep.
>>> Thus, it seems that PCE cannot contact the motes along the multi-hop
>>> path between A and B. BUT... PCEP include some RP in the messages
>>> (see
>>> below)  >>A Path Computation Reply(PCRep) Message can contain either
>>> a set of computed paths if the request can be satisfied, or a
>>> negative reply if not.  The negative reply may indicate the reason
>>> why no path could be found.
>>>>>The RP (Request Parameters) object MUST be carried within each PCReq
>>>>>and  PCRep messages. The RP object is used to specify various
>>>>>characteristics  of the path computation request.
>>>  >> The END-POINTS object is used in a PCReq message to specify the
>>> source IP address and the destination IP address of the path for
>>> which a path computation is requested. Note that the source and
>>> destination addresses specified in the END-POINTS object may
>>> correspond to the source and destination IP address of the TE LSP or
>>> to those of a path segment.
>>>  [MR] Setting the END-POINT object, maybe it could be possible to
>>> allocate cells/links for each path segment. This is something to be
>>> investigated.
>>>  >>The BANDWIDTH object is used to specify the requested bandwidth
>>> for a TE LSP. The notion of bandwidth is similar to the one used for
>>> RSVP
>>> >>signaling in [RFC2205], [RFC3209], and [RFC3473].
>>>  >>The METRIC object is optional and can be used for several purposes.
>>> In a PCReq message, a PCC MAY insert one or more METRIC objects:
>>>  o To indicate the metric that MUST be optimized by the path
>>> computation algorithm (IGP metric, TE metric, hop counts).
>>> Currently, three metrics are defined: the IGP cost, the TE metric
>>> (see [RFC3785]), and the number of hops traversed by a TE LSP.
>>>  o To indicate a bound on the path cost that MUST NOT be exceeded for
>>> the path to be considered as acceptable by the PCC.
>>>  >>The path computation algorithmic aspects used by the PCE to
>>> optimize a path with respect to a specific metric are outside the
>>> scope of this
>>> >>document.
>>> [MR] TASA could be a possible algorithm for computing the path. It
>>> seems to fits well with the RFC5440 Specification.
>>>
>>> TASA provides a method to the PCE for computing a network path, based
>>> on the network graph and applying computational constraints (i.e.,
>>> selecting
>>> duplex- and
>>> interference-free conflict links, according to local and global queue
>>> level).
>>> Each node in the TSCH TASA-based network could act as PCC (Path
>>> Computation Client), requesting a path computation to be performed by
>>> the PCE. In detail, with the PCReq message, the PCC asks the PCE to
>>> compute a path toward it (thus, source IP address = PCC IP address,
>>> destination IP address = PCE destination address), having a  given
>>> bandwidth, equal to the number of packets it wants to transmit (i.e.,
>>> TASA local queue level, or  in other word, traffic load offered by
>>> the single node to the network).
>>> After having collected all the PCReq messages from all the nodes in
>>> the network, the PCE can build a schedule, setting one or more paths
>>> for each PCC.
>>> Once, the schedule has been built according to TASA matching and
>>> coloring procedures, it is transmitted to each node in the network,
>>> using PCRep messages.
>>> Then, the 6TSCH 6TUS adaptation protocol can provide the
>>> functionality for delivering the traffic in the queues, according to
>>> the schedule built with
>>> TASA+PCEP.
>>>
>>> Some Open ISSUES:
>>>
>>> Q1: How the PCE collect the information related to the network graph?
>>> R1: Note that this is out of the scope of both RCF5440 and TASA.
>>> However, we may suppose that such information are provided by the
>>> routing protocol, RPL, as suggested in RFC5440.
>>> "How" still has to be defined!
>>> [Thomas] Agreed, that's a really important point.
>>>
>>> Q2: How the network is set up before implementing TASA+PCEP for
>>> building the schedule?
>>> R2: TASA does not specify how the network is built. In fact, TASA
>>> runs over a network that has been already built, and that needs a
>>> schedule in order to allow traffic-flow exchanges (i.e.,
>>> transmissions between each node and the PCE). Maybe, 6TUS could fill
>>> this gap and provide the functionality for the 15.4e TSCH network
>>> formation.
>>>
>>> [Thomas] I believe the "minimal" use case identified in the charter
>>> covers this.
>>>
>>> Q3: Is there any need to change the PCReq and PCRep messages format,
>>> for allowing the integration of PCEP with TASA?
>>> [MR] there could be such need.
>>>
>>>
>>> Q4:How the info in the PCRep messages can be used by 6TUS?
>>>
>>> [Thomas] The entity in the motes which received PCRep message simply
>>> send commands over the 6tus interface.
>>>
>>> Q5: How would a TASA+PCEP solution work for P2P traffic? That is,
>>> data flowing from a switch to a light without going through the
>>> DAGroot?
>>> [MR]TASA supports multi-point-to-point traffic (from each mote in the
>>> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP maybe
>>> could support P2P traffic. This is something to be investigated.
>>>
>>>
>>> _______________________________________________
>>> 6tsch mailing list
>>> 6tsch@ietf.org
>>> https://www.ietf.org/mailman/listinfo/6tsch
>>>
>>
>>
>
>





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--------------010704010908010308010506-- From qinwang@berkeley.edu Sat May 4 19:02:01 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 87E8621F848A for <6tsch@ietfa.amsl.com>; Sat, 4 May 2013 19:02:01 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.599 X-Spam-Level: X-Spam-Status: No, score=-1.599 tagged_above=-999 required=5 tests=[BAYES_50=0.001, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id tpj9ug0KaITz for <6tsch@ietfa.amsl.com>; Sat, 4 May 2013 19:01:56 -0700 (PDT) Received: from cm05fe.IST.Berkeley.EDU (cm05fe.IST.Berkeley.EDU [169.229.218.146]) by ietfa.amsl.com (Postfix) with ESMTP id BFCD721F85ED for <6tsch@ietf.org>; Sat, 4 May 2013 19:01:56 -0700 (PDT) Received: from cm04ws.ist.berkeley.edu ([169.229.218.166] helo=calmail.berkeley.edu) by cm05fe.ist.berkeley.edu with esmtpsa (TLSv1:AES256-SHA:256) (Exim 4.76) (auth login:qinwang@berkeley.edu) (envelope-from ) id 1UYoGw-0004jb-Ho; Sat, 04 May 2013 19:01:56 -0700 Received: from 58.247.120.150 (SquirrelMail authenticated user qinwang@berkeley.edu) by calmail.berkeley.edu with HTTP; Sat, 4 May 2013 19:01:54 -0700 Message-ID: <152d32e07bcfe668a6db762a4d817f48.squirrel@calmail.berkeley.edu> In-Reply-To: <5183D0A1.1070102@eecs.berkeley.edu> References: <03b12a7e3aef970c0f807583bad9707e.squirrel@calmail.berkeley.edu> <3181adac1a548690fd3a160d85a41f00.squirrel@calmail.berkeley.edu> <5183D0A1.1070102@eecs.berkeley.edu> Date: Sat, 4 May 2013 19:01:54 -0700 From: "Qin Wang" To: "Xavier Vilajosana" User-Agent: SquirrelMail/1.4.21-2.berkeley MIME-Version: 1.0 Content-Type: text/plain;charset=utf-8 Content-Transfer-Encoding: 8bit X-Priority: 3 (Normal) Importance: Normal Cc: 6tsch@ietf.org Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sun, 05 May 2013 02:02:01 -0000 Xavi, I have just read some document on NSIS, only have very basic understanding as foolws. Considering our requirement on installing tracks into nodes, I think that GIST (General Internet Signaling Transport) of NSIS may be a candidate. But, there is still a problem, i.e. the signaling nodes along a path are discovered by peer of nodes distributed in GIST, while in the PCE-based case, the nodes along a path are computed by PCE. In another word, likely, it is necessary to couple the path implied by a Track with a signaling path. But, how? Qin > just a short question, > > what is the difference between having a node issuing a PCReq to the PCE > and having a node requesting some amount of bandwidth using a > Reservation request message from NSIS/RSVP? > > In both cases we need a route to the PCE and the answer of the > reservation request will come back to the issuer which will install the > links/bw. If NSIS also the nodes in the path might install the bw. > > X > > Al 03/05/13 07:46, En/na Thomas Watteyne ha escrit: >> Interesting discussion. If I understand the discussion above, we have >> two options for distributing the schedule updated along the track >> between source and destination motes: >> - send a separate (unsolicited) PCResp to each node. I believe that >> this breaks PCEP's current packet flow, so would have to see whether >> such a use case is possible. >> - send the PCResp only to the PCC requesting the route, and have that >> node initiate the multi-hop reservation. This node could then use a >> PCNtf to indicate to the PCE that the reservation has been completed. >> >> There are other options, as discussed in the parallel e-mail thread >> about RSVP/NSIS. I'm sure we will discuss those over the phone in a >> couple of minutes. >> >> Thomas >> >> >> On Fri, May 3, 2013 at 6:31 AM, Qin Wang > > wrote: >> >> Maria Rita, >> >> For installing schedule computed by PCE to every nodes along the >> path from >> nodeA to nodeB, one solution may be something like "source routing", >> another way may be multicast mentioned in "summary NSIS" branch. >> >> Qin >> >> >> > Qin, >> > >> > Right, I also do agree that Thomas' suggestion can be a possible >> solution. >> > We may need an interaction between PCEP and 6TUS, in order to >> reserve the >> > cells to the nodes (routers) along the multi-hop path between A >> and B. >> > >> > Actually, we will need to define some sort of mechanisms for >> collecting at >> > the PCE all the needed information related to network topology, >> requested >> > bandwidth, etc. In fact, they are not specified in RF5440. >> > >> > (1) Each source node that has some traffic to delivery, will >> have to send >> > a PCReq to PCE. >> > (2) PCE will build the schedule, following an algorithm (e.g., >> TASA, >> > DeTAS, etc.) So, it will reserve some cells for each node. >> > (3) PCE can send the PCRep only to node A (according to >> RFC5440). We may >> > need to modify it, as you are suggesting, in order to be able to >> send it >> > also to node C, and D. Anyway we will need to find a way for >> sending this >> > info (maybe, exchanging hop by hop: from node A to node C, from >> C to D.) >> > >> > Maria Rita >> > >> > >> > >> > >> > -----Original Message----- >> > From: Qin Wang [mailto:qinwang@berkeley.edu >> ] >> > Sent: Friday, May 03, 2013 11:28 AM >> > To: Maria Rita PALATTELLA >> > Cc: Qin Wang; 6tsch@ietf.org ; Thomas >> Watteyne >> > (watteyne@eecs.berkeley.edu >> ); Pascal Thubert (pthubert) >> > (pthubert@cisco.com ) >> > Subject: RE: [6tsch] PCEP for centralized scheduling in 6TSCH >> > architecture >> > >> > Maria Rita, >> > >> > Thank you for your explanation. I understand that PCEP is a >> communication >> > protocol between PCE and PCC. That is why PCE cannot tell the >> routers >> > along the path to PCC based on PCEP. Correct? For solving the >> problem, I >> > noticed that Thomas has a solution, i.e. the entity of PCEP in >> each node >> > along the path will extract the path information from PCRpl and >> use 6tus >> > commands to set the reserved cells into TSCH schedule. I think >> it works. >> > >> > The remained problem is how PCE knows the bandwidth requirements >> in each >> > node. It is reasonable to assume that each node can send packet >> to PCE via >> > some sort of initial formation of network. Then, (1)If a nodeA >> needs some >> > bandwidth to nodeB, nodeA will work as PCC, send PCReq to PCE. >> > (2) PCE select the routers between nodeA and nodeB, e.g. nodeC >> and nodeD, >> > and compute all of the reserved cells for nodeA, nodeB, nodeC >> and nodeD. >> > (3) PCE sends PCRpl to nodeA, nodeB, nodeC and nodeD, separately. >> (a >> > little bit modification on PCEP). >> > >> > Thought? >> > Qin >> > >> > >> > >> > >> >> Hello Qin, >> >> >> >> Based on my preliminary analysis, each node generating traffic >> should >> >> work as PCC and ask the PCE to build a path, using a PCReq. In >> the >> >> PCReq, it can ask for a given bandwidth (i.e., number of >> cells), based >> >> on the traffic load that it is going to offer to the network. >> >> According to TSCH, 1 cell per single pkt will be allocated, >> given that >> >> one pkt can be transmitted within a single time slot. >> >> >> >> Now, there are still some questions to be addressed. Among >> these, we >> >> have the following -- we have been discussing about this with >> Thomas >> >> and >> >> Pascal-- >> >> >> >> Q1) If the PCE has received a PCReq for setting a path from A >> to B, >> >> is there a way for the PCE to contact all the motes (routers) >> along >> >> the multi-hop path between A and B and install cells/links? >> >> >> >> It seems that PCE cannot contact the motes along the multi-hop >> path >> >> between A and B. Thus, in this case, one first possible >> solution could >> >> be to have the router acting also as PCC and asks some bandwidth >> >> based on the traffic that it has to forward. >> >> For sure this isn't the best solution, and it implies waste of >> energy. >> >> We will need to figure out better how to deal with this. >> >> >> >> I don't know if I answer your questions. Please, do not hesitate >> to >> >> come back to me, if I didn't get well your point. >> >> >> >> Thank you >> >> Maria Rita >> >> >> >> >> >> -----Original Message----- >> >> From: Qin Wang [mailto:qinwang@berkeley.edu >> ] >> >> Sent: Friday, May 03, 2013 9:57 AM >> >> To: Maria Rita PALATTELLA >> >> Cc: 6tsch@ietf.org ; Thomas Watteyne >> (watteyne@eecs.berkeley.edu ); >> >> Pascal Thubert (pthubert) (pthubert@cisco.com >> ) >> >> Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH >> >> architecture >> >> >> >> Hi Maria Rita, >> >> >> >> From your description about PCEP +TASA in the following, my >> >> understanding is that each node, no matter sensor nodes or >> router, >> >> will work as PCC and send PCReq message to PCE. The PCReq will >> include >> >> Bandwidth required besides source and destination address. In >> another >> >> word, a node, including router, has to figure out the bandwidth >> it needs >> >> independently. But, how? >> >> I think the bandwidth needed from a router to another router is >> the >> >> result computed by PCE, instead of the input from each router >> to the >> >> computation in PCE. >> >> >> >> Maybe I miss something. >> >> >> >> Regards >> >> Qin >> >> >> >>> Dear all, >> >>> I have started investigating the RFC5440 "Path Computation >> Element >> >>> Communication Protocol (PCEP)" in order to check " if" and >> "how" it >> >>> could fit in our 6TSCH architecture. >> >>> In detail, I wanted to see if we could use PCEP + TASA >> (Traffic Aware >> >>> Scheduling Algorithm) for computing and distributing the >> schedule >> >>> from the PCE to the nodes in a 6TSCH architecture that uses a >> >>> centralized scheduling algorithm. >> >>> I had some preliminary discussion already with Thomas on this >> topic, >> >>> but let's discuss all together on the ML. We would like to >> have your >> >>> feedback in order to see if we can really use PCEP, and how we >> can >> >>> fix some open issues in the 6TSCH context. >> >>> I will use some extracts from the RFC5440, that summarize the >> >>> behavior of the protocol, and show features that we could >> exploit. >> >>> This will result in a *very long* email. Sorry for that. And >> thanks >> >>> for going through it, and come back to me with your comments, >> >>> questions, suggestions. >> >>> Maria Rita >> >>> >> >>>>>PCEP is such a protocol designed specifically for >> communications >> >>>>>between a PCC and a PCE [...] a PCC may use PCEP to send a >> path >> >>>>>computation request for one or more TE LSPs to a PCE, and >> the PCE >> >>>>>may reply with a set of computed paths if one or more paths >> can be >> >>>>>found that satisfies the set of constraints. >> >>>>> PCC: Path Computation Client; any client application >> requesting a >> >>>>>path computation to be performed by a Path Computation >> Element. >> >>>>> PCE: Path Computation Element; an entity (component, >> application, >> >>>>>or network node) that is capable of computing a network path >> or >> >>>>>route based on a network graph and applying computational >> >>>>>constraints. >> >>>>> Explicit path: Full explicit path from start to >> destination; made >> >>>>>of a list of strict hops where a hop may be an abstract node >> such >> >>>>>as an AS. >> >>> [MR] The explicit path could be seen as a 6TSCH track, >> composed by >> >>> hard cells. >> >>> >> >>>>> [...] it is assumed that the PCE has the required information >> >>>>> (usually including network topology and resource >> information) so as >> >>>>> to perform the computation of a path for a TE LSP. Such >> >>>>> information can be gathered by routing protocols or by some >> other >> >>>>> means. The way in which the information is gathered is out >> of the >> >>>>> scope of this document (i.e, RFC5440). >> >>> [Thomas] Is that not a bit limiting? This means that we need >> one >> >>> protocol >> >>> (PCEP) to send data from the PCE to the motes, and another for >> stats >> >>> and topological and requirement data to go from the motes to >> the PCE. >> >>> [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it >> doesn't >> >>> specify how to build and distribute it, PCEP does not define >> how to >> >>> collect the required information (network topology, >> requirements) >> >>> used for computing paths. But the motes can specify the >> requirements >> >>> of the requested path within the PCReq messages. >> >>> >> >>>>> Transport Protocol. PCEP operates over TCP using a >> registered TCP >> >>>>> port (4189). This allows the requirements of reliable >> messaging and >> >>>>> flow control to be met without further protocol work. All PCEP >> >>>>> messages MUST be sent using the registered TCP port for the >> source >> >>>>> and destination TCP port. >> >>> [Thomas] can PCEP run on something else than TCP? It looks >> like no. >> >>> There is always the possibility for proposing a UDP version of >> PCEP, >> >>> but it's unclear to me how much rework is required. >> >>> [MR] According to the RFC5440, a PCEP session can be >> established ONLY >> >>> over a TCP connection. In other words, first a TCP connection >> (3-way >> >>> handshake) between the PCC and the PCE has to be established, >> and >> >>> after a PCEP session can be started. About proposing an UDP >> version >> >>> of PCEP, it is something to be investigated. >> >>> >> >>>>> Once the PCC has selected a PCE, it sends a Path Computation >> >>>>> Request to the PCE (PCReq message) that contains a variety of >> >>>>> objects that >> >>> specify the set of constraints and attributes for the path to be >> >>> computed. >> >>> For example, "Compute a TE LSP path with source IP >> address=x.y.z.t, >> >>> destination IP address=x'.y'.z'.t', bandwidth=B Mbit/s, >> Setup/Holding >> >>> priority=P, ...". Additionally, the PCC may desire to specify >> the >> >>> urgency of such request by assigning a request priority. >> >>> >> >>> [Thomas]If the PCE received a PCReq to go from A to B, is >> there a way >> >>> for the PCE to contact all the motes along the multi-hop path >> between >> >>> A and B and install cells/links? it looks like the PCE is only >> used >> >>> to calculate a multi-hop path on an already existing topology. >> >>> [MR]I agree with you. PCEP can set up a multi-hop path on an >> already >> >>> existing topology. There is correspondence 1-to-1 between >> PCReq and >> >>> PCRep. >> >>> Thus, it seems that PCE cannot contact the motes along the >> multi-hop >> >>> path between A and B. BUT... PCEP include some RP in the >> messages >> >>> (see >> >>> below) >>A Path Computation Reply(PCRep) Message can contain >> either >> >>> a set of computed paths if the request can be satisfied, or a >> >>> negative reply if not. The negative reply may indicate the >> reason >> >>> why no path could be found. >> >>>>>The RP (Request Parameters) object MUST be carried within >> each PCReq >> >>>>>and PCRep messages. The RP object is used to specify various >> >>>>>characteristics of the path computation request. >> >>> >> The END-POINTS object is used in a PCReq message to >> specify the >> >>> source IP address and the destination IP address of the path for >> >>> which a path computation is requested. Note that the source and >> >>> destination addresses specified in the END-POINTS object may >> >>> correspond to the source and destination IP address of the TE >> LSP or >> >>> to those of a path segment. >> >>> [MR] Setting the END-POINT object, maybe it could be possible >> to >> >>> allocate cells/links for each path segment. This is something >> to be >> >>> investigated. >> >>> >>The BANDWIDTH object is used to specify the requested >> bandwidth >> >>> for a TE LSP. The notion of bandwidth is similar to the one >> used for >> >>> RSVP >> >>> >>signaling in [RFC2205], [RFC3209], and [RFC3473]. >> >>> >>The METRIC object is optional and can be used for several >> purposes. >> >>> In a PCReq message, a PCC MAY insert one or more METRIC objects: >> >>> o To indicate the metric that MUST be optimized by the path >> >>> computation algorithm (IGP metric, TE metric, hop counts). >> >>> Currently, three metrics are defined: the IGP cost, the TE >> metric >> >>> (see [RFC3785]), and the number of hops traversed by a TE LSP. >> >>> o To indicate a bound on the path cost that MUST NOT be >> exceeded for >> >>> the path to be considered as acceptable by the PCC. >> >>> >>The path computation algorithmic aspects used by the PCE to >> >>> optimize a path with respect to a specific metric are outside >> the >> >>> scope of this >> >>> >>document. >> >>> [MR] TASA could be a possible algorithm for computing the path. >> It >> >>> seems to fits well with the RFC5440 Specification. >> >>> >> >>> TASA provides a method to the PCE for computing a network >> path, based >> >>> on the network graph and applying computational constraints >> (i.e., >> >>> selecting >> >>> duplex- and >> >>> interference-free conflict links, according to local and >> global queue >> >>> level). >> >>> Each node in the TSCH TASA-based network could act as PCC (Path >> >>> Computation Client), requesting a path computation to be >> performed by >> >>> the PCE. In detail, with the PCReq message, the PCC asks the >> PCE to >> >>> compute a path toward it (thus, source IP address = PCC IP >> address, >> >>> destination IP address = PCE destination address), having a >> given >> >>> bandwidth, equal to the number of packets it wants to transmit >> (i.e., >> >>> TASA local queue level, or in other word, traffic load offered >> by >> >>> the single node to the network). >> >>> After having collected all the PCReq messages from all the >> nodes in >> >>> the network, the PCE can build a schedule, setting one or more >> paths >> >>> for each PCC. >> >>> Once, the schedule has been built according to TASA matching and >> >>> coloring procedures, it is transmitted to each node in the >> network, >> >>> using PCRep messages. >> >>> Then, the 6TSCH 6TUS adaptation protocol can provide the >> >>> functionality for delivering the traffic in the queues, >> according to >> >>> the schedule built with >> >>> TASA+PCEP. >> >>> >> >>> Some Open ISSUES: >> >>> >> >>> Q1: How the PCE collect the information related to the network >> graph? >> >>> R1: Note that this is out of the scope of both RCF5440 and TASA. >> >>> However, we may suppose that such information are provided by >> the >> >>> routing protocol, RPL, as suggested in RFC5440. >> >>> "How" still has to be defined! >> >>> [Thomas] Agreed, that's a really important point. >> >>> >> >>> Q2: How the network is set up before implementing TASA+PCEP for >> >>> building the schedule? >> >>> R2: TASA does not specify how the network is built. In fact, >> TASA >> >>> runs over a network that has been already built, and that needs >> a >> >>> schedule in order to allow traffic-flow exchanges (i.e., >> >>> transmissions between each node and the PCE). Maybe, 6TUS >> could fill >> >>> this gap and provide the functionality for the 15.4e TSCH >> network >> >>> formation. >> >>> >> >>> [Thomas] I believe the "minimal" use case identified in the >> charter >> >>> covers this. >> >>> >> >>> Q3: Is there any need to change the PCReq and PCRep messages >> format, >> >>> for allowing the integration of PCEP with TASA? >> >>> [MR] there could be such need. >> >>> >> >>> >> >>> Q4:How the info in the PCRep messages can be used by 6TUS? >> >>> >> >>> [Thomas] The entity in the motes which received PCRep message >> simply >> >>> send commands over the 6tus interface. >> >>> >> >>> Q5: How would a TASA+PCEP solution work for P2P traffic? That >> is, >> >>> data flowing from a switch to a light without going through the >> >>> DAGroot? >> >>> [MR]TASA supports multi-point-to-point traffic (from each mote >> in the >> >>> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP >> maybe >> >>> could support P2P traffic. This is something to be investigated. >> >>> >> >>> >> >>> _______________________________________________ >> >>> 6tsch mailing list >> >>> 6tsch@ietf.org >> >>> https://www.ietf.org/mailman/listinfo/6tsch >> >>> >> >> >> >> >> > >> > >> >> >> >> >> >> _______________________________________________ >> 6tsch mailing list >> 6tsch@ietf.org >> https://www.ietf.org/mailman/listinfo/6tsch > > _______________________________________________ > 6tsch mailing list > 6tsch@ietf.org > https://www.ietf.org/mailman/listinfo/6tsch > From xvilajosana@eecs.berkeley.edu Sat May 4 19:16:55 2013 Return-Path: X-Original-To: 6tsch@ietfa.amsl.com Delivered-To: 6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id B96F321F8C98 for <6tsch@ietfa.amsl.com>; Sat, 4 May 2013 19:16:55 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.44 X-Spam-Level: X-Spam-Status: No, score=-2.44 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, FR_3TAG_3TAG=1.758, HTML_MESSAGE=0.001, J_CHICKENPOX_44=0.6, J_CHICKENPOX_71=0.6, J_CHICKENPOX_81=0.6, J_CHICKENPOX_91=0.6, RCVD_IN_DNSWL_MED=-4] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id hPlJ3foJ4G5R for <6tsch@ietfa.amsl.com>; Sat, 4 May 2013 19:16:51 -0700 (PDT) Received: from cm04fe.IST.Berkeley.EDU (cm04fe.IST.Berkeley.EDU [169.229.218.145]) by ietfa.amsl.com (Postfix) with ESMTP id E95AB21F8B3A for <6tsch@ietf.org>; Sat, 4 May 2013 19:16:50 -0700 (PDT) Received: from c-67-188-198-243.hsd1.ca.comcast.net ([67.188.198.243] helo=[192.168.2.5]) by cm04fe.ist.berkeley.edu with esmtpsa (TLSv1:AES256-SHA:256) (Exim 4.76) (auth plain:xvilajosana@eecs.berkeley.edu) (envelope-from ) id 1UYoVM-0001FU-E3; Sat, 04 May 2013 19:16:50 -0700 Message-ID: <5185C10A.3090602@eecs.berkeley.edu> Date: Sat, 04 May 2013 19:16:42 -0700 From: Xavier Vilajosana User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:17.0) Gecko/20130404 Thunderbird/17.0.5 MIME-Version: 1.0 To: Qin Wang References: <03b12a7e3aef970c0f807583bad9707e.squirrel@calmail.berkeley.edu> <3181adac1a548690fd3a160d85a41f00.squirrel@calmail.berkeley.edu> <5183D0A1.1070102@eecs.berkeley.edu> <152d32e07bcfe668a6db762a4d817f48.squirrel@calmail.berkeley.edu> In-Reply-To: <152d32e07bcfe668a6db762a4d817f48.squirrel@calmail.berkeley.edu> Content-Type: multipart/alternative; boundary="------------030204020002090107030704" Cc: 6tsch@ietf.org Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH architecture X-BeenThere: 6tsch@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: "Discuss link layer model for Deterministic IPv6 over the TSCH mode of IEEE 802.15.4e, and impacts on RPL and 6LoWPAN such as resource allocation" <6tsch.ietf.org> List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sun, 05 May 2013 02:16:55 -0000 This is a multi-part message in MIME format. --------------030204020002090107030704 Content-Type: text/plain; charset=UTF-8; format=flowed Content-Transfer-Encoding: 7bit Hi Qin, GIST is the lower layer of NSIS and it provides the transport functionalities as you say. As regards to the track discovery can be done in two ways (as far as I understand): 1-A routing protocol exists, then NSIS/GIST can make use the route between the to edges of the track 2-If a routing protocol does not exist or there is no defined route from the two edge nodes of the track, NSIS can discover the path by hop by hop neighbour discovery. Note that, NSIS messages carry a MRI (Message Route Information Object) that according to RFC5971 section 5.1 http://tools.ietf.org/html/rfc5971#section-5.1 Message-Routing-Information (MRI): Information sufficient to define how the signalling message should be routed through the network. IMHO, this MRI object can be used by the PCE to indicate the list of nodes (or whatever information that can be used to determine the next hop) in the Track as routing state is not installed yet in the network. Note that this is my opinion and guess, this is maybe an aspect that needs further investigation and discussion. cheers! Xavi Al 04/05/13 19:01, En/na Qin Wang ha escrit: > Xavi, > > I have just read some document on NSIS, only have very basic understanding > as foolws. > > Considering our requirement on installing tracks into nodes, I think that > GIST (General Internet Signaling Transport) of NSIS may be a candidate. > But, there is still a problem, i.e. the signaling nodes along a path are > discovered by peer of nodes distributed in GIST, while in the PCE-based > case, the nodes along a path are computed by PCE. In another word, likely, > it is necessary to couple the path implied by a Track with a signaling > path. But, how? > > Qin > > >> just a short question, >> >> what is the difference between having a node issuing a PCReq to the PCE >> and having a node requesting some amount of bandwidth using a >> Reservation request message from NSIS/RSVP? >> >> In both cases we need a route to the PCE and the answer of the >> reservation request will come back to the issuer which will install the >> links/bw. If NSIS also the nodes in the path might install the bw. >> >> X >> >> Al 03/05/13 07:46, En/na Thomas Watteyne ha escrit: >>> Interesting discussion. If I understand the discussion above, we have >>> two options for distributing the schedule updated along the track >>> between source and destination motes: >>> - send a separate (unsolicited) PCResp to each node. I believe that >>> this breaks PCEP's current packet flow, so would have to see whether >>> such a use case is possible. >>> - send the PCResp only to the PCC requesting the route, and have that >>> node initiate the multi-hop reservation. This node could then use a >>> PCNtf to indicate to the PCE that the reservation has been completed. >>> >>> There are other options, as discussed in the parallel e-mail thread >>> about RSVP/NSIS. I'm sure we will discuss those over the phone in a >>> couple of minutes. >>> >>> Thomas >>> >>> >>> On Fri, May 3, 2013 at 6:31 AM, Qin Wang >> > wrote: >>> >>> Maria Rita, >>> >>> For installing schedule computed by PCE to every nodes along the >>> path from >>> nodeA to nodeB, one solution may be something like "source routing", >>> another way may be multicast mentioned in "summary NSIS" branch. >>> >>> Qin >>> >>> >>> > Qin, >>> > >>> > Right, I also do agree that Thomas' suggestion can be a possible >>> solution. >>> > We may need an interaction between PCEP and 6TUS, in order to >>> reserve the >>> > cells to the nodes (routers) along the multi-hop path between A >>> and B. >>> > >>> > Actually, we will need to define some sort of mechanisms for >>> collecting at >>> > the PCE all the needed information related to network topology, >>> requested >>> > bandwidth, etc. In fact, they are not specified in RF5440. >>> > >>> > (1) Each source node that has some traffic to delivery, will >>> have to send >>> > a PCReq to PCE. >>> > (2) PCE will build the schedule, following an algorithm (e.g., >>> TASA, >>> > DeTAS, etc.) So, it will reserve some cells for each node. >>> > (3) PCE can send the PCRep only to node A (according to >>> RFC5440). We may >>> > need to modify it, as you are suggesting, in order to be able to >>> send it >>> > also to node C, and D. Anyway we will need to find a way for >>> sending this >>> > info (maybe, exchanging hop by hop: from node A to node C, from >>> C to D.) >>> > >>> > Maria Rita >>> > >>> > >>> > >>> > >>> > -----Original Message----- >>> > From: Qin Wang [mailto:qinwang@berkeley.edu >>> ] >>> > Sent: Friday, May 03, 2013 11:28 AM >>> > To: Maria Rita PALATTELLA >>> > Cc: Qin Wang; 6tsch@ietf.org ; Thomas >>> Watteyne >>> > (watteyne@eecs.berkeley.edu >>> ); Pascal Thubert (pthubert) >>> > (pthubert@cisco.com ) >>> > Subject: RE: [6tsch] PCEP for centralized scheduling in 6TSCH >>> > architecture >>> > >>> > Maria Rita, >>> > >>> > Thank you for your explanation. I understand that PCEP is a >>> communication >>> > protocol between PCE and PCC. That is why PCE cannot tell the >>> routers >>> > along the path to PCC based on PCEP. Correct? For solving the >>> problem, I >>> > noticed that Thomas has a solution, i.e. the entity of PCEP in >>> each node >>> > along the path will extract the path information from PCRpl and >>> use 6tus >>> > commands to set the reserved cells into TSCH schedule. I think >>> it works. >>> > >>> > The remained problem is how PCE knows the bandwidth requirements >>> in each >>> > node. It is reasonable to assume that each node can send packet >>> to PCE via >>> > some sort of initial formation of network. Then, (1)If a nodeA >>> needs some >>> > bandwidth to nodeB, nodeA will work as PCC, send PCReq to PCE. >>> > (2) PCE select the routers between nodeA and nodeB, e.g. nodeC >>> and nodeD, >>> > and compute all of the reserved cells for nodeA, nodeB, nodeC >>> and nodeD. >>> > (3) PCE sends PCRpl to nodeA, nodeB, nodeC and nodeD, separately. >>> (a >>> > little bit modification on PCEP). >>> > >>> > Thought? >>> > Qin >>> > >>> > >>> > >>> > >>> >> Hello Qin, >>> >> >>> >> Based on my preliminary analysis, each node generating traffic >>> should >>> >> work as PCC and ask the PCE to build a path, using a PCReq. In >>> the >>> >> PCReq, it can ask for a given bandwidth (i.e., number of >>> cells), based >>> >> on the traffic load that it is going to offer to the network. >>> >> According to TSCH, 1 cell per single pkt will be allocated, >>> given that >>> >> one pkt can be transmitted within a single time slot. >>> >> >>> >> Now, there are still some questions to be addressed. Among >>> these, we >>> >> have the following -- we have been discussing about this with >>> Thomas >>> >> and >>> >> Pascal-- >>> >> >>> >> Q1) If the PCE has received a PCReq for setting a path from A >>> to B, >>> >> is there a way for the PCE to contact all the motes (routers) >>> along >>> >> the multi-hop path between A and B and install cells/links? >>> >> >>> >> It seems that PCE cannot contact the motes along the multi-hop >>> path >>> >> between A and B. Thus, in this case, one first possible >>> solution could >>> >> be to have the router acting also as PCC and asks some bandwidth >>> >> based on the traffic that it has to forward. >>> >> For sure this isn't the best solution, and it implies waste of >>> energy. >>> >> We will need to figure out better how to deal with this. >>> >> >>> >> I don't know if I answer your questions. Please, do not hesitate >>> to >>> >> come back to me, if I didn't get well your point. >>> >> >>> >> Thank you >>> >> Maria Rita >>> >> >>> >> >>> >> -----Original Message----- >>> >> From: Qin Wang [mailto:qinwang@berkeley.edu >>> ] >>> >> Sent: Friday, May 03, 2013 9:57 AM >>> >> To: Maria Rita PALATTELLA >>> >> Cc: 6tsch@ietf.org ; Thomas Watteyne >>> (watteyne@eecs.berkeley.edu ); >>> >> Pascal Thubert (pthubert) (pthubert@cisco.com >>> ) >>> >> Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH >>> >> architecture >>> >> >>> >> Hi Maria Rita, >>> >> >>> >> From your description about PCEP +TASA in the following, my >>> >> understanding is that each node, no matter sensor nodes or >>> router, >>> >> will work as PCC and send PCReq message to PCE. The PCReq will >>> include >>> >> Bandwidth required besides source and destination address. In >>> another >>> >> word, a node, including router, has to figure out the bandwidth >>> it needs >>> >> independently. But, how? >>> >> I think the bandwidth needed from a router to another router is >>> the >>> >> result computed by PCE, instead of the input from each router >>> to the >>> >> computation in PCE. >>> >> >>> >> Maybe I miss something. >>> >> >>> >> Regards >>> >> Qin >>> >> >>> >>> Dear all, >>> >>> I have started investigating the RFC5440 "Path Computation >>> Element >>> >>> Communication Protocol (PCEP)" in order to check " if" and >>> "how" it >>> >>> could fit in our 6TSCH architecture. >>> >>> In detail, I wanted to see if we could use PCEP + TASA >>> (Traffic Aware >>> >>> Scheduling Algorithm) for computing and distributing the >>> schedule >>> >>> from the PCE to the nodes in a 6TSCH architecture that uses a >>> >>> centralized scheduling algorithm. >>> >>> I had some preliminary discussion already with Thomas on this >>> topic, >>> >>> but let's discuss all together on the ML. We would like to >>> have your >>> >>> feedback in order to see if we can really use PCEP, and how we >>> can >>> >>> fix some open issues in the 6TSCH context. >>> >>> I will use some extracts from the RFC5440, that summarize the >>> >>> behavior of the protocol, and show features that we could >>> exploit. >>> >>> This will result in a *very long* email. Sorry for that. And >>> thanks >>> >>> for going through it, and come back to me with your comments, >>> >>> questions, suggestions. >>> >>> Maria Rita >>> >>> >>> >>>>>PCEP is such a protocol designed specifically for >>> communications >>> >>>>>between a PCC and a PCE [...] a PCC may use PCEP to send a >>> path >>> >>>>>computation request for one or more TE LSPs to a PCE, and >>> the PCE >>> >>>>>may reply with a set of computed paths if one or more paths >>> can be >>> >>>>>found that satisfies the set of constraints. >>> >>>>> PCC: Path Computation Client; any client application >>> requesting a >>> >>>>>path computation to be performed by a Path Computation >>> Element. >>> >>>>> PCE: Path Computation Element; an entity (component, >>> application, >>> >>>>>or network node) that is capable of computing a network path >>> or >>> >>>>>route based on a network graph and applying computational >>> >>>>>constraints. >>> >>>>> Explicit path: Full explicit path from start to >>> destination; made >>> >>>>>of a list of strict hops where a hop may be an abstract node >>> such >>> >>>>>as an AS. >>> >>> [MR] The explicit path could be seen as a 6TSCH track, >>> composed by >>> >>> hard cells. >>> >>> >>> >>>>> [...] it is assumed that the PCE has the required information >>> >>>>> (usually including network topology and resource >>> information) so as >>> >>>>> to perform the computation of a path for a TE LSP. Such >>> >>>>> information can be gathered by routing protocols or by some >>> other >>> >>>>> means. The way in which the information is gathered is out >>> of the >>> >>>>> scope of this document (i.e, RFC5440). >>> >>> [Thomas] Is that not a bit limiting? This means that we need >>> one >>> >>> protocol >>> >>> (PCEP) to send data from the PCE to the motes, and another for >>> stats >>> >>> and topological and requirement data to go from the motes to >>> the PCE. >>> >>> [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it >>> doesn't >>> >>> specify how to build and distribute it, PCEP does not define >>> how to >>> >>> collect the required information (network topology, >>> requirements) >>> >>> used for computing paths. But the motes can specify the >>> requirements >>> >>> of the requested path within the PCReq messages. >>> >>> >>> >>>>> Transport Protocol. PCEP operates over TCP using a >>> registered TCP >>> >>>>> port (4189). This allows the requirements of reliable >>> messaging and >>> >>>>> flow control to be met without further protocol work. All PCEP >>> >>>>> messages MUST be sent using the registered TCP port for the >>> source >>> >>>>> and destination TCP port. >>> >>> [Thomas] can PCEP run on something else than TCP? It looks >>> like no. >>> >>> There is always the possibility for proposing a UDP version of >>> PCEP, >>> >>> but it's unclear to me how much rework is required. >>> >>> [MR] According to the RFC5440, a PCEP session can be >>> established ONLY >>> >>> over a TCP connection. In other words, first a TCP connection >>> (3-way >>> >>> handshake) between the PCC and the PCE has to be established, >>> and >>> >>> after a PCEP session can be started. About proposing an UDP >>> version >>> >>> of PCEP, it is something to be investigated. >>> >>> >>> >>>>> Once the PCC has selected a PCE, it sends a Path Computation >>> >>>>> Request to the PCE (PCReq message) that contains a variety of >>> >>>>> objects that >>> >>> specify the set of constraints and attributes for the path to be >>> >>> computed. >>> >>> For example, "Compute a TE LSP path with source IP >>> address=x.y.z.t, >>> >>> destination IP address=x'.y'.z'.t', bandwidth=B Mbit/s, >>> Setup/Holding >>> >>> priority=P, ...". Additionally, the PCC may desire to specify >>> the >>> >>> urgency of such request by assigning a request priority. >>> >>> >>> >>> [Thomas]If the PCE received a PCReq to go from A to B, is >>> there a way >>> >>> for the PCE to contact all the motes along the multi-hop path >>> between >>> >>> A and B and install cells/links? it looks like the PCE is only >>> used >>> >>> to calculate a multi-hop path on an already existing topology. >>> >>> [MR]I agree with you. PCEP can set up a multi-hop path on an >>> already >>> >>> existing topology. There is correspondence 1-to-1 between >>> PCReq and >>> >>> PCRep. >>> >>> Thus, it seems that PCE cannot contact the motes along the >>> multi-hop >>> >>> path between A and B. BUT... PCEP include some RP in the >>> messages >>> >>> (see >>> >>> below) >>A Path Computation Reply(PCRep) Message can contain >>> either >>> >>> a set of computed paths if the request can be satisfied, or a >>> >>> negative reply if not. The negative reply may indicate the >>> reason >>> >>> why no path could be found. >>> >>>>>The RP (Request Parameters) object MUST be carried within >>> each PCReq >>> >>>>>and PCRep messages. The RP object is used to specify various >>> >>>>>characteristics of the path computation request. >>> >>> >> The END-POINTS object is used in a PCReq message to >>> specify the >>> >>> source IP address and the destination IP address of the path for >>> >>> which a path computation is requested. Note that the source and >>> >>> destination addresses specified in the END-POINTS object may >>> >>> correspond to the source and destination IP address of the TE >>> LSP or >>> >>> to those of a path segment. >>> >>> [MR] Setting the END-POINT object, maybe it could be possible >>> to >>> >>> allocate cells/links for each path segment. This is something >>> to be >>> >>> investigated. >>> >>> >>The BANDWIDTH object is used to specify the requested >>> bandwidth >>> >>> for a TE LSP. The notion of bandwidth is similar to the one >>> used for >>> >>> RSVP >>> >>> >>signaling in [RFC2205], [RFC3209], and [RFC3473]. >>> >>> >>The METRIC object is optional and can be used for several >>> purposes. >>> >>> In a PCReq message, a PCC MAY insert one or more METRIC objects: >>> >>> o To indicate the metric that MUST be optimized by the path >>> >>> computation algorithm (IGP metric, TE metric, hop counts). >>> >>> Currently, three metrics are defined: the IGP cost, the TE >>> metric >>> >>> (see [RFC3785]), and the number of hops traversed by a TE LSP. >>> >>> o To indicate a bound on the path cost that MUST NOT be >>> exceeded for >>> >>> the path to be considered as acceptable by the PCC. >>> >>> >>The path computation algorithmic aspects used by the PCE to >>> >>> optimize a path with respect to a specific metric are outside >>> the >>> >>> scope of this >>> >>> >>document. >>> >>> [MR] TASA could be a possible algorithm for computing the path. >>> It >>> >>> seems to fits well with the RFC5440 Specification. >>> >>> >>> >>> TASA provides a method to the PCE for computing a network >>> path, based >>> >>> on the network graph and applying computational constraints >>> (i.e., >>> >>> selecting >>> >>> duplex- and >>> >>> interference-free conflict links, according to local and >>> global queue >>> >>> level). >>> >>> Each node in the TSCH TASA-based network could act as PCC (Path >>> >>> Computation Client), requesting a path computation to be >>> performed by >>> >>> the PCE. In detail, with the PCReq message, the PCC asks the >>> PCE to >>> >>> compute a path toward it (thus, source IP address = PCC IP >>> address, >>> >>> destination IP address = PCE destination address), having a >>> given >>> >>> bandwidth, equal to the number of packets it wants to transmit >>> (i.e., >>> >>> TASA local queue level, or in other word, traffic load offered >>> by >>> >>> the single node to the network). >>> >>> After having collected all the PCReq messages from all the >>> nodes in >>> >>> the network, the PCE can build a schedule, setting one or more >>> paths >>> >>> for each PCC. >>> >>> Once, the schedule has been built according to TASA matching and >>> >>> coloring procedures, it is transmitted to each node in the >>> network, >>> >>> using PCRep messages. >>> >>> Then, the 6TSCH 6TUS adaptation protocol can provide the >>> >>> functionality for delivering the traffic in the queues, >>> according to >>> >>> the schedule built with >>> >>> TASA+PCEP. >>> >>> >>> >>> Some Open ISSUES: >>> >>> >>> >>> Q1: How the PCE collect the information related to the network >>> graph? >>> >>> R1: Note that this is out of the scope of both RCF5440 and TASA. >>> >>> However, we may suppose that such information are provided by >>> the >>> >>> routing protocol, RPL, as suggested in RFC5440. >>> >>> "How" still has to be defined! >>> >>> [Thomas] Agreed, that's a really important point. >>> >>> >>> >>> Q2: How the network is set up before implementing TASA+PCEP for >>> >>> building the schedule? >>> >>> R2: TASA does not specify how the network is built. In fact, >>> TASA >>> >>> runs over a network that has been already built, and that needs >>> a >>> >>> schedule in order to allow traffic-flow exchanges (i.e., >>> >>> transmissions between each node and the PCE). Maybe, 6TUS >>> could fill >>> >>> this gap and provide the functionality for the 15.4e TSCH >>> network >>> >>> formation. >>> >>> >>> >>> [Thomas] I believe the "minimal" use case identified in the >>> charter >>> >>> covers this. >>> >>> >>> >>> Q3: Is there any need to change the PCReq and PCRep messages >>> format, >>> >>> for allowing the integration of PCEP with TASA? >>> >>> [MR] there could be such need. >>> >>> >>> >>> >>> >>> Q4:How the info in the PCRep messages can be used by 6TUS? >>> >>> >>> >>> [Thomas] The entity in the motes which received PCRep message >>> simply >>> >>> send commands over the 6tus interface. >>> >>> >>> >>> Q5: How would a TASA+PCEP solution work for P2P traffic? That >>> is, >>> >>> data flowing from a switch to a light without going through the >>> >>> DAGroot? >>> >>> [MR]TASA supports multi-point-to-point traffic (from each mote >>> in the >>> >>> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP >>> maybe >>> >>> could support P2P traffic. This is something to be investigated. >>> >>> >>> >>> >>> >>> _______________________________________________ >>> >>> 6tsch mailing list >>> >>> 6tsch@ietf.org >>> >>> https://www.ietf.org/mailman/listinfo/6tsch >>> >>> >>> >> >>> >> >>> > >>> > >>> >>> >>> >>> >>> >>> _______________________________________________ >>> 6tsch mailing list >>> 6tsch@ietf.org >>> https://www.ietf.org/mailman/listinfo/6tsch >> _______________________________________________ >> 6tsch mailing list >> 6tsch@ietf.org >> https://www.ietf.org/mailman/listinfo/6tsch >> --------------030204020002090107030704 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: 8bit
Hi Qin,

GIST is the lower layer of NSIS and it provides the transport functionalities as you say. As regards to the track discovery can be done in two ways (as far as I understand):

 1-A routing protocol exists, then NSIS/GIST can make use the route between the to edges of the track
 2-If a routing protocol does not exist or there is no defined route from the two edge nodes of the track, NSIS can discover the path by hop by hop neighbour discovery.

Note that, NSIS messages carry a MRI (Message Route Information Object) that according to RFC5971 section 5.1
http://tools.ietf.org/html/rfc5971#section-5.1

Message-Routing-Information (MRI):  Information sufficient to define how the signalling message should be routed through the network.

IMHO, this MRI object can be used by the PCE to indicate the list of nodes (or whatever information that can be used to determine the next hop) in the Track as routing state is not installed yet in the network.

Note that this is my opinion and guess, this is maybe an aspect that needs further investigation and discussion.

cheers!
Xavi

      

       

      

      Al 04/05/13 19:01, En/na Qin Wang ha escrit:

    

    

      
Xavi,

I have just read some document on NSIS, only have very basic understanding
as foolws.

Considering our requirement on installing tracks into nodes, I think that
GIST (General Internet Signaling Transport) of NSIS may be a candidate.
But, there is still a problem, i.e. the signaling nodes along a path are
discovered by peer of nodes distributed in GIST, while in the PCE-based
case, the nodes along a path are computed by PCE. In another word, likely,
it is necessary to couple the path implied by a Track with a signaling
path. But, how?

Qin




      

        
just a short question,

what is the difference between having a node issuing a PCReq to the PCE
and having a node requesting some amount of bandwidth using a
Reservation request message from NSIS/RSVP?

In both cases we need a route to the PCE and the answer of the
reservation request will come back to the issuer which will install the
links/bw. If NSIS also the nodes in the path might install the bw.

X

Al 03/05/13 07:46, En/na Thomas Watteyne ha escrit:


        

          
Interesting discussion. If I understand the discussion above, we have
two options for distributing the schedule updated along the track
between source and destination motes:
- send a separate (unsolicited) PCResp to each node. I believe that
this breaks PCEP's current packet flow, so would have to see whether
such a use case is possible.
- send the PCResp only to the PCC requesting the route, and have that
node initiate the multi-hop reservation. This node could then use a
PCNtf to indicate to the PCE that the reservation has been completed.

There are other options, as discussed in the parallel e-mail thread
about RSVP/NSIS. I'm sure we will discuss those over the phone in a
couple of minutes.

Thomas


On Fri, May 3, 2013 at 6:31 AM, Qin Wang <qinwang@berkeley.edu
<mailto:qinwang@berkeley.edu>> wrote:

    Maria Rita,

    For installing schedule computed by PCE to every nodes along the
    path from
    nodeA to nodeB, one solution may be something like "source routing",
    another way may be multicast mentioned in "summary NSIS" branch.

    Qin


    > Qin,
    >
    > Right, I also do agree that Thomas' suggestion can be a possible
    solution.
    > We may need an interaction between PCEP and 6TUS, in order to
    reserve the
    > cells to  the nodes (routers) along the multi-hop path between A
    and B.
    >
    > Actually, we will need to define some sort of mechanisms for
    collecting at
    > the PCE all the needed information related to network topology,
    requested
    > bandwidth, etc. In fact, they are not specified in RF5440.
    >
    > (1) Each source node  that has some traffic to delivery, will
    have to send
    > a PCReq to PCE.
    > (2) PCE will build the schedule, following an algorithm (e.g.,
TASA,
    > DeTAS, etc.) So, it will reserve some cells for each node.
    > (3) PCE can send the PCRep only to node A (according to
    RFC5440). We may
    > need to modify it, as you are suggesting, in order to be able to
    send it
    > also to node C, and D. Anyway we will  need to find a way for
    sending this
    > info (maybe, exchanging hop by hop: from node A to node C,  from
    C to D.)
    >
    > Maria Rita
    >
    >
    >
    >
    > -----Original Message-----
    > From: Qin Wang [mailto:qinwang@berkeley.edu
    <mailto:qinwang@berkeley.edu>]
    > Sent: Friday, May 03, 2013 11:28 AM
    > To: Maria Rita PALATTELLA
    > Cc: Qin Wang; 6tsch@ietf.org <mailto:6tsch@ietf.org>; Thomas
    Watteyne
    > (watteyne@eecs.berkeley.edu
    <mailto:watteyne@eecs.berkeley.edu>); Pascal Thubert (pthubert)
    > (pthubert@cisco.com <mailto:pthubert@cisco.com>)
    > Subject: RE: [6tsch] PCEP for centralized scheduling in 6TSCH
    > architecture
    >
    > Maria Rita,
    >
    > Thank you for your explanation. I understand that PCEP is a
    communication
    > protocol between PCE and PCC. That is why PCE cannot tell the
    routers
    > along the path to PCC based on PCEP. Correct? For solving the
    problem, I
    > noticed that Thomas has a solution, i.e. the entity of PCEP in
    each node
    > along the path will extract the path information from PCRpl and
    use 6tus
    > commands to set the reserved cells into TSCH schedule. I think
    it works.
    >
    > The remained problem is how PCE knows the bandwidth requirements
    in each
    > node. It is reasonable to assume that each node can send packet
    to PCE via
    > some sort of initial formation of network. Then, (1)If a nodeA
    needs some
    > bandwidth to nodeB, nodeA will work as PCC, send PCReq to PCE.
    > (2) PCE select the routers between nodeA and nodeB, e.g. nodeC
    and nodeD,
    > and compute all of the reserved cells for nodeA, nodeB, nodeC
    and nodeD.
    > (3) PCE sends PCRpl to nodeA, nodeB, nodeC and nodeD, separately.
(a
    > little bit modification on PCEP).
    >
    > Thought?
    > Qin
    >
    >
    >
    >
    >> Hello Qin,
    >>
    >> Based on my preliminary analysis, each node generating traffic
     should
    >> work as PCC and ask the PCE to build a path, using a PCReq. In
the
    >> PCReq, it can ask for a given bandwidth (i.e., number of
    cells), based
    >> on the traffic load  that it is going to offer to the network.
    >> According to TSCH, 1 cell per single pkt will be allocated,
    given that
    >> one pkt can be transmitted within a single time slot.
    >>
    >> Now, there are still some questions to be addressed. Among
    these, we
    >> have the following  -- we have been discussing about this with
    Thomas
    >> and
    >> Pascal--
    >>
    >> Q1) If the PCE has received a PCReq for setting a path  from A
    to B,
    >> is there a way for the PCE to contact all the motes (routers)
along
    >> the multi-hop path between A and B and install cells/links?
    >>
    >> It seems that PCE cannot contact the motes along the multi-hop
path
    >> between A and B. Thus, in this case, one first possible
    solution could
    >> be to have  the router acting also as PCC and asks some bandwidth
    >> based on the traffic that it has to forward.
    >> For sure this isn't the best solution, and it implies waste of
    energy.
    >> We will need to figure out better how to deal with this.
    >>
    >> I don't know if I answer your questions. Please, do not hesitate
to
    >> come back to me, if I didn't get well your point.
    >>
    >> Thank you
    >> Maria Rita
    >>
    >>
    >> -----Original Message-----
    >> From: Qin Wang [mailto:qinwang@berkeley.edu
    <mailto:qinwang@berkeley.edu>]
    >> Sent: Friday, May 03, 2013 9:57 AM
    >> To: Maria Rita PALATTELLA
    >> Cc: 6tsch@ietf.org <mailto:6tsch@ietf.org>; Thomas Watteyne
    (watteyne@eecs.berkeley.edu <mailto:watteyne@eecs.berkeley.edu>);
    >> Pascal Thubert (pthubert) (pthubert@cisco.com
    <mailto:pthubert@cisco.com>)
    >> Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH
    >> architecture
    >>
    >> Hi Maria Rita,
    >>
    >> From your description about PCEP +TASA in the following, my
    >> understanding is that each node, no matter sensor nodes or
router,
    >> will work as PCC and send PCReq message to PCE. The PCReq will
    include
    >> Bandwidth required besides source and destination address. In
    another
    >> word, a node, including router, has to figure out the bandwidth
    it needs
    >> independently. But, how?
    >> I think the bandwidth needed from a router to another router is
the
    >> result computed by PCE, instead of the input from each router
    to the
    >> computation in PCE.
    >>
    >> Maybe I miss something.
    >>
    >> Regards
    >> Qin
    >>
    >>> Dear all,
    >>> I have started investigating the RFC5440 "Path Computation
Element
    >>> Communication Protocol (PCEP)" in order to check " if" and
    "how" it
    >>> could fit in our 6TSCH architecture.
    >>> In detail, I wanted to see if we could use PCEP + TASA
    (Traffic Aware
    >>> Scheduling Algorithm) for computing and distributing the
schedule
    >>> from the PCE to the nodes in a 6TSCH architecture that uses a
    >>> centralized scheduling algorithm.
    >>> I had some preliminary discussion already with Thomas on this
    topic,
    >>> but let's discuss all together on the ML. We would like to
    have your
    >>> feedback in order to see if we can really use PCEP, and how we
can
    >>> fix some open issues in the 6TSCH context.
    >>> I will use some extracts from the RFC5440, that summarize the
    >>> behavior of the protocol, and show features that we could
exploit.
    >>> This will result in a *very long* email. Sorry for that. And
    thanks
    >>> for going through it, and come back to me with your comments,
    >>> questions, suggestions.
    >>> Maria Rita
    >>>
    >>>>>PCEP is such a protocol designed specifically for
communications
    >>>>>between  a PCC and a PCE [...] a PCC may use PCEP to send a
path
    >>>>>computation  request for one or more TE LSPs to a PCE, and
    the PCE
    >>>>>may reply with a  set of computed paths if one or more paths
    can be
    >>>>>found that satisfies  the set of constraints.
    >>>>> PCC:  Path Computation Client; any client application
    requesting a
    >>>>>path  computation to be performed by a Path Computation
Element.
    >>>>> PCE:  Path Computation Element; an entity (component,
    application,
    >>>>>or  network node) that is capable of computing a network path
or
    >>>>>route  based on a network graph and applying computational
    >>>>>constraints.
    >>>>> Explicit path:  Full explicit path from start to
    destination; made
    >>>>>of a  list of strict hops where a hop may be an abstract node
    such
    >>>>>as  an AS.
    >>>  [MR] The explicit path could be seen as a 6TSCH track,
    composed by
    >>> hard cells.
    >>>
    >>>>> [...] it is assumed that the PCE has the required information
    >>>>> (usually including network topology and resource
    information) so as
    >>>>> to perform the computation of a path for a TE LSP.  Such
    >>>>> information can be gathered by routing protocols or by some
    other
    >>>>> means.  The way in which the information is gathered is out
    of the
    >>>>> scope of this document (i.e, RFC5440).
    >>>  [Thomas] Is that not a bit limiting? This means that we need
one
    >>> protocol
    >>> (PCEP) to send data from the PCE to the motes, and another for
    stats
    >>> and topological and requirement data to go from the motes to
    the PCE.
    >>>  [MR] Yes, it is. Like 15.4e TSCH that uses a schedule but it
    doesn't
    >>> specify how to build and distribute it, PCEP does not define
    how to
    >>> collect the required information (network topology,
requirements)
    >>> used for computing paths. But the motes can specify the
    requirements
    >>> of the requested path within the PCReq messages.
    >>>
    >>>>>  Transport Protocol. PCEP operates over TCP using a
    registered TCP
    >>>>> port (4189). This allows the requirements of reliable
    messaging and
    >>>>> flow control to be met without further protocol work. All PCEP
    >>>>> messages MUST be sent using the registered TCP port for the
    source
    >>>>> and destination TCP port.
    >>>  [Thomas] can PCEP run on something else than TCP? It looks
    like no.
    >>> There is always the possibility for proposing a UDP version of
    PCEP,
    >>> but it's unclear to me how much rework is required.
    >>> [MR] According to the RFC5440, a PCEP session can be
    established ONLY
    >>> over a  TCP connection. In other words, first a TCP connection
    (3-way
    >>> handshake) between the PCC and the PCE has to be established,
and
    >>> after a PCEP session can be started. About proposing an UDP
    version
    >>> of PCEP, it is something to be investigated.
    >>>
    >>>>> Once the PCC has selected a PCE, it sends a Path Computation
    >>>>> Request to the PCE (PCReq message) that contains a variety of
    >>>>> objects that
    >>> specify the set of constraints and attributes for the path to be
    >>> computed.
    >>>  For example, "Compute a TE LSP path with source IP
    address=x.y.z.t,
    >>> destination IP address=x'.y'.z'.t', bandwidth=B Mbit/s,
    Setup/Holding
    >>> priority=P, ...".  Additionally, the PCC may desire to specify
the
    >>> urgency  of such request by assigning a request priority.
    >>>
    >>> [Thomas]If the PCE received a PCReq to go from A to B, is
    there a way
    >>> for the PCE to contact all the motes along the multi-hop path
    between
    >>> A and B and install cells/links? it looks like the PCE is only
    used
    >>> to calculate a multi-hop path on an already existing topology.
    >>> [MR]I agree with you. PCEP can set up a multi-hop path on an
    already
    >>> existing topology. There is correspondence 1-to-1 between
    PCReq and
    >>> PCRep.
    >>> Thus, it seems that PCE cannot contact the motes along the
    multi-hop
    >>> path between A and B. BUT... PCEP include some RP in the
messages
    >>> (see
    >>> below)  >>A Path Computation Reply(PCRep) Message can contain
    either
    >>> a set of computed paths if the request can be satisfied, or a
    >>> negative reply if not.  The negative reply may indicate the
reason
    >>> why no path could be found.
    >>>>>The RP (Request Parameters) object MUST be carried within
    each PCReq
    >>>>>and  PCRep messages. The RP object is used to specify various
    >>>>>characteristics  of the path computation request.
    >>>  >> The END-POINTS object is used in a PCReq message to
    specify the
    >>> source IP address and the destination IP address of the path for
    >>> which a path computation is requested. Note that the source and
    >>> destination addresses specified in the END-POINTS object may
    >>> correspond to the source and destination IP address of the TE
    LSP or
    >>> to those of a path segment.
    >>>  [MR] Setting the END-POINT object, maybe it could be possible
to
    >>> allocate cells/links for each path segment. This is something
    to be
    >>> investigated.
    >>>  >>The BANDWIDTH object is used to specify the requested
bandwidth
    >>> for a TE LSP. The notion of bandwidth is similar to the one
    used for
    >>> RSVP
    >>> >>signaling in [RFC2205], [RFC3209], and [RFC3473].
    >>>  >>The METRIC object is optional and can be used for several
    purposes.
    >>> In a PCReq message, a PCC MAY insert one or more METRIC objects:
    >>>  o To indicate the metric that MUST be optimized by the path
    >>> computation algorithm (IGP metric, TE metric, hop counts).
    >>> Currently, three metrics are defined: the IGP cost, the TE
metric
    >>> (see [RFC3785]), and the number of hops traversed by a TE LSP.
    >>>  o To indicate a bound on the path cost that MUST NOT be
    exceeded for
    >>> the path to be considered as acceptable by the PCC.
    >>>  >>The path computation algorithmic aspects used by the PCE to
    >>> optimize a path with respect to a specific metric are outside
the
    >>> scope of this
    >>> >>document.
    >>> [MR] TASA could be a possible algorithm for computing the path.
It
    >>> seems to fits well with the RFC5440 Specification.
    >>>
    >>> TASA provides a method to the PCE for computing a network
    path, based
    >>> on the network graph and applying computational constraints
(i.e.,
    >>> selecting
    >>> duplex- and
    >>> interference-free conflict links, according to local and
    global queue
    >>> level).
    >>> Each node in the TSCH TASA-based network could act as PCC (Path
    >>> Computation Client), requesting a path computation to be
    performed by
    >>> the PCE. In detail, with the PCReq message, the PCC asks the
    PCE to
    >>> compute a path toward it (thus, source IP address = PCC IP
    address,
    >>> destination IP address = PCE destination address), having a
given
    >>> bandwidth, equal to the number of packets it wants to transmit
    (i.e.,
    >>> TASA local queue level, or  in other word, traffic load offered
by
    >>> the single node to the network).
    >>> After having collected all the PCReq messages from all the
    nodes in
    >>> the network, the PCE can build a schedule, setting one or more
    paths
    >>> for each PCC.
    >>> Once, the schedule has been built according to TASA matching and
    >>> coloring procedures, it is transmitted to each node in the
    network,
    >>> using PCRep messages.
    >>> Then, the 6TSCH 6TUS adaptation protocol can provide the
    >>> functionality for delivering the traffic in the queues,
    according to
    >>> the schedule built with
    >>> TASA+PCEP.
    >>>
    >>> Some Open ISSUES:
    >>>
    >>> Q1: How the PCE collect the information related to the network
    graph?
    >>> R1: Note that this is out of the scope of both RCF5440 and TASA.
    >>> However, we may suppose that such information are provided by
the
    >>> routing protocol, RPL, as suggested in RFC5440.
    >>> "How" still has to be defined!
    >>> [Thomas] Agreed, that's a really important point.
    >>>
    >>> Q2: How the network is set up before implementing TASA+PCEP for
    >>> building the schedule?
    >>> R2: TASA does not specify how the network is built. In fact,
TASA
    >>> runs over a network that has been already built, and that needs
a
    >>> schedule in order to allow traffic-flow exchanges (i.e.,
    >>> transmissions between each node and the PCE). Maybe, 6TUS
    could fill
    >>> this gap and provide the functionality for the 15.4e TSCH
network
    >>> formation.
    >>>
    >>> [Thomas] I believe the "minimal" use case identified in the
    charter
    >>> covers this.
    >>>
    >>> Q3: Is there any need to change the PCReq and PCRep messages
    format,
    >>> for allowing the integration of PCEP with TASA?
    >>> [MR] there could be such need.
    >>>
    >>>
    >>> Q4:How the info in the PCRep messages can be used by 6TUS?
    >>>
    >>> [Thomas] The entity in the motes which received PCRep message
    simply
    >>> send commands over the 6tus interface.
    >>>
    >>> Q5: How would a TASA+PCEP solution work for P2P traffic? That
is,
    >>> data flowing from a switch to a light without going through the
    >>> DAGroot?
    >>> [MR]TASA supports multi-point-to-point traffic (from each mote
    in the
    >>> network to the DODAGroot). PCEP support P2P traffic. TASA+PCEP
    maybe
    >>> could support P2P traffic. This is something to be investigated.
    >>>
    >>>
    >>> _______________________________________________
    >>> 6tsch mailing list
    >>> 6tsch@ietf.org <mailto:6tsch@ietf.org>
    >>> https://www.ietf.org/mailman/listinfo/6tsch
    >>>
    >>
    >>
    >
    >





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All,

You will find the minutes of the last webex below, and the presented slides
attached. Thanks to Xavi for taking notes!). Please fix anything I might
have missed directly in the e-mail and reply.

These minutes and slides are archived at
https://bitbucket.org/6tsch/meetings/wiki/130503_webex (with bold face and
italics!).

Thomas

PS: for some reason, these minutes are becoming longer and longer. Will try
to put the verbose level lower next time.

---

# Minutes Webex 05 May 2013, 6TSCH group #

Note: timestamps in PDT.

Taking notes
------------

1. Xavi Vilajosana
2. Thomas Watteyne

Present (alphabetically)
------------------------

* Alfredo Grieco
* Dominique Barthel
* Guillaume Gaillard
* Maria Rita Palattella
* Pascal Thubert
* Raghuram Sudhaakar
* Robert Assimiti
* Thomas Watteyne
* Tina Tsou
* Tom Phinney
* Xavi Vilajosana
* Yoshihiro Obha

Recording
---------

* Webex recording (audio+slides,streaming)
*
https://cisco.webex.com/ciscosales/lsr.php?AT=pb&SP=MC&rID=67971312&rKey=0cbbd37855fabc7a
[47min]

Slides
------

* [slides_130503_webex.ppt](
https://bitbucket.org/6tsch/meetings/src/602148a945a44a81286fcc56de867a3103ccf72a/130503_webex/slides_130503_webex.ppt?at=master):
slides shared during the call

Agenda
------

* update charter: security paragraph [5min]
* link / peering management [10min]
* 6TUS building blocks [10min]
* Centralized routing building blocks [10min]
* distributed routing building blocks [10min]
* Wireless ND [10min]

Minutes
-------
* [08.06] Security. [Yoshihiro]
    * updated paragraph. PANA was mentioned explicitly in the previous
version of the charter. Rene Struik commented that until the requirements
are clear, we should not be identifting specific solutions. The PANA was
therefore removed from the charter.
    * working on the security draft, identifying requirements
    * [Pascal] new interesting discussion started on the mailing list about
security between PCE and PCC. Needs to be taken into account in security
document.
    * Action Item: Yoshihiro to identify scope of this discussion and
include in security draft.
* [08.07] Building block in the architecture draft [Pascal]
    * Goal: have a discussion to better understand what is in the different
building blocks, to better understand what the scope of the group's work
is.
    * Pascal presents the slide which shows stack and highlights what we
have identified.
    * Peering
        * how nodes discover peers and maintain links
        * Bidirectional reachability needed
        * metrics for evaluation
        * rpl does not address this particularly, but since we are doing
lower layer with 6tus, we might want to do something
    * 6tus [Thomas]
        * scheduler: 6tus interfaces to TSCH.
        * GMPLS function: the cell you receive a packet on can be enough
information to allow you to switch it to a different cell without having to
invoke the routing protocol.
        * slot negocation protocol between neighbors
        * Discussion
            * [Thomas] Where does the mapping-of-to-track happen?
            * [Pascal] Part of the scheduler.
            * [Pascal] We might have to remove the term "scheduler", or at
least the separate what puts data on a track, from what puts it on a cell.
    * Centralize Routing
        * Identifying sub-blocks [Pascal]:
            * the way the tracks are computed is not in the standard, do we
want to describe anything?
            * Protocol to request a computation. PCEP. Maybe but some parts
are missing.
            * Protocol (normally inherited from a link state protocol) to
advertise the peerings and metrics to the PCE (PCC to PCE). Devices should
already understand RFC6551 so we can reuse those metrics.
            * Protocol to validate a track (OAM frames).
            * Pascal presents slides to highlight different approaches for
the PCE to installing a track:
                * V1: the PCE talks to each node on the track individually
                * V2: the PCE talks to the source, which uses a separate
protocol to install the resources.
                    * Thomas how does the PCE know that the track was
installed correctly? easier on V1. Also easier to maintain.
                * OAM link:
http://tools.ietf.org/html/draft-ietf-opsawg-oam-overview. Very used in
MPLS environment.
                * [Thomas,Pascal,Yoshihiro] The PCC-PCE communication
should be authenticated and maybe even encrypted.
                * [Pascal] Maybe have a PCEP at BBR so authentication would
be between device and root. Between root and PCE can be over BB, without
note intervention.
        * overview of PCEP [Thomas]
            * Thanks for Maria Rita who is leading this work
            * PCEP protocol: RFC5440 - 2009
            * Communication between client (PCC==node or mote) and PCE.
            * PCC ask for path computation to the PCE. PCReq. Indicates all
requirements.
            * PCEP is open and easy to extend.
            * PCE answers with PCResp.
            * Out of scope:
                * how the PCE calculates the track. From discussion, looks
like we agree with this.
                * how L2 resource are installed on the nodes along a track
                * how the PCE learns about the network (topology, traffic
requirements)
                * Rather small subset of what we want to do.
            * TCP port 4189
            * nothing critical that prevents to use UDP/CoAP instead of TCP
            * multiple PCEs supported per mote
            * TCP sessions can be open/close at each requests, or stay open
long term
            * PCEP comes with a PCEP-specific keepalive mechanism.
            * PCEP defines 7 different types of packets
            * Discussion:
                * [Pascal] Like DHCP, PCEP could use a router as a relay.
That is, authentication and knowledge of the PCE is hidden from the node.
One of the function of the BBR could d be to relay communication between
node and PCE. Authentication and discovery would be handled by the BBR. For
Yoshihiro to consider to save some burden.
                * [Yoshihiro] architecture clearer now. Does PCEP define a
relay?
                * [Pascal] not to my knowledge. architecture clearer now.
We could have CoAP to BRR, and have BBR handle TCP.
    * Distributed routing
        * RPL
            * no major changes required. Probably just some work on the OF.
        * reservation part
        * Pascal goes over overview of installing a /64 route
            * Single subnet (/64) model for the backbone and the LLNs
            * DAOs go from motes to BBR. Host routes (/128) are installed.
            * Reservation protocol (considering RSVP). We will install
switching states. No optimization the paths. Even if we do RSVP and
determinism, we don't have shortes path. We can not do distributed
reservation across the LLNs.
            * discussion
                * [Thomas] we could have a single DODAG with virtual roots
                * [Pascal] sure, but RPL does not guarantee any for of
optimization.
        * RSVP/NSIS [Xavi]
            * try to understand whether RSVP/NSIS are applicable
            * both are UDP. So easier to adapt. point-to-point reservation.
Allow for maintenance.
            * NSIS define lots of QoS metrics, but are extensible
            * reservation can start from source or end node, or from a
different node.
            * provides hop-by-hop state installation: with only one
request, I can install all requirements on all nodes along a track
            * ideally, we use this protocol to install PCE information.
Then we don't need to implement both or mix, or solve cross-protocol issues.
            * [Thomas] interesting point. If we use same protocol for
PCE-to-node and node-to-node, will make things much simpler.
            * [Pascal] RSVP is usually always over raw IP rather than UDP.
    * wireless ND (WiND)
        * people used "WiND"
        * 6LoWPAN-ND is the first step
        * subblocks:
            * registration and DAD
            * resolution: Pascal presents 2 slides illustrating the 2-step
registration process.
            * we need to assist 6MAN, who will probably be responsible for
the bulk of the work
            * what is missing from 6LoWPAN=ND:
                * sequence number to distinguish mobility from duplication
                * second model: no NS/NA or proxy ND on the backbone, but
directly run RPL on the BB. RPL is the only protocol which would support
this, since it has TID.
    * Discussion
        * Next steps [Pascal]:
            * spin new version of the architecture
            * review the charter to make things more explicit about the
building block. E.g. peering, maintenance (OAM).
        * Unclear the model of different protocols for reservation, PCEP vs
NSIS [Thomas].
            * [Pascal] We need to explicitly say at the BoF what work is in
front of us. Must be listed as work items in charter. We could for example
cut the 6tus work in multiple documents.
* [08.50]
    * meeting ends

--e89a8ffbac03f0857104dc184ea5
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


All,

You will find the m=
inutes of the last webex below, and the presented slides attached. Thanks t=
o Xavi for taking notes!). Please fix anything I might have missed directly=
 in the e-mail and reply.




These minutes and slides are archived at=A0https://bitbucket.or=
g/6tsch/meetings/wiki/130503_webex=A0(with bold face and italics!).



Thomas

PS: for=
 some reason, these minutes are becoming longer and longer. Will try to put=
 the verbose level lower next time.

---




# Minutes Webex 0=
5 May 2013, 6TSCH group #

Note: tim=
estamps in PDT.




Taking notes
------------




1. Xavi Vilajosana<=
/font>
2. Thomas Watteyne


Present (alphabetically)


------------------------<=
/div>

* Alfredo Grieco
* Dominique Barthel



* Guillaume Gaillard
* Maria Rita Palattella<=
/div>
* Pascal Thubert


* Raghuram Sudhaakar
* Robert Assimiti
<=
div>* Thomas Watteyne


* Tina Tsou
* Tom Phinney
* Xavi Vilajosana
* Yoshihiro Obha




Recording
---------




* Webex recording (=
audio+slides,streaming)




Slides
------




Agenda
------
* update charter: s=
ecurity paragraph [5min]
* link / peering management [10min]
* 6TUS building blocks [10min]



* Centralized routing building b=
locks [10min]
* dist=
ributed routing building blocks [10min]
* Wireless ND [10min]




Minutes
-------
* [08.06] Security. [Yoshihiro]



=A0 =A0 * updated paragraph. PAN=
A was mentioned explicitly in the previous version of the charter. Rene Str=
uik commented that until the requirements are clear, we should not be ident=
ifting specific solutions. The PANA was therefore removed from the charter.=




=A0 =A0 * working on the securit=
y draft, identifying requirements
=A0 =A0 * [Pascal] new interesting discussion started on the =
mailing list about security between PCE and PCC. Needs to be taken into acc=
ount in security document.



=A0 =A0 * Action Item: Yoshihiro=
 to identify scope of this discussion and include in security draft.=

* [08.07] Building block i=
n the architecture draft [Pascal]



=A0 =A0 * Goal: have a discussio=
n to better understand what is in the different building blocks, to better =
understand what the scope of the group's work is.=A0
<=
font face=3D"courier new, monospace">=A0 =A0 * Pascal presents the slide wh=
ich shows stack and highlights what we have identified.



=A0 =A0 * Peering
=A0 =A0 =A0 =A0 * how nodes discov=
er peers and maintain links
=A0 =A0 =A0 =A0 * Bidirectional reachability needed



=A0 =A0 =A0 =A0 * metrics for ev=
aluation
=A0 =A0 =A0=
 =A0 * rpl does not address this particularly, but since we are doing lower=
 layer with 6tus, we might want to do something



=A0 =A0 * 6tus [Thomas]
=A0 =A0 =A0 =A0 * scheduler:=
 6tus interfaces to TSCH.
=A0 =A0 =A0 =A0 * GMPLS function: the cell you receive a packet on ca=
n be enough information to allow you to switch it to a different cell witho=
ut having to invoke the routing protocol.



=A0 =A0 =A0 =A0 * slot negocatio=
n protocol between neighbors
=A0 =A0 =A0 =A0 * Discussion
=A0 =A0 =A0 =A0 =A0 =A0 * [Thomas] Where does the mapping=
-of-to-track happen?



=A0 =A0 =A0 =A0 =A0 =A0 * [Pasca=
l] Part of the scheduler.
=A0 =A0 =A0 =A0 =A0 =A0 * [Pascal] We might have to remove the term &=
quot;scheduler", or at least the separate what puts data on a track, f=
rom what puts it on a cell.



=A0 =A0 * Centralize Routing
=A0 =A0 =A0 =A0 * Ident=
ifying sub-blocks [Pascal]:
=A0 =A0 =A0 =A0 =A0 =A0 * the way the tracks are computed is not in=
 the standard, do we want to describe anything?



=A0 =A0 =A0 =A0 =A0 =A0 * Protoc=
ol to request a computation. PCEP. Maybe but some parts are missing.=

=A0 =A0 =A0 =A0 =A0 =A0 * =
Protocol (normally inherited from a link state protocol) to advertise the p=
eerings and metrics to the PCE (PCC to PCE). Devices should already underst=
and RFC6551 so we can reuse those metrics.



=A0 =A0 =A0 =A0 =A0 =A0 * Protoc=
ol to validate a track (OAM frames).
=A0 =A0 =A0 =A0 =A0 =A0 * Pascal presents slides to highli=
ght different approaches for the PCE to installing a track:



=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =
* V1: the PCE talks to each node on the track individually
=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 * V2=
: the PCE talks to the source, which uses a separate protocol to install th=
e resources.



=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =
=A0 =A0 * Thomas how does the PCE know that the track was installed correct=
ly? easier on V1. Also easier to maintain.
=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 * OAM link: http://tools=
.ietf.org/html/draft-ietf-opsawg-oam-overview. Very used in MPLS enviro=
nment.



=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =
* [Thomas,Pascal,Yoshihiro] The PCC-PCE communication should be authenticat=
ed and maybe even encrypted.
=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 * [Pascal] Maybe have a PCEP at BB=
R so authentication would be between device and root. Between root and PCE =
can be over BB, without note intervention.=A0



=A0 =A0 =A0 =A0 * overview of PC=
EP [Thomas]
=A0 =A0 =
=A0 =A0 =A0 =A0 * Thanks for Maria Rita who is leading this work
=A0 =A0 =A0 =A0 =A0 =A0 * PCEP=
 protocol: RFC5440 - 2009



=A0 =A0 =A0 =A0 =A0 =A0 * Commun=
ication between client (PCC=3D=3Dnode or mote) and PCE.
=A0 =A0 =A0 =A0 =A0 =A0 * PCC ask for p=
ath computation to the PCE. PCReq. Indicates all requirements.



=A0 =A0 =A0 =A0 =A0 =A0 * PCEP i=
s open and easy to extend.
=A0 =A0 =A0 =A0 =A0 =A0 * PCE answers with PCResp.
=
=A0 =A0 =A0 =A0 =A0 =A0 * Out of scop=
e:



=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =
* how the PCE calculates the track. From discussion, looks like we agree wi=
th this.
=A0 =A0 =A0=
 =A0 =A0 =A0 =A0 =A0 * how L2 resource are installed on the nodes along a t=
rack



=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =
* how the PCE learns about the network (topology, traffic requirements)
=A0 =A0 =A0 =A0 =A0 =A0=
 =A0 =A0 * Rather small subset of what we want to do.



=A0 =A0 =A0 =A0 =A0 =A0 * TCP po=
rt 4189
=A0 =A0 =A0 =
=A0 =A0 =A0 * nothing critical that prevents to use UDP/CoAP instead of TCP=

=A0 =A0 =A0 =A0 =A0=
 =A0 * multiple PCEs supported per mote



=A0 =A0 =A0 =A0 =A0 =A0 * TCP se=
ssions can be open/close at each requests, or stay open long term
=A0 =A0 =A0 =A0 =A0 =A0 * PCE=
P comes with a PCEP-specific keepalive mechanism.



=A0 =A0 =A0 =A0 =A0 =A0 * PCEP d=
efines 7 different types of packets
=A0 =A0 =A0 =A0 =A0 =A0 * Discussion:
=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 * [Pascal=
] Like DHCP, PCEP could use a router as a relay. That is, authentication an=
d knowledge of the PCE is hidden from the node. One of the function of the =
BBR could d be to relay communication between node and PCE. Authentication =
and discovery would be handled by the BBR. For Yoshihiro to consider to sav=
e some burden.



=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =
* [Yoshihiro] architecture clearer now. Does PCEP define a relay?
=A0 =A0 =A0 =A0 =A0 =A0 =A0 =
=A0 * [Pascal] not to my knowledge. architecture clearer now. We could have=
 CoAP to BRR, and have BBR handle TCP.



=A0 =A0 * Distributed routing
=A0 =A0 =A0 =A0 * RPL<=
/font>
=A0 =A0 =A0 =A0 =A0 =
=A0 * no major changes required. Probably just some work on the OF.<=
/div>


=A0 =A0 =A0 =A0 * reservation pa=
rt
=A0 =A0 =A0 =A0 *=
 Pascal goes over overview of installing a /64 route
=A0 =A0 =A0 =A0 =A0 =A0 * Single subnet (/=
64) model for the backbone and the LLNs



=A0 =A0 =A0 =A0 =A0 =A0 * DAOs g=
o from motes to BBR. Host routes (/128) are installed.
=A0 =A0 =A0 =A0 =A0 =A0 * Reservation pr=
otocol (considering RSVP). We will install switching states. No optimizatio=
n the paths. Even if we do RSVP and determinism, we don't have shortes =
path. We can not do distributed reservation across the LLNs.



=A0 =A0 =A0 =A0 =A0 =A0 * discus=
sion
=A0 =A0 =A0 =A0=
 =A0 =A0 =A0 =A0 * [Thomas] we could have a single DODAG with virtual roots=

=A0 =A0 =A0 =A0 =A0=
 =A0 =A0 =A0 * [Pascal] sure, but RPL does not guarantee any for of optimiz=
ation.



=A0 =A0 =A0 =A0 * RSVP/NSIS [Xav=
i]
=A0 =A0 =A0 =A0 =
=A0 =A0 * try to understand whether RSVP/NSIS are applicable
=A0 =A0 =A0 =A0 =A0 =A0 * both are=
 UDP. So easier to adapt. point-to-point reservation. Allow for maintenance=
.



=A0 =A0 =A0 =A0 =A0 =A0 * NSIS d=
efine lots of QoS metrics, but are extensible
=A0 =A0 =A0 =A0 =A0 =A0 * reservation can start=
 from source or end node, or from a different node.



=A0 =A0 =A0 =A0 =A0 =A0 * provid=
es hop-by-hop state installation: with only one request, I can install all =
requirements on all nodes along a track
=A0 =A0 =A0 =A0 =A0 =A0 * ideally, we use this protocol=
 to install PCE information. Then we don't need to implement both or mi=
x, or solve cross-protocol issues.



=A0 =A0 =A0 =A0 =A0 =A0 * [Thoma=
s] interesting point. If we use same protocol for PCE-to-node and node-to-n=
ode, will make things much simpler.
=A0 =A0 =A0 =A0 =A0 =A0 * [Pascal] RSVP is usually always o=
ver raw IP rather than UDP.



=A0 =A0 * wireless ND (WiND)
=A0 =A0 =A0 =A0 * peopl=
e used "WiND"
=A0 =A0 =A0 =A0 * 6LoWPAN-ND is the first step



=A0 =A0 =A0 =A0 * subblocks:
=A0 =A0 =A0 =A0 =A0 =A0=
 * registration and DAD
=A0 =A0 =A0 =A0 =A0 =A0 * resolution: Pascal presents 2 slides illustra=
ting the 2-step registration process.



=A0 =A0 =A0 =A0 =A0 =A0 * we nee=
d to assist 6MAN, who will probably be responsible for the bulk of the work=

=A0 =A0 =A0 =A0 =A0=
 =A0 * what is missing from 6LoWPAN=3DND:



=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =
* sequence number to distinguish mobility from duplication
=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 * se=
cond model: no NS/NA or proxy ND on the backbone, but directly run RPL on t=
he BB. RPL is the only protocol which would support this, since it has TID.=




=A0 =A0 * Discussion
=A0 =A0 =A0 =A0 * Next steps [P=
ascal]:
=A0 =A0 =A0 =
=A0 =A0 =A0 * spin new version of the architecture



=A0 =A0 =A0 =A0 =A0 =A0 * review=
 the charter to make things more explicit about the building block. E.g. pe=
ering, maintenance (OAM).=A0
=A0 =A0 =A0 =A0 * Unclear the model of different protocols for res=
ervation, PCEP vs NSIS [Thomas].



=A0 =A0 =A0 =A0 =A0 =A0 * [Pasca=
l] We need to explicitly say at the BoF what work is in front of us. Must b=
e listed as work items in charter. We could for example cut the 6tus work i=
n multiple documents.



* [08.50]
=A0 =A0 * meeting ends




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--e89a8ffbac03f0857404dc184ea7--

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Subject: [6tsch] PCE<->6TSCH protocol: requirements
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--089e0162830ce397ce04dc44d83c
Content-Type: text/plain; charset=ISO-8859-1

All,

Let's continue the discussion on the requirements for the protocol used by
the PCE to communicate with a 6TSCH network. We have had several
discussions and have identified existing protocols which answer different
parts of the needs.

I'd like to start summarizing the requirements we have identified for this
protocol. The objective is to be able to assess the different solutions.
This can turn into a discussion on the next call, then maybe a section in
the architecture or a future requirements draft.

Thomas

---

*Requirement 1.*

*The protocol MUST carry metric information from the nodes to the PCE.*

Here, "metrics" is a general term which covers:
- link metrics, quantifying the connection between neighbor nodes
- node metrics, quantifying the general status and health of a node in the
network

The PCE uses this information to keep an up-to-date view of the network,
which it uses to determine the TSCH schedule.

*Discussion*:

RFC6551 is a great starting point. The DAG Metric Container Format [1] can
probably be used as-is as the payload of the protocol. IANA tracks the
different types of metrics and other attributes [2], and since these are
designed for RPL, I believe this is a perfect fit..

*Requirement 2.*

*The protocol MUST carry commands from the PCE to the motes in the network.*

This allows the PCE to "remote control" the TSCH schedule, based on the
view of the topology if has (requirements 1 and 4) and the scheduling
requirements it receives from the mote (requirement 3).

*Discussion*:

These commands could map almost directly to the commands identifies in the
6tus draft [3]. That is, the PCE can:
- add/remove slotframes
- add/remove hard cells
- control time source neighbors
- control the generation of EBs

On top of this, the PCE can map cells to labels, to allow for 6tus-based
label switching (this feature has been discussed, but is not currently in
the 6tus draft).

*Requirement 3.*

*The protocol MUST carry scheduling requirements from any node to the PCE.*

When an application starts reporting data on a node, this node must be able
to contact the PCE, indicating the traffic requirements it has. Similarly,
the PCE must be able to indicate whether it can satisfy those requirements
or not.

*Discussion*:

It looks like this requirement is fully satisfied by PCEP [5] which defines
the formats of the PCReq and PCResp. Moreover, the IANA is tracking the
different types of requirements [6].

*Requirement 4.*

*The protocol MUST carry alarms from any node to the PCE.*

If a node in the network detects a malfunction, possibly through a local
OAM mechanism [4], it must be able to indicate this to the PCE so it can
take the appropriate action. This information is complementary to the
metric information.

*Discussion*:

In the case of a fully deterministic network (i.e. all tracks consist of
dedicated cells, and the schedule is collision free), the OAM mechanism can
be greatly simplified since the PCE can do the OAM's Connectivity
Verification (CV) by looking at the schedule of the network.

What's then left is the Continuity Check. The periodic re-synchronization
mechanism between a nodes and its time source neighbor imposed by TSCH can
be used to help with that.

*Requirement 5.*

*The protocol MUST ensure mutual authentication between the PCE and the
nodes.*
*
*
Nodes in the 6TSCH network need to be able to ensure that a command is
coming from the PCE; and the PCE must make sure that the data is coming
from a node.

*Discussion*:

How this is done might be left to some secure transport layer (e.g. DTLS),
or build in the protocol directly.

*Requirement 6.*

*The protocol MAY ensure confidentiality of the traffic between the PCE and
the nodes.*

In case all traffic is unicast between the PCE and the 6TSCH nodes, one can
imagine an encryption mechanism whereby a mote can not spoof on the PCE
command it is relaying.

[1] http://tools.ietf.org/html/rfc6551#section-2
[2]
http://www.iana.org/assignments/rpl-routing-metric-constraint/rpl-routing-metric-constraint.xml
[3] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.4
[4] http://tools.ietf.org/html/draft-ietf-opsawg-oam-overview-08
[5] http://tools.ietf.org/html/rfc5440#section-6.4
[6] http://www.iana.org/assignments/pcep/pcep.xml

--089e0162830ce397ce04dc44d83c
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


All,

Let&#=
39;s continue the discussion on the requirements for the protocol used by t=
he PCE to communicate with a 6TSCH network. We have had several discussions=
 and have identified existing protocols which answer different parts of the=
 needs.




I'd like to start summarizing the requi=
rements we have identified for this protocol. The objective is to be able t=
o assess the different solutions. This can turn into a discussion on the ne=
xt call, then maybe a section in the architecture or a future requirements =
draft.




Thomas

---

Requirement 1.

The protocol MUST carry metric informat=
ion from the nodes to the PCE.




Here, "metrics" is a general term=
 which covers:
- link metrics, quantifying the connection b=
etween neighbor nodes
- node metrics, quantifying the gener=
al status and health of a node in the network




The PCE uses this information to keep an up=
-to-date view of the network, which it uses to determine the TSCH schedule.=


Discussion:



RFC6551 is a great starting point. The DAG Metric Cont=
ainer Format [1] can probably be used as-is as the payload of the protocol.=
 IANA tracks the different types of metrics and other attributes=A0[2], and=
 since these are designed for RPL, I believe this is a perfect fit..




Requirement 2.

The protocol MUST carry commands from the PCE to =
the motes in the network.

This all=
ows the PCE to "remote control" the TSCH schedule, based on the v=
iew of the topology if has (requirements 1 and 4) and the scheduling requir=
ements it receives from the mote (requirement 3).




Discussion:

=

These commands could map almost directly to the commands i=
dentifies in the 6tus draft [3]. That is, the PCE can:


- add/remove slotframes
- add/remove hard cells
- control time source neighbors
- control the generati=
on of EBs

On top of this, the PCE can =
map cells to labels, to allow for 6tus-based label switching (this feature =
has been discussed, but is not currently in the 6tus draft).




Requirement 3.

The protocol MUST carry scheduling requiremen=
ts from any node to the PCE.


When an application starts reporting data on a node, this node must be able=
 to contact the PCE, indicating the traffic requirements it has. Similarly,=
 the PCE must be able to indicate whether it can satisfy those requirements=
 or not.




Discussion:

=

It looks like this requirement is fully satisfied by PCEP =
[5] which defines the formats of the PCReq and PCResp. Moreover, the IANA i=
s tracking the different types of requirements [6].




Requirement 4.

The protocol MUST carry alarms from any node =
to the PCE.

If a node in the netwo=
rk detects a malfunction, possibly through a local OAM mechanism [4], it mu=
st be able to indicate this to the PCE so it can take the appropriate actio=
n. This information is complementary to the metric information.




Discussion:

=

In the case of a fully deterministic network (i.e. all tra=
cks consist of dedicated cells, and the schedule is collision free), the OA=
M mechanism can be greatly simplified since the PCE can do the OAM's=A0=
Connectivity Verification (C=
V)=A0by looking at the schedule of the network.




What's then left is the=A0Continuity Check.=A0The periodic=
 re-synchronization mechanism between a nodes and its time source neighbor =
imposed by TSCH can be used to help with that.




Requirement 5.

The protocol MUST ensure mutual authentication be=
tween the PCE and the nodes.



Nodes in the 6TSCH network need to be able to ensure that a command is comi=
ng from the PCE; and the PCE must make sure that the data is coming from a =
node.

Discussion:




How this is done might be left to some secu=
re transport layer (e.g. DTLS), or build in the protocol directly.

Requirement 6.



The protocol MAY ensure confidentiality of the traf=
fic between the PCE and the nodes.

In case all traffic is unicast between the PCE and the 6TSCH nodes, one ca=
n imagine an encryption mechanism whereby a mote can not spoof on the PCE c=
ommand it is relaying.










--089e0162830ce397ce04dc44d83c--

From qinwang@berkeley.edu  Thu May  9 02:14:50 2013
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Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements
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Hi Thomas,

The requirement list is very helpful to make our discussion move forward.

Can you explain more about "On top of this, the PCE can map cells to
labels, to allow for 6tus-based label switching" in Requirement-2?
Because, to me, "Label" is a new concept in the context of 6TSCH.

Thanks
Qin


> All,
>
> Let's continue the discussion on the requirements for the protocol used by
> the PCE to communicate with a 6TSCH network. We have had several
> discussions and have identified existing protocols which answer different
> parts of the needs.
>
> I'd like to start summarizing the requirements we have identified for this
> protocol. The objective is to be able to assess the different solutions.
> This can turn into a discussion on the next call, then maybe a section in
> the architecture or a future requirements draft.
>
> Thomas
>
> ---
>
> *Requirement 1.*
>
> *The protocol MUST carry metric information from the nodes to the PCE.*
>
> Here, "metrics" is a general term which covers:
> - link metrics, quantifying the connection between neighbor nodes
> - node metrics, quantifying the general status and health of a node in the
> network
>
> The PCE uses this information to keep an up-to-date view of the network,
> which it uses to determine the TSCH schedule.
>
> *Discussion*:
>
> RFC6551 is a great starting point. The DAG Metric Container Format [1] can
> probably be used as-is as the payload of the protocol. IANA tracks the
> different types of metrics and other attributes [2], and since these are
> designed for RPL, I believe this is a perfect fit..
>
> *Requirement 2.*
>
> *The protocol MUST carry commands from the PCE to the motes in the
> network.*
>
> This allows the PCE to "remote control" the TSCH schedule, based on the
> view of the topology if has (requirements 1 and 4) and the scheduling
> requirements it receives from the mote (requirement 3).
>
> *Discussion*:
>
> These commands could map almost directly to the commands identifies in the
> 6tus draft [3]. That is, the PCE can:
> - add/remove slotframes
> - add/remove hard cells
> - control time source neighbors
> - control the generation of EBs
>
> On top of this, the PCE can map cells to labels, to allow for 6tus-based
> label switching (this feature has been discussed, but is not currently in
> the 6tus draft).
>
> *Requirement 3.*
>
> *The protocol MUST carry scheduling requirements from any node to the
> PCE.*
>
> When an application starts reporting data on a node, this node must be
> able
> to contact the PCE, indicating the traffic requirements it has. Similarly,
> the PCE must be able to indicate whether it can satisfy those requirements
> or not.
>
> *Discussion*:
>
> It looks like this requirement is fully satisfied by PCEP [5] which
> defines
> the formats of the PCReq and PCResp. Moreover, the IANA is tracking the
> different types of requirements [6].
>
> *Requirement 4.*
>
> *The protocol MUST carry alarms from any node to the PCE.*
>
> If a node in the network detects a malfunction, possibly through a local
> OAM mechanism [4], it must be able to indicate this to the PCE so it can
> take the appropriate action. This information is complementary to the
> metric information.
>
> *Discussion*:
>
> In the case of a fully deterministic network (i.e. all tracks consist of
> dedicated cells, and the schedule is collision free), the OAM mechanism
> can
> be greatly simplified since the PCE can do the OAM's Connectivity
> Verification (CV) by looking at the schedule of the network.
>
> What's then left is the Continuity Check. The periodic re-synchronization
> mechanism between a nodes and its time source neighbor imposed by TSCH can
> be used to help with that.
>
> *Requirement 5.*
>
> *The protocol MUST ensure mutual authentication between the PCE and the
> nodes.*
> *
> *
> Nodes in the 6TSCH network need to be able to ensure that a command is
> coming from the PCE; and the PCE must make sure that the data is coming
> from a node.
>
> *Discussion*:
>
> How this is done might be left to some secure transport layer (e.g. DTLS),
> or build in the protocol directly.
>
> *Requirement 6.*
>
> *The protocol MAY ensure confidentiality of the traffic between the PCE
> and
> the nodes.*
>
> In case all traffic is unicast between the PCE and the 6TSCH nodes, one
> can
> imagine an encryption mechanism whereby a mote can not spoof on the PCE
> command it is relaying.
>
> [1] http://tools.ietf.org/html/rfc6551#section-2
> [2]
> http://www.iana.org/assignments/rpl-routing-metric-constraint/rpl-routing-metric-constraint.xml
> [3] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.4
> [4] http://tools.ietf.org/html/draft-ietf-opsawg-oam-overview-08
> [5] http://tools.ietf.org/html/rfc5440#section-6.4
> [6] http://www.iana.org/assignments/pcep/pcep.xml
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>


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--001a11c29f7e338ea304dc45c61d
Content-Type: text/plain; charset=ISO-8859-1

Qin,

This is something that was discussed over the last couple of phone calls,
mainly by Xavi and Pascal. Sorry if it did not appear clearly in the
minutes.

The idea is to do MPLS-like label switching on a TSCH network: the packet
comes in on one cell, and rather than being sent up to the routing layer,
it is switched out onto a different cell directly in L2, i.e. directly in
6tus.

What makes this very powerful is to use GMPLS: instead of having to attach
a label to each packet (a field), the cell you receive it on is an implicit
label. The switching table then says something like "if you receive on
slotoffset 5, channel offset 6, switch the packet to slotoffset 8, channel
offset 9".

The role of the PCE in this case is to communicate this switching table to
the node. The PCE can build the switching table to match the multi-hop
tracks.

Changes to 6tus are relatiely small to support this:
- the ability to attach one or more labels to a cell
- a flag in each cell indicating whether to use switching or traditional
routing to forward the packet.
- the associated commands for an upper layer to set the labels and the
switching flag.

I hope this makes sense.

Thomas


On Thu, May 9, 2013 at 2:14 AM, Qin Wang  wrote:

> Hi Thomas,
>
> The requirement list is very helpful to make our discussion move forward.
>
> Can you explain more about "On top of this, the PCE can map cells to
> labels, to allow for 6tus-based label switching" in Requirement-2?
> Because, to me, "Label" is a new concept in the context of 6TSCH.
>
> Thanks
> Qin
>
>
> > All,
> >
> > Let's continue the discussion on the requirements for the protocol used
> by
> > the PCE to communicate with a 6TSCH network. We have had several
> > discussions and have identified existing protocols which answer different
> > parts of the needs.
> >
> > I'd like to start summarizing the requirements we have identified for
> this
> > protocol. The objective is to be able to assess the different solutions.
> > This can turn into a discussion on the next call, then maybe a section in
> > the architecture or a future requirements draft.
> >
> > Thomas
> >
> > ---
> >
> > *Requirement 1.*
> >
> > *The protocol MUST carry metric information from the nodes to the PCE.*
> >
> > Here, "metrics" is a general term which covers:
> > - link metrics, quantifying the connection between neighbor nodes
> > - node metrics, quantifying the general status and health of a node in
> the
> > network
> >
> > The PCE uses this information to keep an up-to-date view of the network,
> > which it uses to determine the TSCH schedule.
> >
> > *Discussion*:
> >
> > RFC6551 is a great starting point. The DAG Metric Container Format [1]
> can
> > probably be used as-is as the payload of the protocol. IANA tracks the
> > different types of metrics and other attributes [2], and since these are
> > designed for RPL, I believe this is a perfect fit..
> >
> > *Requirement 2.*
> >
> > *The protocol MUST carry commands from the PCE to the motes in the
> > network.*
> >
> > This allows the PCE to "remote control" the TSCH schedule, based on the
> > view of the topology if has (requirements 1 and 4) and the scheduling
> > requirements it receives from the mote (requirement 3).
> >
> > *Discussion*:
> >
> > These commands could map almost directly to the commands identifies in
> the
> > 6tus draft [3]. That is, the PCE can:
> > - add/remove slotframes
> > - add/remove hard cells
> > - control time source neighbors
> > - control the generation of EBs
> >
> > On top of this, the PCE can map cells to labels, to allow for 6tus-based
> > label switching (this feature has been discussed, but is not currently in
> > the 6tus draft).
> >
> > *Requirement 3.*
> >
> > *The protocol MUST carry scheduling requirements from any node to the
> > PCE.*
> >
> > When an application starts reporting data on a node, this node must be
> > able
> > to contact the PCE, indicating the traffic requirements it has.
> Similarly,
> > the PCE must be able to indicate whether it can satisfy those
> requirements
> > or not.
> >
> > *Discussion*:
> >
> > It looks like this requirement is fully satisfied by PCEP [5] which
> > defines
> > the formats of the PCReq and PCResp. Moreover, the IANA is tracking the
> > different types of requirements [6].
> >
> > *Requirement 4.*
> >
> > *The protocol MUST carry alarms from any node to the PCE.*
> >
> > If a node in the network detects a malfunction, possibly through a local
> > OAM mechanism [4], it must be able to indicate this to the PCE so it can
> > take the appropriate action. This information is complementary to the
> > metric information.
> >
> > *Discussion*:
> >
> > In the case of a fully deterministic network (i.e. all tracks consist of
> > dedicated cells, and the schedule is collision free), the OAM mechanism
> > can
> > be greatly simplified since the PCE can do the OAM's Connectivity
> > Verification (CV) by looking at the schedule of the network.
> >
> > What's then left is the Continuity Check. The periodic re-synchronization
> > mechanism between a nodes and its time source neighbor imposed by TSCH
> can
> > be used to help with that.
> >
> > *Requirement 5.*
> >
> > *The protocol MUST ensure mutual authentication between the PCE and the
> > nodes.*
> > *
> > *
> > Nodes in the 6TSCH network need to be able to ensure that a command is
> > coming from the PCE; and the PCE must make sure that the data is coming
> > from a node.
> >
> > *Discussion*:
> >
> > How this is done might be left to some secure transport layer (e.g.
> DTLS),
> > or build in the protocol directly.
> >
> > *Requirement 6.*
> >
> > *The protocol MAY ensure confidentiality of the traffic between the PCE
> > and
> > the nodes.*
> >
> > In case all traffic is unicast between the PCE and the 6TSCH nodes, one
> > can
> > imagine an encryption mechanism whereby a mote can not spoof on the PCE
> > command it is relaying.
> >
> > [1] http://tools.ietf.org/html/rfc6551#section-2
> > [2]
> >
> http://www.iana.org/assignments/rpl-routing-metric-constraint/rpl-routing-metric-constraint.xml
> > [3] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.4
> > [4] http://tools.ietf.org/html/draft-ietf-opsawg-oam-overview-08
> > [5] http://tools.ietf.org/html/rfc5440#section-6.4
> > [6] http://www.iana.org/assignments/pcep/pcep.xml
> > _______________________________________________
> > 6tsch mailing list
> > 6tsch@ietf.org
> > https://www.ietf.org/mailman/listinfo/6tsch
> >
>
>

--001a11c29f7e338ea304dc45c61d
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Qin,

This is something that was d=
iscussed over the last couple of phone calls, mainly by Xavi and Pascal. So=
rry if it did not appear clearly in the minutes.




The idea is to do MPLS-like label switching on a TSCH network: t=
he packet comes in on one cell, and rather than being sent up to the routin=
g layer, it is switched out onto a different cell directly in L2, i.e. dire=
ctly in 6tus.




What makes this very powerful is to use GMP=
LS: instead of having to attach a label to each packet (a field), the cell =
you receive it on is an implicit label. The switching table then says somet=
hing like "if you receive on slotoffset 5, channel offset 6, switch th=
e packet to slotoffset 8, channel offset 9".




The role of the PCE in this case is to comm=
unicate this switching table to the node. The PCE can build the switching t=
able to match the multi-hop tracks.



Changes to 6tus are relatiely small to support this:
- the =
ability to attach one or more labels to a cell
- a flag in =
each cell indicating whether to use switching or traditional routing to for=
ward the packet.



- the associated commands for an upper layer to set the labels a=
nd the switching flag.

I hope this mak=
es sense.

Thomas




On Thu, May 9, 2013 at 2:14 AM, Qin Wang=
 <qinwang@berkeley.edu> wrote:


Hi Thomas,



The requirement list is very helpful to make our discussion move forward.


Can you explain more about "On top of this, the PCE can map cells to
labels, to allow for 6tus-based label switching" in Requirement-2?

Because, to me, "Label" is a new concept in the context of 6TSCH.=




Thanks

Qin






> All,

>

> Let's continue the discussion on the requirements for the protocol=
 used by

> the PCE to communicate with a 6TSCH network. We have had several

> discussions and have identified existing protocols which answer differ=
ent

> parts of the needs.

>

> I'd like to start summarizing the requirements we have identified =
for this

> protocol. The objective is to be able to assess the different solution=
s.

> This can turn into a discussion on the next call, then maybe a section=
 in

> the architecture or a future requirements draft.

>

> Thomas

>

> ---

>


> *Requirement 1.*

>

> *The protocol MUST carry metric information from the nodes to the PCE.=
*


>

> Here, "metrics" is a general term which covers:

> - link metrics, quantifying the connection between neighbor nodes

> - node metrics, quantifying the general status and health of a node in=
 the

> network

>

> The PCE uses this information to keep an up-to-date view of the networ=
k,

> which it uses to determine the TSCH schedule.

>


> *Discussion*:


>

> RFC6551 is a great starting point. The DAG Metric Container Format [1]=
 can

> probably be used as-is as the payload of the protocol. IANA tracks the=


> different types of metrics and other attributes [2], and since these a=
re

> designed for RPL, I believe this is a perfect fit..

>


> *Requirement 2.*

>

> *The protocol MUST carry commands from the PCE to the motes in the

> network.*


>

> This allows the PCE to "remote control" the TSCH schedule, b=
ased on the

> view of the topology if has (requirements 1 and 4) and the scheduling<=
br>
> requirements it receives from the mote (requirement 3).

>


> *Discussion*:


>

> These commands could map almost directly to the commands identifies in=
 the

> 6tus draft [3]. That is, the PCE can:

> - add/remove slotframes

> - add/remove hard cells

> - control time source neighbors

> - control the generation of EBs

>

> On top of this, the PCE can map cells to labels, to allow for 6tus-bas=
ed

> label switching (this feature has been discussed, but is not currently=
 in

> the 6tus draft).

>


> *Requirement 3.*

>

> *The protocol MUST carry scheduling requirements from any node to the<=
br>
> PCE.*


>

> When an application starts reporting data on a node, this node must be=


> able

> to contact the PCE, indicating the traffic requirements it has. Simila=
rly,

> the PCE must be able to indicate whether it can satisfy those requirem=
ents

> or not.

>


> *Discussion*:


>

> It looks like this requirement is fully satisfied by PCEP [5] which
> defines

> the formats of the PCReq and PCResp. Moreover, the IANA is tracking th=
e

> different types of requirements [6].

>


> *Requirement 4.*

>

> *The protocol MUST carry alarms from any node to the PCE.*


>

> If a node in the network detects a malfunction, possibly through a loc=
al

> OAM mechanism [4], it must be able to indicate this to the PCE so it c=
an

> take the appropriate action. This information is complementary to the<=
br>
> metric information.

>


> *Discussion*:


>

> In the case of a fully deterministic network (i.e. all tracks consist =
of

> dedicated cells, and the schedule is collision free), the OAM mechanis=
m

> can

> be greatly simplified since the PCE can do the OAM's Connectivity<=
br>
> Verification (CV) by looking at the schedule of the network.

>

> What's then left is the Continuity Check. The periodic re-synchron=
ization

> mechanism between a nodes and its time source neighbor imposed by TSCH=
 can

> be used to help with that.

>


> *Requirement 5.*

>

> *The protocol MUST ensure mutual authentication between the PCE and th=
e

> nodes.*

> *


> *

> Nodes in the 6TSCH network need to be able to ensure that a command is=


> coming from the PCE; and the PCE must make sure that the data is comin=
g

> from a node.

>


> *Discussion*:


>

> How this is done might be left to some secure transport layer (e.g. DT=
LS),

> or build in the protocol directly.

>


> *Requirement 6.*

>

> *The protocol MAY ensure confidentiality of the traffic between the PC=
E

> and

> the nodes.*


>

> In case all traffic is unicast between the PCE and the 6TSCH nodes, on=
e

> can

> imagine an encryption mechanism whereby a mote can not spoof on the PC=
E

> command it is relaying.

>

> [1] http://tools.ietf.org/html/rfc6551#section-2

> [2]

> http://www.iana.org=
/assignments/rpl-routing-metric-constraint/rpl-routing-metric-constraint.xm=
l



> [3] http://tools.ietf.org/html/draft-wang-6tsch-6tu=
s-00#section-2.4

> [4] http://tools.ietf.org/html/draft-ietf-opsawg-oam-o=
verview-08

> [5] http://tools.ietf.org/html/rfc5440#section-6.4

> [6] http://www.iana.org/assignments/pcep/pcep.xml


> _______________________________________________

> 6tsch mailing list

> 6tsch@ietf.org

> https://www.ietf.org/mailman/listinfo/6tsch

>







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From xvilajosana@eecs.berkeley.edu  Thu May  9 07:08:42 2013
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Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements
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Hi Thomas,all,

this is very useful list of requirements, out of what we have been 
looking (PCEP,NSIS/RSVP) which seem to be only small pieces of what we 
need and would require us to build a Frankenstein protocol, CoAP comes 
to my mind, i.e, CoAP is a transport protocol that we can use to 
transport the requirements of PCE/Nodes in the network.
For example:

- status information flowing from the nodes to the PCE could consist of 
a CoAP transport with the DAG Metric Container Format from RFC6551 in 
the payload. This would avoid having to reinvent all the different metrics.
- similarly, the message to ask the PCE to install a track, and for the 
PCE to confirm that it was installed could simply be a PCEP payload.
- finally, it we run CoAP on top of DTLS, we get 
authentication/encryption for free.

As for the distributed approach, CoAP can be used to communicate to 
arbitrary nodes that live in a track, the only restriction I see is that 
a possible track reservation will require unicast messages from the 
originator to each of the nodes in the track, which is not bad in terms 
of energy consumption compared to the 3 hand-shake per hop by NSIS. In 
that case CoAP can transport QoS Spec objects defined by RFC 5975 so we 
don't need to re-invent them. Of course for the distributed approach 
NSIS is still suitable so we can still decide what would be the best.

regards,
Xavi



Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:
> All,
>
> Let's continue the discussion on the requirements for the protocol 
> used by the PCE to communicate with a 6TSCH network. We have had 
> several discussions and have identified existing protocols which 
> answer different parts of the needs.
>
> I'd like to start summarizing the requirements we have identified for 
> this protocol. The objective is to be able to assess the different 
> solutions. This can turn into a discussion on the next call, then 
> maybe a section in the architecture or a future requirements draft.
>
> Thomas
>
> ---
>
> *_Requirement 1_.*
>
> /The protocol MUST carry metric information from the nodes to the PCE./
>
> Here, "metrics" is a general term which covers:
> - link metrics, quantifying the connection between neighbor nodes
> - node metrics, quantifying the general status and health of a node in 
> the network
>
> The PCE uses this information to keep an up-to-date view of the 
> network, which it uses to determine the TSCH schedule.
>
> _Discussion_:
>
> RFC6551 is a great starting point. The DAG Metric Container Format [1] 
> can probably be used as-is as the payload of the protocol. IANA tracks 
> the different types of metrics and other attributes [2], and since 
> these are designed for RPL, I believe this is a perfect fit..
>
> *_Requirement 2_.*
>
> /The protocol MUST carry commands from the PCE to the motes in the 
> network./
>
> This allows the PCE to "remote control" the TSCH schedule, based on 
> the view of the topology if has (requirements 1 and 4) and the 
> scheduling requirements it receives from the mote (requirement 3).
>
> _Discussion_:
>
> These commands could map almost directly to the commands identifies in 
> the 6tus draft [3]. That is, the PCE can:
> - add/remove slotframes
> - add/remove hard cells
> - control time source neighbors
> - control the generation of EBs
>
> On top of this, the PCE can map cells to labels, to allow for 
> 6tus-based label switching (this feature has been discussed, but is 
> not currently in the 6tus draft).
>
> *_Requirement 3_.*
>
> /The protocol MUST carry scheduling requirements from any node to the 
> PCE./
>
> When an application starts reporting data on a node, this node must be 
> able to contact the PCE, indicating the traffic requirements it has. 
> Similarly, the PCE must be able to indicate whether it can satisfy 
> those requirements or not.
>
> _Discussion_:
>
> It looks like this requirement is fully satisfied by PCEP [5] which 
> defines the formats of the PCReq and PCResp. Moreover, the IANA is 
> tracking the different types of requirements [6].
>
> *_Requirement 4_.*
>
> /The protocol MUST carry alarms from any node to the PCE./
>
> If a node in the network detects a malfunction, possibly through a 
> local OAM mechanism [4], it must be able to indicate this to the PCE 
> so it can take the appropriate action. This information is 
> complementary to the metric information.
>
> _Discussion_:
>
> In the case of a fully deterministic network (i.e. all tracks consist 
> of dedicated cells, and the schedule is collision free), the OAM 
> mechanism can be greatly simplified since the PCE can do the OAM's 
> Connectivity Verification (CV) by looking at the schedule of the network.
>
> What's then left is the Continuity Check. The periodic 
> re-synchronization mechanism between a nodes and its time source 
> neighbor imposed by TSCH can be used to help with that.
>
> *_Requirement 5_.*
>
> /The protocol MUST ensure mutual authentication between the PCE and 
> the nodes./
> /
> /
> Nodes in the 6TSCH network need to be able to ensure that a command is 
> coming from the PCE; and the PCE must make sure that the data is 
> coming from a node.
>
> _Discussion_:
>
> How this is done might be left to some secure transport layer (e.g. 
> DTLS), or build in the protocol directly.
>
> *_Requirement 6_.*
>
> /The protocol MAY ensure confidentiality of the traffic between the 
> PCE and the nodes./
>
> In case all traffic is unicast between the PCE and the 6TSCH nodes, 
> one can imagine an encryption mechanism whereby a mote can not spoof 
> on the PCE command it is relaying.
>
> [1] http://tools.ietf.org/html/rfc6551#section-2
> [2] 
> http://www.iana.org/assignments/rpl-routing-metric-constraint/rpl-routing-metric-constraint.xml
> [3] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.4
> [4] http://tools.ietf.org/html/draft-ietf-opsawg-oam-overview-08
> [5] http://tools.ietf.org/html/rfc5440#section-6.4
> [6] http://www.iana.org/assignments/pcep/pcep.xml
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


--------------060804010401080403070202
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit


  
    
  
  
    
Hi Thomas,all,

      

      this is very useful list of requirements, out of what we have been
      looking (PCEP,NSIS/RSVP) which seem to be only small pieces of
      what we need and would require us to build a Frankenstein
      protocol, CoAP comes to my mind, i.e, CoAP is a transport protocol
      that we can use to transport the requirements of PCE/Nodes in the
      network.

      For example:

      

      - status information flowing from the nodes to the PCE could
      consist of a CoAP transport with the DAG Metric Container Format
      from RFC6551 in the payload. This would avoid having to reinvent
      all the different metrics.

      - similarly, the message to ask the PCE to install a track, and
      for the PCE to confirm that it was installed could simply be a
      PCEP payload.

      - finally, it we run CoAP on top of DTLS, we get
      authentication/encryption for free.

      

      As for the distributed approach, CoAP can be used to communicate
      to arbitrary nodes that live in a track, the only restriction I
      see is that a possible track reservation will require unicast
      messages from the originator to each of the nodes in the track,
      which is not bad in terms of energy consumption compared to the 3
      hand-shake per hop by NSIS. In that case CoAP can transport QoS
      Spec objects defined by RFC 5975 so we don't need to re-invent
      them. Of course for the distributed approach NSIS is still
      suitable so we can still decide what would be the best.

      

      regards,

      Xavi

      

      

      

      Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:

    

    

      

        
All,

        


        

        
Let's continue the discussion on the requirements
          for the protocol used by the PCE to communicate with a 6TSCH
          network. We have had several discussions and have identified
          existing protocols which answer different parts of the needs.

        


        

        
I'd like to start summarizing the requirements we
          have identified for this protocol. The objective is to be able
          to assess the different solutions. This can turn into a
          discussion on the next call, then maybe a section in the
          architecture or a future requirements draft.

        


        

        
Thomas

        


        

        
---

        


        

        
Requirement 1.

        


        

        
The protocol MUST carry metric information from
            the nodes to the PCE.

        


        

        
Here, "metrics" is a general term which covers:

        
- link metrics, quantifying the connection between
          neighbor nodes

        
- node metrics, quantifying the general status and
          health of a node in the network

        


        

        
The PCE uses this information to keep an
          up-to-date view of the network, which it uses to determine the
          TSCH schedule.

        


        

        
Discussion:

        

          

        

        
RFC6551 is a great starting point. The DAG Metric
          Container Format [1] can probably be used as-is as the payload
          of the protocol. IANA tracks the different types of metrics
          and other attributes [2], and since these are designed for
          RPL, I believe this is a perfect fit..

        


        

        
Requirement 2.

        


        

        
The protocol MUST carry commands from the PCE
            to the motes in the network.

        


        

        
This allows the PCE to "remote control" the TSCH
          schedule, based on the view of the topology if has
          (requirements 1 and 4) and the scheduling requirements it
          receives from the mote (requirement 3).

        


        

        
Discussion:

        

        


        

        
These commands could map almost directly to the
          commands identifies in the 6tus draft [3]. That is, the PCE
          can:

        

          - add/remove slotframes

        
- add/remove hard cells

        
- control time source neighbors

        
- control the generation of EBs

        


        

        
On top of this, the PCE can map cells to labels,
          to allow for 6tus-based label switching (this feature has been
          discussed, but is not currently in the 6tus draft).

        


        

        
Requirement 3.

        

        


        

        
The protocol MUST carry scheduling requirements
            from any node to the PCE.

        


        

        

          When an application starts reporting data on a node, this node
          must be able to contact the PCE, indicating the traffic
          requirements it has. Similarly, the PCE must be able to
          indicate whether it can satisfy those requirements or not.

        


        

        
Discussion:

        

        


        

        
It looks like this requirement is fully satisfied
          by PCEP [5] which defines the formats of the PCReq and PCResp.
          Moreover, the IANA is tracking the different types of
          requirements [6].

        


        

        
Requirement 4.

        

        


        

        
The protocol MUST carry alarms from any node to
            the PCE.

        


        

        
If a node in the network detects a malfunction,
          possibly through a local OAM mechanism [4], it must be able to
          indicate this to the PCE so it can take the appropriate
          action. This information is complementary to the metric
          information.

        


        

        
Discussion:

        

        


        

        
In the case of a fully deterministic network (i.e.
          all tracks consist of dedicated cells, and the schedule is
          collision free), the OAM mechanism can be greatly simplified
          since the PCE can do the OAM's Connectivity
            Verification (CV) by looking at the schedule of the
          network.

        


        

        
What's then left is the Continuity Check. The
          periodic re-synchronization mechanism between a nodes and its
          time source neighbor imposed by TSCH can be used to help with
          that.

        


        

        
Requirement 5.

        


        

        
The protocol MUST ensure mutual authentication
            between the PCE and the nodes.

        


          

        

          Nodes in the 6TSCH network need to be able to ensure that a
          command is coming from the PCE; and the PCE must make sure
          that the data is coming from a node.

        


        

        
Discussion:

        

        


        

        
How this is done might be left to some secure
          transport layer (e.g. DTLS), or build in the protocol
          directly.

        


        

        
Requirement 6.

        

        

          

        

        
The protocol MAY ensure confidentiality of the
            traffic between the PCE and the nodes.

        


        

        
In case all traffic is unicast between the PCE and
          the 6TSCH nodes, one can imagine an encryption mechanism
          whereby a mote can not spoof on the PCE command it is
          relaying.

        
        
        
        
        


        

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


    

    

  


--------------060804010401080403070202--

From pthubert@cisco.com  Thu May  9 10:05:21 2013
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From: "Pascal Thubert (pthubert)" 
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Dear all:

The heated discussion this week was focusing on the interaction with the PC=
E.
This will logically be the main focus of the call.

Update on the BoF in Berlin:       10minutes
Then PCE integration:                    50 minutes.

As usual, if you wish to add / change anything please let us know;

Cheers;


Topic: 6TSCH Weekly
Date: Friday, May 3, 2013
Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)
Meeting Number: 206 802 913
Meeting Password: sixtus
Host Key: 121469

-------------------------------------------------------
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-------------------------------------------------------
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=3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D
2. Log in to your account.
3. Click "Start Now".
4. Follow the instructions that appear on your screen.

----------------------------------------------------------------
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Please dial the local access number for your area from the list below:
- San Jose/Milpitas (408) area: 525-6800
- RTP (919) area: 392-3330

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2. Follow the prompts to enter the Meeting Number (listed above) or Access =
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Japan: +81.3.5763.9394 China: +86.10.8515.5666

To check whether you have the appropriate players installed for UCF (Univer=
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http://www.webex.com

CCM:+14085256800x206802913

Pascal


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Dear all:


 


The heated discussion this week was focusing on the =
interaction with the PCE.


This will logically be the main focus of the call. <=
o:p>


 


Update on the BoF in Berlin:     =
;  10minutes


Then PCE integration:      =
            &nb=
sp; 50 minutes.


 


As usual, if you wish to add / change anything pleas=
e let us know;


 


Cheers;




 <=
/p>



 


Topic: 6TSCH Weekly


Date: Friday, May 3, 2013 

Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00) 

Meeting Number: 206 802 913 

Meeting Password: sixtus 

Host Key: 121469 



------------------------------------------------------- 

To start the online meeting 

------------------------------------------------------- 

1. Go to 
https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID=3D4819=
05242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D


2. Log in to your account. 

3. Click "Start Now". 

4. Follow the instructions that appear on your screen. 



---------------------------------------------------------------- 

ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes 

---------------------------------------------------------------- 



The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita=
s area and (866) 349-3520 for the RTP area.




Please dial the local access number for your area from the list below: 

- San Jose/Milpitas (408) area: 525-6800 

- RTP (919) area: 392-3330 



------------------------------------------------------- 

To join the teleconference only 

------------------------------------------------------- 

1. Dial into Cisco WebEx (view all Global Access Numbers at 

http://cisco.com/en/US/about/doing_business/conferen=
cing/index.html


2. Follow the prompts to enter the Meeting Number (listed above) or Access =
Code followed by the # sign.




San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330 



US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117 



India: +91.80.4350.1111 Germany: +49.619.6773.9002 



Japan: +81.3.5763.9394 China: +86.10.8515.5666 



To check whether you have the appropriate players installed for UCF (Univer=
sal Communications Format) rich media files, go to

https://ciscosales.webex.com/ciscosales/systemdiagnosis.php 



http://www.webex.com=
 



CCM:+14085256800x206802913


 


Pascal 


 






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From twatteyne@gmail.com  Thu May  9 14:10:29 2013
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From: Thomas Watteyne 
Date: Thu, 9 May 2013 14:10:05 -0700
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Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements
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I like your concept of a Frankenstein protocol. Beware that if we keep
using it, Maria Rita will add it to the terminology draft :)

If I understand your proposal correctly, CoAP is the foundation of all
communication between the PCE and the nodes. DTLS could take care of
authentication and encryption, and the payload carried by CoAP would
consist of headers borrowed from the different protocols we've been talking
about:
- RFC6551's DAG Metric Container
- PCEP's PReq and PResp. Maybe even the setup handshaking and keep-alive
procedures?

It would require at a handful of fields at the beginning of the CoAP
payload to indicate at the very least the type of packet (alarm from a
mote, command from the PCE, metrics, etc), right?

If you have already some thoughts about this, maybe you could throw
together a handful of slides to show how the piece would fit together? You
could present them at the call tomorrow and we could gather a first
impression from the attendees.

What do others think?

Thomas


On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana <
xvilajosana@eecs.berkeley.edu> wrote:

>  Hi Thomas,all,
>
> this is very useful list of requirements, out of what we have been looking
> (PCEP,NSIS/RSVP) which seem to be only small pieces of what we need and
> would require us to build a Frankenstein protocol, CoAP comes to my mind,
> i.e, CoAP is a transport protocol that we can use to transport the
> requirements of PCE/Nodes in the network.
> For example:
>
> - status information flowing from the nodes to the PCE could consist of a
> CoAP transport with the DAG Metric Container Format from RFC6551 in the
> payload. This would avoid having to reinvent all the different metrics.
> - similarly, the message to ask the PCE to install a track, and for the
> PCE to confirm that it was installed could simply be a PCEP payload.
> - finally, it we run CoAP on top of DTLS, we get authentication/encryption
> for free.
>
> As for the distributed approach, CoAP can be used to communicate to
> arbitrary nodes that live in a track, the only restriction I see is that a
> possible track reservation will require unicast messages from the
> originator to each of the nodes in the track, which is not bad in terms of
> energy consumption compared to the 3 hand-shake per hop by NSIS. In that
> case CoAP can transport QoS Spec objects defined by RFC 5975 so we don't
> need to re-invent them. Of course for the distributed approach NSIS is
> still suitable so we can still decide what would be the best.
>
> regards,
> Xavi
>
>
>
> Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:
>
>  All,
>
>  Let's continue the discussion on the requirements for the protocol used
> by the PCE to communicate with a 6TSCH network. We have had several
> discussions and have identified existing protocols which answer different
> parts of the needs.
>
>  I'd like to start summarizing the requirements we have identified for
> this protocol. The objective is to be able to assess the different
> solutions. This can turn into a discussion on the next call, then maybe a
> section in the architecture or a future requirements draft.
>
>  Thomas
>
>  ---
>
>  *Requirement 1.*
>
>  *The protocol MUST carry metric information from the nodes to the PCE.*
>
>  Here, "metrics" is a general term which covers:
> - link metrics, quantifying the connection between neighbor nodes
> - node metrics, quantifying the general status and health of a node in the
> network
>
>  The PCE uses this information to keep an up-to-date view of the network,
> which it uses to determine the TSCH schedule.
>
>  *Discussion*:
>
>  RFC6551 is a great starting point. The DAG Metric Container Format [1]
> can probably be used as-is as the payload of the protocol. IANA tracks the
> different types of metrics and other attributes [2], and since these are
> designed for RPL, I believe this is a perfect fit..
>
>  *Requirement 2.*
>
>  *The protocol MUST carry commands from the PCE to the motes in the
> network.*
>
>  This allows the PCE to "remote control" the TSCH schedule, based on the
> view of the topology if has (requirements 1 and 4) and the scheduling
> requirements it receives from the mote (requirement 3).
>
>  *Discussion*:
>
>  These commands could map almost directly to the commands identifies in
> the 6tus draft [3]. That is, the PCE can:
>  - add/remove slotframes
> - add/remove hard cells
> - control time source neighbors
> - control the generation of EBs
>
>  On top of this, the PCE can map cells to labels, to allow for 6tus-based
> label switching (this feature has been discussed, but is not currently in
> the 6tus draft).
>
>  *Requirement 3.*
>
>  *The protocol MUST carry scheduling requirements from any node to the
> PCE.*
>
>  When an application starts reporting data on a node, this node must be
> able to contact the PCE, indicating the traffic requirements it has.
> Similarly, the PCE must be able to indicate whether it can satisfy those
> requirements or not.
>
>  *Discussion*:
>
>  It looks like this requirement is fully satisfied by PCEP [5] which
> defines the formats of the PCReq and PCResp. Moreover, the IANA is tracking
> the different types of requirements [6].
>
>  *Requirement 4.*
>
>  *The protocol MUST carry alarms from any node to the PCE.*
>
>  If a node in the network detects a malfunction, possibly through a local
> OAM mechanism [4], it must be able to indicate this to the PCE so it can
> take the appropriate action. This information is complementary to the
> metric information.
>
>  *Discussion*:
>
>  In the case of a fully deterministic network (i.e. all tracks consist of
> dedicated cells, and the schedule is collision free), the OAM mechanism can
> be greatly simplified since the PCE can do the OAM's Connectivity
> Verification (CV) by looking at the schedule of the network.
>
>  What's then left is the Continuity Check. The periodic
> re-synchronization mechanism between a nodes and its time source neighbor
> imposed by TSCH can be used to help with that.
>
>  *Requirement 5.*
>
>  *The protocol MUST ensure mutual authentication between the PCE and the
> nodes.*
> *
> *
>  Nodes in the 6TSCH network need to be able to ensure that a command is
> coming from the PCE; and the PCE must make sure that the data is coming
> from a node.
>
>  *Discussion*:
>
>  How this is done might be left to some secure transport layer (e.g.
> DTLS), or build in the protocol directly.
>
>  *Requirement 6.*
>
>  *The protocol MAY ensure confidentiality of the traffic between the PCE
> and the nodes.*
>
>  In case all traffic is unicast between the PCE and the 6TSCH nodes, one
> can imagine an encryption mechanism whereby a mote can not spoof on the PCE
> command it is relaying.
>
> [1] http://tools.ietf.org/html/rfc6551#section-2
> [2]
> http://www.iana.org/assignments/rpl-routing-metric-constraint/rpl-routing-metric-constraint.xml
> [3] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.4
>  [4] http://tools.ietf.org/html/draft-ietf-opsawg-oam-overview-08
> [5] http://tools.ietf.org/html/rfc5440#section-6.4
> [6] http://www.iana.org/assignments/pcep/pcep.xml
>
>
>
> _______________________________________________
> 6tsch mailing list6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/6tsch
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--047d7b5d9fafc41c6904dc4f7a89
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


I like your concept of a=A0Frankenstein=A0protocol. Beware=
 that if we keep using it, Maria Rita will add it to the terminology draft =
:)

If I understand your proposal correctly, CoAP i=
s the foundation of all communication between the PCE and the nodes. DTLS c=
ould take care of authentication and encryption, and the payload carried by=
 CoAP would consist of headers borrowed from the different protocols we'=
;ve been talking about:



-=A0=
RFC6551's=A0DAG Metric Container
- PCEP's PReq and PResp. Maybe eve=
n the setup handshaking and keep-alive procedures?




=

It would require a=
t a handful of fields at the beginning of the CoAP payload to indicate at t=
he very least the type of packet (alarm from a mote, command from the PCE, =
metrics, etc), right?




If you have already some thoughts about this,=
 maybe you could throw together a handful of slides to show how the piece w=
ould fit together? You could present them at the call tomorrow and we could=
 gather a first impression from the attendees.




What do others think?
=

Thomas





On Thu,=
 May 9, 2013 at 7:08 AM, Xavier Vilajosana <xvilajosana@eecs.b=
erkeley.edu> wrote:




 =20
   =20
 =20
  

    
Hi Thomas,all,

      

      this is very useful list of requirements, out of what we have been
      looking (PCEP,NSIS/RSVP) which seem to be only small pieces of
      what we need and would require us to build a Frankenstein
      protocol, CoAP comes to my mind, i.e, CoAP is a transport protocol
      that we can use to transport the requirements of PCE/Nodes in the
      network.

      For example:

      

      - status information flowing from the nodes to the PCE could
      consist of a CoAP transport with the DAG Metric Container Format
      from RFC6551 in the payload. This would avoid having to reinvent
      all the different metrics.

      - similarly, the message to ask the PCE to install a track, and
      for the PCE to confirm that it was installed could simply be a
      PCEP payload.

      - finally, it we run CoAP on top of DTLS, we get
      authentication/encryption for free.

      

      As for the distributed approach, CoAP can be used to communicate
      to arbitrary nodes that live in a track, the only restriction I
      see is that a possible track reservation will require unicast
      messages from the originator to each of the nodes in the track,
      which is not bad in terms of energy consumption compared to the 3
      hand-shake per hop by NSIS. In that case CoAP can transport QoS
      Spec objects defined by RFC 5975 so we don't need to re-invent
      them. Of course for the distributed approach NSIS is still
      suitable so we can still decide what would be the best.

      

      regards,

      Xavi

      

      

      

      Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:

    

    

      

        
All,

        


        

        
Let's continue the discussion on the requirements
          for the protocol used by the PCE to communicate with a 6TSCH
          network. We have had several discussions and have identified
          existing protocols which answer different parts of the needs.
        


        

        
I'd like to start summarizing the requirements we
          have identified for this protocol. The objective is to be able
          to assess the different solutions. This can turn into a
          discussion on the next call, then maybe a section in the
          architecture or a future requirements draft.

        


        

        
Thomas

        


        

        
---

        


        

        
Requirement 1.

        


        

        
The protocol MUST carry metric information from
            the nodes to the PCE.

        


        

        
Here, "metrics" is a general term which covers:
        
- link metrics, quantifying the connection between
          neighbor nodes

        
- node metrics, quantifying the general status and
          health of a node in the network

        


        

        
The PCE uses this information to keep an
          up-to-date view of the network, which it uses to determine the
          TSCH schedule.

        


        

        
Discussion:

        

          

        

        
RFC6551 is a great starting point. The DAG Metric
          Container Format [1] can probably be used as-is as the payload
          of the protocol. IANA tracks the different types of metrics
          and other attributes=A0[2], and since these are designed for
          RPL, I believe this is a perfect fit..

        


        

        
Requirement 2.

        


        

        
The protocol MUST carry commands from the PCE
            to the motes in the network.

        


        

        
This allows the PCE to "remote control" the TSCH
          schedule, based on the view of the topology if has
          (requirements 1 and 4) and the scheduling requirements it
          receives from the mote (requirement 3).

        


        

        
Discussion:

        

        


        

        
These commands could map almost directly to the
          commands identifies in the 6tus draft [3]. That is, the PCE
          can:

        

          - add/remove slotframes

        
- add/remove hard cells

        
- control time source neighbors

        
- control the generation of EBs

        


        

        
On top of this, the PCE can map cells to labels,
          to allow for 6tus-based label switching (this feature has been
          discussed, but is not currently in the 6tus draft).

        


        

        
Requirement 3.

        

        


        

        
The protocol MUST carry scheduling requirements
            from any node to the PCE.

        


        

        

          When an application starts reporting data on a node, this node
          must be able to contact the PCE, indicating the traffic
          requirements it has. Similarly, the PCE must be able to
          indicate whether it can satisfy those requirements or not.

        


        

        
Discussion:

        

        


        

        
It looks like this requirement is fully satisfied
          by PCEP [5] which defines the formats of the PCReq and PCResp.
          Moreover, the IANA is tracking the different types of
          requirements [6].

        


        

        
Requirement 4.

        

        


        

        
The protocol MUST carry alarms from any node to
            the PCE.

        


        

        
If a node in the network detects a malfunction,
          possibly through a local OAM mechanism [4], it must be able to
          indicate this to the PCE so it can take the appropriate
          action. This information is complementary to the metric
          information.

        


        

        
Discussion:

        

        


        

        
In the case of a fully deterministic network (i.e.
          all tracks consist of dedicated cells, and the schedule is
          collision free), the OAM mechanism can be greatly simplified
          since the PCE can do the OAM's=A0Connectivity
            Verification (CV)=A0by looking at the schedule of the
          network.

        


        

        
What's then left is the=A0Co=
ntinuity Check.=A0The
          periodic re-synchronization mechanism between a nodes and its
          time source neighbor imposed by TSCH can be used to help with
          that.

        


        

        
Requirement 5.

        


        

        
The protocol MUST ensure mutual authentication
            between the PCE and the nodes.

        


          

        

          Nodes in the 6TSCH network need to be able to ensure that a
          command is coming from the PCE; and the PCE must make sure
          that the data is coming from a node.

        


        

        
Discussion:

        

        


        

        
How this is done might be left to some secure
          transport layer (e.g. DTLS), or build in the protocol
          directly.

        


        

        
Requirement 6.

        

        

          

        

        
The protocol MAY ensure confidentiality of the
            traffic between the PCE and the nodes.

        


        

        
In case all traffic is unicast between the PCE and
          the 6TSCH nodes, one can imagine an encryption mechanism
          whereby a mote can not spoof on the PCE command it is
          relaying.

        
        
        
      

      

      

      
__________________________________=
_____________
6tsch mailing list
6tsch@ietf.org
h=
ttps://www.ietf.org/mailman/listinfo/6tsch


    

    

  



_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch





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From maria-rita.palattella@uni.lu  Thu May  9 23:27:31 2013
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From: Maria Rita PALATTELLA 
To: Thomas Watteyne , 6TSCH <6tsch@ietf.org>
Thread-Topic: [6tsch] PCE<->6TSCH protocol: requirements
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Thomas, Xavi
What a great job! Thanks a lot for having worked on the requirements and pa=
ved the way to the 6TSCH Frankenstein protocol :)
It seems that all the little pieces (i.e., the different protocols we have =
analyzed) can fit together, and thanks to CoAP we can build what we need in=
 the 6TSCH architecture.
For sure, we still have some work left, but this is a good starting point!
Maria Rita


From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: Thursday, May 09, 2013 11:10 PM
To: 6TSCH
Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements

I like your concept of a Frankenstein protocol. Beware that if we keep usin=
g it, Maria Rita will add it to the terminology draft :)

If I understand your proposal correctly, CoAP is the foundation of all comm=
unication between the PCE and the nodes. DTLS could take care of authentica=
tion and encryption, and the payload carried by CoAP would consist of heade=
rs borrowed from the different protocols we've been talking about:
- RFC6551's DAG Metric Container
- PCEP's PReq and PResp. Maybe even the setup handshaking and keep-alive pr=
ocedures?

It would require at a handful of fields at the beginning of the CoAP payloa=
d to indicate at the very least the type of packet (alarm from a mote, comm=
and from the PCE, metrics, etc), right?

If you have already some thoughts about this, maybe you could throw togethe=
r a handful of slides to show how the piece would fit together? You could p=
resent them at the call tomorrow and we could gather a first impression fro=
m the attendees.

What do others think?

Thomas

On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana > wrote:
Hi Thomas,all,

this is very useful list of requirements, out of what we have been looking =
(PCEP,NSIS/RSVP) which seem to be only small pieces of what we need and wou=
ld require us to build a Frankenstein protocol, CoAP comes to my mind, i.e,=
 CoAP is a transport protocol that we can use to transport the requirements=
 of PCE/Nodes in the network.
For example:

- status information flowing from the nodes to the PCE could consist of a C=
oAP transport with the DAG Metric Container Format from RFC6551 in the payl=
oad. This would avoid having to reinvent all the different metrics.
- similarly, the message to ask the PCE to install a track, and for the PCE=
 to confirm that it was installed could simply be a PCEP payload.
- finally, it we run CoAP on top of DTLS, we get authentication/encryption =
for free.

As for the distributed approach, CoAP can be used to communicate to arbitra=
ry nodes that live in a track, the only restriction I see is that a possibl=
e track reservation will require unicast messages from the originator to ea=
ch of the nodes in the track, which is not bad in terms of energy consumpti=
on compared to the 3 hand-shake per hop by NSIS. In that case CoAP can tran=
sport QoS Spec objects defined by RFC 5975 so we don't need to re-invent th=
em. Of course for the distributed approach NSIS is still suitable so we can=
 still decide what would be the best.

regards,
Xavi



Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:
All,

Let's continue the discussion on the requirements for the protocol used by =
the PCE to communicate with a 6TSCH network. We have had several discussion=
s and have identified existing protocols which answer different parts of th=
e needs.

I'd like to start summarizing the requirements we have identified for this =
protocol. The objective is to be able to assess the different solutions. Th=
is can turn into a discussion on the next call, then maybe a section in the=
 architecture or a future requirements draft.

Thomas

---

Requirement 1.

The protocol MUST carry metric information from the nodes to the PCE.

Here, "metrics" is a general term which covers:
- link metrics, quantifying the connection between neighbor nodes
- node metrics, quantifying the general status and health of a node in the =
network

The PCE uses this information to keep an up-to-date view of the network, wh=
ich it uses to determine the TSCH schedule.

Discussion:

RFC6551 is a great starting point. The DAG Metric Container Format [1] can =
probably be used as-is as the payload of the protocol. IANA tracks the diff=
erent types of metrics and other attributes [2], and since these are design=
ed for RPL, I believe this is a perfect fit..

Requirement 2.

The protocol MUST carry commands from the PCE to the motes in the network.

This allows the PCE to "remote control" the TSCH schedule, based on the vie=
w of the topology if has (requirements 1 and 4) and the scheduling requirem=
ents it receives from the mote (requirement 3).

Discussion:

These commands could map almost directly to the commands identifies in the =
6tus draft [3]. That is, the PCE can:
- add/remove slotframes
- add/remove hard cells
- control time source neighbors
- control the generation of EBs

On top of this, the PCE can map cells to labels, to allow for 6tus-based la=
bel switching (this feature has been discussed, but is not currently in the=
 6tus draft).

Requirement 3.

The protocol MUST carry scheduling requirements from any node to the PCE.

When an application starts reporting data on a node, this node must be able=
 to contact the PCE, indicating the traffic requirements it has. Similarly,=
 the PCE must be able to indicate whether it can satisfy those requirements=
 or not.

Discussion:

It looks like this requirement is fully satisfied by PCEP [5] which defines=
 the formats of the PCReq and PCResp. Moreover, the IANA is tracking the di=
fferent types of requirements [6].

Requirement 4.

The protocol MUST carry alarms from any node to the PCE.

If a node in the network detects a malfunction, possibly through a local OA=
M mechanism [4], it must be able to indicate this to the PCE so it can take=
 the appropriate action. This information is complementary to the metric in=
formation.

Discussion:

In the case of a fully deterministic network (i.e. all tracks consist of de=
dicated cells, and the schedule is collision free), the OAM mechanism can b=
e greatly simplified since the PCE can do the OAM's Connectivity Verificati=
on (CV) by looking at the schedule of the network.

What's then left is the Continuity Check. The periodic re-synchronization m=
echanism between a nodes and its time source neighbor imposed by TSCH can b=
e used to help with that.

Requirement 5.

The protocol MUST ensure mutual authentication between the PCE and the node=
s.

Nodes in the 6TSCH network need to be able to ensure that a command is comi=
ng from the PCE; and the PCE must make sure that the data is coming from a =
node.

Discussion:

How this is done might be left to some secure transport layer (e.g. DTLS), =
or build in the protocol directly.

Requirement 6.

The protocol MAY ensure confidentiality of the traffic between the PCE and =
the nodes.

In case all traffic is unicast between the PCE and the 6TSCH nodes, one can=
 imagine an encryption mechanism whereby a mote can not spoof on the PCE co=
mmand it is relaying.

[1] http://tools.ietf.org/html/rfc6551#section-2
[2] http://www.iana.org/assignments/rpl-routing-metric-constraint/rpl-routi=
ng-metric-constraint.xml
[3] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.4
[4] http://tools.ietf.org/html/draft-ietf-opsawg-oam-overview-08
[5] http://tools.ietf.org/html/rfc5440#section-6.4
[6] http://www.iana.org/assignments/pcep/pcep.xml



_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch


_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


--_000_F085911F642A6847987ADA23E611780D18561EA4hoshiunilux_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Thomas, Xavi


What a great job! Thanks =
a lot for having worked on the requirements and paved the way to the 6TSCH =
Frankenstein protocol
J


It seems that all the lit=
tle pieces (i.e., the different protocols we have analyzed) can fit togethe=
r, and thanks to CoAP we can build what we need in the 6TSCH
 architecture.


For sure, we still have s=
ome work left, but this is a good starting point!


Maria Rita


 <=
/p>

 <=
/p>

From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Thursday, May 09, 2013 11:10 PM

To: 6TSCH

Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements


 




I like your concept of a Frankenstein prot=
ocol. Beware that if we keep using it, Maria Rita will add it to the termin=
ology draft :)




 






If I understand your proposal correctly, CoAP is the=
 foundation of all communication between the PCE and the nodes. DTLS could =
take care of authentication and encryption, and the payload carried by CoAP=
 would consist of headers borrowed
 from the different protocols we've been talking about:






- RFC6551's DAG Metric Containe=
r






- PCEP's PReq and PResp. Maybe even the s=
etup handshaking and keep-alive procedures?






 






It would require at a handful of fields at the beginning o=
f the CoAP payload to indicate at the very least the type of packet (alarm =
from a mote, command from the PCE, metrics, etc), right?<=
/p>





 






If you have already some thoughts about this, maybe you co=
uld throw together a handful of slides to show how the piece would fit toge=
ther? You could present them at the call tomorrow and we
 could gather a first impression from the attendees.






 






What do others think?






 






Thomas








 




On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana &l=
t;xvilaj=
osana@eecs.berkeley.edu> wrote:






Hi Thomas,all,



this is very useful list of requirements, out of what we have been looking =
(PCEP,NSIS/RSVP) which seem to be only small pieces of what we need and wou=
ld require us to build a Frankenstein protocol, CoAP comes to my mind, i.e,=
 CoAP is a transport protocol that
 we can use to transport the requirements of PCE/Nodes in the network.

For example:



- status information flowing from the nodes to the PCE could consist of a C=
oAP transport with the DAG Metric Container Format from RFC6551 in the payl=
oad. This would avoid having to reinvent all the different metrics.

- similarly, the message to ask the PCE to install a track, and for the PCE=
 to confirm that it was installed could simply be a PCEP payload.

- finally, it we run CoAP on top of DTLS, we get authentication/encryption =
for free.



As for the distributed approach, CoAP can be used to communicate to arbitra=
ry nodes that live in a track, the only restriction I see is that a possibl=
e track reservation will require unicast messages from the originator to ea=
ch of the nodes in the track, which
 is not bad in terms of energy consumption compared to the 3 hand-shake per=
 hop by NSIS. In that case CoAP can transport QoS Spec objects defined by R=
FC 5975 so we don't need to re-invent them. Of course for the distributed a=
pproach NSIS is still suitable so
 we can still decide what would be the best.



regards,

Xavi







Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:














All,






 






Let's continue the discussion on the requirements fo=
r the protocol used by the PCE to communicate with a 6TSCH network. We have=
 had several discussions and have identified existing protocols which answe=
r different parts of the needs.






 






I'd like to start summarizing the requirements we ha=
ve identified for this protocol. The objective is to be able to assess the =
different solutions. This can turn into a discussion on the next call, then=
 maybe a section in the architecture
 or a future requirements draft.






 






Thomas






 






---






 






Requirement 1.






 






The protocol MUST carry metric information from t=
he nodes to the PCE.






 






Here, "metrics" is a general term which co=
vers:






- link metrics, quantifying the connection between n=
eighbor nodes






- node metrics, quantifying the general status and h=
ealth of a node in the network






 






The PCE uses this information to keep an up-to-date =
view of the network, which it uses to determine the TSCH schedule.






 






Discussion:






 






RFC6551 is a great starting point. The DAG Metric Co=
ntainer Format [1] can probably be used as-is as the payload of the protoco=
l. IANA tracks the different types of metrics and other attributes [2]=
, and since these are designed for RPL,
 I believe this is a perfect fit..






 






Requirement 2.






 






The protocol MUST carry commands from the PCE to =
the motes in the network.






 






This allows the PCE to "remote control" th=
e TSCH schedule, based on the view of the topology if has (requirements 1 a=
nd 4) and the scheduling requirements it receives from the mote (requiremen=
t 3).






 






Discussion:






 






These commands could map almost directly to the comm=
ands identifies in the 6tus draft [3]. That is, the PCE can:






- add/remove slotframes






- add/remove hard cells






- control time source neighbors






- control the generation of EBs






 






On top of this, the PCE can map cells to labels, to =
allow for 6tus-based label switching (this feature has been discussed, but =
is not currently in the 6tus draft).






 






Requirement 3.






 






The protocol MUST carry scheduling requirements f=
rom any node to the PCE.






 






When an application starts reporting data on a node,=
 this node must be able to contact the PCE, indicating the traffic requirem=
ents it has. Similarly, the PCE must be able to indicate whether it can sat=
isfy those requirements or not.






 






Discussion:






 






It looks like this requirement is fully satisfied by=
 PCEP [5] which defines the formats of the PCReq and PCResp. Moreover, the =
IANA is tracking the different types of requirements [6].






 






Requirement 4.






 






The protocol MUST carry alarms from any node to t=
he PCE.






 






If a node in the network detects a malfunction, poss=
ibly through a local OAM mechanism [4], it must be able to indicate this to=
 the PCE so it can take the appropriate action. This information is complem=
entary to the metric information.






 






Discussion:






 






In the case of a fully deterministic network (i.e. a=
ll tracks consist of dedicated cells, and the schedule is collision free), =
the OAM mechanism can be greatly simplified since the PCE can do the OAM's&=
nbsp;Connectivity Verification (CV) by
 looking at the schedule of the network.






 






What's then left is the Continuity Check. =
The periodic re-synchronization mechanism between a nodes and its time sour=
ce neighbor imposed by TSCH can be used to help with that.






 






Requirement 5.






 






The protocol MUST ensure mutual authentication be=
tween the PCE and the nodes.






 






Nodes in the 6TSCH network need to be able to ensure=
 that a command is coming from the PCE; and the PCE must make sure that the=
 data is coming from a node.






 






Discussion:






 






How this is done might be left to some secure transp=
ort layer (e.g. DTLS), or build in the protocol directly.






 






Requirement 6.






 






The protocol MAY ensure confidentiality of the tr=
affic between the PCE and the nodes.






 






In case all traffic is unicast between the PCE and t=
he 6TSCH nodes, one can imagine an encryption mechanism whereby a mote can =
not spoof on the PCE command it is relaying.










 






 








_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch






 






_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch




 








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Maria Rita,

We want to make sure that, whatever we end up using, it is generic enough
to be usable by several PCE implementations. Given your experience with
these kinds of things, your input is very much appreciated. In particular,
please shout if a requirement is missing!

Thomas




On Thu, May 9, 2013 at 11:27 PM, Maria Rita PALATTELLA <
maria-rita.palattella@uni.lu> wrote:

>  Thomas, Xavi****
>
> What a great job! Thanks a lot for having worked on the requirements and
> paved the way to the 6TSCH Frankenstein protocol J****
>
> It seems that all the little pieces (i.e., the different protocols we have
> analyzed) can fit together, and thanks to CoAP we can build what we need in
> the 6TSCH architecture.****
>
> For sure, we still have some work left, but this is a good starting point!
> ****
>
> Maria Rita****
>
> ** **
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Thomas Watteyne
> *Sent:* Thursday, May 09, 2013 11:10 PM
> *To:* 6TSCH
> *Subject:* Re: [6tsch] PCE<->6TSCH protocol: requirements****
>
> ** **
>
> I like your concept of a Frankenstein protocol. Beware that if we keep
> using it, Maria Rita will add it to the terminology draft :)****
>
> ** **
>
> If I understand your proposal correctly, CoAP is the foundation of all
> communication between the PCE and the nodes. DTLS could take care of
> authentication and encryption, and the payload carried by CoAP would
> consist of headers borrowed from the different protocols we've been talking
> about:****
>
> - RFC6551's DAG Metric Container****
>
> - PCEP's PReq and PResp. Maybe even the setup handshaking and keep-alive
> procedures?****
>
> ** **
>
> It would require at a handful of fields at the beginning of the CoAP
> payload to indicate at the very least the type of packet (alarm from a
> mote, command from the PCE, metrics, etc), right?****
>
> ** **
>
> If you have already some thoughts about this, maybe you could throw
> together a handful of slides to show how the piece would fit together? You
> could present them at the call tomorrow and we could gather a first
> impression from the attendees.****
>
> ** **
>
> What do others think?****
>
> ** **
>
> Thomas****
>
> ** **
>
> On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana <
> xvilajosana@eecs.berkeley.edu> wrote:****
>
> Hi Thomas,all,
>
> this is very useful list of requirements, out of what we have been looking
> (PCEP,NSIS/RSVP) which seem to be only small pieces of what we need and
> would require us to build a Frankenstein protocol, CoAP comes to my mind,
> i.e, CoAP is a transport protocol that we can use to transport the
> requirements of PCE/Nodes in the network.
> For example:
>
> - status information flowing from the nodes to the PCE could consist of a
> CoAP transport with the DAG Metric Container Format from RFC6551 in the
> payload. This would avoid having to reinvent all the different metrics.
> - similarly, the message to ask the PCE to install a track, and for the
> PCE to confirm that it was installed could simply be a PCEP payload.
> - finally, it we run CoAP on top of DTLS, we get authentication/encryption
> for free.
>
> As for the distributed approach, CoAP can be used to communicate to
> arbitrary nodes that live in a track, the only restriction I see is that a
> possible track reservation will require unicast messages from the
> originator to each of the nodes in the track, which is not bad in terms of
> energy consumption compared to the 3 hand-shake per hop by NSIS. In that
> case CoAP can transport QoS Spec objects defined by RFC 5975 so we don't
> need to re-invent them. Of course for the distributed approach NSIS is
> still suitable so we can still decide what would be the best.
>
> regards,
> Xavi
>
>
>
> Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:****
>
>   All,****
>
> ** **
>
> Let's continue the discussion on the requirements for the protocol used by
> the PCE to communicate with a 6TSCH network. We have had several
> discussions and have identified existing protocols which answer different
> parts of the needs.****
>
> ** **
>
> I'd like to start summarizing the requirements we have identified for this
> protocol. The objective is to be able to assess the different solutions.
> This can turn into a discussion on the next call, then maybe a section in
> the architecture or a future requirements draft.****
>
> ** **
>
> Thomas****
>
> ** **
>
> ---****
>
> ** **
>
> *Requirement 1.*****
>
> ** **
>
> *The protocol MUST carry metric information from the nodes to the PCE.****
> *
>
> ** **
>
> Here, "metrics" is a general term which covers:****
>
> - link metrics, quantifying the connection between neighbor nodes****
>
> - node metrics, quantifying the general status and health of a node in the
> network****
>
> ** **
>
> The PCE uses this information to keep an up-to-date view of the network,
> which it uses to determine the TSCH schedule.****
>
> ** **
>
> *Discussion*:****
>
> ** **
>
> RFC6551 is a great starting point. The DAG Metric Container Format [1] can
> probably be used as-is as the payload of the protocol. IANA tracks the
> different types of metrics and other attributes [2], and since these are
> designed for RPL, I believe this is a perfect fit..****
>
> ** **
>
> *Requirement 2.*****
>
> ** **
>
> *The protocol MUST carry commands from the PCE to the motes in the
> network.*****
>
> ** **
>
> This allows the PCE to "remote control" the TSCH schedule, based on the
> view of the topology if has (requirements 1 and 4) and the scheduling
> requirements it receives from the mote (requirement 3).****
>
> ** **
>
> *Discussion*:****
>
> ** **
>
> These commands could map almost directly to the commands identifies in the
> 6tus draft [3]. That is, the PCE can:****
>
> - add/remove slotframes****
>
> - add/remove hard cells****
>
> - control time source neighbors****
>
> - control the generation of EBs****
>
> ** **
>
> On top of this, the PCE can map cells to labels, to allow for 6tus-based
> label switching (this feature has been discussed, but is not currently in
> the 6tus draft).****
>
> ** **
>
> *Requirement 3.*****
>
> ** **
>
> *The protocol MUST carry scheduling requirements from any node to the PCE.
> *****
>
> ** **
>
> When an application starts reporting data on a node, this node must be
> able to contact the PCE, indicating the traffic requirements it has.
> Similarly, the PCE must be able to indicate whether it can satisfy those
> requirements or not.****
>
> ** **
>
> *Discussion*:****
>
> ** **
>
> It looks like this requirement is fully satisfied by PCEP [5] which
> defines the formats of the PCReq and PCResp. Moreover, the IANA is tracking
> the different types of requirements [6].****
>
> ** **
>
> *Requirement 4.*****
>
> ** **
>
> *The protocol MUST carry alarms from any node to the PCE.*****
>
> ** **
>
> If a node in the network detects a malfunction, possibly through a local
> OAM mechanism [4], it must be able to indicate this to the PCE so it can
> take the appropriate action. This information is complementary to the
> metric information.****
>
> ** **
>
> *Discussion*:****
>
> ** **
>
> In the case of a fully deterministic network (i.e. all tracks consist of
> dedicated cells, and the schedule is collision free), the OAM mechanism can
> be greatly simplified since the PCE can do the OAM's Connectivity
> Verification (CV) by looking at the schedule of the network.****
>
> ** **
>
> What's then left is the Continuity Check. The periodic re-synchronization
> mechanism between a nodes and its time source neighbor imposed by TSCH can
> be used to help with that.****
>
> ** **
>
> *Requirement 5.*****
>
> ** **
>
> *The protocol MUST ensure mutual authentication between the PCE and the
> nodes.*****
>
> ** **
>
> Nodes in the 6TSCH network need to be able to ensure that a command is
> coming from the PCE; and the PCE must make sure that the data is coming
> from a node.****
>
> ** **
>
> *Discussion*:****
>
> ** **
>
> How this is done might be left to some secure transport layer (e.g. DTLS),
> or build in the protocol directly.****
>
> ** **
>
> *Requirement 6.*****
>
> ** **
>
> *The protocol MAY ensure confidentiality of the traffic between the PCE
> and the nodes.*****
>
> ** **
>
> In case all traffic is unicast between the PCE and the 6TSCH nodes, one
> can imagine an encryption mechanism whereby a mote can not spoof on the PCE
> command it is relaying.****
>
> ** **
>
> [1] http://tools.ietf.org/html/rfc6551#section-2****
>
> [2]
> http://www.iana.org/assignments/rpl-routing-metric-constraint/rpl-routing-metric-constraint.xml
> ****
>
> [3] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.4****
>
> [4] http://tools.ietf.org/html/draft-ietf-opsawg-oam-overview-08****
>
> [5] http://tools.ietf.org/html/rfc5440#section-6.4****
>
> [6] http://www.iana.org/assignments/pcep/pcep.xml****
>
> ** **
>
> ** **
>
> _______________________________________________****
>
> 6tsch mailing list****
>
> 6tsch@ietf.org****
>
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>  ** **
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
> ** **
>

--047d7bd6afc8eaec5104dc576202
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Maria Rita,

We want to make sure that, =
whatever we end up using, it is generic enough to be=A0usable=A0by several =
PCE implementations. Given your experience with these kinds of things, your=
 input is very much appreciated. In particular, please shout if a requireme=
nt is missing!




Thomas


<=
/div>


On Thu, =
May 9, 2013 at 11:27 PM, Maria Rita PALATTELLA <maria-rita.pala=
ttella@uni.lu> wrote:














Thomas, Xavi


What a great job! Thanks =
a lot for having worked on the requirements and paved the way to the 6TSCH =
Frankenstein protocol
J


It seems that all the lit=
tle pieces (i.e., the different protocols we have analyzed) can fit togethe=
r, and thanks to CoAP we can build what we need in the 6TSCH
 architecture.


For sure, we still have s=
ome work left, but this is a good starting point!




Maria Rita<=
/span>


=A0<=
/p>

=A0<=
/p>

From: 6tsch-bounces@ietf.org=
 [mailto:6t=
sch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Thursday, May 09, 2013 11:10 PM

To: 6TSCH

Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements=



=A0




I like your concept of a=A0Frankenstein=A0protocol. =
Beware that if we keep using it, Maria Rita will add it to the terminology =
draft :)




=A0






If I understand your proposal correctly, CoAP is the=
 foundation of all communication between the PCE and the nodes. DTLS could =
take care of authentication and encryption, and the payload carried by CoAP=
 would consist of headers borrowed
 from the different protocols we've been talking about:





-=A0RFC6551's=A0DAG Metric Container<=
/span>






- PCEP's PReq and PResp. Maybe even t=
he setup handshaking and keep-alive procedures?






=A0






It would require at a handful of fields at the beginning o=
f the CoAP payload to indicate at the very least the type of packet (alarm =
from a mote, command from the PCE, metrics, etc), right?








=A0






If you have already some thoughts about this, maybe you co=
uld throw together a handful of slides to show how the piece would fit toge=
ther? You could present them at the call tomorrow and we
 could gather a first impression from the attendees.





=A0






What do others think?






=A0






Thomas








=A0




On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana &l=
t;xvilaj=
osana@eecs.berkeley.edu> wrote:






Hi Thomas,all,



this is very useful list of requirements, out of what we have been looking =
(PCEP,NSIS/RSVP) which seem to be only small pieces of what we need and wou=
ld require us to build a Frankenstein protocol, CoAP comes to my mind, i.e,=
 CoAP is a transport protocol that
 we can use to transport the requirements of PCE/Nodes in the network.

For example:



- status information flowing from the nodes to the PCE could consist of a C=
oAP transport with the DAG Metric Container Format from RFC6551 in the payl=
oad. This would avoid having to reinvent all the different metrics.



- similarly, the message to ask the PCE to install a track, and for the PCE=
 to confirm that it was installed could simply be a PCEP payload.

- finally, it we run CoAP on top of DTLS, we get authentication/encryption =
for free.



As for the distributed approach, CoAP can be used to communicate to arbitra=
ry nodes that live in a track, the only restriction I see is that a possibl=
e track reservation will require unicast messages from the originator to ea=
ch of the nodes in the track, which
 is not bad in terms of energy consumption compared to the 3 hand-shake per=
 hop by NSIS. In that case CoAP can transport QoS Spec objects defined by R=
FC 5975 so we don't need to re-invent them. Of course for the distribut=
ed approach NSIS is still suitable so
 we can still decide what would be the best.



regards,

Xavi







Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:














All,






=A0






Let's continue the discussion on the requirement=
s for the protocol used by the PCE to communicate with a 6TSCH network. We =
have had several discussions and have identified existing protocols which a=
nswer different parts of the needs.








=A0






I'd like to start summarizing the requirements w=
e have identified for this protocol. The objective is to be able to assess =
the different solutions. This can turn into a discussion on the next call, =
then maybe a section in the architecture
 or a future requirements draft.






=A0






Thomas






=A0






---






=A0






Requirement 1.






=A0






The protocol MUST carry metric information from t=
he nodes to the PCE.






=A0






Here, "metrics" is a general term which co=
vers:






- link metrics, quantifying the connection between n=
eighbor nodes






- node metrics, quantifying the general status and h=
ealth of a node in the network






=A0






The PCE uses this information to keep an up-to-date =
view of the network, which it uses to determine the TSCH schedule.






=A0






Discussion:






=A0






RFC6551 is a great starting point. The DAG Metric Co=
ntainer Format [1] can probably be used as-is as the payload of the protoco=
l. IANA tracks the different types of metrics and other attributes=A0[2], a=
nd since these are designed for RPL,
 I believe this is a perfect fit..






=A0






Requirement 2.






=A0






The protocol MUST carry commands from the PCE to =
the motes in the network.






=A0






This allows the PCE to "remote control" th=
e TSCH schedule, based on the view of the topology if has (requirements 1 a=
nd 4) and the scheduling requirements it receives from the mote (requiremen=
t 3).








=A0






Discussion:






=A0






These commands could map almost directly to the comm=
ands identifies in the 6tus draft [3]. That is, the PCE can:<=
/p>





- add/remove slotframes






- add/remove hard cells






- control time source neighbors






- control the generation of EBs






=A0






On top of this, the PCE can map cells to labels, to =
allow for 6tus-based label switching (this feature has been discussed, but =
is not currently in the 6tus draft).






=A0






Requirement 3.






=A0






The protocol MUST carry scheduling requirements f=
rom any node to the PCE.






=A0






When an application starts reporting data on a node,=
 this node must be able to contact the PCE, indicating the traffic requirem=
ents it has. Similarly, the PCE must be able to indicate whether it can sat=
isfy those requirements or not.








=A0






Discussion:






=A0






It looks like this requirement is fully satisfied by=
 PCEP [5] which defines the formats of the PCReq and PCResp. Moreover, the =
IANA is tracking the different types of requirements [6].








=A0






Requirement 4.






=A0






The protocol MUST carry alarms from any node to t=
he PCE.






=A0






If a node in the network detects a malfunction, poss=
ibly through a local OAM mechanism [4], it must be able to indicate this to=
 the PCE so it can take the appropriate action. This information is complem=
entary to the metric information.








=A0






Discussion:






=A0






In the case of a fully deterministic network (i.e. a=
ll tracks consist of dedicated cells, and the schedule is collision free), =
the OAM mechanism can be greatly simplified since the PCE can do the OAM=
9;s=A0Connectivity Verification (CV)=A0by
 looking at the schedule of the network.






=A0






What's then left is the=A0Continuity Check.=A0Th=
e periodic re-synchronization mechanism between a nodes and its time source=
 neighbor imposed by TSCH can be used to help with that.






=A0






Requirement 5.






=A0






The protocol MUST ensure mutual authentication be=
tween the PCE and the nodes.






=A0






Nodes in the 6TSCH network need to be able to ensure=
 that a command is coming from the PCE; and the PCE must make sure that the=
 data is coming from a node.






=A0






Discussion:






=A0






How this is done might be left to some secure transp=
ort layer (e.g. DTLS), or build in the protocol directly.






=A0






Requirement 6.






=A0






The protocol MAY ensure confidentiality of the tr=
affic between the PCE and the nodes.






=A0






In case all traffic is unicast between the PCE and t=
he 6TSCH nodes, one can imagine an encryption mechanism whereby a mote can =
not spoof on the PCE command it is relaying.










=A0






=A0








_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch






=A0






_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch




=A0












--047d7bd6afc8eaec5104dc576202--

From maria-rita.palattella@uni.lu  Fri May 10 00:08:46 2013
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From: Maria Rita PALATTELLA 
To: Thomas Watteyne , 6TSCH <6tsch@ietf.org>
Thread-Topic: [6tsch] PCE<->6TSCH protocol: requirements
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Thomas,
I totally agree about developing a GENERIC solution that works well in seve=
ral scenario.
For the time being, your list of requirements is pretty good, and complete.=
 If something else comes in my mind, I will let you know. Sure!
Maria Rita



From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: Friday, May 10, 2013 8:36 AM
To: 6TSCH
Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements

Maria Rita,

We want to make sure that, whatever we end up using, it is generic enough t=
o be usable by several PCE implementations. Given your experience with thes=
e kinds of things, your input is very much appreciated. In particular, plea=
se shout if a requirement is missing!

Thomas



On Thu, May 9, 2013 at 11:27 PM, Maria Rita PALATTELLA > wrote:
Thomas, Xavi
What a great job! Thanks a lot for having worked on the requirements and pa=
ved the way to the 6TSCH Frankenstein protocol :)
It seems that all the little pieces (i.e., the different protocols we have =
analyzed) can fit together, and thanks to CoAP we can build what we need in=
 the 6TSCH architecture.
For sure, we still have some work left, but this is a good starting point!
Maria Rita


From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyn=
e
Sent: Thursday, May 09, 2013 11:10 PM
To: 6TSCH
Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements

I like your concept of a Frankenstein protocol. Beware that if we keep usin=
g it, Maria Rita will add it to the terminology draft :)

If I understand your proposal correctly, CoAP is the foundation of all comm=
unication between the PCE and the nodes. DTLS could take care of authentica=
tion and encryption, and the payload carried by CoAP would consist of heade=
rs borrowed from the different protocols we've been talking about:
- RFC6551's DAG Metric Container
- PCEP's PReq and PResp. Maybe even the setup handshaking and keep-alive pr=
ocedures?

It would require at a handful of fields at the beginning of the CoAP payloa=
d to indicate at the very least the type of packet (alarm from a mote, comm=
and from the PCE, metrics, etc), right?

If you have already some thoughts about this, maybe you could throw togethe=
r a handful of slides to show how the piece would fit together? You could p=
resent them at the call tomorrow and we could gather a first impression fro=
m the attendees.

What do others think?

Thomas

On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana > wrote:
Hi Thomas,all,

this is very useful list of requirements, out of what we have been looking =
(PCEP,NSIS/RSVP) which seem to be only small pieces of what we need and wou=
ld require us to build a Frankenstein protocol, CoAP comes to my mind, i.e,=
 CoAP is a transport protocol that we can use to transport the requirements=
 of PCE/Nodes in the network.
For example:

- status information flowing from the nodes to the PCE could consist of a C=
oAP transport with the DAG Metric Container Format from RFC6551 in the payl=
oad. This would avoid having to reinvent all the different metrics.
- similarly, the message to ask the PCE to install a track, and for the PCE=
 to confirm that it was installed could simply be a PCEP payload.
- finally, it we run CoAP on top of DTLS, we get authentication/encryption =
for free.

As for the distributed approach, CoAP can be used to communicate to arbitra=
ry nodes that live in a track, the only restriction I see is that a possibl=
e track reservation will require unicast messages from the originator to ea=
ch of the nodes in the track, which is not bad in terms of energy consumpti=
on compared to the 3 hand-shake per hop by NSIS. In that case CoAP can tran=
sport QoS Spec objects defined by RFC 5975 so we don't need to re-invent th=
em. Of course for the distributed approach NSIS is still suitable so we can=
 still decide what would be the best.

regards,
Xavi



Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:
All,

Let's continue the discussion on the requirements for the protocol used by =
the PCE to communicate with a 6TSCH network. We have had several discussion=
s and have identified existing protocols which answer different parts of th=
e needs.

I'd like to start summarizing the requirements we have identified for this =
protocol. The objective is to be able to assess the different solutions. Th=
is can turn into a discussion on the next call, then maybe a section in the=
 architecture or a future requirements draft.

Thomas

---

Requirement 1.

The protocol MUST carry metric information from the nodes to the PCE.

Here, "metrics" is a general term which covers:
- link metrics, quantifying the connection between neighbor nodes
- node metrics, quantifying the general status and health of a node in the =
network

The PCE uses this information to keep an up-to-date view of the network, wh=
ich it uses to determine the TSCH schedule.

Discussion:

RFC6551 is a great starting point. The DAG Metric Container Format [1] can =
probably be used as-is as the payload of the protocol. IANA tracks the diff=
erent types of metrics and other attributes [2], and since these are design=
ed for RPL, I believe this is a perfect fit..

Requirement 2.

The protocol MUST carry commands from the PCE to the motes in the network.

This allows the PCE to "remote control" the TSCH schedule, based on the vie=
w of the topology if has (requirements 1 and 4) and the scheduling requirem=
ents it receives from the mote (requirement 3).

Discussion:

These commands could map almost directly to the commands identifies in the =
6tus draft [3]. That is, the PCE can:
- add/remove slotframes
- add/remove hard cells
- control time source neighbors
- control the generation of EBs

On top of this, the PCE can map cells to labels, to allow for 6tus-based la=
bel switching (this feature has been discussed, but is not currently in the=
 6tus draft).

Requirement 3.

The protocol MUST carry scheduling requirements from any node to the PCE.

When an application starts reporting data on a node, this node must be able=
 to contact the PCE, indicating the traffic requirements it has. Similarly,=
 the PCE must be able to indicate whether it can satisfy those requirements=
 or not.

Discussion:

It looks like this requirement is fully satisfied by PCEP [5] which defines=
 the formats of the PCReq and PCResp. Moreover, the IANA is tracking the di=
fferent types of requirements [6].

Requirement 4.

The protocol MUST carry alarms from any node to the PCE.

If a node in the network detects a malfunction, possibly through a local OA=
M mechanism [4], it must be able to indicate this to the PCE so it can take=
 the appropriate action. This information is complementary to the metric in=
formation.

Discussion:

In the case of a fully deterministic network (i.e. all tracks consist of de=
dicated cells, and the schedule is collision free), the OAM mechanism can b=
e greatly simplified since the PCE can do the OAM's Connectivity Verificati=
on (CV) by looking at the schedule of the network.

What's then left is the Continuity Check. The periodic re-synchronization m=
echanism between a nodes and its time source neighbor imposed by TSCH can b=
e used to help with that.

Requirement 5.

The protocol MUST ensure mutual authentication between the PCE and the node=
s.

Nodes in the 6TSCH network need to be able to ensure that a command is comi=
ng from the PCE; and the PCE must make sure that the data is coming from a =
node.

Discussion:

How this is done might be left to some secure transport layer (e.g. DTLS), =
or build in the protocol directly.

Requirement 6.

The protocol MAY ensure confidentiality of the traffic between the PCE and =
the nodes.

In case all traffic is unicast between the PCE and the 6TSCH nodes, one can=
 imagine an encryption mechanism whereby a mote can not spoof on the PCE co=
mmand it is relaying.

[1] http://tools.ietf.org/html/rfc6551#section-2
[2] http://www.iana.org/assignments/rpl-routing-metric-constraint/rpl-routi=
ng-metric-constraint.xml
[3] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.4
[4] http://tools.ietf.org/html/draft-ietf-opsawg-oam-overview-08
[5] http://tools.ietf.org/html/rfc5440#section-6.4
[6] http://www.iana.org/assignments/pcep/pcep.xml



_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch


_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch



--_000_F085911F642A6847987ADA23E611780D18561ED8hoshiunilux_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Thomas,=



I totally agree about dev=
eloping a GENERIC solution that works well in several scenario.



For the time being, your =
list of requirements is pretty good, and complete. If something else comes =
in my mind, I will let you know. Sure!


Maria Rita


 <=
/p>

 <=
/p>

 <=
/p>

From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Friday, May 10, 2013 8:36 AM

To: 6TSCH

Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements


 




Maria Rita,




 






We want to make sure that, whatever we end up using,=
 it is generic enough to be usable by several PCE implementations=
. Given your experience with these kinds of things, your input is very much=
 appreciated. In particular, please shout if
 a requirement is missing!






 






Thomas






 






 








 




On Thu, May 9, 2013 at 11:27 PM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Thomas, Xavi


What a great job! Thanks a lot for havi=
ng worked on the requirements and paved the way to the 6TSCH
 Frankenstein protocol J


It seems that all the little pieces (i.=
e., the different protocols we have analyzed) can fit together,
 and thanks to CoAP we can build what we need in the 6TSCH architecture.


For sure, we still have some work left,=
 but this is a good starting point!


Maria Rita


 


 


From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Thursday, May 09, 2013 11:10 PM

To: 6TSCH

Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements=







 




I like your concept of a Frankenstein protocol. Beware t=
hat if we keep using it, Maria Rita will add it to the terminology draft :)=





 






If I understand your proposal correctly, CoAP is the foundation of=
 all communication between the PCE and the nodes. DTLS could take care of a=
uthentication and encryption, and the
 payload carried by CoAP would consist of headers borrowed from the differe=
nt protocols we've been talking about:






- RFC6551's DAG Metric Container<=
/o:p>






- PCEP's PReq and PResp. Maybe even the setup handshaki=
ng and keep-alive procedures?






 






It would require at a handful of fields at the beginning of the CoAP pay=
load to indicate at the very least the type of packet (alarm
 from a mote, command from the PCE, metrics, etc), right?=







 






If you have already some thoughts about this, maybe you could throw toge=
ther a handful of slides to show how the piece would fit together?
 You could present them at the call tomorrow and we could gather a first im=
pression from the attendees.






 






What do others think?






 






Thomas








 




On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana <xvilajosana@eecs.ber=
keley.edu> wrote:






Hi Thomas,all,



this is very useful list of requirements, out of what we have been looking =
(PCEP,NSIS/RSVP) which seem to be only small pieces of what we need and wou=
ld require us to build a Frankenstein protocol, CoAP comes to my mind, i.e,=
 CoAP is a transport protocol that
 we can use to transport the requirements of PCE/Nodes in the network.

For example:



- status information flowing from the nodes to the PCE could consist of a C=
oAP transport with the DAG Metric Container Format from RFC6551 in the payl=
oad. This would avoid having to reinvent all the different metrics.

- similarly, the message to ask the PCE to install a track, and for the PCE=
 to confirm that it was installed could simply be a PCEP payload.

- finally, it we run CoAP on top of DTLS, we get authentication/encryption =
for free.



As for the distributed approach, CoAP can be used to communicate to arbitra=
ry nodes that live in a track, the only restriction I see is that a possibl=
e track reservation will require unicast messages from the originator to ea=
ch of the nodes in the track, which
 is not bad in terms of energy consumption compared to the 3 hand-shake per=
 hop by NSIS. In that case CoAP can transport QoS Spec objects defined by R=
FC 5975 so we don't need to re-invent them. Of course for the distributed a=
pproach NSIS is still suitable so
 we can still decide what would be the best.



regards,

Xavi







Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:














All,






 






Let's continue the discussion on the requirements for the protocol=
 used by the PCE to communicate with a 6TSCH network. We have had several d=
iscussions and have identified existing
 protocols which answer different parts of the needs.






 






I'd like to start summarizing the requirements we have identified =
for this protocol. The objective is to be able to assess the different solu=
tions. This can turn into a discussion
 on the next call, then maybe a section in the architecture or a future req=
uirements draft.






 






Thomas






 






---






 






Requirement 1.






 






The protocol MUST carry metric information from the nodes to th=
e PCE.






 






Here, "metrics" is a general term which covers:






- link metrics, quantifying the connection between neighbor nodes<=
o:p>






- node metrics, quantifying the general status and health of a nod=
e in the network






 






The PCE uses this information to keep an up-to-date view of the ne=
twork, which it uses to determine the TSCH schedule.






 






Discussion:






 






RFC6551 is a great starting point. The DAG Metric Container Format=
 [1] can probably be used as-is as the payload of the protocol. IANA tracks=
 the different types of metrics and
 other attributes [2], and since these are designed for RPL, I believe=
 this is a perfect fit..






 






Requirement 2.






 






The protocol MUST carry commands from the PCE to the motes in t=
he network.






 






This allows the PCE to "remote control" the TSCH schedul=
e, based on the view of the topology if has (requirements 1 and 4) and the =
scheduling requirements it receives from the mote
 (requirement 3).






 






Discussion:






 






These commands could map almost directly to the commands identifie=
s in the 6tus draft [3]. That is, the PCE can:






- add/remove slotframes






- add/remove hard cells






- control time source neighbors






- control the generation of EBs






 






On top of this, the PCE can map cells to labels, to allow for 6tus=
-based label switching (this feature has been discussed, but is not current=
ly in the 6tus draft).






 






Requirement 3.






 






The protocol MUST carry scheduling requirements from any node t=
o the PCE.






 






When an application starts reporting data on a node, this node mus=
t be able to contact the PCE, indicating the traffic requirements it has. S=
imilarly, the PCE must be able to indicate
 whether it can satisfy those requirements or not.






 






Discussion:






 






It looks like this requirement is fully satisfied by PCEP [5] whic=
h defines the formats of the PCReq and PCResp. Moreover, the IANA is tracki=
ng the different types of requirements
 [6].






 






Requirement 4.






 






The protocol MUST carry alarms from any node to the PCE.






 






If a node in the network detects a malfunction, possibly through a=
 local OAM mechanism [4], it must be able to indicate this to the PCE so it=
 can take the appropriate action. This
 information is complementary to the metric information.






 






Discussion:






 






In the case of a fully deterministic network (i.e. all tracks cons=
ist of dedicated cells, and the schedule is collision free), the OAM mechan=
ism can be greatly simplified since
 the PCE can do the OAM's Connectivity Verification (CV) by looki=
ng at the schedule of the network.






 






What's then left is the Continuity Check. The periodic r=
e-synchronization mechanism between a nodes and its time source neighbor im=
posed by TSCH can be used to help with that.






 






Requirement 5.






 






The protocol MUST ensure mutual authentication between the PCE =
and the nodes.






 






Nodes in the 6TSCH network need to be able to ensure that a comman=
d is coming from the PCE; and the PCE must make sure that the data is comin=
g from a node.






 






Discussion:






 






How this is done might be left to some secure transport layer (e.g=
. DTLS), or build in the protocol directly.






 






Requirement 6.






 






The protocol MAY ensure confidentiality of the traffic between =
the PCE and the nodes.






 






In case all traffic is unicast between the PCE and the 6TSCH nodes=
, one can imagine an encryption mechanism whereby a mote can not spoof on t=
he PCE command it is relaying.










 






 








_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch






 






_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch




 














 








--_000_F085911F642A6847987ADA23E611780D18561ED8hoshiunilux_--

From pieter@demil.be  Fri May 10 03:05:00 2013
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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  On 05/01/13 05:19, Thomas Watteyne wrote:
> My reading of the standard is that the EB contains just enough 
> information for the new mote to join the network. Of course, what this 
> exactly is depends on the application.
>
> In the context of 6TSCH, this could be:
> - a set of (shared) links in the best effort case. This could, in 
> fact, be the final set the mote gets, i.e. all motes communicate on a 
> number of shared links in a "slotted Aloha" fashion. This has the 
> merit of being extremely simple (e.g. for interop), but does not allow 
> for much optimization.
> - a set of links to contact the neighbor which sends the EB. This can 
> be used in the distributed cases as a bootstrap for 
> a distributed reservation protocol.
> - a set of links to contact the PCE through the neighbor which sends 
> the EB. This can be used in the centralize case: the neighbor serves 
> as a temporary proxy until the PCE has decided what to do with that 
> new mote (possibly installing more links).
>
> Fantastic to hear that you're implementing TSCH. What platform are you 
> using?

TinyOS on the RM090 platform http://www.crew-project.eu/portal/wilab/rm090
We will also port TSCH to Contiki.

Send me a message if you think another OS and/or hardware platform might 
be interesting and we will consider a port.

Best,
Pieter


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--bcaec520f1cd74e75604dcb89f28
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 All,

You will find the minutes of the last webex below, and the presented slides
at https://bitbucket.org/6tsch/meetings/.

Thanks to Xavi for taking notes!

Please fix anything I might have missed directly in the e-mail and reply.

Thomas

---

# Minutes Webex 10 May 2013, 6TSCH group #

Note: timestamps in PDT.

Taking notes
------------

1. Xavi Vilajosana
2. Thomas Watteyne

Present _(alphabetically)_
--------------------------

* Thomas Watteyne
* Pascal Thubert
* Adrian Farrel
* Alfredo Grieco
* Dominique Barthel
* Maria Rita Palattella
* Pouria Zand
* Raghuram Sudhaakar
* Tina Tsou
* Tom Phinney
* Xavi Vilajosana

Recording
---------

* This webex was not recorded.

Slides
------

* Available at https://bitbucket.org/6tsch/meetings/src.

Agenda
------

* Update on the BoF in Berlin [10min]
* PCE integration [25min]
* CoAP for PCE integration [15min]
* AOB [5min]

Minutes
-------

* [08.05] Meeting starts
* [08.05] Update on the BoF in Berlin [Pascal]
    * We asked ADs for support, to both Ted Lemon (INT) Adrian Farrel
(RTG). We have two ADs, not sure who will be in charge of the group in the
end. We have help from both.
    * We also have received lots of help from Marc Blanchet (IAB). Long
talks during IETF in Orlando.
    * We have to fill a document to officially request a BoF. We are
completing this. Will be sharing it next time.
    * We are making great progress. Big topic for next call: agenda for BoF
discussion.
    * Requesting 2.5h:
        * 0.5h on TSCH
        * 1h on work items
        * 1h for charter discussion. Agreement from the room that we can,
    * BoF will be called "6TSCH"
    * Not clear when the BoF will be.
    * [Thomas] People are asking exactly which day the BoF would be.
    * [Adrian] Exact date is not predictable. One thing you can do is make
a request for a particular day or time in the week. Can only be a request,
sometimes it works.
    * [Pascal] This is what we did for pre-bof: same day/room as ROLL.
    * [Adrian] Historically 2.5h sessions are on Monday and Tuesday
morning. The goal is not to schedule 2 BoFs at the same time.
    * [Pascal] Next week we will discuss these questions.
    * No questions from the room, moving on.
* [08.15] Requirements for PCE protocol [Thomas]
    * _Thomas presents slides_
    * Requirement 1: carry metric information from the nodes to the PCE
        * [Dominique] Impact of delay due to delay between two slots.
Raised at IETF85.
            * If PCE allocates all cells by itself, than it will know the
latency. Hard cells only.
            * If soft cells, then node locally has right to schedule cells.
We need a new metric that we don't have now. link delay metric has min max
average.
            * Time elapsed within a node can be varrying.
        * [Pascal]
            * we need to add time
            * multiple slotframes
            * --> discussion on ML
        * [Thomas] hard cell vs soft cell, hard cell higher priority than
soft cell, the PCE knows what hard cells are shceduled. If we have hard and
soft cells, then the PCE cannot know exactly where the soft cells are. If
there is a scheduling collision, 6tus moves the soft cell.
    * Requirement 2: commands from the PCE to the Motes.
        * contact the mote and change its TSCH schedule
        * cam match 6tus commands.
        * installation of labels: PCE needs to install the label (mapping
of in/out slots)
        * track installation, the PCE talks to every node in the track.
    * Requirement 3: Carrying scheduling requirements from the node to the
PCE
        * PCEP: PCEReq, PCEResp
        * RFC6551: can set the constraint bit in the header, how this is
related to PCEP? Is there is a way to request schedule change?
        * [Dominiqe] RPL DAOs flow to the root, constraint is used to
detect some exceeded configuration or restriction.
        * [Thomas] We need to be able carry requests, the application on
the mote will format a requirement ("please make sure I can have this").
Can this requirement be embedded in a constraint type metric as defined by
RFC6551?
        * [Dominique]
           * constraints in RFC6551 is used only to prune exploration
through RFC6551
           * very different with a centralized PCE.
    * Requirement 4: carry alarms from any node to the PCE
        * Also related to OAM. Connectivity verification, verify the BW is
still there, using all hard cells this info is in the PCE.
        * Continuity checking, make sure that the other side is still
there. A mote sent KA to a neighbor, can use the absense of the KA to
determine that a node has died.
        * [Maria Rita] Define how the PCE takes the proper action, there is
an alarm from a node, this implies some change on the schedule. Need to
define how the PCE makes actions to the schedule.
        * [Thomas] How we deal with the schedule is changed and only
effects a couple of nodes: send the command to both of these nodes, the
alarm of a node can trigger multiple changes.
        * [Maria Rita] avoid that the schedule is resent to all the nodes,
only to those that trigger the alarm.
    * Requirement 5: mutual authentication
    * Requirement 6: confidentiality
        * Not to be able to look at the data in the track except for the
src and dst.
    * Discussion
        * [Pascal] we need to write the requirement draft. Once we have the
story straight about the requirements, we can work on solutions drafts.
Might happen in 6tus or in PCE. We are not ready to work on this part. We
haven't identified the exact problems.
        * Let's do the requirements draft.
        * Not to be too greedy on this aspect in the charter.
* [09.53] CoAP for PCE integration [Xavi]
    * _Xavi presents slides_
    * We can use CoAP as a way of transporting data to and from the PCE.
    * The CoAP payload can consist of header borrowed from the different
protocols we talked about, such as PCEP of RFC6551.
    * The location of the CPE can be arbitrary. The root of the network
might act as a relay, also possibly take care of identifying the location
of the PCE.
    * CoAP can be useful since does HTTP-to-CoAP mapping
    * [Pascal] It looks like using CoAP like this makes sense.
    * [Thomas]
        * Context is that OpenWSN people are waiting for a solution to
communicate betwee the PCE and the motes.
        * We are early to start working on final solutions.
        * Does the group see any big problems with this approach.
        * Group agrees makes sense.
    * [Xavi] Will start working on a draft explaining this.
* [10.05] Meeting ends.

--bcaec520f1cd74e75604dcb89f28
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable




All,

You will find the minutes of =
the last webex below, and the presented slides at https://bitbucket.org/6tsch/meetings/.




Thanks to Xavi for taking notes!

Please fix anything I might have missed directly in the e-mail and reply=
.

Thomas

---




# Minutes We=
bex 10 May 2013, 6TSCH group #

Note=
: timestamps in PDT.




Taking notes
------------




1. Xavi Vilajosana<=
/font>
2. Thomas Watteyne


Present _(alphabetically)_

--------------------------

* Thomas Watteyne
* Pascal Thubert



* Adrian Farrel
* Alfredo Grieco
* Dominique Barthel
* Maria Rita Palattella



* Pouria Zand
<=
font face=3D"courier new, monospace">* Raghuram Sudhaakar
=
* Tina Tsou
* Tom Phinney



* Xavi Vilajosana

Recording
---------




* This webex was not recorded.

Slides



------





Agenda
------
* Update on the BoF=
 in Berlin [10min]
*=
 PCE integration [25min]
* CoAP for PCE integration [15min]



* AOB [5min]

Minutes
-------




* [08.05] Meeting starts
* [08.05] Update on the BoF in Berlin [Pas=
cal]



=A0 =A0 * We asked ADs for suppo=
rt, to both Ted Lemon (INT) Adrian Farrel (RTG). We have two ADs, not sure =
who will be in charge of the group in the end. We have help from both.



=A0 =A0 * We also have received =
lots of help from Marc Blanchet (IAB). Long talks during IETF in Orlando.
=A0 =A0 * We have to =
fill a document to officially request a BoF. We are completing this. Will b=
e sharing it next time.



=A0 =A0 * We are making great pr=
ogress. Big topic for next call: agenda for BoF discussion.
=A0 =A0 * Requesting 2.5h:


=A0 =A0 =A0 =A0 * 0.5h on TSCH=

=A0 =A0 =A0 =A0 * 1h on wo=
rk items
=A0 =A0 =A0=
 =A0 * 1h for charter discussion. Agreement from the room that we can,



=A0 =A0 * BoF will be called &qu=
ot;6TSCH"
=A0 =
=A0 * Not clear when the BoF will be.
=A0 =A0 * [Thomas] People are asking exactly which day th=
e BoF would be.



=A0 =A0 * [Adrian] Exact date is=
 not predictable. One thing you can do is make a request for a particular d=
ay or time in the week. Can only be a request, sometimes it works.


=A0 =A0 * [Pascal] This is what =
we did for pre-bof: same day/room as ROLL.
=A0 =A0 * [Adrian] Historically 2.5h sessions are on=
 Monday and Tuesday morning. The goal is not to schedule 2 BoFs at the same=
 time.



=A0 =A0 * [Pascal] Next week we =
will discuss these questions.
=A0 =A0 * No questions from the room, moving on.
* [08.15] Requirements for PCE proto=
col [Thomas]



=A0 =A0 * _Thomas presents slide=
s_
=A0 =A0 * Require=
ment 1: carry metric information from the nodes to the PCE
=A0 =A0 =A0 =A0 * [Dominique] Impact=
 of delay due to delay between two slots. Raised at IETF85.



=A0 =A0 =A0 =A0 =A0 =A0 * If PCE=
 allocates all cells by itself, than it will know the latency. Hard cells o=
nly.
=A0 =A0 =A0 =A0=
 =A0 =A0 * If soft cells, then node locally has right to schedule cells. We=
 need a new metric that we don't have now. link delay metric has min ma=
x average.



=A0 =A0 =A0 =A0 =A0 =A0 * Time e=
lapsed within a node can be varrying.
=A0 =A0 =A0 =A0 * [Pascal]
=A0 =A0 =A0 =A0 =A0 =A0 * we need to add time



=A0 =A0 =A0 =A0 =A0 =A0 * multip=
le slotframes
=A0 =
=A0 =A0 =A0 =A0 =A0 * --> discussion on ML
=A0 =A0 =A0 =A0 * [Thomas] hard cell vs soft ce=
ll, hard cell higher priority than soft cell, the PCE knows what hard cells=
 are shceduled. If we have hard and soft cells, then the PCE cannot know ex=
actly where the soft cells are. If there is a scheduling collision, 6tus mo=
ves the soft cell.



=A0 =A0 * Requirement 2: command=
s from the PCE to the Motes.
=A0 =A0 =A0 =A0 * contact the mote and change its TSCH schedule


=A0 =A0 =A0 =A0 * cam match 6tus comm=
ands.
=A0 =A0 =A0 =
=A0 * installation of labels: PCE needs to install the label (mapping of in=
/out slots)



=A0 =A0 =A0 =A0 * track installa=
tion, the PCE talks to every node in the track.
=A0 =A0 * Requirement 3: Carrying scheduling re=
quirements from the node to the PCE



=A0 =A0 =A0 =A0 * PCEP: PCEReq, =
PCEResp
=A0 =A0 =A0 =
=A0 * RFC6551: can set the constraint bit in the header, how this is relate=
d to PCEP? Is there is a way to request schedule change?



=A0 =A0 =A0 =A0 * [Dominiqe] RPL=
 DAOs flow to the root, constraint is used to detect some exceeded configur=
ation or restriction.
=A0 =A0 =A0 =A0 * [Dominique]
=A0 =A0 =A0 =A0 =A0 =
=A0* constraints in RFC6551 is used only to prune exploration through RFC65=
51
=A0 =A0 =A0 =A0 =
=A0 =A0* very different with a centralized PCE.



=A0 =A0 * Requirement 4: carry a=
larms from any node to the PCE
=A0 =A0 =A0 =A0 * Also related to OAM. Connectivity verification=
, verify the BW is still there, using all hard cells this info is in the PC=
E.



=A0 =A0 =A0 =A0 * Continuity che=
cking, make sure that the other side is still there. A mote sent KA to a ne=
ighbor, can use the absense of the KA to determine that a node has died.



=A0 =A0 =A0 =A0 * [Maria Rita] D=
efine how the PCE takes the proper action, there is an alarm from a node, t=
his implies some change on the schedule. Need to define how the PCE makes a=
ctions to the schedule.



=A0 =A0 =A0 =A0 * [Thomas] How w=
e deal with the schedule is changed and only effects a couple of nodes: sen=
d the command to both of these nodes, the alarm of a node can trigger multi=
ple changes.



=A0 =A0 =A0 =A0 * [Maria Rita] a=
void that the schedule is resent to all the nodes, only to those that trigg=
er the alarm.
=A0 =
=A0 * Requirement 5: mutual authentication



=A0 =A0 * Requirement 6: confide=
ntiality
=A0 =A0 =A0=
 =A0 * Not to be able to look at the data in the track except for the src a=
nd dst.



=A0 =A0 * Discussion
=A0 =A0 =A0 =A0 * [Pascal] we n=
eed to write the requirement draft. Once we have the story straight about t=
he requirements, we can work on solutions drafts. Might happen in 6tus or i=
n PCE. We are not ready to work on this part. We haven't identified the=
 exact problems.



=A0 =A0 =A0 =A0 * Let's do t=
he requirements draft.
=A0 =A0 =A0 =A0 * Not to be too greedy on this aspect in the charter.

* [09.53] CoAP for PCE integration [X=
avi]


=A0 =A0 * _Xavi presents slides_=

=A0 =A0 * We can us=
e CoAP as a way of transporting data to and from the PCE.
=
=A0 =A0 * The CoAP payload can consis=
t of header borrowed from the different protocols we talked about, such as =
PCEP of RFC6551.



=A0 =A0 * The location of the CP=
E can be arbitrary. The root of the network might act as a relay, also poss=
ibly take care of identifying the location of the PCE.
=A0 =A0 * CoAP can be useful since does =
HTTP-to-CoAP mapping



=A0 =A0 * [Pascal] It looks like=
 using CoAP like this makes sense.
=A0 =A0 * [Thomas]
=A0 =A0 =A0 =A0 * Context is that OpenWSN people are waiting =
for a solution to communicate betwee the PCE and the motes.



=A0 =A0 =A0 =A0 * We are early t=
o start working on final solutions.
=A0 =A0 =A0 =A0 * Does the group see any big problems with =
this approach.



=A0 =A0 =A0 =A0 * Group agrees m=
akes sense.
=A0 =A0 =
* [Xavi] Will start working on a draft explaining this.
* [10.05] Meeting ends.





--bcaec520f1cd74e75604dcb89f28--

From guillaume.gaillard.maze@gmail.com  Wed May 15 00:39:32 2013
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Date: Wed, 15 May 2013 09:39:26 +0200
Message-ID: 
From: Guillaume Gaillard 
To: Maria Rita PALATTELLA 
Content-Type: multipart/alternative; boundary=089e013d1d566e960504dcbcd9b4
Cc: Thomas Watteyne , 6TSCH <6tsch@ietf.org>
Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements
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Hello Thomas,
Your list of requirements seems to match the needs of communication between
nodes and PCE. I believe it permits precise observation of network
performance (req1, req4) and behavior (req3), and accurate enforcement of
PCE's control (req2).

Regards,
Guillaume


Guillaume Gaillard
PhD student "SLAs for multi-services WSN"
Orange Labs Meylan, France


2013/5/10 Maria Rita PALATTELLA 

>  Thomas,****
>
> I totally agree about developing a GENERIC solution that works well in
> several scenario. ****
>
> For the time being, your list of requirements is pretty good, and
> complete. If something else comes in my mind, I will let you know. Sure!**
> **
>
> Maria Rita****
>
> ** **
>
> ** **
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Thomas Watteyne
> *Sent:* Friday, May 10, 2013 8:36 AM
>
> *To:* 6TSCH
> *Subject:* Re: [6tsch] PCE<->6TSCH protocol: requirements****
>
> ** **
>
> Maria Rita,****
>
> ** **
>
> We want to make sure that, whatever we end up using, it is generic enough
> to be usable by several PCE implementations. Given your experience with
> these kinds of things, your input is very much appreciated. In particular,
> please shout if a requirement is missing!****
>
> ** **
>
> Thomas****
>
> ** **
>
> ** **
>
> ** **
>
> On Thu, May 9, 2013 at 11:27 PM, Maria Rita PALATTELLA <
> maria-rita.palattella@uni.lu> wrote:****
>
> Thomas, Xavi****
>
> What a great job! Thanks a lot for having worked on the requirements and
> paved the way to the 6TSCH Frankenstein protocol J****
>
> It seems that all the little pieces (i.e., the different protocols we have
> analyzed) can fit together, and thanks to CoAP we can build what we need in
> the 6TSCH architecture.****
>
> For sure, we still have some work left, but this is a good starting point!
> ****
>
> Maria Rita****
>
>  ****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Thomas Watteyne
> *Sent:* Thursday, May 09, 2013 11:10 PM
> *To:* 6TSCH
> *Subject:* Re: [6tsch] PCE<->6TSCH protocol: requirements****
>
>  ****
>
> I like your concept of a Frankenstein protocol. Beware that if we keep
> using it, Maria Rita will add it to the terminology draft :)****
>
>  ****
>
> If I understand your proposal correctly, CoAP is the foundation of all
> communication between the PCE and the nodes. DTLS could take care of
> authentication and encryption, and the payload carried by CoAP would
> consist of headers borrowed from the different protocols we've been talking
> about:****
>
> - RFC6551's DAG Metric Container****
>
> - PCEP's PReq and PResp. Maybe even the setup handshaking and keep-alive
> procedures?****
>
>  ****
>
> It would require at a handful of fields at the beginning of the CoAP
> payload to indicate at the very least the type of packet (alarm from a
> mote, command from the PCE, metrics, etc), right?****
>
>  ****
>
> If you have already some thoughts about this, maybe you could throw
> together a handful of slides to show how the piece would fit together? You
> could present them at the call tomorrow and we could gather a first
> impression from the attendees.****
>
>  ****
>
> What do others think?****
>
>  ****
>
> Thomas****
>
>  ****
>
> On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana <
> xvilajosana@eecs.berkeley.edu> wrote:****
>
> Hi Thomas,all,
>
> this is very useful list of requirements, out of what we have been looking
> (PCEP,NSIS/RSVP) which seem to be only small pieces of what we need and
> would require us to build a Frankenstein protocol, CoAP comes to my mind,
> i.e, CoAP is a transport protocol that we can use to transport the
> requirements of PCE/Nodes in the network.
> For example:
>
> - status information flowing from the nodes to the PCE could consist of a
> CoAP transport with the DAG Metric Container Format from RFC6551 in the
> payload. This would avoid having to reinvent all the different metrics.
> - similarly, the message to ask the PCE to install a track, and for the
> PCE to confirm that it was installed could simply be a PCEP payload.
> - finally, it we run CoAP on top of DTLS, we get authentication/encryption
> for free.
>
> As for the distributed approach, CoAP can be used to communicate to
> arbitrary nodes that live in a track, the only restriction I see is that a
> possible track reservation will require unicast messages from the
> originator to each of the nodes in the track, which is not bad in terms of
> energy consumption compared to the 3 hand-shake per hop by NSIS. In that
> case CoAP can transport QoS Spec objects defined by RFC 5975 so we don't
> need to re-invent them. Of course for the distributed approach NSIS is
> still suitable so we can still decide what would be the best.
>
> regards,
> Xavi
>
>
>
> Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:****
>
>   All,****
>
>  ****
>
> Let's continue the discussion on the requirements for the protocol used by
> the PCE to communicate with a 6TSCH network. We have had several
> discussions and have identified existing protocols which answer different
> parts of the needs.****
>
>  ****
>
> I'd like to start summarizing the requirements we have identified for this
> protocol. The objective is to be able to assess the different solutions.
> This can turn into a discussion on the next call, then maybe a section in
> the architecture or a future requirements draft.****
>
>  ****
>
> Thomas****
>
>  ****
>
> ---****
>
>  ****
>
> *Requirement 1.*****
>
>  ****
>
> *The protocol MUST carry metric information from the nodes to the PCE.****
> *
>
>  ****
>
> Here, "metrics" is a general term which covers:****
>
> - link metrics, quantifying the connection between neighbor nodes****
>
> - node metrics, quantifying the general status and health of a node in the
> network****
>
>  ****
>
> The PCE uses this information to keep an up-to-date view of the network,
> which it uses to determine the TSCH schedule.****
>
>  ****
>
> *Discussion*:****
>
>  ****
>
> RFC6551 is a great starting point. The DAG Metric Container Format [1] can
> probably be used as-is as the payload of the protocol. IANA tracks the
> different types of metrics and other attributes [2], and since these are
> designed for RPL, I believe this is a perfect fit..****
>
>  ****
>
> *Requirement 2.*****
>
>  ****
>
> *The protocol MUST carry commands from the PCE to the motes in the
> network.*****
>
>  ****
>
> This allows the PCE to "remote control" the TSCH schedule, based on the
> view of the topology if has (requirements 1 and 4) and the scheduling
> requirements it receives from the mote (requirement 3).****
>
>  ****
>
> *Discussion*:****
>
>  ****
>
> These commands could map almost directly to the commands identifies in the
> 6tus draft [3]. That is, the PCE can:****
>
> - add/remove slotframes****
>
> - add/remove hard cells****
>
> - control time source neighbors****
>
> - control the generation of EBs****
>
>  ****
>
> On top of this, the PCE can map cells to labels, to allow for 6tus-based
> label switching (this feature has been discussed, but is not currently in
> the 6tus draft).****
>
>  ****
>
> *Requirement 3.*****
>
>  ****
>
> *The protocol MUST carry scheduling requirements from any node to the PCE.
> *****
>
>  ****
>
> When an application starts reporting data on a node, this node must be
> able to contact the PCE, indicating the traffic requirements it has.
> Similarly, the PCE must be able to indicate whether it can satisfy those
> requirements or not.****
>
>  ****
>
> *Discussion*:****
>
>  ****
>
> It looks like this requirement is fully satisfied by PCEP [5] which
> defines the formats of the PCReq and PCResp. Moreover, the IANA is tracking
> the different types of requirements [6].****
>
>  ****
>
> *Requirement 4.*****
>
>  ****
>
> *The protocol MUST carry alarms from any node to the PCE.*****
>
>  ****
>
> If a node in the network detects a malfunction, possibly through a local
> OAM mechanism [4], it must be able to indicate this to the PCE so it can
> take the appropriate action. This information is complementary to the
> metric information.****
>
>  ****
>
> *Discussion*:****
>
>  ****
>
> In the case of a fully deterministic network (i.e. all tracks consist of
> dedicated cells, and the schedule is collision free), the OAM mechanism can
> be greatly simplified since the PCE can do the OAM's Connectivity
> Verification (CV) by looking at the schedule of the network.****
>
>  ****
>
> What's then left is the Continuity Check. The periodic re-synchronization
> mechanism between a nodes and its time source neighbor imposed by TSCH can
> be used to help with that.****
>
>  ****
>
> *Requirement 5.*****
>
>  ****
>
> *The protocol MUST ensure mutual authentication between the PCE and the
> nodes.*****
>
>  ****
>
> Nodes in the 6TSCH network need to be able to ensure that a command is
> coming from the PCE; and the PCE must make sure that the data is coming
> from a node.****
>
>  ****
>
> *Discussion*:****
>
>  ****
>
> How this is done might be left to some secure transport layer (e.g. DTLS),
> or build in the protocol directly.****
>
>  ****
>
> *Requirement 6.*****
>
>  ****
>
> *The protocol MAY ensure confidentiality of the traffic between the PCE
> and the nodes.*****
>
>  ****
>
> In case all traffic is unicast between the PCE and the 6TSCH nodes, one
> can imagine an encryption mechanism whereby a mote can not spoof on the PCE
> command it is relaying.****
>
>  ****
>
> [1] http://tools.ietf.org/html/rfc6551#section-2****
>
> [2]
> http://www.iana.org/assignments/rpl-routing-metric-constraint/rpl-routing-metric-constraint.xml
> ****
>
> [3] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.4****
>
> [4] http://tools.ietf.org/html/draft-ietf-opsawg-oam-overview-08****
>
> [5] http://tools.ietf.org/html/rfc5440#section-6.4****
>
> [6] http://www.iana.org/assignments/pcep/pcep.xml****
>
>  ****
>
>  ****
>
> _______________________________________________****
>
> 6tsch mailing list****
>
> 6tsch@ietf.org****
>
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>   ****
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>  ****
>
> ** **
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--089e013d1d566e960504dcbcd9b4
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Hello Thomas,
Your list of requirements seems to mat=
ch the needs of communication between nodes and PCE. I believe it permits p=
recise observation of network performance (req1, req4) and behavior (req3),=
 and accurate enforcement of PCE's control (req2).


Regards,=A0
Guillaume





Guillaume Gaillard
PhD student &quo=
t;SLAs for multi-services WSN"
Orange Labs Meylan, France



2013/5/10 Maria Rita PALATTELLA <maria-rita.palattella@uni.lu>












Thomas,


I totally agree about dev=
eloping a GENERIC solution that works well in several scenario.



For the time being, your =
list of requirements is pretty good, and complete. If something else comes =
in my mind, I will let you know. Sure!



Maria Rita<=
/span>


=A0<=
/p>

=A0<=
/p>

=A0<=
/p>

From: 6tsch-bounces@ietf.org=
 [mailto:6t=
sch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Friday, May 10, 2013 8:36 AM
=


To: 6TSCH

Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements=



=A0




Maria Rita,




=A0






We want to make sure that, whatever we end up using,=
 it is generic enough to be=A0usable=A0by several PCE implementations. Give=
n your experience with these kinds of things, your input is very much appre=
ciated. In particular, please shout if
 a requirement is missing!






=A0






Thomas






=A0






=A0








=A0




On Thu, May 9, 2013 at 11:27 PM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Thomas, Xavi


What a great job! Thanks =
a lot for having worked on the requirements and paved the way to the 6TSCH
 Frankenstein protocol J


It seems that all the lit=
tle pieces (i.e., the different protocols we have analyzed) can fit togethe=
r,
 and thanks to CoAP we can build what we need in the 6TSCH architecture.


For sure, we still have s=
ome work left, but this is a good starting point!



Maria Rita<=
u>


=A0<=
/p>

=A0<=
/p>

From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Thursday, May 09, 2013 11:10 PM

To: 6TSCH

Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements=







=A0




I like your concept of a=A0Frankenstein=A0protocol. =
Beware that if we keep using it, Maria Rita will add it to the terminology =
draft :)




=A0






If I understand your proposal correctly, CoAP is the=
 foundation of all communication between the PCE and the nodes. DTLS could =
take care of authentication and encryption, and the
 payload carried by CoAP would consist of headers borrowed from the differe=
nt protocols we've been talking about:






-=A0RFC6551's=A0DAG Metric Container<=
/span>






- PCEP's PReq and PResp. Maybe even t=
he setup handshaking and keep-alive procedures?






=A0






It would require at a handful of fields at the beginning o=
f the CoAP payload to indicate at the very least the type of packet (alarm
 from a mote, command from the PCE, metrics, etc), right?<=
/u>






=A0






If you have already some thoughts about this, maybe you co=
uld throw together a handful of slides to show how the piece would fit toge=
ther?
 You could present them at the call tomorrow and we could gather a first im=
pression from the attendees.






=A0






What do others think?






=A0






Thomas








=A0




On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana &l=
t;xvilaj=
osana@eecs.berkeley.edu> wrote:






Hi Thomas,all,



this is very useful list of requirements, out of what we have been looking =
(PCEP,NSIS/RSVP) which seem to be only small pieces of what we need and wou=
ld require us to build a Frankenstein protocol, CoAP comes to my mind, i.e,=
 CoAP is a transport protocol that
 we can use to transport the requirements of PCE/Nodes in the network.

For example:



- status information flowing from the nodes to the PCE could consist of a C=
oAP transport with the DAG Metric Container Format from RFC6551 in the payl=
oad. This would avoid having to reinvent all the different metrics.


- similarly, the message to ask the PCE to install a track, and for the PCE=
 to confirm that it was installed could simply be a PCEP payload.

- finally, it we run CoAP on top of DTLS, we get authentication/encryption =
for free.



As for the distributed approach, CoAP can be used to communicate to arbitra=
ry nodes that live in a track, the only restriction I see is that a possibl=
e track reservation will require unicast messages from the originator to ea=
ch of the nodes in the track, which
 is not bad in terms of energy consumption compared to the 3 hand-shake per=
 hop by NSIS. In that case CoAP can transport QoS Spec objects defined by R=
FC 5975 so we don't need to re-invent them. Of course for the distribut=
ed approach NSIS is still suitable so
 we can still decide what would be the best.



regards,

Xavi







Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:














All,






=A0






Let's continue the discussion on the requirement=
s for the protocol used by the PCE to communicate with a 6TSCH network. We =
have had several discussions and have identified existing
 protocols which answer different parts of the needs.






=A0






I'd like to start summarizing the requirements w=
e have identified for this protocol. The objective is to be able to assess =
the different solutions. This can turn into a discussion
 on the next call, then maybe a section in the architecture or a future req=
uirements draft.






=A0






Thomas






=A0






---






=A0






Requirement 1.






=A0






The protocol MUST carry metric information from t=
he nodes to the PCE.






=A0






Here, "metrics" is a general term which co=
vers:






- link metrics, quantifying the connection between n=
eighbor nodes






- node metrics, quantifying the general status and h=
ealth of a node in the network






=A0






The PCE uses this information to keep an up-to-date =
view of the network, which it uses to determine the TSCH schedule.






=A0






Discussion:






=A0






RFC6551 is a great starting point. The DAG Metric Co=
ntainer Format [1] can probably be used as-is as the payload of the protoco=
l. IANA tracks the different types of metrics and
 other attributes=A0[2], and since these are designed for RPL, I believe th=
is is a perfect fit..






=A0






Requirement 2.






=A0






The protocol MUST carry commands from the PCE to =
the motes in the network.






=A0






This allows the PCE to "remote control" th=
e TSCH schedule, based on the view of the topology if has (requirements 1 a=
nd 4) and the scheduling requirements it receives from the mote
 (requirement 3).






=A0






Discussion:






=A0






These commands could map almost directly to the comm=
ands identifies in the 6tus draft [3]. That is, the PCE can:<=
/p>





- add/remove slotframes






- add/remove hard cells






- control time source neighbors






- control the generation of EBs






=A0






On top of this, the PCE can map cells to labels, to =
allow for 6tus-based label switching (this feature has been discussed, but =
is not currently in the 6tus draft).






=A0






Requirement 3.






=A0






The protocol MUST carry scheduling requirements f=
rom any node to the PCE.






=A0






When an application starts reporting data on a node,=
 this node must be able to contact the PCE, indicating the traffic requirem=
ents it has. Similarly, the PCE must be able to indicate
 whether it can satisfy those requirements or not.






=A0






Discussion:






=A0






It looks like this requirement is fully satisfied by=
 PCEP [5] which defines the formats of the PCReq and PCResp. Moreover, the =
IANA is tracking the different types of requirements
 [6].






=A0






Requirement 4.






=A0






The protocol MUST carry alarms from any node to t=
he PCE.






=A0






If a node in the network detects a malfunction, poss=
ibly through a local OAM mechanism [4], it must be able to indicate this to=
 the PCE so it can take the appropriate action. This
 information is complementary to the metric information.






=A0






Discussion:






=A0






In the case of a fully deterministic network (i.e. a=
ll tracks consist of dedicated cells, and the schedule is collision free), =
the OAM mechanism can be greatly simplified since
 the PCE can do the OAM's=A0Connectivity Verification (CV)=A0by looking=
 at the schedule of the network.






=A0






What's then left is the=A0Continuity Check.=A0Th=
e periodic re-synchronization mechanism between a nodes and its time source=
 neighbor imposed by TSCH can be used to help with that.






=A0






Requirement 5.






=A0






The protocol MUST ensure mutual authentication be=
tween the PCE and the nodes.






=A0






Nodes in the 6TSCH network need to be able to ensure=
 that a command is coming from the PCE; and the PCE must make sure that the=
 data is coming from a node.






=A0






Discussion:






=A0






How this is done might be left to some secure transp=
ort layer (e.g. DTLS), or build in the protocol directly.






=A0






Requirement 6.






=A0






The protocol MAY ensure confidentiality of the tr=
affic between the PCE and the nodes.






=A0






In case all traffic is unicast between the PCE and t=
he 6TSCH nodes, one can imagine an encryption mechanism whereby a mote can =
not spoof on the PCE command it is relaying.










=A0






=A0








_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch






=A0






_______________________________________________

6tsch mailing list

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From pthubert@cisco.com  Thu May 16 11:39:53 2013
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From: "Pascal Thubert (pthubert)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>, "Ted Lemon (ted.lemon@nominum.com)" , "Adrian Farrel (adrian@olddog.co.uk)" , Marc Blanchet 
Thread-Topic: Agenda for the call on MAy 17th
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Dear all:

The heated discussion this week was focusing on the BoF preparation. We nee=
d to be ready for the harsh questions.
In particular we need to refine on the work items. Seems that 6TUS is not o=
ne piece of work but a number that we'd need to isolate - the old divide an=
d conquer.
Suggestion is to go through the known issues for the BoF first, and then di=
scuss in depth 6TUS split/

BoF in Berlin:                               45 minutes
6TUS split:                                           15 minutes.

As usual, if you wish to add / change anything please let us know; and I'll=
try not to forget push the record button.

Cheers;


Topic: 6TSCH Weekly
Date: Friday, May 17, 2013
Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)
Meeting Number: 206 802 913
Meeting Password: sixtus
Host Key: 121469

-------------------------------------------------------
To start the online meeting
-------------------------------------------------------
1. Go to https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID=
=3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D
2. Log in to your account.
3. Click "Start Now".
4. Follow the instructions that appear on your screen.

----------------------------------------------------------------
ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes
----------------------------------------------------------------

The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita=
s area and (866) 349-3520 for the RTP area.

Please dial the local access number for your area from the list below:
- San Jose/Milpitas (408) area: 525-6800
- RTP (919) area: 392-3330

-------------------------------------------------------
To join the teleconference only
-------------------------------------------------------
1. Dial into Cisco WebEx (view all Global Access Numbers at
http://cisco.com/en/US/about/doing_business/conferencing/index.html
2. Follow the prompts to enter the Meeting Number (listed above) or Access =
Code followed by the # sign.

San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330

US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117

India: +91.80.4350.1111 Germany: +49.619.6773.9002

Japan: +81.3.5763.9394 China: +86.10.8515.5666

To check whether you have the appropriate players installed for UCF (Univer=
sal Communications Format) rich media files, go to https://ciscosales.webex=
.com/ciscosales/systemdiagnosis.php

http://www.webex.com

CCM:+14085256800x206802913

Pascal


--_000_E045AECD98228444A58C61C200AE1BD8412F4040xmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Dear all:


 


The heated discussion this week was focusing on the<=
span style=3D"color:#1F497D">
BoF preparation. We need to be ready for the harsh questions. <=
/o:p>


In particular we need to refine on the work items. S=
eems that 6TUS is not one piece of work but a number that we’d need t=
o isolate – the old divide and conquer.


Suggestion is to go through the known issues for the=
 BoF first, and then discuss in depth 6TUS split/


 


BoF in Berlin:       =
       &nb=
sp;            =
    45 minutes


6TUS split:       &nbs=
p;       &=
nbsp;           &nbs=
p;            &=
nbsp; 
15 minutes.


 


As usual, if you wish to add / change anything pleas=
e let us know; and I’lltry not to forget push the record button.=



 


Cheers;




 




 


Topic: 6TSCH Weekly


Date: Friday, May 17, 2013 

Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00) 

Meeting Number: 206 802 913 

Meeting Password: sixtus 

Host Key: 121469 



------------------------------------------------------- 

To start the online meeting 

------------------------------------------------------- 

1. Go to https://ciscosales.webex.com/ciscosales/j=
.php?ED=3D219615007&UID=3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiM=
yMw%3D%3D


2. Log in to your account. 

3. Click "Start Now". 

4. Follow the instructions that appear on your screen. 



---------------------------------------------------------------- 

ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes 

---------------------------------------------------------------- 



The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita=
s area and (866) 349-3520 for the RTP area.




Please dial the local access number for your area from the list below: 

- San Jose/Milpitas (408) area: 525-6800 

- RTP (919) area: 392-3330 



------------------------------------------------------- 

To join the teleconference only 

------------------------------------------------------- 

1. Dial into Cisco WebEx (view all Global Access Numbers at 

http://cisco.com/en/US/about/doin=
g_business/conferencing/index.html


2. Follow the prompts to enter the Meeting Number (listed above) or Access =
Code followed by the # sign.




San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330 



US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117 



India: +91.80.4350.1111 Germany: +49.619.6773.9002 



Japan: +81.3.5763.9394 China: +86.10.8515.5666 



To check whether you have the appropriate players installed for UCF (Univer=
sal Communications Format) rich media files, go to
https://ciscosales.webex.com/ciscosales/s=
ystemdiagnosis.php




http:=
//www.webex.com




CCM:+14085256800x206802913


 


Pascal 


 






--_000_E045AECD98228444A58C61C200AE1BD8412F4040xmbrcdx01ciscoc_--

From twatteyne@gmail.com  Thu May 16 18:48:21 2013
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Subject: [6tsch] splitting the 6tus draft?
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All,

We have been talking about splitting the 6tus draft a couple of times of
the last calls, and I know that the authors are also discussing this.

6tus will be a major contribution of the 6TSCH group, and I believe we
should be careful not to have a document which ends up encompassing too
many things. It's already pretty long as it is, and there is much more to
come.

In my mind, 6tus does 3 things:
- it manages hard cells, which is really just following commands sent by
the PCE.
- it manages soft cells, which includes a negotiation protocol between
neighbor nodes.
- it can do GMPLS-like switching if the corresponding tracks/label are
installed.

With these assumptions, we could split the 6tus draft into the following:
- "6tus specification", which is the current draft, minus
the negotiation protocol, and plus the commands to manage the label
switching. This would be a pretty "dry" draft, which mainly lists the
commands to interact with 6tus, and modules inside.
- "6tus for centralized scheduling", which indicates how the 6tus layer is
to be used in the presence of a PCE. This relates heavily to the (future)
draft which details the protocol between the PCE and the nodes.
- "6tus for distributed scheduling", which indicates how the 6tus layer is
used in the distributed case. The big part here will be
the negotiation protocol between neighbors.
- "6tus support for label switching". This is independent from the previous
2, and details how 6tus handled switching a packet along a specific track.

I will prepare a handful of slides so we can discuss this on the phone
tomorrow. *Qin*, *Xavi*, you are the two first authors of this draft. If
you cannot attend the call, could you please make sure to post your
thoughts about this on the ML so we can discuss those during the call?

Thanks,
Thomas

--047d7b111d032b3c8004dce02d73
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All,

We have been talking about splitti=
ng the 6tus draft a couple of times of the last calls, and I know that the =
authors are also discussing this.


6tus will be a major contribution of the 6TSCH group, and I believe we shou=
ld be careful not to have a document which ends up encompassing too many th=
ings. It's already pretty long as it is, and there is much more to come=
.





In my mind, 6tus does 3 things:
- it manages hard cells, which is really just foll=
owing commands sent by the PCE.




- it manages soft cells, which includ=
es a negotiation=A0protocol between neighbor nodes.
- it can do GMPLS-like swi=
tching if the corresponding tracks/label are installed.





With these assumptions=
, we could split the 6tus draft into the following:
- "6tus specification", which is the current =
draft, minus the=A0negotiation=A0protocol, and plus the commands to manage =
the label switching. This would be a pretty "dry" draft, which ma=
inly lists the commands to interact with 6tus, and modules inside.


- "6tus for centralized scheduling&qu=
ot;, which indicates how the 6tus layer is to be used in the presence of a =
PCE. This relates heavily to the (future) draft which details the protocol =
between the PCE and the nodes.



- "6tus for=A0distributed=A0schedulin=
g", which indicates how the 6tus layer is used in the distributed case=
. The big part here will be the=A0negotiation=A0protocol between neighbors.=





-=A0"6tus support for label switching". This is in=
dependent from the previous 2, and details how 6tus handled switching a pac=
ket along a specific track.





I will prepare a handful of=
 slides so we can discuss this on the phone tomorrow. Qin, Xavi, you are the two first authors of this draft. If you cannot attend the c=
all, could you please make sure to post your thoughts about this on the ML =
so we can discuss those during the call?





Thanks,
Thomas




--047d7b111d032b3c8004dce02d73--

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References:  <518BADDB.3040307@eecs.berkeley.edu>     
From: Thomas Watteyne 
Date: Thu, 16 May 2013 18:51:30 -0700
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Content-Type: multipart/alternative; boundary=047d7b621d1cfc85e204dce03930
Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements
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Guillaume,

Awesome, glad you agree with the list.

One thing that might be missing is the bootstrapping of a network. In the
context of the PCE<->node protocol (looking forward to having a name for
it), the question is whether there are some particular packets and headers
a node uses when joining the network. Thoughts on this?

Thomas


On Wed, May 15, 2013 at 12:39 AM, Guillaume Gaillard <
guillaume.gaillard.maze@gmail.com> wrote:

> Hello Thomas,
> Your list of requirements seems to match the needs of communication
> between nodes and PCE. I believe it permits precise observation of network
> performance (req1, req4) and behavior (req3), and accurate enforcement of
> PCE's control (req2).
>
> Regards,
> Guillaume
>
>
> Guillaume Gaillard
> PhD student "SLAs for multi-services WSN"
> Orange Labs Meylan, France
>
>
> 2013/5/10 Maria Rita PALATTELLA 
>
>>  Thomas,****
>>
>> I totally agree about developing a GENERIC solution that works well in
>> several scenario. ****
>>
>> For the time being, your list of requirements is pretty good, and
>> complete. If something else comes in my mind, I will let you know. Sure!*
>> ***
>>
>> Maria Rita****
>>
>> ** **
>>
>> ** **
>>
>> ** **
>>
>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>> Behalf Of *Thomas Watteyne
>> *Sent:* Friday, May 10, 2013 8:36 AM
>>
>> *To:* 6TSCH
>> *Subject:* Re: [6tsch] PCE<->6TSCH protocol: requirements****
>>
>> ** **
>>
>> Maria Rita,****
>>
>> ** **
>>
>> We want to make sure that, whatever we end up using, it is generic enough
>> to be usable by several PCE implementations. Given your experience with
>> these kinds of things, your input is very much appreciated. In particular,
>> please shout if a requirement is missing!****
>>
>> ** **
>>
>> Thomas****
>>
>> ** **
>>
>> ** **
>>
>> ** **
>>
>> On Thu, May 9, 2013 at 11:27 PM, Maria Rita PALATTELLA <
>> maria-rita.palattella@uni.lu> wrote:****
>>
>> Thomas, Xavi****
>>
>> What a great job! Thanks a lot for having worked on the requirements and
>> paved the way to the 6TSCH Frankenstein protocol J****
>>
>> It seems that all the little pieces (i.e., the different protocols we
>> have analyzed) can fit together, and thanks to CoAP we can build what we
>> need in the 6TSCH architecture.****
>>
>> For sure, we still have some work left, but this is a good starting point!
>> ****
>>
>> Maria Rita****
>>
>>  ****
>>
>>  ****
>>
>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>> Behalf Of *Thomas Watteyne
>> *Sent:* Thursday, May 09, 2013 11:10 PM
>> *To:* 6TSCH
>> *Subject:* Re: [6tsch] PCE<->6TSCH protocol: requirements****
>>
>>  ****
>>
>> I like your concept of a Frankenstein protocol. Beware that if we keep
>> using it, Maria Rita will add it to the terminology draft :)****
>>
>>  ****
>>
>> If I understand your proposal correctly, CoAP is the foundation of all
>> communication between the PCE and the nodes. DTLS could take care of
>> authentication and encryption, and the payload carried by CoAP would
>> consist of headers borrowed from the different protocols we've been talking
>> about:****
>>
>> - RFC6551's DAG Metric Container****
>>
>> - PCEP's PReq and PResp. Maybe even the setup handshaking and keep-alive
>> procedures?****
>>
>>  ****
>>
>> It would require at a handful of fields at the beginning of the CoAP
>> payload to indicate at the very least the type of packet (alarm from a
>> mote, command from the PCE, metrics, etc), right?****
>>
>>  ****
>>
>> If you have already some thoughts about this, maybe you could throw
>> together a handful of slides to show how the piece would fit together? You
>> could present them at the call tomorrow and we could gather a first
>> impression from the attendees.****
>>
>>  ****
>>
>> What do others think?****
>>
>>  ****
>>
>> Thomas****
>>
>>  ****
>>
>> On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana <
>> xvilajosana@eecs.berkeley.edu> wrote:****
>>
>> Hi Thomas,all,
>>
>> this is very useful list of requirements, out of what we have been
>> looking (PCEP,NSIS/RSVP) which seem to be only small pieces of what we need
>> and would require us to build a Frankenstein protocol, CoAP comes to my
>> mind, i.e, CoAP is a transport protocol that we can use to transport the
>> requirements of PCE/Nodes in the network.
>> For example:
>>
>> - status information flowing from the nodes to the PCE could consist of a
>> CoAP transport with the DAG Metric Container Format from RFC6551 in the
>> payload. This would avoid having to reinvent all the different metrics.
>> - similarly, the message to ask the PCE to install a track, and for the
>> PCE to confirm that it was installed could simply be a PCEP payload.
>> - finally, it we run CoAP on top of DTLS, we get
>> authentication/encryption for free.
>>
>> As for the distributed approach, CoAP can be used to communicate to
>> arbitrary nodes that live in a track, the only restriction I see is that a
>> possible track reservation will require unicast messages from the
>> originator to each of the nodes in the track, which is not bad in terms of
>> energy consumption compared to the 3 hand-shake per hop by NSIS. In that
>> case CoAP can transport QoS Spec objects defined by RFC 5975 so we don't
>> need to re-invent them. Of course for the distributed approach NSIS is
>> still suitable so we can still decide what would be the best.
>>
>> regards,
>> Xavi
>>
>>
>>
>> Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:****
>>
>>   All,****
>>
>>  ****
>>
>> Let's continue the discussion on the requirements for the protocol used
>> by the PCE to communicate with a 6TSCH network. We have had several
>> discussions and have identified existing protocols which answer different
>> parts of the needs.****
>>
>>  ****
>>
>> I'd like to start summarizing the requirements we have identified for
>> this protocol. The objective is to be able to assess the different
>> solutions. This can turn into a discussion on the next call, then maybe a
>> section in the architecture or a future requirements draft.****
>>
>>  ****
>>
>> Thomas****
>>
>>  ****
>>
>> ---****
>>
>>  ****
>>
>> *Requirement 1.*****
>>
>>  ****
>>
>> *The protocol MUST carry metric information from the nodes to the PCE.***
>> **
>>
>>  ****
>>
>> Here, "metrics" is a general term which covers:****
>>
>> - link metrics, quantifying the connection between neighbor nodes****
>>
>> - node metrics, quantifying the general status and health of a node in
>> the network****
>>
>>  ****
>>
>> The PCE uses this information to keep an up-to-date view of the network,
>> which it uses to determine the TSCH schedule.****
>>
>>  ****
>>
>> *Discussion*:****
>>
>>  ****
>>
>> RFC6551 is a great starting point. The DAG Metric Container Format [1]
>> can probably be used as-is as the payload of the protocol. IANA tracks the
>> different types of metrics and other attributes [2], and since these are
>> designed for RPL, I believe this is a perfect fit..****
>>
>>  ****
>>
>> *Requirement 2.*****
>>
>>  ****
>>
>> *The protocol MUST carry commands from the PCE to the motes in the
>> network.*****
>>
>>  ****
>>
>> This allows the PCE to "remote control" the TSCH schedule, based on the
>> view of the topology if has (requirements 1 and 4) and the scheduling
>> requirements it receives from the mote (requirement 3).****
>>
>>  ****
>>
>> *Discussion*:****
>>
>>  ****
>>
>> These commands could map almost directly to the commands identifies in
>> the 6tus draft [3]. That is, the PCE can:****
>>
>> - add/remove slotframes****
>>
>> - add/remove hard cells****
>>
>> - control time source neighbors****
>>
>> - control the generation of EBs****
>>
>>  ****
>>
>> On top of this, the PCE can map cells to labels, to allow for 6tus-based
>> label switching (this feature has been discussed, but is not currently in
>> the 6tus draft).****
>>
>>  ****
>>
>> *Requirement 3.*****
>>
>>  ****
>>
>> *The protocol MUST carry scheduling requirements from any node to the
>> PCE.*****
>>
>>  ****
>>
>> When an application starts reporting data on a node, this node must be
>> able to contact the PCE, indicating the traffic requirements it has.
>> Similarly, the PCE must be able to indicate whether it can satisfy those
>> requirements or not.****
>>
>>  ****
>>
>> *Discussion*:****
>>
>>  ****
>>
>> It looks like this requirement is fully satisfied by PCEP [5] which
>> defines the formats of the PCReq and PCResp. Moreover, the IANA is tracking
>> the different types of requirements [6].****
>>
>>  ****
>>
>> *Requirement 4.*****
>>
>>  ****
>>
>> *The protocol MUST carry alarms from any node to the PCE.*****
>>
>>  ****
>>
>> If a node in the network detects a malfunction, possibly through a local
>> OAM mechanism [4], it must be able to indicate this to the PCE so it can
>> take the appropriate action. This information is complementary to the
>> metric information.****
>>
>>  ****
>>
>> *Discussion*:****
>>
>>  ****
>>
>> In the case of a fully deterministic network (i.e. all tracks consist of
>> dedicated cells, and the schedule is collision free), the OAM mechanism can
>> be greatly simplified since the PCE can do the OAM's Connectivity
>> Verification (CV) by looking at the schedule of the network.****
>>
>>  ****
>>
>> What's then left is the Continuity Check. The periodic re-synchronization
>> mechanism between a nodes and its time source neighbor imposed by TSCH can
>> be used to help with that.****
>>
>>  ****
>>
>> *Requirement 5.*****
>>
>>  ****
>>
>> *The protocol MUST ensure mutual authentication between the PCE and the
>> nodes.*****
>>
>>  ****
>>
>> Nodes in the 6TSCH network need to be able to ensure that a command is
>> coming from the PCE; and the PCE must make sure that the data is coming
>> from a node.****
>>
>>  ****
>>
>> *Discussion*:****
>>
>>  ****
>>
>> How this is done might be left to some secure transport layer (e.g.
>> DTLS), or build in the protocol directly.****
>>
>>  ****
>>
>> *Requirement 6.*****
>>
>>  ****
>>
>> *The protocol MAY ensure confidentiality of the traffic between the PCE
>> and the nodes.*****
>>
>>  ****
>>
>> In case all traffic is unicast between the PCE and the 6TSCH nodes, one
>> can imagine an encryption mechanism whereby a mote can not spoof on the PCE
>> command it is relaying.****
>>
>>  ****
>>
>> [1] http://tools.ietf.org/html/rfc6551#section-2****
>>
>> [2]
>> http://www.iana.org/assignments/rpl-routing-metric-constraint/rpl-routing-metric-constraint.xml
>> ****
>>
>> [3] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.4****
>>
>> [4] http://tools.ietf.org/html/draft-ietf-opsawg-oam-overview-08****
>>
>> [5] http://tools.ietf.org/html/rfc5440#section-6.4****
>>
>> [6] http://www.iana.org/assignments/pcep/pcep.xml****
>>
>>  ****
>>
>>  ****
>>
>> _______________________________________________****
>>
>> 6tsch mailing list****
>>
>> 6tsch@ietf.org****
>>
>> https://www.ietf.org/mailman/listinfo/6tsch****
>>
>>   ****
>>
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch****
>>
>>  ****
>>
>> ** **
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>

--047d7b621d1cfc85e204dce03930
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Guillaume,

Awesome, glad yo=
u agree with the list.

One thing that =
might be missing is the bootstrapping of a network. In the context of the P=
CE<->node protocol (looking forward to having a name for it), the que=
stion is whether there are some particular packets and headers a node uses =
when joining the network. Thoughts on this?




Thomas


On Wed, May 15, 2013 at 12:39 AM, Guil=
laume Gaillard <guillaume.gaillard.maze@gmail.com><=
/span> wrote:



Hello Thomas,
Your li=
st of requirements seems to match the needs of communication between nodes =
and PCE. I believe it permits precise observation of network performance (r=
eq1, req4) and behavior (req3), and accurate enforcement of PCE's contr=
ol (req2).




Regards,=A0
Guillaume









Guillaume Gaillard
PhD student &quo=
t;SLAs for multi-services WSN"
Orange Labs Meylan, France






2013/5/10 Maria Rita PALATTELLA <maria-rita.palattella@uni.lu>














Thomas,


I totally agree about dev=
eloping a GENERIC solution that works well in several scenario.



For the time being, your =
list of requirements is pretty good, and complete. If something else comes =
in my mind, I will let you know. Sure!





Maria Rita<=
/span>


=A0<=
/p>

=A0<=
/p>

=A0<=
/p>

From: 6tsch-bounces@ietf.org=
 [mailto:6t=
sch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Friday, May 10, 2013 8:36 AM


To: 6TSCH

Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements=



=A0




Maria Rita,




=A0






We want to make sure that, whatever we end up using,=
 it is generic enough to be=A0usable=A0by several PCE implementations. Give=
n your experience with these kinds of things, your input is very much appre=
ciated. In particular, please shout if
 a requirement is missing!






=A0






Thomas






=A0






=A0








=A0




On Thu, May 9, 2013 at 11:27 PM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Thomas, Xavi


What a great job! Thanks =
a lot for having worked on the requirements and paved the way to the 6TSCH
 Frankenstein protocol J


It seems that all the lit=
tle pieces (i.e., the different protocols we have analyzed) can fit togethe=
r,
 and thanks to CoAP we can build what we need in the 6TSCH architecture.


For sure, we still have s=
ome work left, but this is a good starting point!





Maria Rita<=
u>


=A0<=
/p>

=A0<=
/p>

From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Thursday, May 09, 2013 11:10 PM

To: 6TSCH

Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements=







=A0




I like your concept of a=A0Frankenstein=A0protocol. =
Beware that if we keep using it, Maria Rita will add it to the terminology =
draft :)




=A0






If I understand your proposal correctly, CoAP is the=
 foundation of all communication between the PCE and the nodes. DTLS could =
take care of authentication and encryption, and the
 payload carried by CoAP would consist of headers borrowed from the differe=
nt protocols we've been talking about:






-=A0RFC6551's=A0DAG Metric Container<=
/span>






- PCEP's PReq and PResp. Maybe even t=
he setup handshaking and keep-alive procedures?






=A0






It would require at a handful of fields at the beginning o=
f the CoAP payload to indicate at the very least the type of packet (alarm
 from a mote, command from the PCE, metrics, etc), right?<=
/u>






=A0






If you have already some thoughts about this, maybe you co=
uld throw together a handful of slides to show how the piece would fit toge=
ther?
 You could present them at the call tomorrow and we could gather a first im=
pression from the attendees.






=A0






What do others think?






=A0






Thomas








=A0




On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana &l=
t;xvilaj=
osana@eecs.berkeley.edu> wrote:






Hi Thomas,all,



this is very useful list of requirements, out of what we have been looking =
(PCEP,NSIS/RSVP) which seem to be only small pieces of what we need and wou=
ld require us to build a Frankenstein protocol, CoAP comes to my mind, i.e,=
 CoAP is a transport protocol that
 we can use to transport the requirements of PCE/Nodes in the network.

For example:



- status information flowing from the nodes to the PCE could consist of a C=
oAP transport with the DAG Metric Container Format from RFC6551 in the payl=
oad. This would avoid having to reinvent all the different metrics.




- similarly, the message to ask the PCE to install a track, and for the PCE=
 to confirm that it was installed could simply be a PCEP payload.

- finally, it we run CoAP on top of DTLS, we get authentication/encryption =
for free.



As for the distributed approach, CoAP can be used to communicate to arbitra=
ry nodes that live in a track, the only restriction I see is that a possibl=
e track reservation will require unicast messages from the originator to ea=
ch of the nodes in the track, which
 is not bad in terms of energy consumption compared to the 3 hand-shake per=
 hop by NSIS. In that case CoAP can transport QoS Spec objects defined by R=
FC 5975 so we don't need to re-invent them. Of course for the distribut=
ed approach NSIS is still suitable so
 we can still decide what would be the best.



regards,

Xavi







Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:














All,






=A0






Let's continue the discussion on the requirement=
s for the protocol used by the PCE to communicate with a 6TSCH network. We =
have had several discussions and have identified existing
 protocols which answer different parts of the needs.






=A0






I'd like to start summarizing the requirements w=
e have identified for this protocol. The objective is to be able to assess =
the different solutions. This can turn into a discussion
 on the next call, then maybe a section in the architecture or a future req=
uirements draft.






=A0






Thomas






=A0






---






=A0






Requirement 1.






=A0






The protocol MUST carry metric information from t=
he nodes to the PCE.






=A0






Here, "metrics" is a general term which co=
vers:






- link metrics, quantifying the connection between n=
eighbor nodes






- node metrics, quantifying the general status and h=
ealth of a node in the network






=A0






The PCE uses this information to keep an up-to-date =
view of the network, which it uses to determine the TSCH schedule.






=A0






Discussion:






=A0






RFC6551 is a great starting point. The DAG Metric Co=
ntainer Format [1] can probably be used as-is as the payload of the protoco=
l. IANA tracks the different types of metrics and
 other attributes=A0[2], and since these are designed for RPL, I believe th=
is is a perfect fit..






=A0






Requirement 2.






=A0






The protocol MUST carry commands from the PCE to =
the motes in the network.






=A0






This allows the PCE to "remote control" th=
e TSCH schedule, based on the view of the topology if has (requirements 1 a=
nd 4) and the scheduling requirements it receives from the mote
 (requirement 3).






=A0






Discussion:






=A0






These commands could map almost directly to the comm=
ands identifies in the 6tus draft [3]. That is, the PCE can:<=
/p>





- add/remove slotframes






- add/remove hard cells






- control time source neighbors






- control the generation of EBs






=A0






On top of this, the PCE can map cells to labels, to =
allow for 6tus-based label switching (this feature has been discussed, but =
is not currently in the 6tus draft).






=A0






Requirement 3.






=A0






The protocol MUST carry scheduling requirements f=
rom any node to the PCE.






=A0






When an application starts reporting data on a node,=
 this node must be able to contact the PCE, indicating the traffic requirem=
ents it has. Similarly, the PCE must be able to indicate
 whether it can satisfy those requirements or not.






=A0






Discussion:






=A0






It looks like this requirement is fully satisfied by=
 PCEP [5] which defines the formats of the PCReq and PCResp. Moreover, the =
IANA is tracking the different types of requirements
 [6].






=A0






Requirement 4.






=A0






The protocol MUST carry alarms from any node to t=
he PCE.






=A0






If a node in the network detects a malfunction, poss=
ibly through a local OAM mechanism [4], it must be able to indicate this to=
 the PCE so it can take the appropriate action. This
 information is complementary to the metric information.






=A0






Discussion:






=A0






In the case of a fully deterministic network (i.e. a=
ll tracks consist of dedicated cells, and the schedule is collision free), =
the OAM mechanism can be greatly simplified since
 the PCE can do the OAM's=A0Connectivity Verification (CV)=A0by looking=
 at the schedule of the network.






=A0






What's then left is the=A0Continuity Check.=A0Th=
e periodic re-synchronization mechanism between a nodes and its time source=
 neighbor imposed by TSCH can be used to help with that.






=A0






Requirement 5.






=A0






The protocol MUST ensure mutual authentication be=
tween the PCE and the nodes.






=A0






Nodes in the 6TSCH network need to be able to ensure=
 that a command is coming from the PCE; and the PCE must make sure that the=
 data is coming from a node.






=A0






Discussion:






=A0






How this is done might be left to some secure transp=
ort layer (e.g. DTLS), or build in the protocol directly.






=A0






Requirement 6.






=A0






The protocol MAY ensure confidentiality of the tr=
affic between the PCE and the nodes.






=A0






In case all traffic is unicast between the PCE and t=
he 6TSCH nodes, one can imagine an encryption mechanism whereby a mote can =
not spoof on the PCE command it is relaying.










=A0






=A0








_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch






=A0






_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch




=A0














=A0









_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch








--047d7b621d1cfc85e204dce03930--

From maria-rita.palattella@uni.lu  Thu May 16 23:40:37 2013
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From: Maria Rita PALATTELLA 
To: Thomas Watteyne , 6TSCH <6tsch@ietf.org>
Thread-Topic: [6tsch] PCE<->6TSCH protocol: requirements
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Thomas,
In fact, we need to define better the set-up phase of the network. As alrea=
dy discussed, 6TUS may help for the 6TSCH network formation, but then, we h=
ave to clarify how each node can start interacting with the PCE, how commun=
ications happen before the schedule is build and distributed, etc.

Maria Rita

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: Friday, May 17, 2013 3:52 AM
To: 6TSCH
Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements

Guillaume,

Awesome, glad you agree with the list.

One thing that might be missing is the bootstrapping of a network. In the c=
ontext of the PCE<->node protocol (looking forward to having a name for it)=
, the question is whether there are some particular packets and headers a n=
ode uses when joining the network. Thoughts on this?

Thomas

On Wed, May 15, 2013 at 12:39 AM, Guillaume Gaillard > wrote:
Hello Thomas,
Your list of requirements seems to match the needs of communication between=
 nodes and PCE. I believe it permits precise observation of network perform=
ance (req1, req4) and behavior (req3), and accurate enforcement of PCE's co=
ntrol (req2).

Regards,
Guillaume
[https://mail.google.com/mail/u/0/images/cleardot.gif]


Guillaume Gaillard
PhD student "SLAs for multi-services WSN"
Orange Labs Meylan, France

2013/5/10 Maria Rita PALATTELLA >
Thomas,
I totally agree about developing a GENERIC solution that works well in seve=
ral scenario.
For the time being, your list of requirements is pretty good, and complete.=
 If something else comes in my mind, I will let you know. Sure!
Maria Rita



From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyn=
e
Sent: Friday, May 10, 2013 8:36 AM

To: 6TSCH
Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements

Maria Rita,

We want to make sure that, whatever we end up using, it is generic enough t=
o be usable by several PCE implementations. Given your experience with thes=
e kinds of things, your input is very much appreciated. In particular, plea=
se shout if a requirement is missing!

Thomas



On Thu, May 9, 2013 at 11:27 PM, Maria Rita PALATTELLA > wrote:
Thomas, Xavi
What a great job! Thanks a lot for having worked on the requirements and pa=
ved the way to the 6TSCH Frankenstein protocol :)
It seems that all the little pieces (i.e., the different protocols we have =
analyzed) can fit together, and thanks to CoAP we can build what we need in=
 the 6TSCH architecture.
For sure, we still have some work left, but this is a good starting point!
Maria Rita


From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyn=
e
Sent: Thursday, May 09, 2013 11:10 PM
To: 6TSCH
Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements

I like your concept of a Frankenstein protocol. Beware that if we keep usin=
g it, Maria Rita will add it to the terminology draft :)

If I understand your proposal correctly, CoAP is the foundation of all comm=
unication between the PCE and the nodes. DTLS could take care of authentica=
tion and encryption, and the payload carried by CoAP would consist of heade=
rs borrowed from the different protocols we've been talking about:
- RFC6551's DAG Metric Container
- PCEP's PReq and PResp. Maybe even the setup handshaking and keep-alive pr=
ocedures?

It would require at a handful of fields at the beginning of the CoAP payloa=
d to indicate at the very least the type of packet (alarm from a mote, comm=
and from the PCE, metrics, etc), right?

If you have already some thoughts about this, maybe you could throw togethe=
r a handful of slides to show how the piece would fit together? You could p=
resent them at the call tomorrow and we could gather a first impression fro=
m the attendees.

What do others think?

Thomas

On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana > wrote:
Hi Thomas,all,

this is very useful list of requirements, out of what we have been looking =
(PCEP,NSIS/RSVP) which seem to be only small pieces of what we need and wou=
ld require us to build a Frankenstein protocol, CoAP comes to my mind, i.e,=
 CoAP is a transport protocol that we can use to transport the requirements=
 of PCE/Nodes in the network.
For example:

- status information flowing from the nodes to the PCE could consist of a C=
oAP transport with the DAG Metric Container Format from RFC6551 in the payl=
oad. This would avoid having to reinvent all the different metrics.
- similarly, the message to ask the PCE to install a track, and for the PCE=
 to confirm that it was installed could simply be a PCEP payload.
- finally, it we run CoAP on top of DTLS, we get authentication/encryption =
for free.

As for the distributed approach, CoAP can be used to communicate to arbitra=
ry nodes that live in a track, the only restriction I see is that a possibl=
e track reservation will require unicast messages from the originator to ea=
ch of the nodes in the track, which is not bad in terms of energy consumpti=
on compared to the 3 hand-shake per hop by NSIS. In that case CoAP can tran=
sport QoS Spec objects defined by RFC 5975 so we don't need to re-invent th=
em. Of course for the distributed approach NSIS is still suitable so we can=
 still decide what would be the best.

regards,
Xavi



Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:
All,

Let's continue the discussion on the requirements for the protocol used by =
the PCE to communicate with a 6TSCH network. We have had several discussion=
s and have identified existing protocols which answer different parts of th=
e needs.

I'd like to start summarizing the requirements we have identified for this =
protocol. The objective is to be able to assess the different solutions. Th=
is can turn into a discussion on the next call, then maybe a section in the=
 architecture or a future requirements draft.

Thomas

---

Requirement 1.

The protocol MUST carry metric information from the nodes to the PCE.

Here, "metrics" is a general term which covers:
- link metrics, quantifying the connection between neighbor nodes
- node metrics, quantifying the general status and health of a node in the =
network

The PCE uses this information to keep an up-to-date view of the network, wh=
ich it uses to determine the TSCH schedule.

Discussion:

RFC6551 is a great starting point. The DAG Metric Container Format [1] can =
probably be used as-is as the payload of the protocol. IANA tracks the diff=
erent types of metrics and other attributes [2], and since these are design=
ed for RPL, I believe this is a perfect fit..

Requirement 2.

The protocol MUST carry commands from the PCE to the motes in the network.

This allows the PCE to "remote control" the TSCH schedule, based on the vie=
w of the topology if has (requirements 1 and 4) and the scheduling requirem=
ents it receives from the mote (requirement 3).

Discussion:

These commands could map almost directly to the commands identifies in the =
6tus draft [3]. That is, the PCE can:
- add/remove slotframes
- add/remove hard cells
- control time source neighbors
- control the generation of EBs

On top of this, the PCE can map cells to labels, to allow for 6tus-based la=
bel switching (this feature has been discussed, but is not currently in the=
 6tus draft).

Requirement 3.

The protocol MUST carry scheduling requirements from any node to the PCE.

When an application starts reporting data on a node, this node must be able=
 to contact the PCE, indicating the traffic requirements it has. Similarly,=
 the PCE must be able to indicate whether it can satisfy those requirements=
 or not.

Discussion:

It looks like this requirement is fully satisfied by PCEP [5] which defines=
 the formats of the PCReq and PCResp. Moreover, the IANA is tracking the di=
fferent types of requirements [6].

Requirement 4.

The protocol MUST carry alarms from any node to the PCE.

If a node in the network detects a malfunction, possibly through a local OA=
M mechanism [4], it must be able to indicate this to the PCE so it can take=
 the appropriate action. This information is complementary to the metric in=
formation.

Discussion:

In the case of a fully deterministic network (i.e. all tracks consist of de=
dicated cells, and the schedule is collision free), the OAM mechanism can b=
e greatly simplified since the PCE can do the OAM's Connectivity Verificati=
on (CV) by looking at the schedule of the network.

What's then left is the Continuity Check. The periodic re-synchronization m=
echanism between a nodes and its time source neighbor imposed by TSCH can b=
e used to help with that.

Requirement 5.

The protocol MUST ensure mutual authentication between the PCE and the node=
s.

Nodes in the 6TSCH network need to be able to ensure that a command is comi=
ng from the PCE; and the PCE must make sure that the data is coming from a =
node.

Discussion:

How this is done might be left to some secure transport layer (e.g. DTLS), =
or build in the protocol directly.

Requirement 6.

The protocol MAY ensure confidentiality of the traffic between the PCE and =
the nodes.

In case all traffic is unicast between the PCE and the 6TSCH nodes, one can=
 imagine an encryption mechanism whereby a mote can not spoof on the PCE co=
mmand it is relaying.

[1] http://tools.ietf.org/html/rfc6551#section-2
[2] http://www.iana.org/assignments/rpl-routing-metric-constraint/rpl-routi=
ng-metric-constraint.xml
[3] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.4
[4] http://tools.ietf.org/html/draft-ietf-opsawg-oam-overview-08
[5] http://tools.ietf.org/html/rfc5440#section-6.4
[6] http://www.iana.org/assignments/pcep/pcep.xml



_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch


_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch



_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch



--_000_F085911F642A6847987ADA23E611780D18562D53hoshiunilux_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Thomas,=



In fact, we need to defin=
e better the set-up phase of the network. As already discussed, 6TUS may he=
lp for the 6TSCH network formation, but then, we have to
 clarify how each node can start interacting with the PCE, how communicatio=
ns happen before the schedule is build and distributed, etc.


 <=
/p>

Maria Rita



 <=
/p>

From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Friday, May 17, 2013 3:52 AM

To: 6TSCH

Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements


 




Guillaume,




 






Awesome, glad you agree with the list.





 






One thing that might be missing is the bootstrapping=
 of a network. In the context of the PCE<->node protocol (looking for=
ward to having a name for it), the question is whether there are some parti=
cular packets and headers a node uses when
 joining the network. Thoughts on this?






 






Thomas








 




On Wed, May 15, 2013 at 12:39 AM, Guillaume Gaillard=
 <guillaume.gaillard.maze@gmail.com> wrote:






Hello Thomas,




Your list of requirements seems to match t=
he needs of communication between nodes and PCE. I believe it permits preci=
se observation of network performance (req1, req4) and behavior
 (req3), and accurate enforcement of PCE's control (req2).




 






Regards, 






Guillaume
















 






 






Guillaume Gaillard






PhD student "SLAs for m=
ulti-services WSN"






Orange Labs Meylan, France












 




2013/5/10 Maria Rita PALATTELLA <maria-rita.palattella@uni=
.lu>






Thomas,


I totally agree about developing a GENE=
RIC solution that works well in several scenario.



For the time being, your list of requir=
ements is pretty good, and complete. If something else comes
 in my mind, I will let you know. Sure!


Maria Rita


 


 


 


From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Friday, May 10, 2013 8:36 AM








To: 6TSCH

Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements










 




Maria Rita,




 






We want to make sure that, whatever we end up using, it is generic=
 enough to be usable by several PCE implementations. Given your e=
xperience with these kinds of things, your input
 is very much appreciated. In particular, please shout if a requirement is =
missing!






 






Thomas






 






 








 




On Thu, May 9, 2013 at 11:27 PM, Maria Rita PALATTELLA <maria-rita.palat=
tella@uni.lu> wrote:






Thomas, Xavi


What a great job! Thanks a lot for havi=
ng worked on the requirements and paved the way to the 6TSCH
 Frankenstein protocol J


It seems that all the little pieces (i.=
e., the different protocols we have analyzed) can fit together,
 and thanks to CoAP we can build what we need in the 6TSCH architecture.


For sure, we still have some work left,=
 but this is a good starting point!


Maria Rita


 


 


From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Thursday, May 09, 2013 11:10 PM

To: 6TSCH

Subject: Re: [6tsch] PCE<->6TSCH protocol: requirements=







 




I like your concept of a Frankenstein protocol. Beware t=
hat if we keep using it, Maria Rita will add it to the terminology draft :)=





 






If I understand your proposal correctly, CoAP is the foundation of=
 all communication between the PCE and the nodes. DTLS could take care of a=
uthentication and encryption, and the
 payload carried by CoAP would consist of headers borrowed from the differe=
nt protocols we've been talking about:






- RFC6551's DAG Metric Container<=
/o:p>






- PCEP's PReq and PResp. Maybe even the setup handshaki=
ng and keep-alive procedures?






 






It would require at a handful of fields at the beginning of the CoAP pay=
load to indicate at the very least the type of packet (alarm
 from a mote, command from the PCE, metrics, etc), right?=







 






If you have already some thoughts about this, maybe you could throw toge=
ther a handful of slides to show how the piece would fit together?
 You could present them at the call tomorrow and we could gather a first im=
pression from the attendees.






 






What do others think?






 






Thomas








 




On Thu, May 9, 2013 at 7:08 AM, Xavier Vilajosana <xvilajosana@eecs.ber=
keley.edu> wrote:






Hi Thomas,all,



this is very useful list of requirements, out of what we have been looking =
(PCEP,NSIS/RSVP) which seem to be only small pieces of what we need and wou=
ld require us to build a Frankenstein protocol, CoAP comes to my mind, i.e,=
 CoAP is a transport protocol that
 we can use to transport the requirements of PCE/Nodes in the network.

For example:



- status information flowing from the nodes to the PCE could consist of a C=
oAP transport with the DAG Metric Container Format from RFC6551 in the payl=
oad. This would avoid having to reinvent all the different metrics.

- similarly, the message to ask the PCE to install a track, and for the PCE=
 to confirm that it was installed could simply be a PCEP payload.

- finally, it we run CoAP on top of DTLS, we get authentication/encryption =
for free.



As for the distributed approach, CoAP can be used to communicate to arbitra=
ry nodes that live in a track, the only restriction I see is that a possibl=
e track reservation will require unicast messages from the originator to ea=
ch of the nodes in the track, which
 is not bad in terms of energy consumption compared to the 3 hand-shake per=
 hop by NSIS. In that case CoAP can transport QoS Spec objects defined by R=
FC 5975 so we don't need to re-invent them. Of course for the distributed a=
pproach NSIS is still suitable so
 we can still decide what would be the best.



regards,

Xavi







Al 09/05/13 01:29, En/na Thomas Watteyne ha escrit:














All,






 






Let's continue the discussion on the requirements for the protocol=
 used by the PCE to communicate with a 6TSCH network. We have had several d=
iscussions and have identified existing
 protocols which answer different parts of the needs.






 






I'd like to start summarizing the requirements we have identified =
for this protocol. The objective is to be able to assess the different solu=
tions. This can turn into a discussion
 on the next call, then maybe a section in the architecture or a future req=
uirements draft.






 






Thomas






 






---






 






Requirement 1.






 






The protocol MUST carry metric information from the nodes to th=
e PCE.






 






Here, "metrics" is a general term which covers:






- link metrics, quantifying the connection between neighbor nodes<=
o:p>






- node metrics, quantifying the general status and health of a nod=
e in the network






 






The PCE uses this information to keep an up-to-date view of the ne=
twork, which it uses to determine the TSCH schedule.






 






Discussion:






 






RFC6551 is a great starting point. The DAG Metric Container Format=
 [1] can probably be used as-is as the payload of the protocol. IANA tracks=
 the different types of metrics and
 other attributes [2], and since these are designed for RPL, I believe=
 this is a perfect fit..






 






Requirement 2.






 






The protocol MUST carry commands from the PCE to the motes in t=
he network.






 






This allows the PCE to "remote control" the TSCH schedul=
e, based on the view of the topology if has (requirements 1 and 4) and the =
scheduling requirements it receives from the mote
 (requirement 3).






 






Discussion:






 






These commands could map almost directly to the commands identifie=
s in the 6tus draft [3]. That is, the PCE can:






- add/remove slotframes






- add/remove hard cells






- control time source neighbors






- control the generation of EBs






 






On top of this, the PCE can map cells to labels, to allow for 6tus=
-based label switching (this feature has been discussed, but is not current=
ly in the 6tus draft).






 






Requirement 3.






 






The protocol MUST carry scheduling requirements from any node t=
o the PCE.






 






When an application starts reporting data on a node, this node mus=
t be able to contact the PCE, indicating the traffic requirements it has. S=
imilarly, the PCE must be able to indicate
 whether it can satisfy those requirements or not.






 






Discussion:






 






It looks like this requirement is fully satisfied by PCEP [5] whic=
h defines the formats of the PCReq and PCResp. Moreover, the IANA is tracki=
ng the different types of requirements
 [6].






 






Requirement 4.






 






The protocol MUST carry alarms from any node to the PCE.






 






If a node in the network detects a malfunction, possibly through a=
 local OAM mechanism [4], it must be able to indicate this to the PCE so it=
 can take the appropriate action. This
 information is complementary to the metric information.






 






Discussion:






 






In the case of a fully deterministic network (i.e. all tracks cons=
ist of dedicated cells, and the schedule is collision free), the OAM mechan=
ism can be greatly simplified since
 the PCE can do the OAM's Connectivity Verification (CV) by looki=
ng at the schedule of the network.






 






What's then left is the Continuity Check. The periodic r=
e-synchronization mechanism between a nodes and its time source neighbor im=
posed by TSCH can be used to help with that.






 






Requirement 5.






 






The protocol MUST ensure mutual authentication between the PCE =
and the nodes.






 






Nodes in the 6TSCH network need to be able to ensure that a comman=
d is coming from the PCE; and the PCE must make sure that the data is comin=
g from a node.






 






Discussion:






 






How this is done might be left to some secure transport layer (e.g=
. DTLS), or build in the protocol directly.






 






Requirement 6.






 






The protocol MAY ensure confidentiality of the traffic between =
the PCE and the nodes.






 






In case all traffic is unicast between the PCE and the 6TSCH nodes=
, one can imagine an encryption mechanism whereby a mote can not spoof on t=
he PCE command it is relaying.










 






 








_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch






 






_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch




 














 














_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch




 










 








--_000_F085911F642A6847987ADA23E611780D18562D53hoshiunilux_--

From qinwang@berkeley.edu  Fri May 17 01:44:54 2013
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Thomas,

Sorry, I can not attend Friday's meeting, because I'm still in Beijing.

Basically, I agree with you to split 6tus into the four parts you listed.
Just have the following two comments.

1) "6tus specification" should includes "initial network formation", i.e.
the manner to join existing network, because it is common for all of the
other three parts (centralized, distributed, and label switching).

2) Besides the main functions you listed, the current version of 6tus also
describes Statistics and Maintenance. I'm not sure where they should be.

Thanks
Qin



> All,
>
> We have been talking about splitting the 6tus draft a couple of times of
> the last calls, and I know that the authors are also discussing this.
>
> 6tus will be a major contribution of the 6TSCH group, and I believe we
> should be careful not to have a document which ends up encompassing too
> many things. It's already pretty long as it is, and there is much more to
> come.
>
> In my mind, 6tus does 3 things:
> - it manages hard cells, which is really just following commands sent by
> the PCE.
> - it manages soft cells, which includes a negotiation protocol between
> neighbor nodes.
> - it can do GMPLS-like switching if the corresponding tracks/label are
> installed.
>
> With these assumptions, we could split the 6tus draft into the following:
> - "6tus specification", which is the current draft, minus
> the negotiation protocol, and plus the commands to manage the label
> switching. This would be a pretty "dry" draft, which mainly lists the
> commands to interact with 6tus, and modules inside.
> - "6tus for centralized scheduling", which indicates how the 6tus layer is
> to be used in the presence of a PCE. This relates heavily to the (future)
> draft which details the protocol between the PCE and the nodes.
> - "6tus for distributed scheduling", which indicates how the 6tus layer is
> used in the distributed case. The big part here will be
> the negotiation protocol between neighbors.
> - "6tus support for label switching". This is independent from the
> previous
> 2, and details how 6tus handled switching a packet along a specific track.
>
> I will prepare a handful of slides so we can discuss this on the phone
> tomorrow. *Qin*, *Xavi*, you are the two first authors of this draft. If
> you cannot attend the call, could you please make sure to post your
> thoughts about this on the ML so we can discuss those during the call?
>
> Thanks,
> Thomas
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>


From mcr@sandelman.ca  Fri May 17 06:08:14 2013
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--=-=-=
Content-Transfer-Encoding: quoted-printable


>>>>> "Thomas" =3D=3D Thomas Watteyne  writes:
    Thomas> We have been talking about splitting the 6tus draft a couple of=
 times of
    Thomas> the last calls, and I know that the authors are also discussing=
 this.

    Thomas> 6tus will be a major contribution of the 6TSCH group, and I bel=
ieve we
    Thomas> should be careful not to have a document which ends up encompas=
sing too
    Thomas> many things. It's already pretty long as it is, and there is mu=
ch more to
    Thomas> come.

Keep it to one document until the BOF.

=2D-=20
]               Never tell me the odds!                 | ipv6 mesh network=
s [=20
]   Michael Richardson, Sandelman Software Works        | network architect=
  [=20
]     mcr@sandelman.ca  http://www.sandelman.ca/        |   ruby on rails  =
  [=20
=09

--=-=-=
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From twatteyne@gmail.com  Mon May 20 11:49:24 2013
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Subject: [6tsch] Fwd: [Roll] roLL WG not meeting in Berlin
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Forwarding this important information for those of you not on the ROLL ML.

---------- Forwarded message ----------
From: JP Vasseur (jvasseur) 
Date: Mon, May 20, 2013 at 11:47 AM
Subject: [Roll] roLL WG not meeting in Berlin
To: Routing Over Low power and Lossy networks 
Cc: Michael Richardson 


Dear WG,

The ROLL WG will not meet in Berlin; we continue to make good progress on
open items, several of the documents
are going through IESG review (e,g, Trickle Multicast, ...) unless you know
a burning issue that you think does require
to meet, we will continue to progress on the mailing list.

ps: for the authors having an on-going ID requires more work (AMI
applicability, ... ) please keep the pressure up to
move on - thanks !

Thanks.

JP and Michael.
_______________________________________________
Roll mailing list
Roll@ietf.org
https://www.ietf.org/mailman/listinfo/roll
 

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Forwarding this important information for those of yo=
u not on the ROLL ML.

---------- Forwarde=
d message ----------
From: JP Vasseur (jva=
sseur) <jvas=
seur@cisco.com>


Date: Mon, May 20, 2013 at 11:47 AM
Subject: [Roll] roLL WG not meeting =
in Berlin
To: Routing Over Low power and Lossy networks <roll@ietf.org>
Cc: Michael Richardson <mcr@sandelman.ca>




Dear WG,



The ROLL WG will not meet in Berlin; we continue to make good progress on o=
pen items, several of the documents

are going through IESG review (e,g, Trickle Multicast, ...) unless you know=
 a burning issue that you think does require

to meet, we will continue to progress on the mailing list.



ps: for the authors having an on-going ID requires more work (AMI applicabi=
lity, ... ) please keep the pressure up to

move on - thanks !



Thanks.



JP and Michael.

_______________________________________________

Roll mailing list

Roll@ietf.org

ht=
tps://www.ietf.org/mailman/listinfo/roll




--047d7b33915f5448b404dd2aca06--

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 All,

You will find the minutes of the last webex below, and the presented slides
at https://bitbucket.org/6tsch/meetings/. I'm also attaching the slides to
this e-mail.

Thanks to Xavi for taking notes!

Please fix anything I might have missed directly in the e-mail and reply.

Thomas

----

# Minutes Webex 17 May 2013, 6TSCH group #

Note: timestamps in PDT.

Taking notes (using Etherpad)
-------------------------------

1. Xavi Vilajosana
2. Thomas Watteyne

Present (alphabetically)
--------------------------

* Alfredo Grieco
* Guillaume Gaillard
* Maria Rita Palattella
* Pascal Thubert
* Pouria Zand
* Raghuram Sudhaakar
* Ted Lemon
* Thomas Watteyne
* Tom Phinney
* Xavi Vilajosana

Recording
---------

* Webex recording (audio+slides,streaming)
*
https://cisco.webex.com/ciscosales/lsr.php?AT=pb&SP=MC&rID=68327792&rKey=407f3d02c262c98d[60min]

Slides
------

* attached

Agenda
------

* BoF in Berlin [40min]
* Bootstrapping [5min]
* 6tus split [15min]

Minutes
-------

* [08.05] Meeting starts
* [08.06] Pascal presents agenda
* [08.05] visibility of 6TSCH
    * Goal: present Ted with all the information
    * visibility of the work is everybody's responsibilities
     * what we alredy did: paper at Industrial Track esIoT. Maria Rita to
present it in Taiwan.
    * we are participating in IERC Cluster Book 2013.
* [08.07] BoF in Berlin
    * Pascal presents slides.
    * BOF: full name and acronym: Deterministic IPv6 over IEEE802.15.4e
Timeslotted Ch.Hopping (6TSCH)
    * AREA: INT
    * Two chairs:
    * [TED]:
        * It's a good idea to have the WG chairs not do most of the work.
        * Should the Chairs of the BOF different than the Chairs of the
working group? There is no strong requirement but the constraint is the
division of work.
    * [Pascal] Thomas and Pascal are candidates for chairing the working
group. Thomas and Pascal initial chairs of the BoF but this can be changed.
    * Requested 2.5h. Day? Per Adrian's remark probably Monday or Tuesday
since long session requested.
    * [Maria Rita] It would be good to request a particular date. Doodle?
    * [Thomas] Unfortunately, we can not request much. We can make a
suggestion (at most), but IETF schedule will depend on lots of constraints.
    * Agenda:
        * first 30 min about discussing model and architecture (TSCH).
Identify missing parts and weak items. Explain why this is a IETF work. Why
not at IEEE. Routing area work, including ROLL and other PCE, RSVP, NSIS.
        * then 60min for work items. Then done after 1.5h
        * last 1h for discussion, but will be clear whether WG has been
create
    * [Ted]: using RPL in L2 or L3?
    * [Pascal]: L3. We are not in competition with L2R for example. We use
RPL as is, we might define a OF, but no changes to RPL.
    * [Ted]: asks because need to coordinate with IEEE.
    * [Pascal] will talk to Norman Finn who is at IEEE meeting this week
    * [Pascal] asks for comments about BoF request form
    * [Xavi] is the term "routing" not too restrictive in the sentence?
    * [Pascal, Thomas] good point. Need new work. "Operation? Management?"
What about security?
    * [Pascal] we could use "architecture" which covers everything.
    * [Alfredo] we could use an "architecture that supports centralized and
distributed routing and resource allocation over a TSCH based mesh"
    * Pascal modifies the slides live.
    * [Thomas] Would be good to have a written backup (charter,
requirements, architecture, etc.) we can point people to during questions.
The architecture draft and possibly requirements drafts should be our
background document.
    > The attached slide are the final ones, i.e. the ones with Pascal's
live changes.
    * [Pascal] goes through recommendations from Mark
        * we need to control the scope, don't scare people off.
        * if too complex, we need requirements draft. Analyze what needs to
be done before doing the work. One case: centralized computation. There's a
lot to be done. Very unclear so we discussed whether we can commit to that
draft or write requirements.
        * [Thomas] requirements draft, if we have a question of gap
analysis we should refer to the requirements draft. So we need to make sure
that we have this information in the requirements draft.
        * [Ted] much easier to get approved
        * We need to inspire confidence that we can achieve. We need to say
that what we plan on doing is doable. There are already several known
issues (ISA, WHART, ZIP). We don't plan to do the work at 6TSCH, we can
push to other WGs.
        * Clear understanding of gap analysis. We already have a gap
analysis as part of the charter.
    * Description of the BOF:
    * [Tom] let's use the term "sublayer" for G-MPLS
    * [Pascal] Done.
    * [Pascal] Will also add links to the drafts already published.
    * [Pascal] all good?
    * [all] no objection
    * [Pascal] what's the state of COMAN? Probably just ML
    * [Pascal] Marc suggested 50 attendees, might be more, put 60
    * [Pascal] to send slides to Ted
    * [Ted] need to include how many people on the ML.
    * Show activity:
        * Weekly call, Draft and Repos, ML 135 members.
        * [Thomas] I'm convinced that we have the dream team to do this
work.
    * [Pascal] Will do. Currently 135.
    * Conflicts to avoid with the following groups or pre-groups
        * ROLL
        * 6MAN
        * COAP
        * COMAN
        * INTAREA
        * RTGAREA
    * external relations:
        * keep external informal relations and participate in other groups.
        * heathrow group
        * ISA100.20
* Network Bootstrapping
    * Maria Rita presents slide.
    * how do we setup the network?
        * 15.4e network formation are not defined.
        * several optional features
        * several issues at network formation.
    * 6tus tries to cover that
    * security and authentication setup phase. Before defining and
distributing the schedule, we need a mechanism to avoid collisions between
the nodes. How do we collect all the
   information so the PCE can compute the schedule?
    * [Thomas] In the current 6tus draft there is a network bootstrapping
section. How to use that in the presence of a PCE? is that correct?
    * [Maria Rita] 6tus draft needs to define something on how the network
interacts with the PCE.
    * [Pascal] Discovery of the PCE. Talked to JP Vasseur. The location of
the PCE can be advertised in the routing protocol, using RPL, DIO,
placeholder.
    * [Maria Rita] RPL in both directions, DAO msgs to the PCE as well.
    * [Thomas] This does require RPL to run on the backbone.
* 6tus split
    * Thomas presents slides.
    * Fear is that 6tus is becoming bigger and bigger. It becomes to big.
Michael pointing that we need to keep it as one until BoF and identify how
to split it.
    * Goal of this discussion is to gather some ideas about how to split
the draft, not to split it right away. Split may happen after the BoF, when
we have enough material.
    * 4 pieces:
        * 6tus specification
        * 6tus for centralized: 6tus provides commands to the PCE. How the
PCE talks to the nodes is another challenge.
        * 6tus for distributed: negotiation protocol
        * 6tus support for label switching: how to manage the labels and
switch packets on a track.
    * [Pascal] protocol between the PCE and 6tus should be in a different
document.
    * [Xavi] Switching needs some little mechanism that needs to be
described out of the architecture draft.
    * [Pascal] In conclusion, architecture we expect a lot from it, we need
a good description of all components and that must be ready before Berlin.
    * [Thomas] Time to start working on that too.

--047d7b15a385a916f804dd310ed8
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable








# Minutes We=
bex 17 May 2013, 6TSCH group #

Note=
: timestamps in PDT.





Taking notes (using Etherpad)
=
-------------------------------





1. Xavi Vilajosana
2. Thomas Watteyne





Present (alphabetic=
ally)
--------------=
------------





* Alfredo Grieco
* Guillaume Gaillard
* Maria Rita Palattella



* Pascal Thubert
* Pouria Zand




* Thomas Watteyne
* Tom Phinney
Recording
---------

* Webex recording (audio+slides,streaming)







Slides
------
* attached

Agenda
------





* BoF in Berlin [40min]
* Bootstrapping [5min]
* 6tus split [15min]





Minutes
-------





* [08.05] Meeting s=
tarts
* [08.06] Pasc=
al presents agenda
*=
 [08.05] visibility of 6TSCH




=A0 =A0 * Goal: present Ted with=
 all the information
=A0 =A0 * visibility of the work is everybody's responsibilities




=A0 =A0 * what we alredy did: paper a=
t Industrial Track esIoT. Maria Rita to present it in Taiwan.
<=
div>=A0 =A0 * we are participating in=
 IERC Cluster Book 2013.




* [08.07] BoF in Berlin
=A0 =A0 * Pascal presents sl=
ides.
=A0 =A0 * BOF:=
 full name and acronym: Deterministic IPv6 over IEEE802.15.4e Timeslotted C=
h.Hopping (6TSCH)




=A0 =A0 * AREA: INT=A0
=A0 =A0 * Two chairs:=A0
=A0 =A0 * [TED]:<=
/div>
=A0 =A0 =A0 =A0 * It's =
a good idea to have the WG chairs not do most of the work.




=A0 =A0 =A0 =A0 * Should the Cha=
irs of the BOF different than the Chairs of the working group? There is no =
strong requirement but the constraint is the division of work.
=



=A0 =A0 * [Pascal] Thomas and Pascal =
are candidates for chairing the working group. Thomas and Pascal initial ch=
airs of the BoF but this can be changed.


=A0 =A0 * Requested 2.5h. Day? P=
er Adrian's remark probably Monday or Tuesday since long session reques=
ted.
=A0 =A0 * [Mari=
a Rita] It would be good to request a particular date. Doodle?




=A0 =A0 * [Thomas] Unfortunately=
, we can not request much. We can make a suggestion (at most), but IETF sch=
edule will depend on lots of constraints.
=A0 =A0 * Agenda:




=A0 =A0 =A0 =A0 * first 30 min a=
bout discussing model and architecture (TSCH). Identify missing parts and w=
eak items. Explain why this is a IETF work. Why not at IEEE. Routing area w=
ork, including ROLL and other PCE, RSVP, NSIS.




=A0 =A0 =A0 =A0 * then 60min for=
 work items. Then done after 1.5h
=A0 =A0 =A0 =A0 * last 1h for discussion, but will be clear w=
hether WG has been create




=A0 =A0 * [Ted]: using RPL in L2=
 or L3?
=A0 =A0 * [P=
ascal]: L3. We are not in competition with L2R for example. We use RPL as i=
s, we might define a OF, but no changes to RPL.




=A0 =A0 * [Ted]: asks because ne=
ed to coordinate with IEEE.
=A0 =A0 * [Pascal] will talk to Norman Finn who is at IEEE meeting =
this week




=A0 =A0 * [Pascal] asks for comm=
ents about BoF request form
=A0 =A0 * [Xavi] is the term "routing" not too restrictiv=
e in the sentence?




=A0 =A0 * [Pascal, Thomas] good =
point. Need new work. "Operation? Management?" What about securit=
y?
=A0 =A0 * [Pascal=
] we could use "architecture" which covers everything.



=A0 =A0 * [Alfredo] we could use=
 an "architecture that supports centralized and distributed routing an=
d resource allocation over a TSCH based mesh"
=A0 =A0 * Pascal modifies the slides live.




=A0 =A0 * [Thomas] Would be good=
 to have a written backup (charter, requirements, architecture, etc.) we ca=
n point people to during questions. The architecture draft and possibly req=
uirements drafts should be our background document.




=A0 =A0 > The attached slide =
are the final ones, i.e. the ones with Pascal's live changes.
=A0 =A0 * [Pascal] goes throu=
gh recommendations from Mark




=A0 =A0 =A0 =A0 * we need to con=
trol the scope, don't scare people off.
=A0 =A0 =A0 =A0 * if too complex, we need requireme=
nts draft. Analyze what needs to be done before doing the work. One case: c=
entralized computation. There's a lot to be done. Very unclear so we di=
scussed whether we can commit to that draft or write requirements.



=A0 =A0 =A0 =A0 * [Thomas] requi=
rements draft, if we have a question of gap analysis we should refer to the=
 requirements draft. So we need to make sure that we have this information =
in the requirements draft.




=A0 =A0 =A0 =A0 * [Ted] much eas=
ier to get approved
=
=A0 =A0 =A0 =A0 * We need to inspire confidence that we can achieve. We nee=
d to say that what we plan on doing is doable. There are already several kn=
own issues (ISA, WHART, ZIP). We don't plan to do the work at 6TSCH, we=
 can push to other WGs.




=A0 =A0 =A0 =A0 * Clear understa=
nding of gap analysis. We already have a gap analysis as part of the charte=
r.
=A0 =A0 * Descrip=
tion of the BOF:




=A0 =A0 * [Tom] let's use th=
e term "sublayer" for G-MPLS
=A0 =A0 * [Pascal] Done.
=A0 =A0 * [Pascal] Will also add links to the draft=
s already published.




=A0 =A0 * [Pascal] all good?
=A0 =A0 * [all] no obje=
ction
=A0 =A0 * [Pas=
cal] what's the state of COMAN? Probably just ML




=A0 =A0 * [Pascal] Marc suggeste=
d 50 attendees, might be more, put 60=A0
=A0 =A0 * [Pascal] to send slides to Ted
<=
div>=A0 =A0 * [Ted] need to include h=
ow many people on the ML.




=A0 =A0 * Show activity:<=
/div>
=A0 =A0 =A0 =A0 * Weekly ca=
ll, Draft and Repos, ML 135 members.
=A0 =A0 =A0 =A0 * [Thomas] I'm convinced that we have =
the dream team to do this work.




=A0 =A0 * [Pascal] Will do. Curr=
ently 135.
=A0 =A0 *=
 Conflicts to avoid with the following groups or pre-groups
=A0 =A0 =A0 =A0 * ROLL=A0



=A0 =A0 =A0 =A0 * 6MAN
=A0 =A0 =A0 =A0 * COAP=

=A0 =A0 =A0 =A0 * COMAN
=A0 =A0 =A0 =A0 * INTA=
REA




=A0 =A0 =A0 =A0 * RTGAREA=

=A0 =A0 * external relatio=
ns:
=A0 =A0 =A0 =A0 =
* keep external informal relations and participate in other groups.<=
/div>



=A0 =A0 =A0 =A0 * heathrow group=

=A0 =A0 =A0 =A0 * I=
SA100.20
* Network B=
ootstrapping=A0




=A0 =A0 * Maria Rita presents sl=
ide.
=A0 =A0 * how d=
o we setup the network?
=A0 =A0 =A0 =A0 * 15.4e network formation are not defined.




=A0 =A0 =A0 =A0 * several option=
al features
=A0 =A0 =
=A0 =A0 * several issues at network formation.
=A0 =A0 * 6tus tries to cover that




=A0 =A0 * security and authentic=
ation setup phase. Before defining and distributing the schedule, we need a=
 mechanism to avoid collisions between the nodes. How do we collect all the=
=A0




=A0 =A0information so the PCE ca=
n compute the schedule?
=A0 =A0 * [Thomas] In the current 6tus draft there is a network bootstr=
apping section. How to use that in the presence of a PCE? is that correct?<=
/font>




=A0 =A0 * [Maria Rita] 6tus draf=
t needs to define something on how the network interacts with the PCE.
=A0 =A0 * [Pascal] Disco=
very of the PCE. Talked to JP Vasseur. The location of the PCE can be adver=
tised in the routing protocol, using RPL, DIO, placeholder.




=A0 =A0 * [Maria Rita] RPL in bo=
th directions, DAO msgs to the PCE as well.
=A0 =A0 * [Thomas] This does require RPL to run on =
the backbone.




* 6tus split
=A0 =A0 * Thomas presents slides.
=A0 =A0 * Fear is that 6t=
us is becoming bigger and bigger. It becomes to big. Michael pointing that =
we need to keep it as one until BoF and identify how to split it.



=A0 =A0 * Goal of this discussio=
n is to gather some ideas about how to split the draft, not to split it rig=
ht away. Split may happen after the BoF, when we have enough material.




=A0 =A0 * 4 pieces:=A0
=A0 =A0 =A0 =A0 * 6tus specif=
ication
=A0 =A0 =A0 =
=A0 * 6tus for centralized: 6tus provides commands to the PCE. How the PCE =
talks to the nodes is another challenge.




=A0 =A0 =A0 =A0 * 6tus for distr=
ibuted: negotiation protocol
=A0 =A0 =A0 =A0 * 6tus support for label switching: how to manage =
the labels and switch packets on a track.




=A0 =A0 * [Pascal] protocol betw=
een the PCE and 6tus should be in a different document.
=A0 =A0 * [Xavi] Switching needs some l=
ittle mechanism that needs to be described out of the architecture draft.




=A0 =A0 * [Pascal] In conclusion=
, architecture we expect a lot from it, we need a good description of all c=
omponents and that must be ready before Berlin.
=A0 =A0 * [Thomas] Time to start working on tha=
t too.






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From qinwang@berkeley.edu  Wed May 22 07:08:33 2013
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Date: Wed, 22 May 2013 07:08:24 -0700
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Subject: Re: [6tsch] minutes WebEx 17 May 2013
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Hi Thomas and Xavi,

Thank you for taking the notes.

Regarding to split 6tus, I think it could be better to put the two parts
"Statistics" and "Maintenance" in "6tus specification". How do you think?

Qin



>  All,
>
> You will find the minutes of the last webex below, and the presented
> slides
> at https://bitbucket.org/6tsch/meetings/. I'm also attaching the slides to
> this e-mail.
>
> Thanks to Xavi for taking notes!
>
> Please fix anything I might have missed directly in the e-mail and reply.
>
> Thomas
>
> ----
>
> # Minutes Webex 17 May 2013, 6TSCH group #
>
> Note: timestamps in PDT.
>
> Taking notes (using Etherpad)
> -------------------------------
>
> 1. Xavi Vilajosana
> 2. Thomas Watteyne
>
> Present (alphabetically)
> --------------------------
>
> * Alfredo Grieco
> * Guillaume Gaillard
> * Maria Rita Palattella
> * Pascal Thubert
> * Pouria Zand
> * Raghuram Sudhaakar
> * Ted Lemon
> * Thomas Watteyne
> * Tom Phinney
> * Xavi Vilajosana
>
> Recording
> ---------
>
> * Webex recording (audio+slides,streaming)
> *
> https://cisco.webex.com/ciscosales/lsr.php?AT=pb&SP=MC&rID=68327792&rKey=407f3d02c262c98d[60min]
>
> Slides
> ------
>
> * attached
>
> Agenda
> ------
>
> * BoF in Berlin [40min]
> * Bootstrapping [5min]
> * 6tus split [15min]
>
> Minutes
> -------
>
> * [08.05] Meeting starts
> * [08.06] Pascal presents agenda
> * [08.05] visibility of 6TSCH
>     * Goal: present Ted with all the information
>     * visibility of the work is everybody's responsibilities
>      * what we alredy did: paper at Industrial Track esIoT. Maria Rita to
> present it in Taiwan.
>     * we are participating in IERC Cluster Book 2013.
> * [08.07] BoF in Berlin
>     * Pascal presents slides.
>     * BOF: full name and acronym: Deterministic IPv6 over IEEE802.15.4e
> Timeslotted Ch.Hopping (6TSCH)
>     * AREA: INT
>     * Two chairs:
>     * [TED]:
>         * It's a good idea to have the WG chairs not do most of the work.
>         * Should the Chairs of the BOF different than the Chairs of the
> working group? There is no strong requirement but the constraint is the
> division of work.
>     * [Pascal] Thomas and Pascal are candidates for chairing the working
> group. Thomas and Pascal initial chairs of the BoF but this can be
> changed.
>     * Requested 2.5h. Day? Per Adrian's remark probably Monday or Tuesday
> since long session requested.
>     * [Maria Rita] It would be good to request a particular date. Doodle?
>     * [Thomas] Unfortunately, we can not request much. We can make a
> suggestion (at most), but IETF schedule will depend on lots of
> constraints.
>     * Agenda:
>         * first 30 min about discussing model and architecture (TSCH).
> Identify missing parts and weak items. Explain why this is a IETF work.
> Why
> not at IEEE. Routing area work, including ROLL and other PCE, RSVP, NSIS.
>         * then 60min for work items. Then done after 1.5h
>         * last 1h for discussion, but will be clear whether WG has been
> create
>     * [Ted]: using RPL in L2 or L3?
>     * [Pascal]: L3. We are not in competition with L2R for example. We use
> RPL as is, we might define a OF, but no changes to RPL.
>     * [Ted]: asks because need to coordinate with IEEE.
>     * [Pascal] will talk to Norman Finn who is at IEEE meeting this week
>     * [Pascal] asks for comments about BoF request form
>     * [Xavi] is the term "routing" not too restrictive in the sentence?
>     * [Pascal, Thomas] good point. Need new work. "Operation? Management?"
> What about security?
>     * [Pascal] we could use "architecture" which covers everything.
>     * [Alfredo] we could use an "architecture that supports centralized
> and
> distributed routing and resource allocation over a TSCH based mesh"
>     * Pascal modifies the slides live.
>     * [Thomas] Would be good to have a written backup (charter,
> requirements, architecture, etc.) we can point people to during questions.
> The architecture draft and possibly requirements drafts should be our
> background document.
>     > The attached slide are the final ones, i.e. the ones with Pascal's
> live changes.
>     * [Pascal] goes through recommendations from Mark
>         * we need to control the scope, don't scare people off.
>         * if too complex, we need requirements draft. Analyze what needs
> to
> be done before doing the work. One case: centralized computation. There's
> a
> lot to be done. Very unclear so we discussed whether we can commit to that
> draft or write requirements.
>         * [Thomas] requirements draft, if we have a question of gap
> analysis we should refer to the requirements draft. So we need to make
> sure
> that we have this information in the requirements draft.
>         * [Ted] much easier to get approved
>         * We need to inspire confidence that we can achieve. We need to
> say
> that what we plan on doing is doable. There are already several known
> issues (ISA, WHART, ZIP). We don't plan to do the work at 6TSCH, we can
> push to other WGs.
>         * Clear understanding of gap analysis. We already have a gap
> analysis as part of the charter.
>     * Description of the BOF:
>     * [Tom] let's use the term "sublayer" for G-MPLS
>     * [Pascal] Done.
>     * [Pascal] Will also add links to the drafts already published.
>     * [Pascal] all good?
>     * [all] no objection
>     * [Pascal] what's the state of COMAN? Probably just ML
>     * [Pascal] Marc suggested 50 attendees, might be more, put 60
>     * [Pascal] to send slides to Ted
>     * [Ted] need to include how many people on the ML.
>     * Show activity:
>         * Weekly call, Draft and Repos, ML 135 members.
>         * [Thomas] I'm convinced that we have the dream team to do this
> work.
>     * [Pascal] Will do. Currently 135.
>     * Conflicts to avoid with the following groups or pre-groups
>         * ROLL
>         * 6MAN
>         * COAP
>         * COMAN
>         * INTAREA
>         * RTGAREA
>     * external relations:
>         * keep external informal relations and participate in other
> groups.
>         * heathrow group
>         * ISA100.20
> * Network Bootstrapping
>     * Maria Rita presents slide.
>     * how do we setup the network?
>         * 15.4e network formation are not defined.
>         * several optional features
>         * several issues at network formation.
>     * 6tus tries to cover that
>     * security and authentication setup phase. Before defining and
> distributing the schedule, we need a mechanism to avoid collisions between
> the nodes. How do we collect all the
>    information so the PCE can compute the schedule?
>     * [Thomas] In the current 6tus draft there is a network bootstrapping
> section. How to use that in the presence of a PCE? is that correct?
>     * [Maria Rita] 6tus draft needs to define something on how the network
> interacts with the PCE.
>     * [Pascal] Discovery of the PCE. Talked to JP Vasseur. The location of
> the PCE can be advertised in the routing protocol, using RPL, DIO,
> placeholder.
>     * [Maria Rita] RPL in both directions, DAO msgs to the PCE as well.
>     * [Thomas] This does require RPL to run on the backbone.
> * 6tus split
>     * Thomas presents slides.
>     * Fear is that 6tus is becoming bigger and bigger. It becomes to big.
> Michael pointing that we need to keep it as one until BoF and identify how
> to split it.
>     * Goal of this discussion is to gather some ideas about how to split
> the draft, not to split it right away. Split may happen after the BoF,
> when
> we have enough material.
>     * 4 pieces:
>         * 6tus specification
>         * 6tus for centralized: 6tus provides commands to the PCE. How the
> PCE talks to the nodes is another challenge.
>         * 6tus for distributed: negotiation protocol
>         * 6tus support for label switching: how to manage the labels and
> switch packets on a track.
>     * [Pascal] protocol between the PCE and 6tus should be in a different
> document.
>     * [Xavi] Switching needs some little mechanism that needs to be
> described out of the architecture draft.
>     * [Pascal] In conclusion, architecture we expect a lot from it, we
> need
> a good description of all components and that must be ready before Berlin.
>     * [Thomas] Time to start working on that too.
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>



From twatteyne@gmail.com  Wed May 22 22:16:39 2013
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--047d7b67604423b5d604dd5bc9ee
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Qin,
Quick question: by maintenance, do you mean
http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.8, or another
section?
Thomas


On Wed, May 22, 2013 at 7:08 AM, Qin Wang  wrote:

> Hi Thomas and Xavi,
>
> Thank you for taking the notes.
>
> Regarding to split 6tus, I think it could be better to put the two parts
> "Statistics" and "Maintenance" in "6tus specification". How do you think?
>
> Qin
>
>
>
> >  All,
> >
> > You will find the minutes of the last webex below, and the presented
> > slides
> > at https://bitbucket.org/6tsch/meetings/. I'm also attaching the slides
> to
> > this e-mail.
> >
> > Thanks to Xavi for taking notes!
> >
> > Please fix anything I might have missed directly in the e-mail and reply.
> >
> > Thomas
> >
> > ----
> >
> > # Minutes Webex 17 May 2013, 6TSCH group #
> >
> > Note: timestamps in PDT.
> >
> > Taking notes (using Etherpad)
> > -------------------------------
> >
> > 1. Xavi Vilajosana
> > 2. Thomas Watteyne
> >
> > Present (alphabetically)
> > --------------------------
> >
> > * Alfredo Grieco
> > * Guillaume Gaillard
> > * Maria Rita Palattella
> > * Pascal Thubert
> > * Pouria Zand
> > * Raghuram Sudhaakar
> > * Ted Lemon
> > * Thomas Watteyne
> > * Tom Phinney
> > * Xavi Vilajosana
> >
> > Recording
> > ---------
> >
> > * Webex recording (audio+slides,streaming)
> > *
> >
> https://cisco.webex.com/ciscosales/lsr.php?AT=pb&SP=MC&rID=68327792&rKey=407f3d02c262c98d[60min]
> >
> > Slides
> > ------
> >
> > * attached
> >
> > Agenda
> > ------
> >
> > * BoF in Berlin [40min]
> > * Bootstrapping [5min]
> > * 6tus split [15min]
> >
> > Minutes
> > -------
> >
> > * [08.05] Meeting starts
> > * [08.06] Pascal presents agenda
> > * [08.05] visibility of 6TSCH
> >     * Goal: present Ted with all the information
> >     * visibility of the work is everybody's responsibilities
> >      * what we alredy did: paper at Industrial Track esIoT. Maria Rita to
> > present it in Taiwan.
> >     * we are participating in IERC Cluster Book 2013.
> > * [08.07] BoF in Berlin
> >     * Pascal presents slides.
> >     * BOF: full name and acronym: Deterministic IPv6 over IEEE802.15.4e
> > Timeslotted Ch.Hopping (6TSCH)
> >     * AREA: INT
> >     * Two chairs:
> >     * [TED]:
> >         * It's a good idea to have the WG chairs not do most of the work.
> >         * Should the Chairs of the BOF different than the Chairs of the
> > working group? There is no strong requirement but the constraint is the
> > division of work.
> >     * [Pascal] Thomas and Pascal are candidates for chairing the working
> > group. Thomas and Pascal initial chairs of the BoF but this can be
> > changed.
> >     * Requested 2.5h. Day? Per Adrian's remark probably Monday or Tuesday
> > since long session requested.
> >     * [Maria Rita] It would be good to request a particular date. Doodle?
> >     * [Thomas] Unfortunately, we can not request much. We can make a
> > suggestion (at most), but IETF schedule will depend on lots of
> > constraints.
> >     * Agenda:
> >         * first 30 min about discussing model and architecture (TSCH).
> > Identify missing parts and weak items. Explain why this is a IETF work.
> > Why
> > not at IEEE. Routing area work, including ROLL and other PCE, RSVP, NSIS.
> >         * then 60min for work items. Then done after 1.5h
> >         * last 1h for discussion, but will be clear whether WG has been
> > create
> >     * [Ted]: using RPL in L2 or L3?
> >     * [Pascal]: L3. We are not in competition with L2R for example. We
> use
> > RPL as is, we might define a OF, but no changes to RPL.
> >     * [Ted]: asks because need to coordinate with IEEE.
> >     * [Pascal] will talk to Norman Finn who is at IEEE meeting this week
> >     * [Pascal] asks for comments about BoF request form
> >     * [Xavi] is the term "routing" not too restrictive in the sentence?
> >     * [Pascal, Thomas] good point. Need new work. "Operation?
> Management?"
> > What about security?
> >     * [Pascal] we could use "architecture" which covers everything.
> >     * [Alfredo] we could use an "architecture that supports centralized
> > and
> > distributed routing and resource allocation over a TSCH based mesh"
> >     * Pascal modifies the slides live.
> >     * [Thomas] Would be good to have a written backup (charter,
> > requirements, architecture, etc.) we can point people to during
> questions.
> > The architecture draft and possibly requirements drafts should be our
> > background document.
> >     > The attached slide are the final ones, i.e. the ones with Pascal's
> > live changes.
> >     * [Pascal] goes through recommendations from Mark
> >         * we need to control the scope, don't scare people off.
> >         * if too complex, we need requirements draft. Analyze what needs
> > to
> > be done before doing the work. One case: centralized computation. There's
> > a
> > lot to be done. Very unclear so we discussed whether we can commit to
> that
> > draft or write requirements.
> >         * [Thomas] requirements draft, if we have a question of gap
> > analysis we should refer to the requirements draft. So we need to make
> > sure
> > that we have this information in the requirements draft.
> >         * [Ted] much easier to get approved
> >         * We need to inspire confidence that we can achieve. We need to
> > say
> > that what we plan on doing is doable. There are already several known
> > issues (ISA, WHART, ZIP). We don't plan to do the work at 6TSCH, we can
> > push to other WGs.
> >         * Clear understanding of gap analysis. We already have a gap
> > analysis as part of the charter.
> >     * Description of the BOF:
> >     * [Tom] let's use the term "sublayer" for G-MPLS
> >     * [Pascal] Done.
> >     * [Pascal] Will also add links to the drafts already published.
> >     * [Pascal] all good?
> >     * [all] no objection
> >     * [Pascal] what's the state of COMAN? Probably just ML
> >     * [Pascal] Marc suggested 50 attendees, might be more, put 60
> >     * [Pascal] to send slides to Ted
> >     * [Ted] need to include how many people on the ML.
> >     * Show activity:
> >         * Weekly call, Draft and Repos, ML 135 members.
> >         * [Thomas] I'm convinced that we have the dream team to do this
> > work.
> >     * [Pascal] Will do. Currently 135.
> >     * Conflicts to avoid with the following groups or pre-groups
> >         * ROLL
> >         * 6MAN
> >         * COAP
> >         * COMAN
> >         * INTAREA
> >         * RTGAREA
> >     * external relations:
> >         * keep external informal relations and participate in other
> > groups.
> >         * heathrow group
> >         * ISA100.20
> > * Network Bootstrapping
> >     * Maria Rita presents slide.
> >     * how do we setup the network?
> >         * 15.4e network formation are not defined.
> >         * several optional features
> >         * several issues at network formation.
> >     * 6tus tries to cover that
> >     * security and authentication setup phase. Before defining and
> > distributing the schedule, we need a mechanism to avoid collisions
> between
> > the nodes. How do we collect all the
> >    information so the PCE can compute the schedule?
> >     * [Thomas] In the current 6tus draft there is a network bootstrapping
> > section. How to use that in the presence of a PCE? is that correct?
> >     * [Maria Rita] 6tus draft needs to define something on how the
> network
> > interacts with the PCE.
> >     * [Pascal] Discovery of the PCE. Talked to JP Vasseur. The location
> of
> > the PCE can be advertised in the routing protocol, using RPL, DIO,
> > placeholder.
> >     * [Maria Rita] RPL in both directions, DAO msgs to the PCE as well.
> >     * [Thomas] This does require RPL to run on the backbone.
> > * 6tus split
> >     * Thomas presents slides.
> >     * Fear is that 6tus is becoming bigger and bigger. It becomes to big.
> > Michael pointing that we need to keep it as one until BoF and identify
> how
> > to split it.
> >     * Goal of this discussion is to gather some ideas about how to split
> > the draft, not to split it right away. Split may happen after the BoF,
> > when
> > we have enough material.
> >     * 4 pieces:
> >         * 6tus specification
> >         * 6tus for centralized: 6tus provides commands to the PCE. How
> the
> > PCE talks to the nodes is another challenge.
> >         * 6tus for distributed: negotiation protocol
> >         * 6tus support for label switching: how to manage the labels and
> > switch packets on a track.
> >     * [Pascal] protocol between the PCE and 6tus should be in a different
> > document.
> >     * [Xavi] Switching needs some little mechanism that needs to be
> > described out of the architecture draft.
> >     * [Pascal] In conclusion, architecture we expect a lot from it, we
> > need
> > a good description of all components and that must be ready before
> Berlin.
> >     * [Thomas] Time to start working on that too.
> > _______________________________________________
> > 6tsch mailing list
> > 6tsch@ietf.org
> > https://www.ietf.org/mailman/listinfo/6tsch
> >
>
>
>

--047d7b67604423b5d604dd5bc9ee
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Qin,
Quick question: by maintenance, do you mean=
=A0http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.8, or=
 another section?



Thomas


On Wed, May 22, 2013 at 7:08 AM, Qin Wang <qinwang@ber=
keley.edu> wrote:



Hi Thomas and Xavi,



Thank you for taking the notes.



Regarding to split 6tus, I think it could be better to put the two parts
"Statistics" and "Maintenance" in "6tus specificat=
ion". How do you think?



Qin








> =A0All,

>

> You will find the minutes of the last webex below, and the presented
> slides

> at https://bitbucket.org/6tsch/meetings/. I'm also attaching the slid=
es to

> this e-mail.

>

> Thanks to Xavi for taking notes!

>

> Please fix anything I might have missed directly in the e-mail and rep=
ly.

>

> Thomas

>

> ----

>

> # Minutes Webex 17 May 2013, 6TSCH group #

>

> Note: timestamps in PDT.

>

> Taking notes (using Etherpad)

> -------------------------------

>

> 1. Xavi Vilajosana

> 2. Thomas Watteyne

>

> Present (alphabetically)

> --------------------------

>

> * Alfredo Grieco

> * Guillaume Gaillard

> * Maria Rita Palattella

> * Pascal Thubert

> * Pouria Zand

> * Raghuram Sudhaakar

> * Ted Lemon

> * Thomas Watteyne

> * Tom Phinney

> * Xavi Vilajosana

>

> Recording

> ---------

>

> * Webex recording (audio+slides,streaming)

> *

> https://cisco.webex.com/ciscosales/lsr.php?AT=3Dpb&SP=3DMC&rID=
=3D68327792&rKey=3D407f3d02c262c98d[60min]



>

> Slides

> ------

>

> * attached

>

> Agenda

> ------

>

> * BoF in Berlin [40min]

> * Bootstrapping [5min]

> * 6tus split [15min]

>

> Minutes

> -------

>

> * [08.05] Meeting starts

> * [08.06] Pascal presents agenda

> * [08.05] visibility of 6TSCH

> =A0 =A0 * Goal: present Ted with all the information

> =A0 =A0 * visibility of the work is everybody's responsibilities
> =A0 =A0 =A0* what we alredy did: paper at Industrial Track esIoT. Mari=
a Rita to

> present it in Taiwan.

> =A0 =A0 * we are participating in IERC Cluster Book 2013.

> * [08.07] BoF in Berlin

> =A0 =A0 * Pascal presents slides.

> =A0 =A0 * BOF: full name and acronym: Deterministic IPv6 over IEEE802.=
15.4e

> Timeslotted Ch.Hopping (6TSCH)

> =A0 =A0 * AREA: INT

> =A0 =A0 * Two chairs:

> =A0 =A0 * [TED]:

> =A0 =A0 =A0 =A0 * It's a good idea to have the WG chairs not do mo=
st of the work.

> =A0 =A0 =A0 =A0 * Should the Chairs of the BOF different than the Chai=
rs of the

> working group? There is no strong requirement but the constraint is th=
e

> division of work.

> =A0 =A0 * [Pascal] Thomas and Pascal are candidates for chairing the w=
orking

> group. Thomas and Pascal initial chairs of the BoF but this can be

> changed.

> =A0 =A0 * Requested 2.5h. Day? Per Adrian's remark probably Monday=
 or Tuesday

> since long session requested.

> =A0 =A0 * [Maria Rita] It would be good to request a particular date. =
Doodle?

> =A0 =A0 * [Thomas] Unfortunately, we can not request much. We can make=
 a

> suggestion (at most), but IETF schedule will depend on lots of

> constraints.

> =A0 =A0 * Agenda:

> =A0 =A0 =A0 =A0 * first 30 min about discussing model and architecture=
 (TSCH).

> Identify missing parts and weak items. Explain why this is a IETF work=
.

> Why

> not at IEEE. Routing area work, including ROLL and other PCE, RSVP, NS=
IS.

> =A0 =A0 =A0 =A0 * then 60min for work items. Then done after 1.5h

> =A0 =A0 =A0 =A0 * last 1h for discussion, but will be clear whether WG=
 has been

> create

> =A0 =A0 * [Ted]: using RPL in L2 or L3?

> =A0 =A0 * [Pascal]: L3. We are not in competition with L2R for example=
. We use

> RPL as is, we might define a OF, but no changes to RPL.

> =A0 =A0 * [Ted]: asks because need to coordinate with IEEE.

> =A0 =A0 * [Pascal] will talk to Norman Finn who is at IEEE meeting thi=
s week

> =A0 =A0 * [Pascal] asks for comments about BoF request form

> =A0 =A0 * [Xavi] is the term "routing" not too restrictive i=
n the sentence?

> =A0 =A0 * [Pascal, Thomas] good point. Need new work. "Operation?=
 Management?"

> What about security?

> =A0 =A0 * [Pascal] we could use "architecture" which covers =
everything.

> =A0 =A0 * [Alfredo] we could use an "architecture that supports c=
entralized

> and

> distributed routing and resource allocation over a TSCH based mesh&quo=
t;

> =A0 =A0 * Pascal modifies the slides live.

> =A0 =A0 * [Thomas] Would be good to have a written backup (charter,
> requirements, architecture, etc.) we can point people to during questi=
ons.

> The architecture draft and possibly requirements drafts should be our<=
br>
> background document.

> =A0 =A0 > The attached slide are the final ones, i.e. the ones with=
 Pascal's

> live changes.

> =A0 =A0 * [Pascal] goes through recommendations from Mark

> =A0 =A0 =A0 =A0 * we need to control the scope, don't scare people=
 off.

> =A0 =A0 =A0 =A0 * if too complex, we need requirements draft. Analyze =
what needs

> to

> be done before doing the work. One case: centralized computation. Ther=
e's

> a

> lot to be done. Very unclear so we discussed whether we can commit to =
that

> draft or write requirements.

> =A0 =A0 =A0 =A0 * [Thomas] requirements draft, if we have a question o=
f gap

> analysis we should refer to the requirements draft. So we need to make=


> sure

> that we have this information in the requirements draft.

> =A0 =A0 =A0 =A0 * [Ted] much easier to get approved

> =A0 =A0 =A0 =A0 * We need to inspire confidence that we can achieve. W=
e need to

> say

> that what we plan on doing is doable. There are already several known<=
br>
> issues (ISA, WHART, ZIP). We don't plan to do the work at 6TSCH, w=
e can

> push to other WGs.

> =A0 =A0 =A0 =A0 * Clear understanding of gap analysis. We already have=
 a gap

> analysis as part of the charter.

> =A0 =A0 * Description of the BOF:

> =A0 =A0 * [Tom] let's use the term "sublayer" for G-MPLS=


> =A0 =A0 * [Pascal] Done.

> =A0 =A0 * [Pascal] Will also add links to the drafts already published=
.

> =A0 =A0 * [Pascal] all good?

> =A0 =A0 * [all] no objection

> =A0 =A0 * [Pascal] what's the state of COMAN? Probably just ML

> =A0 =A0 * [Pascal] Marc suggested 50 attendees, might be more, put 60<=
br>
> =A0 =A0 * [Pascal] to send slides to Ted

> =A0 =A0 * [Ted] need to include how many people on the ML.

> =A0 =A0 * Show activity:

> =A0 =A0 =A0 =A0 * Weekly call, Draft and Repos, ML 135 members.

> =A0 =A0 =A0 =A0 * [Thomas] I'm convinced that we have the dream te=
am to do this

> work.

> =A0 =A0 * [Pascal] Will do. Currently 135.

> =A0 =A0 * Conflicts to avoid with the following groups or pre-groups
> =A0 =A0 =A0 =A0 * ROLL

> =A0 =A0 =A0 =A0 * 6MAN

> =A0 =A0 =A0 =A0 * COAP

> =A0 =A0 =A0 =A0 * COMAN

> =A0 =A0 =A0 =A0 * INTAREA

> =A0 =A0 =A0 =A0 * RTGAREA

> =A0 =A0 * external relations:

> =A0 =A0 =A0 =A0 * keep external informal relations and participate in =
other

> groups.

> =A0 =A0 =A0 =A0 * heathrow group

> =A0 =A0 =A0 =A0 * ISA100.20

> * Network Bootstrapping

> =A0 =A0 * Maria Rita presents slide.

> =A0 =A0 * how do we setup the network?

> =A0 =A0 =A0 =A0 * 15.4e network formation are not defined.

> =A0 =A0 =A0 =A0 * several optional features

> =A0 =A0 =A0 =A0 * several issues at network formation.

> =A0 =A0 * 6tus tries to cover that

> =A0 =A0 * security and authentication setup phase. Before defining and=


> distributing the schedule, we need a mechanism to avoid collisions bet=
ween

> the nodes. How do we collect all the

> =A0 =A0information so the PCE can compute the schedule?

> =A0 =A0 * [Thomas] In the current 6tus draft there is a network bootst=
rapping

> section. How to use that in the presence of a PCE? is that correct?
> =A0 =A0 * [Maria Rita] 6tus draft needs to define something on how the=
 network

> interacts with the PCE.

> =A0 =A0 * [Pascal] Discovery of the PCE. Talked to JP Vasseur. The loc=
ation of

> the PCE can be advertised in the routing protocol, using RPL, DIO,

> placeholder.

> =A0 =A0 * [Maria Rita] RPL in both directions, DAO msgs to the PCE as =
well.

> =A0 =A0 * [Thomas] This does require RPL to run on the backbone.

> * 6tus split

> =A0 =A0 * Thomas presents slides.

> =A0 =A0 * Fear is that 6tus is becoming bigger and bigger. It becomes =
to big.

> Michael pointing that we need to keep it as one until BoF and identify=
 how

> to split it.

> =A0 =A0 * Goal of this discussion is to gather some ideas about how to=
 split

> the draft, not to split it right away. Split may happen after the BoF,=


> when

> we have enough material.

> =A0 =A0 * 4 pieces:

> =A0 =A0 =A0 =A0 * 6tus specification

> =A0 =A0 =A0 =A0 * 6tus for centralized: 6tus provides commands to the =
PCE. How the

> PCE talks to the nodes is another challenge.

> =A0 =A0 =A0 =A0 * 6tus for distributed: negotiation protocol

> =A0 =A0 =A0 =A0 * 6tus support for label switching: how to manage the =
labels and

> switch packets on a track.

> =A0 =A0 * [Pascal] protocol between the PCE and 6tus should be in a di=
fferent

> document.

> =A0 =A0 * [Xavi] Switching needs some little mechanism that needs to b=
e

> described out of the architecture draft.

> =A0 =A0 * [Pascal] In conclusion, architecture we expect a lot from it=
, we

> need

> a good description of all components and that must be ready before Ber=
lin.

> =A0 =A0 * [Thomas] Time to start working on that too.


> _______________________________________________

> 6tsch mailing list

> 6tsch@ietf.org

> https://www.ietf.org/mailman/listinfo/6tsch

>









--047d7b67604423b5d604dd5bc9ee--

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From: Thomas Watteyne 
Date: Wed, 22 May 2013 23:50:41 -0700
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To: 6TSCH <6tsch@ietf.org>
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Subject: [6tsch] 6tus label switching: summary and discussion
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All,

We have been talking about 6tus-based label switching in recent
conversations. Let's finalize this discussion so it can make its way into
the 6tus draft.

Here is a summary of what I took from those conversations:
- an inbound packet has an implicit label which is its
slotOffset/channelOffset (i.e. there if no explicit label inside a packet)
- the mote contains a switching table which maps this label to an outbound
cell.
- the packet is queued to be sent over that cell.
- it is up to an upper layer (PCE or distributed protocol) to construct
label switched tracks which correspond to some traffic class.
- it is up to the ingress point to map a packet onto the appropriate label
switched track (LST). This ingress point can be the source node inside the
LLN, or the BBR for a packet coming from outside. In the latter case, the
DSCP of the inbound packet will probably be used for mapping to a FEC.

*Thoughts?*

A number of issues appeared in the discussion, which we need to answer.

*Hop limit*

As with all label switching approaches, one problem is that a packet ends
up traveling multiple hops, without the IPv6's hop limit being decremented
as it gets switched.

There needs to be a mechanism in the way the switching is done so the hop
limit reflects the number of hops the packet traveled over. I can think of
two traditional ways of doing this:
1. a copy of the IP header's hop limit is carried in the label stack. That
copy is decremented at each hop, and copied back into the IP header when
leaving the LST (RFC3443)
2. the ingress point knows the number of hops of the LST it is sending the
packet into, and decrements the hop limits before it enters the track
(RFC3034)

I believe option 1 can not be used if we use an implicit label. Can someone
shed some light on how this is done in GMPLS?

Option 2 might be usable for downstream packets, if the root has DAO
information allowing it to compute a source route. A mote's RPL rank also
indicates something about its "distance" to the root, but it's unclear to
me how that can translate into a TTL decrement.

*Do we need to carry an explicit TTL even when using implicit label?*

*MIMO*
*
*
A bundle (see
http://tools.ietf.org/html/draft-palattella-6tsch-terminology-00) can
contain multiple cells, which are equivalent. Even better, there can be
multiple inbound and multiple outbound cells.

*What impact does this have on the label switching table inside a node?*

Thomas

--047d7b604f1005f9b304dd5d1bce
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


All,


We have been talking about 6tus-based label switching i=
n recent conversations. Let's=A0finalize=A0this discussion so it can ma=
ke its way into the 6tus draft.


Here is a summary of what I took from those conversations:
- an i=
nbound packet has an implicit label which is its slotOffset/channelOffset (=
i.e. there if no explicit label inside a packet)

- the mote contains a switching table which maps this label to an outbound =
cell.
- the packet is queued to be sent over that cell.
- it is up to an upper layer (PCE or distributed protocol) to construct la=
bel switched tracks which correspond to some traffic class.




- it is up to the ingress point to map a packet onto the appropriate l=
abel switched track (LST). This ingress point can be the source node inside=
 the LLN, or the BBR for a packet coming from outside. In the latter case, =
the DSCP of the inbound packet will probably be used for mapping to a FEC.<=
/div>




Thoughts?

A number of i=
ssues appeared in the discussion, which we need to answer.

Hop limit


As with all label switching approaches, one problem is that =
a packet ends up traveling multiple hops, without the IPv6's hop limit =
being decremented as it gets switched.



There needs to be a mechanism in the way the switching is done so the =
hop limit reflects the number of hops the packet traveled over. I can think=
 of two traditional ways of doing this:
1. a copy of the IP heade=
r's hop limit is carried in the label stack. That copy is decremented a=
t each hop, and copied back into the IP header when leaving the LST (RFC344=
3)




2. the ingress point knows the number of hops of the LST it is sending=
 the packet into, and decrements the hop limits before it enters the track =
(RFC3034)

I believe option 1 can not be used if we=
 use an implicit label. Can someone shed some light on how this is done in =
GMPLS?





Option 2 might be=A0usable=A0for downstream packets, if=
 the root has DAO information allowing it to compute a source route. A mote=
's RPL rank also indicates something about its "distance" to =
the root, but it's unclear to me how that can translate into a TTL decr=
ement.





Do we need to carry an explicit TTL even when using =
implicit label?

MIMO

<=
/u>
A bundle (see=A0http://tools.ietf.org/htm=
l/draft-palattella-6tsch-terminology-00) can contain multiple cells, wh=
ich are equivalent. Even better, there can be multiple inbound and multiple=
 outbound cells.





What impact does this have on the label switching ta=
ble inside a node?

Thomas

=



--047d7b604f1005f9b304dd5d1bce--

From pthubert@cisco.com  Thu May 23 03:41:28 2013
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From: "Pascal Thubert (pthubert)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: logo challenge
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Date: Thu, 23 May 2013 10:41:19 +0000
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Dear all:

We need a logo. Everyone has a logo. Can't live without a logo!
Maybe that's sad, but that can be a lot of fun too. So here's a challenge.
Pick your pen, airbrush, and whatever cool tool you have, and show us what =
you can do.

Tip: I'd love to see that the logo illustrates that we do IPv6, and that th=
e TSCH MAC hops from channel to channel at scheduled times.

Cheers

Pascal

Don't be shy! I'm not, see below:


[cid:image001.png@01CE57B2.BA0DB9E0]

--_000_E045AECD98228444A58C61C200AE1BD8412FB2D4xmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
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Dear all:


 


We need a logo. Everyone has a logo. Can’t liv=
e without a logo!


Maybe that’s sad, but that can be a lot of fun=
 too. So here’s a challenge.


Pick your pen, airbrush, and whatever cool tool you =
have, and show us what you can do.


 


Tip: I’d love to see that the logo illustrates=
 that we do IPv6, and that the TSCH MAC hops from channel to channel at sch=
eduled times.


 


Cheers


 


Pascal


 


Don’t be shy! I’m not, see below:


 


 








--_000_E045AECD98228444A58C61C200AE1BD8412FB2D4xmbrcdx01ciscoc_--

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From qinwang@berkeley.edu  Thu May 23 06:18:14 2013
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Date: Thu, 23 May 2013 06:18:08 -0700
From: "Qin Wang" 
To: "Thomas Watteyne" 
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Subject: Re: [6tsch] minutes WebEx 17 May 2013
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Yes, you are right.

Qin


> Qin,
> Quick question: by maintenance, do you mean
> http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.8, or
> another
> section?
> Thomas
>
>
> On Wed, May 22, 2013 at 7:08 AM, Qin Wang  wrote:
>
>> Hi Thomas and Xavi,
>>
>> Thank you for taking the notes.
>>
>> Regarding to split 6tus, I think it could be better to put the two parts
>> "Statistics" and "Maintenance" in "6tus specification". How do you
>> think?
>>
>> Qin
>>
>>
>>
>> >  All,
>> >
>> > You will find the minutes of the last webex below, and the presented
>> > slides
>> > at https://bitbucket.org/6tsch/meetings/. I'm also attaching the
>> slides
>> to
>> > this e-mail.
>> >
>> > Thanks to Xavi for taking notes!
>> >
>> > Please fix anything I might have missed directly in the e-mail and
>> reply.
>> >
>> > Thomas
>> >
>> > ----
>> >
>> > # Minutes Webex 17 May 2013, 6TSCH group #
>> >
>> > Note: timestamps in PDT.
>> >
>> > Taking notes (using Etherpad)
>> > -------------------------------
>> >
>> > 1. Xavi Vilajosana
>> > 2. Thomas Watteyne
>> >
>> > Present (alphabetically)
>> > --------------------------
>> >
>> > * Alfredo Grieco
>> > * Guillaume Gaillard
>> > * Maria Rita Palattella
>> > * Pascal Thubert
>> > * Pouria Zand
>> > * Raghuram Sudhaakar
>> > * Ted Lemon
>> > * Thomas Watteyne
>> > * Tom Phinney
>> > * Xavi Vilajosana
>> >
>> > Recording
>> > ---------
>> >
>> > * Webex recording (audio+slides,streaming)
>> > *
>> >
>> https://cisco.webex.com/ciscosales/lsr.php?AT=pb&SP=MC&rID=68327792&rKey=407f3d02c262c98d[60min]
>> >
>> > Slides
>> > ------
>> >
>> > * attached
>> >
>> > Agenda
>> > ------
>> >
>> > * BoF in Berlin [40min]
>> > * Bootstrapping [5min]
>> > * 6tus split [15min]
>> >
>> > Minutes
>> > -------
>> >
>> > * [08.05] Meeting starts
>> > * [08.06] Pascal presents agenda
>> > * [08.05] visibility of 6TSCH
>> >     * Goal: present Ted with all the information
>> >     * visibility of the work is everybody's responsibilities
>> >      * what we alredy did: paper at Industrial Track esIoT. Maria Rita
>> to
>> > present it in Taiwan.
>> >     * we are participating in IERC Cluster Book 2013.
>> > * [08.07] BoF in Berlin
>> >     * Pascal presents slides.
>> >     * BOF: full name and acronym: Deterministic IPv6 over
>> IEEE802.15.4e
>> > Timeslotted Ch.Hopping (6TSCH)
>> >     * AREA: INT
>> >     * Two chairs:
>> >     * [TED]:
>> >         * It's a good idea to have the WG chairs not do most of the
>> work.
>> >         * Should the Chairs of the BOF different than the Chairs of
>> the
>> > working group? There is no strong requirement but the constraint is
>> the
>> > division of work.
>> >     * [Pascal] Thomas and Pascal are candidates for chairing the
>> working
>> > group. Thomas and Pascal initial chairs of the BoF but this can be
>> > changed.
>> >     * Requested 2.5h. Day? Per Adrian's remark probably Monday or
>> Tuesday
>> > since long session requested.
>> >     * [Maria Rita] It would be good to request a particular date.
>> Doodle?
>> >     * [Thomas] Unfortunately, we can not request much. We can make a
>> > suggestion (at most), but IETF schedule will depend on lots of
>> > constraints.
>> >     * Agenda:
>> >         * first 30 min about discussing model and architecture (TSCH).
>> > Identify missing parts and weak items. Explain why this is a IETF
>> work.
>> > Why
>> > not at IEEE. Routing area work, including ROLL and other PCE, RSVP,
>> NSIS.
>> >         * then 60min for work items. Then done after 1.5h
>> >         * last 1h for discussion, but will be clear whether WG has
>> been
>> > create
>> >     * [Ted]: using RPL in L2 or L3?
>> >     * [Pascal]: L3. We are not in competition with L2R for example. We
>> use
>> > RPL as is, we might define a OF, but no changes to RPL.
>> >     * [Ted]: asks because need to coordinate with IEEE.
>> >     * [Pascal] will talk to Norman Finn who is at IEEE meeting this
>> week
>> >     * [Pascal] asks for comments about BoF request form
>> >     * [Xavi] is the term "routing" not too restrictive in the
>> sentence?
>> >     * [Pascal, Thomas] good point. Need new work. "Operation?
>> Management?"
>> > What about security?
>> >     * [Pascal] we could use "architecture" which covers everything.
>> >     * [Alfredo] we could use an "architecture that supports
>> centralized
>> > and
>> > distributed routing and resource allocation over a TSCH based mesh"
>> >     * Pascal modifies the slides live.
>> >     * [Thomas] Would be good to have a written backup (charter,
>> > requirements, architecture, etc.) we can point people to during
>> questions.
>> > The architecture draft and possibly requirements drafts should be our
>> > background document.
>> >     > The attached slide are the final ones, i.e. the ones with
>> Pascal's
>> > live changes.
>> >     * [Pascal] goes through recommendations from Mark
>> >         * we need to control the scope, don't scare people off.
>> >         * if too complex, we need requirements draft. Analyze what
>> needs
>> > to
>> > be done before doing the work. One case: centralized computation.
>> There's
>> > a
>> > lot to be done. Very unclear so we discussed whether we can commit to
>> that
>> > draft or write requirements.
>> >         * [Thomas] requirements draft, if we have a question of gap
>> > analysis we should refer to the requirements draft. So we need to make
>> > sure
>> > that we have this information in the requirements draft.
>> >         * [Ted] much easier to get approved
>> >         * We need to inspire confidence that we can achieve. We need
>> to
>> > say
>> > that what we plan on doing is doable. There are already several known
>> > issues (ISA, WHART, ZIP). We don't plan to do the work at 6TSCH, we
>> can
>> > push to other WGs.
>> >         * Clear understanding of gap analysis. We already have a gap
>> > analysis as part of the charter.
>> >     * Description of the BOF:
>> >     * [Tom] let's use the term "sublayer" for G-MPLS
>> >     * [Pascal] Done.
>> >     * [Pascal] Will also add links to the drafts already published.
>> >     * [Pascal] all good?
>> >     * [all] no objection
>> >     * [Pascal] what's the state of COMAN? Probably just ML
>> >     * [Pascal] Marc suggested 50 attendees, might be more, put 60
>> >     * [Pascal] to send slides to Ted
>> >     * [Ted] need to include how many people on the ML.
>> >     * Show activity:
>> >         * Weekly call, Draft and Repos, ML 135 members.
>> >         * [Thomas] I'm convinced that we have the dream team to do
>> this
>> > work.
>> >     * [Pascal] Will do. Currently 135.
>> >     * Conflicts to avoid with the following groups or pre-groups
>> >         * ROLL
>> >         * 6MAN
>> >         * COAP
>> >         * COMAN
>> >         * INTAREA
>> >         * RTGAREA
>> >     * external relations:
>> >         * keep external informal relations and participate in other
>> > groups.
>> >         * heathrow group
>> >         * ISA100.20
>> > * Network Bootstrapping
>> >     * Maria Rita presents slide.
>> >     * how do we setup the network?
>> >         * 15.4e network formation are not defined.
>> >         * several optional features
>> >         * several issues at network formation.
>> >     * 6tus tries to cover that
>> >     * security and authentication setup phase. Before defining and
>> > distributing the schedule, we need a mechanism to avoid collisions
>> between
>> > the nodes. How do we collect all the
>> >    information so the PCE can compute the schedule?
>> >     * [Thomas] In the current 6tus draft there is a network
>> bootstrapping
>> > section. How to use that in the presence of a PCE? is that correct?
>> >     * [Maria Rita] 6tus draft needs to define something on how the
>> network
>> > interacts with the PCE.
>> >     * [Pascal] Discovery of the PCE. Talked to JP Vasseur. The
>> location
>> of
>> > the PCE can be advertised in the routing protocol, using RPL, DIO,
>> > placeholder.
>> >     * [Maria Rita] RPL in both directions, DAO msgs to the PCE as
>> well.
>> >     * [Thomas] This does require RPL to run on the backbone.
>> > * 6tus split
>> >     * Thomas presents slides.
>> >     * Fear is that 6tus is becoming bigger and bigger. It becomes to
>> big.
>> > Michael pointing that we need to keep it as one until BoF and identify
>> how
>> > to split it.
>> >     * Goal of this discussion is to gather some ideas about how to
>> split
>> > the draft, not to split it right away. Split may happen after the BoF,
>> > when
>> > we have enough material.
>> >     * 4 pieces:
>> >         * 6tus specification
>> >         * 6tus for centralized: 6tus provides commands to the PCE. How
>> the
>> > PCE talks to the nodes is another challenge.
>> >         * 6tus for distributed: negotiation protocol
>> >         * 6tus support for label switching: how to manage the labels
>> and
>> > switch packets on a track.
>> >     * [Pascal] protocol between the PCE and 6tus should be in a
>> different
>> > document.
>> >     * [Xavi] Switching needs some little mechanism that needs to be
>> > described out of the architecture draft.
>> >     * [Pascal] In conclusion, architecture we expect a lot from it, we
>> > need
>> > a good description of all components and that must be ready before
>> Berlin.
>> >     * [Thomas] Time to start working on that too.
>> > _______________________________________________
>> > 6tsch mailing list
>> > 6tsch@ietf.org
>> > https://www.ietf.org/mailman/listinfo/6tsch
>> >
>>
>>
>>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>



From xvilajosana@eecs.berkeley.edu  Thu May 23 07:21:21 2013
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Date: Thu, 23 May 2013 07:21:00 -0700
From: Xavier Vilajosana 
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Subject: Re: [6tsch] logo challenge
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This is a multi-part message in MIME format.
--------------040602040705080203090906
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--------------070100010502000005040605
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that's my proposal.. maybe other fonts can be used :-)
X

Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
>
> Dear all:
>
> We need a logo. Everyone has a logo. Can't live without a logo!
>
> Maybe that's sad, but that can be a lot of fun too. So here's a challenge.
>
> Pick your pen, airbrush, and whatever cool tool you have, and show us 
> what you can do.
>
> Tip: I'd love to see that the logo illustrates that we do IPv6, and 
> that the TSCH MAC hops from channel to channel at scheduled times.
>
> Cheers
>
> Pascal
>
> Don't be shy! I'm not, see below:
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


--------------070100010502000005040605
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that's my proposal.. maybe other fonts
      can be used :-)

      X

      

      Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:

    

    

      
      
      
      
      

        
Dear all:

        
 

        
We need a logo. Everyone has a logo. Can’t
          live without a logo!

        
Maybe that’s sad, but that can be a lot of
          fun too. So here’s a challenge.

        
Pick your pen, airbrush, and whatever cool
          tool you have, and show us what you can do.

        
 

        
Tip: I’d love to see that the logo
          illustrates that we do IPv6, and that the TSCH MAC hops from
          channel to channel at scheduled times.

        
 

        
Cheers

        
 

        
Pascal

        
 

        
Don’t be shy! I’m not, see below:

        
 

        
 

        

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


    

    

  


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////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////
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From jmmh@dei.uc.pt  Thu May 23 07:27:51 2013
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From: "Jorge Henriques [eden]" 
Date: Thu, 23 May 2013 15:26:45 +0100
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To: Xavier Vilajosana 
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Subject: Re: [6tsch] logo challenge
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I like the blue "pattern". I would erase the "V6" and write 6TSCH instead
of TSCH at the right.

Jorge Henriques


On Thu, May 23, 2013 at 3:21 PM, Xavier Vilajosana <
xvilajosana@eecs.berkeley.edu> wrote:

>  that's my proposal.. maybe other fonts can be used :-)
> X
>
> Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
>
>  Dear all:****
>
> ** **
>
> We need a logo. Everyone has a logo. Can=92t live without a logo!****
>
> Maybe that=92s sad, but that can be a lot of fun too. So here=92s a chall=
enge.
> ****
>
> Pick your pen, airbrush, and whatever cool tool you have, and show us wha=
t
> you can do.****
>
> ** **
>
> Tip: I=92d love to see that the logo illustrates that we do IPv6, and tha=
t
> the TSCH MAC hops from channel to channel at scheduled times.****
>
> ** **
>
> Cheers****
>
> ** **
>
> Pascal****
>
> ** **
>
> Don=92t be shy! I=92m not, see below:****
>
> ** **
>
> ** **
>
> ****
>
>
> _______________________________________________
> 6tsch mailing list6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/6ts=
ch
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

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I like the blue "pattern". I would erase the &qu=
ot;V6" and write 6TSCH instead of TSCH at the right.

Jorge Henriques




On Thu, May 23, 2013 at 3:21 PM, Xavier Vilajosana <xvilajosan=
a@eecs.berkeley.edu> wrote:



 =20
   =20
 =20
  

    
that's my proposal.. maybe other fonts
      can be used :-)

      X

      

      Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:

    

    

     =20
     =20
     =20
     =20
      

        
Dear all:

        
=A0

        
We need a logo. Everyone has a logo. Can=92t
          live without a logo!

        
Maybe that=92s sad, but that can be a lot of
          fun too. So here=92s a challenge.

        
Pick your pen, airbrush, and whatever cool
          tool you have, and show us what you can do.

        
=A0

        
Tip: I=92d love to see that the logo
          illustrates that we do IPv6, and that the TSCH MAC hops from
          channel to channel at scheduled times.

        
=A0

        
Cheers

        
=A0

        
Pascal

        
=A0

        
Don=92t be shy! I=92m not, see below:=


        
=A0

        
=A0

        

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
h=
ttps://www.ietf.org/mailman/listinfo/6tsch


    

    

  



_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch





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From pthubert@cisco.com  Thu May 23 07:39:29 2013
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From: "Pascal Thubert (pthubert)" 
To: Xavier Vilajosana , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] logo challenge
Thread-Index: Ac5Xofa755+XNo71TUmrw3WE+wK+QwASLGwAAAnt8oA=
Date: Thu, 23 May 2013 14:39:17 +0000
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Subject: Re: [6tsch] logo challenge
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Hello Xavi:

Could you make the blue pattern look more like a track, always progressing =
left to right?
Ideally though difficult to achieve we could read the TSCH letters in the w=
hite squares ...

cheers

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of X=
avier Vilajosana
Sent: jeudi 23 mai 2013 16:21
To: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

that's my proposal.. maybe other fonts can be used :-)
X

Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
Dear all:

We need a logo. Everyone has a logo. Can't live without a logo!
Maybe that's sad, but that can be a lot of fun too. So here's a challenge.
Pick your pen, airbrush, and whatever cool tool you have, and show us what =
you can do.

Tip: I'd love to see that the logo illustrates that we do IPv6, and that th=
e TSCH MAC hops from channel to channel at scheduled times.

Cheers

Pascal

Don't be shy! I'm not, see below:


[cid:image001.png@01CE57D3.F1B94550]




_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch


--_000_E045AECD98228444A58C61C200AE1BD8412FB846xmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
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Hello Xavi:


 


Could you make the blu=
e pattern look more like a track, always progressing left to right?


Ideally though difficu=
lt to achieve we could read the TSCH letters in the white squares …


 


cheers


 




Pascal




 






From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf=
.org]
On Behalf Of Xavier Vilajosana

Sent: jeudi 23 mai 2013 16:21

To: 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge






 




that's my proposal.. maybe other fonts can be used :=
-)

X



Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:





Dear all:


 


We need a logo. Everyone has a logo. Can’t liv=
e without a logo!


Maybe that’s sad, but that can be a lot of fun=
 too. So here’s a challenge.


Pick your pen, airbrush, and whatever cool tool you =
have, and show us what you can do.


 


Tip: I’d love to see that the logo illustrates=
 that we do IPv6, and that the TSCH MAC hops from channel to channel at sch=
eduled times.


 


Cheers


 


Pascal


 


Don’t be shy! I’m not, see below:


 


 













_______________________________________________


6tsch mailing list


6tsch@ietf.org


https://www.ie=
tf.org/mailman/listinfo/6tsch




 






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From maria-rita.palattella@uni.lu  Thu May 23 07:56:05 2013
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From: Maria Rita PALATTELLA 
To: "Pascal Thubert (pthubert)" , Xavier Vilajosana , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] logo challenge
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Date: Thu, 23 May 2013 14:55:53 +0000
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Pascal, I had something similar in mind.
This is an idea. We may try to merge mine with Xavi's one and improve both.
What do you think?
Maria Rita
________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of Pascal T=
hubert (pthubert) [pthubert@cisco.com]
Sent: Thursday, May 23, 2013 4:39 PM
To: Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

Hello Xavi:

Could you make the blue pattern look more like a track, always progressing =
left to right?
Ideally though difficult to achieve we could read the TSCH letters in the w=
hite squares =85

cheers

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of X=
avier Vilajosana
Sent: jeudi 23 mai 2013 16:21
To: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

that's my proposal.. maybe other fonts can be used :-)
X

Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
Dear all:

We need a logo. Everyone has a logo. Can=92t live without a logo!
Maybe that=92s sad, but that can be a lot of fun too. So here=92s a challen=
ge.
Pick your pen, airbrush, and whatever cool tool you have, and show us what =
you can do.

Tip: I=92d love to see that the logo illustrates that we do IPv6, and that =
the TSCH MAC hops from channel to channel at scheduled times.

Cheers

Pascal

Don=92t be shy! I=92m not, see below:


[cid:image001.png@01CE57D3.F1B94550]




_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch


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Pascal, I had something similar in mind.

This is an idea. We may try to merge mine with Xavi's one and improve both.=


What do you think?

Maria Rita




From: 6tsch-bounces@ietf.org [6tsch-bounc=
es@ietf.org] on behalf of Pascal Thubert (pthubert) [pthubert@cisco.com]
Sent: Thursday, May 23, 2013 4:39 PM

To: Xavier Vilajosana; 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge












Hello Xavi:


 


Could you make the blu=
e pattern look more like a track, always progressing left to right?<=
/p>

Ideally though difficu=
lt to achieve we could read the TSCH letters in the white squares =85


 


cheers


 




Pascal




 






From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@=
ietf.org]
On Behalf Of Xavier Vilajosana

Sent: jeudi 23 mai 2013 16:21

To: 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge






 




that's my proposal.. maybe other fonts can be used :=
-)

X



Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:






Dear all:


 


We need a logo. Everyone has a logo. Can=92t live wi=
thout a logo!


Maybe that=92s sad, but that can be a lot of fun too=
. So here=92s a challenge.


Pick your pen, airbrush, and whatever cool tool you =
have, and show us what you can do.


 


Tip: I=92d love to see that the logo illustrates tha=
t we do IPv6, and that the TSCH MAC hops from channel to channel at schedul=
ed times.


 


Cheers


 


Pascal


 


Don=92t be shy! I=92m not, see below:


 


 













_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch




 












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From dominique.barthel@orange.com  Thu May 23 08:04:35 2013
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From: 
To: "Jorge Henriques [eden]" , Xavier Vilajosana 
Thread-Topic: [6tsch] logo challenge
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Date: Thu, 23 May 2013 15:04:27 +0000
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Subject: Re: [6tsch] logo challenge
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--_000_8F1D83ADCC1AC94186A867BEE9B7D91306D5C031PEXCVZYM13corpo_
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Hello all,

I too like the checkerboard board pattern, I had a similar idea in mind alt=
hough I haven't taken the time to produce some drawing.
My twist was to write the 6 T S C H characters inside the checker board cel=
ls, along the track.
Since we have so many talented artists with time on their hands on the mail=
ing list, I thought I would just float the idea instead of actually impleme=
nting it.
Best,

Dominique

De : 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] De la part de J=
orge Henriques [eden]
Envoy=E9 : jeudi 23 mai 2013 16:27
=C0 : Xavier Vilajosana
Cc : 6tsch@ietf.org
Objet : Re: [6tsch] logo challenge

I like the blue "pattern". I would erase the "V6" and write 6TSCH instead o=
f TSCH at the right.

Jorge Henriques

On Thu, May 23, 2013 at 3:21 PM, Xavier Vilajosana > wrote:
that's my proposal.. maybe other fonts can be used :-)
X

Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
Dear all:

We need a logo. Everyone has a logo. Can't live without a logo!
Maybe that's sad, but that can be a lot of fun too. So here's a challenge.
Pick your pen, airbrush, and whatever cool tool you have, and show us what =
you can do.

Tip: I'd love to see that the logo illustrates that we do IPv6, and that th=
e TSCH MAC hops from channel to channel at scheduled times.

Cheers

Pascal

Don't be shy! I'm not, see below:


[cid:image001.png@01CE57D7.94FFF2B0]


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Content-Type: text/html; charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable











Hello all,=



 =
;


I too like=
 the checkerboard board pattern, I had a similar idea in mind although I ha=
ven’t taken the time to produce some drawing.


My twist w=
as to write the 6 T S C H characters inside the checker board cells, along =
the track.


Since we h=
ave so many talented artists with time on their hands on the mailing list, =
I thought I would just float the idea instead of actually
 implementing it.


Best,



Dominique


 <=
/p>

De : 6tsc=
h-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
De la part de Jorge Henriques [eden]

Envoy=E9 : jeudi 23 mai 2013 16:27

=C0 : Xavier Vilajosana

Cc : 6tsch@ietf.org

Objet : Re: [6tsch] logo challenge


 




I like the blue "pattern". I would erase t=
he "V6" and write 6TSCH instead of TSCH at the right.<=
/p>



 






Jorge Henriques








 




On Thu, May 23, 2013 at 3:21 PM, Xavier Vilajosana &=
lt;xvila=
josana@eecs.berkeley.edu> wrote:






that's my proposal.. maybe other fonts can be used :=
-)

X



Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:












Dear all:


 


We need a logo. Everyone has a logo. Can’t live without a lo=
go!


Maybe that’s sad, but that can be a lot of fun too. So here&=
#8217;s a challenge.


Pick your pen, airbrush, and whatever cool tool you have, and show=
 us what you can do.


 


Tip: I’d love to see that the logo illustrates that we do IP=
v6, and that the TSCH MAC hops from channel to channel at scheduled times.<=
o:p>


 


Cheers


 


Pascal


 


Don’t be shy! I’m not, see below:


 


 






 






_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch




 






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From pthubert@cisco.com  Thu May 23 08:12:31 2013
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From: "Pascal Thubert (pthubert)" 
To: Maria Rita PALATTELLA , Xavier Vilajosana , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] logo challenge
Thread-Index: Ac5Xofa755+XNo71TUmrw3WE+wK+QwADgVQAAACjeIAABK83zgAAn0RQ
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Subject: Re: [6tsch] logo challenge
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I like the 2nd better : ) but both are a bit hard to read.

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of M=
aria Rita PALATTELLA
Sent: jeudi 23 mai 2013 16:56
To: Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

Pascal, I had something similar in mind.
This is an idea. We may try to merge mine with Xavi's one and improve both.
What do you think?
Maria Rita
________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@=
ietf.org] on behalf of Pascal Thubert (pthubert) [pthubert@cisco.com]
Sent: Thursday, May 23, 2013 4:39 PM
To: Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge
Hello Xavi:

Could you make the blue pattern look more like a track, always progressing =
left to right?
Ideally though difficult to achieve we could read the TSCH letters in the w=
hite squares ...

cheers

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Xavier Vilajosana
Sent: jeudi 23 mai 2013 16:21
To: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

that's my proposal.. maybe other fonts can be used :-)
X

Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
Dear all:

We need a logo. Everyone has a logo. Can't live without a logo!
Maybe that's sad, but that can be a lot of fun too. So here's a challenge.
Pick your pen, airbrush, and whatever cool tool you have, and show us what =
you can do.

Tip: I'd love to see that the logo illustrates that we do IPv6, and that th=
e TSCH MAC hops from channel to channel at scheduled times.

Cheers

Pascal

Don't be shy! I'm not, see below:


[cid:image001.png@01CE57D8.96236EA0]



_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch


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I like the 2nd better : ) but both are a bit hard to read.=



 




Pascal




 






From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf=
.org]
On Behalf Of Maria Rita PALATTELLA

Sent: jeudi 23 mai 2013 16:56

To: Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge






 




Pascal, I had something similar in mind.=


This is an idea. We may try to merge mine with Xavi's one and improve both.=


What do you think?

Maria Rita












From:<=
/span>
6tsch-bounces@ietf.org [6tsch=
-bounces@ietf.org] on behalf of Pascal Thubert (pthubert) [pthubert@cisco.c=
om]

Sent: Thursday, May 23, 2013 4:39 PM

To: Xavier Vilajosana; 6tsch@ietf.=
org

Subject: Re: [6tsch] logo challenge








Hello Xavi:


 


Could you make the blu=
e pattern look more like a track, always progressing left to right?<=
o:p>


Ideally though difficu=
lt to achieve we could read the TSCH letters in the white squares …


 


cheers


 




Pascal




 






From:
6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana

Sent: jeudi 23 mai 2013 16:21

To: 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge






 




that's my proposal.. maybe other fonts can be used :=
-)

X



Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:





Dear all:


 


We need a logo. Everyone has a logo. Can’t liv=
e without a logo!


Maybe that’s sad, but that can be a lot of fun=
 too. So here’s a challenge.


Pick your pen, airbrush, and whatever cool tool you =
have, and show us what you can do.


 


Tip: I’d love to see that the logo illustrates=
 that we do IPv6, and that the TSCH MAC hops from channel to channel at sch=
eduled times.


 


Cheers


 


Pascal


 


Don’t be shy! I’m not, see below:


 


 











_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch




 














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From xvilajosana@eecs.berkeley.edu  Thu May 23 09:06:18 2013
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Subject: Re: [6tsch] 6tus label switching: summary and discussion
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Hi Thomas,

this is really a very interesting feature for TSCH networks. As regards 
to the hop limit, the case is identical as tunnelling, and IMHO a little 
drawback of GMPLS, as labels are implicit there is no TTL or hop limit 
field on the label switching. Note that from the IP point of view the 
track will be one hop (as if this was a tunnel).

There are a couple of RFCs that address that issue for MPLS, we should 
go in detail through them and see if this applies to our case.

http://tools.ietf.org/html/rfc3443
http://tools.ietf.org/html/rfc5462

As regards to the mapping of input time slots to output time slots, we 
can also provide many to many mappings, i.e several input cells can be 
mapped to several output cells because all of them are in the same 
bundle. Given that approach then we can provide fancy load balancing 
techniques so output cells are used more fairly. Other approaches might 
try to minimize distance between input cells and output cells so latency 
is optimized, this however might have some impact on the cell usage 
pattern as some cells will be used more times than others for a specific 
traffic pattern.

what do you think?
X

Al 22/05/13 23:50, En/na Thomas Watteyne ha escrit:
> All,
>
> We have been talking about 6tus-based label switching in recent 
> conversations. Let's finalize this discussion so it can make its way 
> into the 6tus draft.
>
> Here is a summary of what I took from those conversations:
> - an inbound packet has an implicit label which is its 
> slotOffset/channelOffset (i.e. there if no explicit label inside a packet)
> - the mote contains a switching table which maps this label to an 
> outbound cell.
> - the packet is queued to be sent over that cell.
> - it is up to an upper layer (PCE or distributed protocol) to 
> construct label switched tracks which correspond to some traffic class.
> - it is up to the ingress point to map a packet onto the appropriate 
> label switched track (LST). This ingress point can be the source node 
> inside the LLN, or the BBR for a packet coming from outside. In the 
> latter case, the DSCP of the inbound packet will probably be used for 
> mapping to a FEC.
>
> *Thoughts?*
>
> A number of issues appeared in the discussion, which we need to answer.
>
> _Hop limit_
>
> As with all label switching approaches, one problem is that a packet 
> ends up traveling multiple hops, without the IPv6's hop limit being 
> decremented as it gets switched.
>
> There needs to be a mechanism in the way the switching is done so the 
> hop limit reflects the number of hops the packet traveled over. I can 
> think of two traditional ways of doing this:
> 1. a copy of the IP header's hop limit is carried in the label stack. 
> That copy is decremented at each hop, and copied back into the IP 
> header when leaving the LST (RFC3443)
> 2. the ingress point knows the number of hops of the LST it is sending 
> the packet into, and decrements the hop limits before it enters the 
> track (RFC3034)
>
> I believe option 1 can not be used if we use an implicit label. Can 
> someone shed some light on how this is done in GMPLS?
>
> Option 2 might be usable for downstream packets, if the root has DAO 
> information allowing it to compute a source route. A mote's RPL rank 
> also indicates something about its "distance" to the root, but it's 
> unclear to me how that can translate into a TTL decrement.
>
> *Do we need to carry an explicit TTL even when using implicit label?*
>
> _MIMO_
> _
> _
> A bundle (see 
> http://tools.ietf.org/html/draft-palattella-6tsch-terminology-00) can 
> contain multiple cells, which are equivalent. Even better, there can 
> be multiple inbound and multiple outbound cells.
>
> *What impact does this have on the label switching table inside a node?*
>
> Thomas
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


--------------020206080502080009090004
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Hi Thomas,

      

      this is really a very interesting feature for TSCH networks. As
      regards to the hop limit, the case is identical as tunnelling, and
      IMHO a little drawback of GMPLS, as labels are implicit there is
      no TTL or hop limit field on the label switching. Note that from
      the IP point of view the track will be one hop (as if this was a
      tunnel).

      

      There are a couple of RFCs that address that issue for MPLS, we
      should go in detail through them and see if this applies to our
      case.

      

      http://tools.ietf.org/html/rfc3443

      http://tools.ietf.org/html/rfc5462

      

      As regards to the mapping of input time slots to output time
      slots, we can also provide many to many mappings, i.e several
      input cells can be mapped to several output cells because all of
      them are in the same bundle. Given that approach then we can
      provide fancy load balancing techniques so output cells are used
      more fairly. Other approaches might try to minimize distance
      between input cells and output cells so latency is optimized, this
      however might have some impact on the cell usage pattern as some
      cells will be used more times than others for a specific traffic
      pattern. 

      

      what do you think?

      X

      

      Al 22/05/13 23:50, En/na Thomas Watteyne ha escrit:

    

    

      
All,
        


        

        
We have been talking about 6tus-based label switching in
          recent conversations. Let's finalize this discussion so it can
          make its way into the 6tus draft.

        


        

        

          Here is a summary of what I took from those conversations:

        
- an inbound packet has an implicit label which is its
          slotOffset/channelOffset (i.e. there if no explicit label
          inside a packet)

        

          - the mote contains a switching table which maps this label to
          an outbound cell.

        
- the packet is queued to be sent over that cell.

        
- it is up to an upper layer (PCE or distributed protocol)
          to construct label switched tracks which correspond to some
          traffic class.

        
- it is up to the ingress point to map a packet onto the
          appropriate label switched track (LST). This ingress point can
          be the source node inside the LLN, or the BBR for a packet
          coming from outside. In the latter case, the DSCP of the
          inbound packet will probably be used for mapping to a FEC.

        


        

        
Thoughts?

        


        

        
A number of issues appeared in the discussion, which we
          need to answer.

        


        

        
Hop limit

        

          

        

        
As with all label switching approaches, one problem is that
          a packet ends up traveling multiple hops, without the IPv6's
          hop limit being decremented as it gets switched.

        


        

        
There needs to be a mechanism in the way the switching is
          done so the hop limit reflects the number of hops the packet
          traveled over. I can think of two traditional ways of doing
          this:

        
1. a copy of the IP header's hop limit is carried in the
          label stack. That copy is decremented at each hop, and copied
          back into the IP header when leaving the LST (RFC3443)

        
2. the ingress point knows the number of hops of the LST it
          is sending the packet into, and decrements the hop limits
          before it enters the track (RFC3034)

        


        

        
I believe option 1 can not be used if we use an implicit
          label. Can someone shed some light on how this is done in
          GMPLS?

        


        

        
Option 2 might be usable for downstream packets, if the
          root has DAO information allowing it to compute a source
          route. A mote's RPL rank also indicates something about its
          "distance" to the root, but it's unclear to me how that can
          translate into a TTL decrement.

        


        

        
Do we need to carry an explicit TTL even when using
            implicit label?

        


        

        
MIMO

        


          

        
A bundle (see http://tools.ietf.org/html/draft-palattella-6tsch-terminology-00)
          can contain multiple cells, which are equivalent. Even better,
          there can be multiple inbound and multiple outbound cells.

        


        

        
What impact does this have on the label switching table
            inside a node?

        


        

        
Thomas

        


        

      

      

      

      

      
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    Rather than a checkerboard/chessboard, I much
      prefer the musical-score theme as the underlying visual motif,
      implying a progression of different notes (i.e., different
      frequencies), perhaps also showing a rest (no notes). My initial
      thought was to prefer a C-clef, but in the end I realized that
      Pascal's use of the G-clef (AKA treble clef) promoted
    greater understanding of the logo. (See
    https://en.wikipedia.org/wiki/Clef about clefs).

    

    There is one technical problem with the logo as drawn: the G-clef
    symbol is misplaced on the stave, almost one semitone too high. The
    second line of the stave (from the bottom) should go through the
    visual center of the quasi-circular curl on the clef, rather than
    below the visual center as drawn.

    

    In terms of showing a rest, that could be done by putting a
    half-note rest mark – a short horizontal bar resting on a stave line
    – to the right of the "^6TSCH", or perhaps even between the "6" and
    the "TSCH". (For musical notation of half-note rests, see
http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)

    

    It's tempting to take the musical score analogy further and add "da
    capo" markings to indicate that the whole cycle repeats from the
    beginning, but that extra clutter would take the focus away from the
    6TSCH.

    

    -Tom

    ====

    

    On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:
    

      
      
      
      
      

        
I like the 2nd better : ) but both are a
              bit hard to read.

        
 

        

          
Pascal

        

        
 

        

          

            
From: 6tsch-bounces@ietf.org
                [mailto:6tsch-bounces@ietf.org]
                On Behalf Of Maria Rita PALATTELLA

                Sent: jeudi 23 mai 2013 16:56

                To: Pascal Thubert (pthubert); Xavier Vilajosana;
                6tsch@ietf.org

                Subject: Re: [6tsch] logo challenge

          

        

        
 

        

          
Pascal,
              I had something similar in mind.

              This is an idea. We may try to merge mine with Xavi's one
              and improve both.

              What do you think?

              Maria Rita

          

            

                

              

            

              
From:
                  6tsch-bounces@ietf.org
                  [6tsch-bounces@ietf.org] on behalf of Pascal Thubert
                  (pthubert) [pthubert@cisco.com]

                  Sent: Thursday, May 23, 2013 4:39 PM

                  To: Xavier Vilajosana; 6tsch@ietf.org

                  Subject: Re: [6tsch] logo challenge

            

            

              

                
Hello Xavi:

                
 

                
Could you make the blue pattern look more
                    like a track, always progressing left to right?

                
Ideally though difficult to achieve we could
                    read the TSCH letters in the white squares …

                
 

                
cheers

                
 

                

                  
Pascal

                

                
 

                

                  

                    
From:
                        6tsch-bounces@ietf.org
                        [mailto:6tsch-bounces@ietf.org]
                        On Behalf Of Xavier Vilajosana

                        Sent: jeudi 23 mai 2013 16:21

                        To: 6tsch@ietf.org

                        Subject: Re: [6tsch] logo challenge

                  

                

                
 

                

                  
that's my proposal.. maybe other
                    fonts can be used :-)

                    X

                    

                    Al 23/05/13 03:41, En/na Pascal Thubert (pthubert)
                    ha escrit:

                

                

                  
Dear all:

                  
 

                  
We need a logo. Everyone has a
                    logo. Can’t live without a logo!

                  
Maybe that’s sad, but that can be
                    a lot of fun too. So here’s a challenge.

                  
Pick your pen, airbrush, and
                    whatever cool tool you have, and show us what you
                    can do.

                  
 

                  
Tip: I’d love to see that the
                    logo illustrates that we do IPv6, and that the TSCH
                    MAC hops from channel to channel at scheduled times.

                  
 

                  
Cheers

                  
 

                  
Pascal

                  
 

                  
Don’t be shy! I’m not, see below:

                  
 

                  
 

                  

                  


                      

                    

                  
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https://www.ietf.org/mailman/listinfo/6tsch

                

                
 

              

            

          

        

      

      

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--------------030801040104070503010907--

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Subject: Re: [6tsch] logo challenge
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I like them all, but Pascal's is awesome.  He gets my vote, perhaps with 
some of Tom's suggestions below.

ksjp

On 5/23/2013 9:30 AM, Tom Phinney wrote:
> Rather than a checkerboard/chessboard, I much prefer the musical-score 
> theme as the underlying visual motif, implying a progression of 
> different notes (i.e., different frequencies), perhaps also showing a 
> rest (no notes). My initial thought was to prefer a C-clef, but in the 
> end I realized that Pascal's use of the G-clef (AKA treble clef) 
> promoted greater understanding of the logo. (See 
> https://en.wikipedia.org/wiki/Clef about clefs).
>
> There is one technical problem with the logo as drawn: the G-clef 
> symbol is misplaced on the stave, almost one semitone too high. The 
> second line of the stave (from the bottom) should go through the 
> visual center of the quasi-circular curl on the clef, rather than 
> below the visual center as drawn.
>
> In terms of showing a rest, that could be done by putting a half-note 
> rest mark -- a short horizontal bar resting on a stave line -- to the 
> right of the "^6TSCH", or perhaps even between the "6" and the "TSCH". 
> (For musical notation of half-note rests, see 
> http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)
>
> It's tempting to take the musical score analogy further and add "da 
> capo" markings to indicate that the whole cycle repeats from the 
> beginning, but that extra clutter would take the focus away from the 
> 6TSCH.
>
> -Tom
> ====
>
> On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:
>>
>> I like the 2^nd better : ) but both are a bit hard to read.
>>
>> Pascal
>>
>> *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On 
>> Behalf Of *Maria Rita PALATTELLA
>> *Sent:* jeudi 23 mai 2013 16:56
>> *To:* Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org
>> *Subject:* Re: [6tsch] logo challenge
>>
>> Pascal, I had something similar in mind.
>> This is an idea. We may try to merge mine with Xavi's one and improve 
>> both.
>> What do you think?
>> Maria Rita
>>
>> ------------------------------------------------------------------------
>>
>> *From:*6tsch-bounces@ietf.org  
>> [6tsch-bounces@ietf.org] on behalf of Pascal Thubert (pthubert) 
>> [pthubert@cisco.com]
>> *Sent:* Thursday, May 23, 2013 4:39 PM
>> *To:* Xavier Vilajosana; 6tsch@ietf.org 
>> *Subject:* Re: [6tsch] logo challenge
>>
>> Hello Xavi:
>>
>> Could you make the blue pattern look more like a track, always 
>> progressing left to right?
>>
>> Ideally though difficult to achieve we could read the TSCH letters in 
>> the white squares ...
>>
>> cheers
>>
>> Pascal
>>
>> *From:*6tsch-bounces@ietf.org  
>> [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Xavier Vilajosana
>> *Sent:* jeudi 23 mai 2013 16:21
>> *To:* 6tsch@ietf.org 
>> *Subject:* Re: [6tsch] logo challenge
>>
>> that's my proposal.. maybe other fonts can be used :-)
>> X
>>
>> Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
>>
>>     Dear all:
>>
>>     We need a logo. Everyone has a logo. Can't live without a logo!
>>
>>     Maybe that's sad, but that can be a lot of fun too. So here's a
>>     challenge.
>>
>>     Pick your pen, airbrush, and whatever cool tool you have, and
>>     show us what you can do.
>>
>>     Tip: I'd love to see that the logo illustrates that we do IPv6,
>>     and that the TSCH MAC hops from channel to channel at scheduled
>>     times.
>>
>>     Cheers
>>
>>     Pascal
>>
>>     Don't be shy! I'm not, see below:
>>
>>
>>
>>     _______________________________________________
>>
>>     6tsch mailing list
>>
>>     6tsch@ietf.org  
>>
>>     https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


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    I like them all, but Pascal's is awesome.  He gets my vote, perhaps
    with some of Tom's suggestions below.

    

    ksjp

    

    
On 5/23/2013 9:30 AM, Tom Phinney
      wrote:

    

    

      
      Rather than a checkerboard/chessboard, I much
        prefer the musical-score theme as the underlying visual motif,
        implying a progression of different notes (i.e., different
        frequencies), perhaps also showing a rest (no notes). My initial
        thought was to prefer a C-clef, but in the end I realized that
        Pascal's use of the G-clef (AKA treble clef) promoted
      greater understanding of the logo. (See https://en.wikipedia.org/wiki/Clef
      about clefs).

      

      There is one technical problem with the logo as drawn: the G-clef
      symbol is misplaced on the stave, almost one semitone too high.
      The second line of the stave (from the bottom) should go through
      the visual center of the quasi-circular curl on the clef, rather
      than below the visual center as drawn.

      

      In terms of showing a rest, that could be done by putting a
      half-note rest mark – a short horizontal bar resting on a stave
      line – to the right of the "^6TSCH", or perhaps even between the
      "6" and the "TSCH". (For musical notation of half-note rests, see
      http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)

      

      It's tempting to take the musical score analogy further and add
      "da capo" markings to indicate that the whole cycle repeats from
      the beginning, but that extra clutter would take the focus away
      from the 6TSCH.

      

      -Tom

      ====

      

      On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:
      

        
        
        
        
        

          
I like the 2nd better : ) but both are
                a bit hard to read.

          
 

          

            
Pascal

          

          
 

          

            

              
From: 6tsch-bounces@ietf.org
                  [mailto:6tsch-bounces@ietf.org]
                  On Behalf Of Maria Rita PALATTELLA

                  Sent: jeudi 23 mai 2013 16:56

                  To: Pascal Thubert (pthubert); Xavier
                  Vilajosana; 6tsch@ietf.org

                  Subject: Re: [6tsch] logo challenge

            

          

          
 

          

            
Pascal,

                I had something similar in mind.

                This is an idea. We may try to merge mine with Xavi's
                one and improve both.

                What do you think?

                Maria Rita

            

              

                  
 

              

                
From: 6tsch-bounces@ietf.org
                    [6tsch-bounces@ietf.org]
                    on behalf of Pascal Thubert (pthubert) [pthubert@cisco.com]

                    Sent: Thursday, May 23, 2013 4:39 PM

                    To: Xavier Vilajosana; 6tsch@ietf.org

                    Subject: Re: [6tsch] logo challenge

              

              

                

                  
Hello Xavi:

                  
 

                  
Could you make the blue pattern look more
                      like a track, always progressing left to right?

                  
Ideally though difficult to achieve we
                      could read the TSCH letters in the white squares …

                  
 

                  
cheers

                  
 

                  

                    
Pascal

                  

                  
 

                  

                    

                      
From: 6tsch-bounces@ietf.org
                          [mailto:6tsch-bounces@ietf.org]
                          On Behalf Of Xavier Vilajosana

                          Sent: jeudi 23 mai 2013 16:21

                          To: 6tsch@ietf.org

                          Subject: Re: [6tsch] logo challenge

                    

                  

                  
 

                  

                    
that's my proposal.. maybe
                      other fonts can be used :-)

                      X

                      

                      Al 23/05/13 03:41, En/na Pascal Thubert (pthubert)
                      ha escrit:

                  

                  

                    
Dear all:

                    
 

                    
We need a logo. Everyone has a
                      logo. Can’t live without a logo!

                    
Maybe that’s sad, but that can
                      be a lot of fun too. So here’s a challenge.

                    
Pick your pen, airbrush, and
                      whatever cool tool you have, and show us what you
                      can do.

                    
 

                    
Tip: I’d love to see that the
                      logo illustrates that we do IPv6, and that the
                      TSCH MAC hops from channel to channel at scheduled
                      times.

                    
 

                    
Cheers

                    
 

                    
Pascal

                    
 

                    
Don’t be shy! I’m not, see
                      below:

                    
 

                    
 

                    

                    


                        

                      

                    
_______________________________________________

                    
6tsch mailing list

                    
6tsch@ietf.org

                    
https://www.ietf.org/mailman/listinfo/6tsch

                  

                  
 

                

              

            

          

        

        

_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


    

    

  


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From: Thomas Watteyne 
Date: Thu, 23 May 2013 10:46:17 -0700
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Subject: Re: [6tsch] logo challenge
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Tom,

I like the idea of a small musical score, since it conveys the idea of
frequency hopping and time synchronization well. I agree that the G clef is
more widely recognized. Plus it looks like a 6, so that's great. Instead of
a D.C., maybe just a repeat might conveys the message (double bar with two
dots)? We could leave off the opening repeat sign, and just have the
closing, in the interest of space.

Do you have a quick draw up you could send to the list (even a picture of a
hand-drawing, or something in paint)?

Thomas


On Thu, May 23, 2013 at 9:30 AM, Tom Phinney  wrote:

> **
> Rather than a checkerboard/chessboard, I much prefer the musical-score
> theme as the underlying visual motif, implying a progression of different
> notes (i.e., different frequencies), perhaps also showing a rest (no
> notes). My initial thought was to prefer a C-clef, but in the end I
> realized that Pascal's use of the G-clef (AKA treble clef) promoted
> greater understanding of the logo. (See https://en.wikipedia.org/wiki/Cle=
fabout clefs).
>
> There is one technical problem with the logo as drawn: the G-clef symbol
> is misplaced on the stave, almost one semitone too high. The second line =
of
> the stave (from the bottom) should go through the visual center of the
> quasi-circular curl on the clef, rather than below the visual center as
> drawn.
>
> In terms of showing a rest, that could be done by putting a half-note res=
t
> mark =96 a short horizontal bar resting on a stave line =96 to the right =
of the
> "^6TSCH", or perhaps even between the "6" and the "TSCH". (For musical
> notation of half-note rests, see
> http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-=
rests-a-visual-index.html
> )
>
> It's tempting to take the musical score analogy further and add "da capo"
> markings to indicate that the whole cycle repeats from the beginning, but
> that extra clutter would take the focus away from the 6TSCH.
>
> -Tom
> =3D=3D=3D=3D
>
>
> On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:
>
>  I like the 2nd better : ) but both are a bit hard to read.****
>
> ** **
>
> Pascal****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Maria Rita PALATTELLA
> *Sent:* jeudi 23 mai 2013 16:56
> *To:* Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org
> *Subject:* Re: [6tsch] logo challenge****
>
> ** **
>
> Pascal, I had something similar in mind.
> This is an idea. We may try to merge mine with Xavi's one and improve bot=
h.
> What do you think?
> Maria Rita****
>  ------------------------------
>
> *From:* 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of
> Pascal Thubert (pthubert) [pthubert@cisco.com]
> *Sent:* Thursday, May 23, 2013 4:39 PM
> *To:* Xavier Vilajosana; 6tsch@ietf.org
> *Subject:* Re: [6tsch] logo challenge****
>
> Hello Xavi:****
>
>  ****
>
> Could you make the blue pattern look more like a track, always progressin=
g
> left to right?****
>
> Ideally though difficult to achieve we could read the TSCH letters in the
> white squares =85****
>
>  ****
>
> cheers****
>
>  ****
>
> Pascal****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Xavier Vilajosana
> *Sent:* jeudi 23 mai 2013 16:21
> *To:* 6tsch@ietf.org
> *Subject:* Re: [6tsch] logo challenge****
>
>  ****
>
> that's my proposal.. maybe other fonts can be used :-)
> X
>
> Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:****
>
> Dear all:****
>
>  ****
>
> We need a logo. Everyone has a logo. Can=92t live without a logo!****
>
> Maybe that=92s sad, but that can be a lot of fun too. So here=92s a chall=
enge.
> ****
>
> Pick your pen, airbrush, and whatever cool tool you have, and show us wha=
t
> you can do.****
>
>  ****
>
> Tip: I=92d love to see that the logo illustrates that we do IPv6, and tha=
t
> the TSCH MAC hops from channel to channel at scheduled times.****
>
>  ****
>
> Cheers****
>
>  ****
>
> Pascal****
>
>  ****
>
> Don=92t be shy! I=92m not, see below:****
>
>  ****
>
>  ****
>
> ****
>
>
>
> ****
>
> _______________________________________________****
>
> 6tsch mailing list****
>
> 6tsch@ietf.org****
>
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>   ****
>
>
> _______________________________________________
> 6tsch mailing list6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/6ts=
ch
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--047d7b604f109a094904dd664357
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Tom,
I like th=
e idea of a small musical score, since it conveys the idea of frequency hop=
ping and time synchronization well. I agree that the G clef is more widely =
recognized. Plus it looks like a 6, so that's great. Instead of a D.C.,=
 maybe just a repeat might conveys the message (double bar with two dots)? =
We could leave off the opening repeat sign, and just have the closing, in t=
he interest of space.




Do you have a quick dr=
aw up you could send to the list (even a picture of a hand-drawing, or some=
thing in paint)?




Thomas



On Thu, May 23, 2=
013 at 9:30 AM, Tom Phinney <tom.phinney@cox.net> wrote:




 =20
   =20
 =20
  

    Rather than a checkerboard/chessboard, I much
      prefer the musical-score theme as the underlying visual motif,
      implying a progression of different notes (i.e., different
      frequencies), perhaps also showing a rest (no notes). My initial
      thought was to prefer a C-clef, but in the end I realized that
      Pascal's use of the G-clef (AKA treble clef) promoted
    greater understanding of the logo. (See
    https:=
//en.wikipedia.org/wiki/Clef about clefs).

    

    There is one technical problem with the logo as drawn: the G-clef
    symbol is misplaced on the stave, almost one semitone too high. The
    second line of the stave (from the bottom) should go through the
    visual center of the quasi-circular curl on the clef, rather than
    below the visual center as drawn.

    

    In terms of showing a rest, that could be done by putting a
    half-note rest mark =96 a short horizontal bar resting on a stave line
    =96 to the right of the "^6TSCH", or perhaps even between the=
 "6" and
    the "TSCH". (For musical notation of half-note rests, see
http://idiotsguides.c=
om/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.ht=
ml)



    

    It's tempting to take the musical score analogy further and add &qu=
ot;da
    capo" markings to indicate that the whole cycle repeats from the
    beginning, but that extra clutter would take the focus away from the
    6TSCH.

    

    -Tom

    =3D=3D=3D=3D


    

    On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:
    

     =20
     =20
     =20
     =20
      

        
I like the 2nd better : ) =
but both are a
              bit hard to read.

        
=
=A0

        

          
Pascal

        

        
=
=A0

        

          

            
From: 6tsch-bounces@ietf.org
                [mailto:6tsch-bounces@ietf.org]
                On Behalf Of Maria Rita PALATTELLA

                Sent: jeudi 23 mai 2013 16:56

                To: Pascal Thubert (pthubert); Xavier Vilajosana;
                6tsch@i=
etf.org

                Subject: Re: [6tsch] logo challenge

          

        

        
=A0

        

          
Pascal,
              I had something similar in mind.

              This is an idea. We may try to merge mine with Xavi's one
              and improve both.

              What do you think?

              Maria Rita

          

            

                

              

            

              
From:
                  6tsch-bounces@ietf.org
                  [6tsch-bounces@ietf.org] on behalf of Pascal Thubert
                  (pthubert) [pthubert@cisco.com]

                  Sent: Thursday, May 23, 2013 4:39 PM

                  To: Xavier Vilajosana; 6tsch@ietf.org

                  Subject: Re: [6tsch] logo challenge

            

            

              

                
Hello Xavi:

                
=A0

                
Could you make the blue pattern look more
                    like a track, always progressing left to right?<=
u>

                
Ideally though difficult to achieve we could
                    read the TSCH letters in the white squares =85

                
=A0

                
cheers

                
=A0

                

                  
Pascal

                

                
=A0

                

                  

                    
Fr=
om:
                        6tsch-bounces@ietf.org
                        [mailto:6tsch-bounces@ietf.org]
                        On Behalf Of Xavier Vilajosana

                        Sent: jeudi 23 mai 2013 16:21

                        To: 6tsch@ietf.org

                        Subject: Re: [6tsch] logo challenge

                  

                

                
=A0

                

                  
that's my proposal.. maybe oth=
er
                    fonts can be used :-)

                    X

                    

                    Al 23/05/13 03:41, En/na Pascal Thubert (pthubert)
                    ha escrit:

                

                

                  
Dear all:

                  
=A0

                  
We need a logo. Everyone has a
                    logo. Can=92t live without a logo!

                  
Maybe that=92s sad, but that can b=
e
                    a lot of fun too. So here=92s a challenge.

                  
Pick your pen, airbrush, and
                    whatever cool tool you have, and show us what you
                    can do.

                  
=A0

                  
Tip: I=92d love to see that the
                    logo illustrates that we do IPv6, and that the TSCH
                    MAC hops from channel to channel at scheduled times.=


                  
=A0

                  
Cheers

                  
=A0

                  
Pascal

                  
=A0

                  
Don=92t be shy! I=92m not, see bel=
ow:

                  
=A0

                  
=A0

                  

                  


                      

                    

                  
_______________________________________________

                  
6tsch mailing list

                  
=
6tsch@ietf.org

                  
https://www.ietf.org/mailman/listinfo/6tsch

                

                
=A0

              

            

          

        

      

      

_______________________________________________
6tsch mailing list
6tsch@ietf.org
h=
ttps://www.ietf.org/mailman/listinfo/6tsch


    

  



_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch




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Subject: Re: [6tsch] 6tus label switching: summary and discussion
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Xavi,

My feeling, from our discussions, is that, while label switching is
uber-powerful, not all packets traveling over a 6TSCH network will do so
using switching. For example, in the "best effort" case (used when
bootstrapping a network, or even during normal operation for best effort
type traffic), there will be no switching. This means that the root might
be receiving packets from the same source, but which have been both routed
and switched. To keep consistency, it would be great if those arrived at
the root with the same TTL. That is, it would be nice to be able to use the
uniform model [1], rather than the pipe models. Yet, this might require the
TLL to be carried inline, which is not really satisfying.

Thoughts?

Let me start another e-mail thread for the load balancing case, since I
believe this has an impact on
http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.8.

Thomas

[1] http://tools.ietf.org/html/rfc3443#section-3.1


On Thu, May 23, 2013 at 9:06 AM, Xavier Vilajosana <
xvilajosana@eecs.berkeley.edu> wrote:

>  Hi Thomas,
>
> this is really a very interesting feature for TSCH networks. As regards to
> the hop limit, the case is identical as tunnelling, and IMHO a little
> drawback of GMPLS, as labels are implicit there is no TTL or hop limit
> field on the label switching. Note that from the IP point of view the track
> will be one hop (as if this was a tunnel).
>
> There are a couple of RFCs that address that issue for MPLS, we should go
> in detail through them and see if this applies to our case.
>
> http://tools.ietf.org/html/rfc3443
> http://tools.ietf.org/html/rfc5462
>
> As regards to the mapping of input time slots to output time slots, we can
> also provide many to many mappings, i.e several input cells can be mapped
> to several output cells because all of them are in the same bundle. Given
> that approach then we can provide fancy load balancing techniques so output
> cells are used more fairly. Other approaches might try to minimize distance
> between input cells and output cells so latency is optimized, this however
> might have some impact on the cell usage pattern as some cells will be used
> more times than others for a specific traffic pattern.
>
> what do you think?
> X
>
> Al 22/05/13 23:50, En/na Thomas Watteyne ha escrit:
>
> All,
>
>  We have been talking about 6tus-based label switching in recent
> conversations. Let's finalize this discussion so it can make its way into
> the 6tus draft.
>
>  Here is a summary of what I took from those conversations:
> - an inbound packet has an implicit label which is its
> slotOffset/channelOffset (i.e. there if no explicit label inside a packet)
>  - the mote contains a switching table which maps this label to an
> outbound cell.
> - the packet is queued to be sent over that cell.
> - it is up to an upper layer (PCE or distributed protocol) to construct
> label switched tracks which correspond to some traffic class.
> - it is up to the ingress point to map a packet onto the appropriate label
> switched track (LST). This ingress point can be the source node inside the
> LLN, or the BBR for a packet coming from outside. In the latter case, the
> DSCP of the inbound packet will probably be used for mapping to a FEC.
>
>  *Thoughts?*
>
>  A number of issues appeared in the discussion, which we need to answer.
>
>  *Hop limit*
>
>  As with all label switching approaches, one problem is that a packet
> ends up traveling multiple hops, without the IPv6's hop limit being
> decremented as it gets switched.
>
>  There needs to be a mechanism in the way the switching is done so the
> hop limit reflects the number of hops the packet traveled over. I can think
> of two traditional ways of doing this:
> 1. a copy of the IP header's hop limit is carried in the label stack. That
> copy is decremented at each hop, and copied back into the IP header when
> leaving the LST (RFC3443)
> 2. the ingress point knows the number of hops of the LST it is sending the
> packet into, and decrements the hop limits before it enters the track
> (RFC3034)
>
>  I believe option 1 can not be used if we use an implicit label. Can
> someone shed some light on how this is done in GMPLS?
>
>  Option 2 might be usable for downstream packets, if the root has DAO
> information allowing it to compute a source route. A mote's RPL rank also
> indicates something about its "distance" to the root, but it's unclear to
> me how that can translate into a TTL decrement.
>
>  *Do we need to carry an explicit TTL even when using implicit label?*
>
>  *MIMO*
> *
> *
> A bundle (see
> http://tools.ietf.org/html/draft-palattella-6tsch-terminology-00) can
> contain multiple cells, which are equivalent. Even better, there can be
> multiple inbound and multiple outbound cells.
>
>  *What impact does this have on the label switching table inside a node?*
>
>  Thomas
>
>
>
> _______________________________________________
> 6tsch mailing list6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/6tsch
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--047d7bd6c6ac7d876104dd66656e
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Xavi,
My feeli=
ng, from our discussions, is that, while label switching is uber-powerful, =
not all packets traveling over a 6TSCH network will do so using switching. =
For example, in the "best effort" case (used when bootstrapping a=
 network, or even during normal operation for best effort type traffic), th=
ere will be no switching. This means that the root might be receiving packe=
ts from the same source, but which have been both routed and switched. To k=
eep consistency, it would be great if those arrived at the root with the sa=
me TTL. That is, it would be nice to be able to use the uniform model [1], =
rather than the pipe models. Yet, this might require the TLL to be carried =
inline, which is not really satisfying.




Thoughts?



Let me start another e-mail thread for the load balancing case, since I bel=
ieve this has an impact on=A0http://tools.ietf.org/html/=
draft-wang-6tsch-6tus-00#section-2.8.




Thomas



On Thu, May 23, 20=
13 at 9:06 AM, Xavier Vilajosana <xvilajosana@eecs.berkeley.ed=
u> wrote:




 =20
   =20
 =20
  

    
Hi Thomas,

      

      this is really a very interesting feature for TSCH networks. As
      regards to the hop limit, the case is identical as tunnelling, and
      IMHO a little drawback of GMPLS, as labels are implicit there is
      no TTL or hop limit field on the label switching. Note that from
      the IP point of view the track will be one hop (as if this was a
      tunnel).

      

      There are a couple of RFCs that address that issue for MPLS, we
      should go in detail through them and see if this applies to our
      case.

      

      http=
://tools.ietf.org/html/rfc3443

      http=
://tools.ietf.org/html/rfc5462

      

      As regards to the mapping of input time slots to output time
      slots, we can also provide many to many mappings, i.e several
      input cells can be mapped to several output cells because all of
      them are in the same bundle. Given that approach then we can
      provide fancy load balancing techniques so output cells are used
      more fairly. Other approaches might try to minimize distance
      between input cells and output cells so latency is optimized, this
      however might have some impact on the cell usage pattern as some
      cells will be used more times than others for a specific traffic
      pattern. 

      

      what do you think?

      X

      

      Al 22/05/13 23:50, En/na Thomas Watteyne ha escrit:

    

    

      
All,
        


        

        
We have been talking about 6tus-based label switching in
          recent conversations. Let's=A0finalize=A0this discussion so i=
t can
          make its way into the 6tus draft.

        


        

        

          Here is a summary of what I took from those conversations:

        
- an inbound packet has an implicit label which is its
          slotOffset/channelOffset (i.e. there if no explicit label
          inside a packet)

        

          - the mote contains a switching table which maps this label to
          an outbound cell.

        
- the packet is queued to be sent over that cell.

        
- it is up to an upper layer (PCE or distributed protocol)
          to construct label switched tracks which correspond to some
          traffic class.

        
- it is up to the ingress point to map a packet onto the
          appropriate label switched track (LST). This ingress point can
          be the source node inside the LLN, or the BBR for a packet
          coming from outside. In the latter case, the DSCP of the
          inbound packet will probably be used for mapping to a FEC.

        


        

        
Thoughts?

        


        

        
A number of issues appeared in the discussion, which we
          need to answer.

        


        

        
Hop limit

        

          

        

        
As with all label switching approaches, one problem is that
          a packet ends up traveling multiple hops, without the IPv6's
          hop limit being decremented as it gets switched.

        


        

        
There needs to be a mechanism in the way the switching is
          done so the hop limit reflects the number of hops the packet
          traveled over. I can think of two traditional ways of doing
          this:

        
1. a copy of the IP header's hop limit is carried in the
          label stack. That copy is decremented at each hop, and copied
          back into the IP header when leaving the LST (RFC3443)

        
2. the ingress point knows the number of hops of the LST it
          is sending the packet into, and decrements the hop limits
          before it enters the track (RFC3034)

        


        

        
I believe option 1 can not be used if we use an implicit
          label. Can someone shed some light on how this is done in
          GMPLS?

        


        

        
Option 2 might be=A0usable=A0for downstream packets, if the
          root has DAO information allowing it to compute a source
          route. A mote's RPL rank also indicates something about its
          "distance" to the root, but it's unclear to me how =
that can
          translate into a TTL decrement.

        


        

        
Do we need to carry an explicit TTL even when using
            implicit label?

        


        

        
MIMO

        


          

        
A bundle (see=A0http://tools.ietf.org/html=
/draft-palattella-6tsch-terminology-00)
          can contain multiple cells, which are equivalent. Even better,
          there can be multiple inbound and multiple outbound cells.

        


        

        
What impact does this have on the label switching table
            inside a node?

        


        

        
Thomas

        


        

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
h=
ttps://www.ietf.org/mailman/listinfo/6tsch


    

    

  



_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch





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From xvilajosana@eecs.berkeley.edu  Thu May 23 11:14:28 2013
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Subject: Re: [6tsch] logo challenge
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I add two more :-)

X


Al 23/05/13 10:22, En/na Kris Pister ha escrit:
> I like them all, but Pascal's is awesome.  He gets my vote, perhaps 
> with some of Tom's suggestions below.
>
> ksjp
>
> On 5/23/2013 9:30 AM, Tom Phinney wrote:
>> Rather than a checkerboard/chessboard, I much prefer the 
>> musical-score theme as the underlying visual motif, implying a 
>> progression of different notes (i.e., different frequencies), perhaps 
>> also showing a rest (no notes). My initial thought was to prefer a 
>> C-clef, but in the end I realized that Pascal's use of the G-clef 
>> (AKA treble clef) promoted greater understanding of the logo. (See 
>> https://en.wikipedia.org/wiki/Clef about clefs).
>>
>> There is one technical problem with the logo as drawn: the G-clef 
>> symbol is misplaced on the stave, almost one semitone too high. The 
>> second line of the stave (from the bottom) should go through the 
>> visual center of the quasi-circular curl on the clef, rather than 
>> below the visual center as drawn.
>>
>> In terms of showing a rest, that could be done by putting a half-note 
>> rest mark -- a short horizontal bar resting on a stave line -- to the 
>> right of the "^6TSCH", or perhaps even between the "6" and the 
>> "TSCH". (For musical notation of half-note rests, see 
>> http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)
>>
>> It's tempting to take the musical score analogy further and add "da 
>> capo" markings to indicate that the whole cycle repeats from the 
>> beginning, but that extra clutter would take the focus away from the 
>> 6TSCH.
>>
>> -Tom
>> ====
>>
>> On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:
>>>
>>> I like the 2^nd better : ) but both are a bit hard to read.
>>>
>>> Pascal
>>>
>>> *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On 
>>> Behalf Of *Maria Rita PALATTELLA
>>> *Sent:* jeudi 23 mai 2013 16:56
>>> *To:* Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org
>>> *Subject:* Re: [6tsch] logo challenge
>>>
>>> Pascal, I had something similar in mind.
>>> This is an idea. We may try to merge mine with Xavi's one and 
>>> improve both.
>>> What do you think?
>>> Maria Rita
>>>
>>> ------------------------------------------------------------------------
>>>
>>> *From:*6tsch-bounces@ietf.org  
>>> [6tsch-bounces@ietf.org] on behalf of Pascal Thubert (pthubert) 
>>> [pthubert@cisco.com]
>>> *Sent:* Thursday, May 23, 2013 4:39 PM
>>> *To:* Xavier Vilajosana; 6tsch@ietf.org 
>>> *Subject:* Re: [6tsch] logo challenge
>>>
>>> Hello Xavi:
>>>
>>> Could you make the blue pattern look more like a track, always 
>>> progressing left to right?
>>>
>>> Ideally though difficult to achieve we could read the TSCH letters 
>>> in the white squares ...
>>>
>>> cheers
>>>
>>> Pascal
>>>
>>> *From:*6tsch-bounces@ietf.org  
>>> [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Xavier Vilajosana
>>> *Sent:* jeudi 23 mai 2013 16:21
>>> *To:* 6tsch@ietf.org 
>>> *Subject:* Re: [6tsch] logo challenge
>>>
>>> that's my proposal.. maybe other fonts can be used :-)
>>> X
>>>
>>> Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
>>>
>>>     Dear all:
>>>
>>>     We need a logo. Everyone has a logo. Can't live without a logo!
>>>
>>>     Maybe that's sad, but that can be a lot of fun too. So here's a
>>>     challenge.
>>>
>>>     Pick your pen, airbrush, and whatever cool tool you have, and
>>>     show us what you can do.
>>>
>>>     Tip: I'd love to see that the logo illustrates that we do IPv6,
>>>     and that the TSCH MAC hops from channel to channel at scheduled
>>>     times.
>>>
>>>     Cheers
>>>
>>>     Pascal
>>>
>>>     Don't be shy! I'm not, see below:
>>>
>>>
>>>
>>>     _______________________________________________
>>>
>>>     6tsch mailing list
>>>
>>>     6tsch@ietf.org  
>>>
>>>     https://www.ietf.org/mailman/listinfo/6tsch
>>>
>>>
>>> _______________________________________________
>>> 6tsch mailing list
>>> 6tsch@ietf.org
>>> https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


--------------030109070401020106090102
Content-Type: multipart/related;
 boundary="------------060204020507060709040502"


--------------060204020507060709040502
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit


  
    
  
  
    
I add two more :-)

      

      X

      

      

      Al 23/05/13 10:22, En/na Kris Pister ha escrit:

    

    

      
      I like them all, but Pascal's is awesome.  He gets my vote,
      perhaps with some of Tom's suggestions below.

      

      ksjp

      

      
On 5/23/2013 9:30 AM, Tom Phinney
        wrote:

      

      

        
        Rather than a checkerboard/chessboard, I much
          prefer the musical-score theme as the underlying visual motif,
          implying a progression of different notes (i.e., different
          frequencies), perhaps also showing a rest (no notes). My
          initial thought was to prefer a C-clef, but in the end I
          realized that Pascal's use of the G-clef (AKA treble
        clef) promoted greater understanding of the logo. (See https://en.wikipedia.org/wiki/Clef
        about clefs).

        

        There is one technical problem with the logo as drawn: the
        G-clef symbol is misplaced on the stave, almost one semitone too
        high. The second line of the stave (from the bottom) should go
        through the visual center of the quasi-circular curl on the
        clef, rather than below the visual center as drawn.

        

        In terms of showing a rest, that could be done by putting a
        half-note rest mark – a short horizontal bar resting on a stave
        line – to the right of the "^6TSCH", or perhaps even between the
        "6" and the "TSCH". (For musical notation of half-note rests,
        see http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)

        

        It's tempting to take the musical score analogy further and add
        "da capo" markings to indicate that the whole cycle repeats from
        the beginning, but that extra clutter would take the focus away
        from the 6TSCH.

        

        -Tom

        ====

        

        On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:
        

          
          
          
          
          

            
I like the 2nd better : ) but both
                  are a bit hard to read.

            
 

            

              
Pascal

            

            
 

            

              

                
From: 6tsch-bounces@ietf.org
                    [mailto:6tsch-bounces@ietf.org]
                    On Behalf Of Maria Rita PALATTELLA

                    Sent: jeudi 23 mai 2013 16:56

                    To: Pascal Thubert (pthubert); Xavier
                    Vilajosana; 6tsch@ietf.org

                    Subject: Re: [6tsch] logo challenge

              

            

            
 

            

              
Pascal, I
                  had something similar in mind.

                  This is an idea. We may try to merge mine with Xavi's
                  one and improve both.

                  What do you think?

                  Maria Rita

              

                

                    
 

                

                  
From: 6tsch-bounces@ietf.org
                      [6tsch-bounces@ietf.org]
                      on behalf of Pascal Thubert (pthubert) [pthubert@cisco.com]

                      Sent: Thursday, May 23, 2013 4:39 PM

                      To: Xavier Vilajosana; 6tsch@ietf.org

                      Subject: Re: [6tsch] logo challenge

                

                

                  

                    
Hello Xavi:

                    
 

                    
Could you make the blue pattern look more
                        like a track, always progressing left to right?

                    
Ideally though difficult to achieve we
                        could read the TSCH letters in the white squares
                        …

                    
 

                    
cheers

                    
 

                    

                      
Pascal

                    

                    
 

                    

                      

                        
From: 6tsch-bounces@ietf.org
                            [mailto:6tsch-bounces@ietf.org]
                            On Behalf Of Xavier Vilajosana

                            Sent: jeudi 23 mai 2013 16:21

                            To: 6tsch@ietf.org

                            Subject: Re: [6tsch] logo challenge

                      

                    

                    
 

                    

                      
that's my proposal.. maybe
                        other fonts can be used :-)

                        X

                        

                        Al 23/05/13 03:41, En/na Pascal Thubert
                        (pthubert) ha escrit:

                    

                    

                      
Dear all:

                      
 

                      
We need a logo. Everyone has
                        a logo. Can’t live without a logo!

                      
Maybe that’s sad, but that
                        can be a lot of fun too. So here’s a challenge.

                      
Pick your pen, airbrush, and
                        whatever cool tool you have, and show us what
                        you can do.

                      
 

                      
Tip: I’d love to see that the
                        logo illustrates that we do IPv6, and that the
                        TSCH MAC hops from channel to channel at
                        scheduled times.

                      
 

                      
Cheers

                      
 

                      
Pascal

                      
 

                      
Don’t be shy! I’m not, see
                        below:

                      
 

                      
 

                      

                      


                          

                        

                      
_______________________________________________

                      
6tsch mailing list

                      
6tsch@ietf.org

                      
https://www.ietf.org/mailman/listinfo/6tsch

                    

                    
 

                  

                

              

            

          

          

_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


        

        

        

        

        
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


      

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


    

    

  


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Subject: [6tsch] cell load balancing and 6tus monitoring
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Qin, all,

Xavi raises an interesting point about load balancing. [1] describes how
6tus can trigger a soft link maintenance procedure by using "traffic load
statistics" on the soft cells in a bundle. Slide 8 in [2] indicates that
this can be for example done by comparing the PDR of the different cells in
a bundle.

Does this mean that, for being able to compare all cells of a bundle need
to be used the same number of time?

Thomas

[1] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.8
[2]
https://bitbucket.org/6tsch/ietf86-orlando/src/2fb6792bd0f9ada8356bdc0df56f61e053551493/wednesday/05-draft-wang-6tsch-6tus-00.ppt?at=master

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Qin, all,

Xavi raises an interesting po=
int about load balancing. [1] describes how 6tus can trigger a soft link ma=
intenance procedure by using "traffic load statistics" on the sof=
t cells in a bundle. Slide 8 in [2] indicates that this can be for example =
done by comparing the PDR of the different cells in a bundle.






Does this mean that, for being able to compare all cell=
s of a bundle need to be used the same number of time?

=

Thomas








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From: "Raghuram Sudhaakar (rsudhaak)" 
To: Kris Pister , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] logo challenge
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I vote for Pascal's proposal with one small change. We need to lighten down=
 the stem of the treble symbol so it looks more like  a 6.

From: Kris Pister >
Date: Thursday, May 23, 2013 10:22 AM
To: <6tsch@ietf.org>
Subject: Re: [6tsch] logo challenge

I like them all, but Pascal's is awesome.  He gets my vote, perhaps with so=
me of Tom's suggestions below.

ksjp

On 5/23/2013 9:30 AM, Tom Phinney wrote:
Rather than a checkerboard/chessboard, I much prefer the musical-score them=
e as the underlying visual motif, implying a progression of different notes=
 (i.e., different frequencies), perhaps also showing a rest (no notes). My =
initial thought was to prefer a C-clef, but in the end I realized that Pasc=
al's use of the G-clef (AKA treble clef) promoted greater understanding of =
the logo. (See https://en.wikipedia.org/wiki/Clef about clefs).

There is one technical problem with the logo as drawn: the G-clef symbol is=
 misplaced on the stave, almost one semitone too high. The second line of t=
he stave (from the bottom) should go through the visual center of the quasi=
-circular curl on the clef, rather than below the visual center as drawn.

In terms of showing a rest, that could be done by putting a half-note rest =
mark =96 a short horizontal bar resting on a stave line =96 to the right of=
 the "^6TSCH", or perhaps even between the "6" and the "TSCH". (For musical=
 notation of half-note rests, see http://idiotsguides.com/static/quickguide=
s/musicperformingarts/notes-and-rests-a-visual-index.html)

It's tempting to take the musical score analogy further and add "da capo" m=
arkings to indicate that the whole cycle repeats from the beginning, but th=
at extra clutter would take the focus away from the 6TSCH.

-Tom
=3D=3D=3D=3D

On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:
I like the 2nd better : ) but both are a bit hard to read.

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Maria Rita PALATTELLA
Sent: jeudi 23 mai 2013 16:56
To: Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

Pascal, I had something similar in mind.
This is an idea. We may try to merge mine with Xavi's one and improve both.
What do you think?
Maria Rita
________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@=
ietf.org] on behalf of Pascal Thubert (pthub=
ert) [pthubert@cisco.com]
Sent: Thursday, May 23, 2013 4:39 PM
To: Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge
Hello Xavi:

Could you make the blue pattern look more like a track, always progressing =
left to right?
Ideally though difficult to achieve we could read the TSCH letters in the w=
hite squares =85

cheers

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Xavier Vilajosana
Sent: jeudi 23 mai 2013 16:21
To: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

that's my proposal.. maybe other fonts can be used :-)
X

Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
Dear all:

We need a logo. Everyone has a logo. Can=92t live without a logo!
Maybe that=92s sad, but that can be a lot of fun too. So here=92s a challen=
ge.
Pick your pen, airbrush, and whatever cool tool you have, and show us what =
you can do.

Tip: I=92d love to see that the logo illustrates that we do IPv6, and that =
the TSCH MAC hops from channel to channel at scheduled times.

Cheers

Pascal

Don=92t be shy! I=92m not, see below:


[cid:part14.03060704.08050906@eecs.berkeley.edu]



_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch



_______________________________________________
6tsch mailing list
6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/=
6tsch



_______________________________________________
6tsch mailing list
6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/=
6tsch


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I vote for Pascal's proposal with one small change. We need to lighten=
 down the stem of the treble symbol so it looks more like  a 6.









From: Kris Pister <pister@eecs.berkeley.edu>

Date: Thursday, May 23, 2013 10:22 =
AM

To: <6tsch@ietf.org>

Subject: Re: [6tsch] logo challenge=












I like them all, but Pascal's is =
awesome.  He gets my vote, perhaps with some of Tom's suggestions belo=
w.



ksjp




On 5/23/2013 9:30 AM, Tom Phinney wrote:




Rather than a checkerboard/chessboard, I much prefer the musical=
-score theme as the underlying visual motif, implying a progression of diff=
erent notes (i.e., different frequencies),
 perhaps also showing a rest (no notes). My initial thought was to prefer a=
 C-clef, but in the end I realized that Pascal's use of the G-clef (=
AKA treble clef) promoted greater understanding of the logo. (See

https://en.wikipedia.org/wiki/Clef about clefs).



There is one technical problem with the logo as drawn: the G-clef symbol is=
 misplaced on the stave, almost one semitone too high. The second line of t=
he stave (from the bottom) should go through the visual center of the quasi=
-circular curl on the clef, rather
 than below the visual center as drawn.



In terms of showing a rest, that could be done by putting a half-note rest =
mark =96 a short horizontal bar resting on a stave line =96 to the right of=
 the "^6TSCH", or perhaps even between the "6" and the =
"TSCH". (For musical notation of half-note rests, see

http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-re=
sts-a-visual-index.html)



It's tempting to take the musical score analogy further and add "da ca=
po" markings to indicate that the whole cycle repeats from the beginni=
ng, but that extra clutter would take the focus away from the 6TSCH.



-Tom

=3D=3D=3D=3D



On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:







I like the 2nd better : ) but both are a =
bit hard to read.


 =





Pascal




 =







From:

6tsch-bounces@ietf.org [mailto:6tsch-bounces@ie=
tf.org]
On Behalf Of Maria Rita PALATTELLA

Sent: jeudi 23 mai 2013 16:56

To: Pascal Thubert (pthubert); Xavier Vilajosana; 
6tsch@ietf.org

Subject: Re: [6tsch] logo challenge






 




Pascal, I had something similar in mind.

This is an idea. We may try to merge mine with Xavi's one and improve both.=


What do you think?

Maria Rita












From:
6tsch-bo=
unces@ietf.org [6tsch-bounces@ietf.org] =
on behalf of Pascal Thubert (pthubert) [pthubert@c=
isco.com]

Sent: Thursday, May 23, 2013 4:39 PM

To: Xavier Vilajosana; 
6tsch@ietf.org

Subject: Re: [6tsch] logo challenge








Hello Xavi:


 


Could you make the blue pattern look more like=
 a track, always progressing left to right?


Ideally though difficult to achieve we could r=
ead the TSCH letters in the white squares =85


 


cheers


 




Pascal




 






From:
6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana

Sent: jeudi 23 mai 2013 16:21

To: 6tsch=
@ietf.org

Subject: Re: [6tsch] logo challenge






 




that's my proposal.. maybe other fonts can be used :=
-)

X



Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:





Dear all:


 


We need a logo. Everyone has a logo. Can=92t live wi=
thout a logo!


Maybe that=92s sad, but that can be a lot of fun too=
. So here=92s a challenge.


Pick your pen, airbrush, and whatever cool tool you =
have, and show us what you can do.


 


Tip: I=92d love to see that the logo illustrates tha=
t we do IPv6, and that the TSCH MAC hops from channel to channel at schedul=
ed times.


 


Cheers


 


Pascal


 


Don=92t be shy! I=92m not, see below:


 


 











_______________________________________________


6tsch mailing list


6tsch@ietf.org


https://www.ietf.org/mailman/listinfo/6tsch




 













_______________________________________________
6tsch mailing list
6tsch@ietf.org=
https://www.ietf.org/mailman/listinfo/6tsch






 


_______________________________________________
6tsch mailing list
6tsch@=
ietf.orghttps://www.ietf.org/mailman/listinfo/6tsch












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From tom.phinney@cox.net  Thu May 23 14:04:33 2013
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Date: Thu, 23 May 2013 13:22:10 -0700
From: Tom Phinney 
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Subject: Re: [6tsch] logo challenge
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    Thomas,

      

      I agree that the right-hand repeat sign – an asymmetric double bar
      with two dots on the left right-hand repeat– is the appropriate way to imply a repeat to those
      who read scores without confusing those who don't.

      

      It's tempting to consider further clues, such as mapping the note
      placement to H-E-D-Y in honor of the movie-star co-inventor of
      FHSS. One could use the French cryptogram mapping for the H and Y,
      also used by Ravel in his homage to Haydn. (See http://en.wikipedia.org/wiki/Musical_cryptogram#French)
      But that would map to  A-E-D-D, which has an adjacent duplication
      of notes (frequencies). So that will not work.

      

      In conclusion, simple is probably better.

      

      As to creating the score, I'm sufficiently paranoid about what I
      let on my laptop that I'd need to find an appropriately sandboxed
      free Java score-creating applet or something to do the
      composition. Or find online component images that I could
      composite in Adobe Illustrator.

      

      The unicode character for a G-clef is UTF8: F0 9D 84 DE while that
      for the right-hand repeat sign is UTF8:
      F0 9D 84 87. 

      

      Rather than have me struggle with Adobe Illustrator to create an
      example, perhaps Pascal can just move the G-clef down a fraction
      so that the near-circular area is centered on the G line (second
      from the bottom, and just add the right-hand repeat sign glyph
    from the one cited by this e-mail.

    

    -Tom

    ====

    

    On 2013.05.23 10:46, Thomas Watteyne wrote:
    

      
Tom,
        


        

        
I
          like the idea of a small musical score, since it conveys the
          idea of frequency hopping and time synchronization well. I
          agree that the G clef is more widely recognized. Plus it looks
          like a 6, so that's great. Instead of a D.C., maybe just a
          repeat might conveys the message (double bar with two dots)?
          We could leave off the opening repeat sign, and just have the
          closing, in the interest of space.

        


        

        
Do
          you have a quick draw up you could send to the list (even a
          picture of a hand-drawing, or something in paint)?

        


        

        
Thomas

      

      


        

        
On Thu, May 23, 2013 at 9:30 AM, Tom
          Phinney <tom.phinney@cox.net>
          wrote:

          

            
 Rather

                than a checkerboard/chessboard, I much prefer the
                musical-score theme as the underlying visual motif,
                implying a progression of different notes (i.e.,
                different frequencies), perhaps also showing a rest (no
                notes). My initial thought was to prefer a C-clef, but
                in the end I realized that Pascal's use of the G-clef
              (AKA treble clef) promoted greater understanding of the
              logo. (See https://en.wikipedia.org/wiki/Clef
              about clefs).

              

              There is one technical problem with the logo as drawn: the
              G-clef symbol is misplaced on the stave, almost one
              semitone too high. The second line of the stave (from the
              bottom) should go through the visual center of the
              quasi-circular curl on the clef, rather than below the
              visual center as drawn.

              

              In terms of showing a rest, that could be done by putting
              a half-note rest mark – a short horizontal bar resting on
              a stave line – to the right of the "^6TSCH", or perhaps
              even between the "6" and the "TSCH". (For musical notation
              of half-note rests, see http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)

              

              It's tempting to take the musical score analogy further
              and add "da capo" markings to indicate that the whole
              cycle repeats from the beginning, but that extra clutter
              would take the focus away from the 6TSCH.

              

              -Tom

              ====

          

        

      

    

  


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From: "Pascal Thubert (pthubert)" 
To: Thomas Watteyne , Kris Pister , Tom Phinney 
Thread-Topic: [6tsch] logo challenge
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Subject: Re: [6tsch] logo challenge
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Thank you all!

I tried to mix all the comments I got. Thanks Tom for fixing my poor memory=
. I thought that what counted was the very beginning of the key drawing.
I liked the idea of the pause, but liked even better the repeat sign that T=
homas suggested, since determinism involves the capability to repeat over a=
nd over the exact sequence.

How about this?


[cid:image001.png@01CE5804.225F7DC0]

If you want to play with those elements and make your version of the 6tune,=
 here are the basic elements I used:



[cid:image004.png@01CE5804.225F7DC0]

[cid:image007.gif@01CE5801.AD9B22C0]



Cheers;

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: jeudi 23 mai 2013 19:46
To: 6TSCH
Subject: Re: [6tsch] logo challenge

Tom,

I like the idea of a small musical score, since it conveys the idea of freq=
uency hopping and time synchronization well. I agree that the G clef is mor=
e widely recognized. Plus it looks like a 6, so that's great. Instead of a =
D.C., maybe just a repeat might conveys the message (double bar with two do=
ts)? We could leave off the opening repeat sign, and just have the closing,=
 in the interest of space.

Do you have a quick draw up you could send to the list (even a picture of a=
 hand-drawing, or something in paint)?

Thomas

On Thu, May 23, 2013 at 9:30 AM, Tom Phinney > wrote:
Rather than a checkerboard/chessboard, I much prefer the musical-score them=
e as the underlying visual motif, implying a progression of different notes=
 (i.e., different frequencies), perhaps also showing a rest (no notes). My =
initial thought was to prefer a C-clef, but in the end I realized that Pasc=
al's use of the G-clef (AKA treble clef) promoted greater understanding of =
the logo. (See https://en.wikipedia.org/wiki/Clef about clefs).

There is one technical problem with the logo as drawn: the G-clef symbol is=
 misplaced on the stave, almost one semitone too high. The second line of t=
he stave (from the bottom) should go through the visual center of the quasi=
-circular curl on the clef, rather than below the visual center as drawn.

In terms of showing a rest, that could be done by putting a half-note rest =
mark - a short horizontal bar resting on a stave line - to the right of the=
 "^6TSCH", or perhaps even between the "6" and the "TSCH". (For musical not=
ation of half-note rests, see http://idiotsguides.com/static/quickguides/mu=
sicperformingarts/notes-and-rests-a-visual-index.html)

It's tempting to take the musical score analogy further and add "da capo" m=
arkings to indicate that the whole cycle repeats from the beginning, but th=
at extra clutter would take the focus away from the 6TSCH.

-Tom
=3D=3D=3D=3D


On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:
I like the 2nd better : ) but both are a bit hard to read.

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Maria Rita PALATTELLA
Sent: jeudi 23 mai 2013 16:56
To: Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

Pascal, I had something similar in mind.
This is an idea. We may try to merge mine with Xavi's one and improve both.
What do you think?
Maria Rita
________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@=
ietf.org] on behalf of Pascal Thubert (pthub=
ert) [pthubert@cisco.com]
Sent: Thursday, May 23, 2013 4:39 PM
To: Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge
Hello Xavi:

Could you make the blue pattern look more like a track, always progressing =
left to right?
Ideally though difficult to achieve we could read the TSCH letters in the w=
hite squares ...

cheers

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Xavier Vilajosana
Sent: jeudi 23 mai 2013 16:21
To: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

that's my proposal.. maybe other fonts can be used :-)
X

Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
Dear all:

We need a logo. Everyone has a logo. Can't live without a logo!
Maybe that's sad, but that can be a lot of fun too. So here's a challenge.
Pick your pen, airbrush, and whatever cool tool you have, and show us what =
you can do.

Tip: I'd love to see that the logo illustrates that we do IPv6, and that th=
e TSCH MAC hops from channel to channel at scheduled times.

Cheers

Pascal

Don't be shy! I'm not, see below:


[cid:image003.png@01CE5801.01A1B6F0]


_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch




_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch

_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


--_000_E045AECD98228444A58C61C200AE1BD8412FBEA0xmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Thank you all!


 <=
/p>

I tried to mix all the co=
mments I got. Thanks Tom for fixing my poor memory. I thought that what cou=
nted was the very beginning of the key drawing.


I liked the idea of the p=
ause, but liked even better the repeat sign that Thomas suggested, since de=
terminism involves the capability to repeat over and over
 the exact sequence.


 <=
/p>

How about this?


 <=
/p>

 <=
/p>

=



 <=
/p>

If you want to play with =
those elements and make your version of the 6tune, here are the basic eleme=
nts I used:


 <=
/p>

 <=
/p>

 <=
/p>

=



 <=
/p>

=



 <=
/p>

 <=
/p>

 <=
/p>

Cheers;=



 <=
/p>

Pascal


 <=
/p>

From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: jeudi 23 mai 2013 19:46

To: 6TSCH

Subject: Re: [6tsch] logo challenge


 




Tom,




 






I like the idea of a small musical score,=
 since it conveys the idea of frequency hopping and time synchronization we=
ll. I agree that the G clef is more widely recognized. Plus
 it looks like a 6, so that's great. Instead of a D.C., maybe just a repeat=
 might conveys the message (double bar with two dots)? We could leave off t=
he opening repeat sign, and just have the closing, in the interest of space=
.






 






Do you have a quick draw up you could sen=
d to the list (even a picture of a hand-drawing, or something in paint)?






 






Thomas








 




On Thu, May 23, 2013 at 9:30 AM, Tom Phinney <tom.phinney@cox.net> wrote:




Rather than a checkerboard/chessboard, I much prefer the m=
usical-score theme as the underlying visual motif, implying a progression o=
f different notes (i.e., different frequencies), perhaps
 also showing a rest (no notes). My initial thought was to prefer a C-clef,=
 but in the end I realized that Pascal's use of the G-clef (AKA treb=
le clef) promoted greater understanding of the logo. (See
https://en=
.wikipedia.org/wiki/Clef about clefs).



There is one technical problem with the logo as drawn: the G-clef symbol is=
 misplaced on the stave, almost one semitone too high. The second line of t=
he stave (from the bottom) should go through the visual center of the quasi=
-circular curl on the clef, rather
 than below the visual center as drawn.



In terms of showing a rest, that could be done by putting a half-note rest =
mark – a short horizontal bar resting on a stave line – to the =
right of the "^6TSCH", or perhaps even between the "6" =
and the "TSCH". (For musical notation of half-note rests, see

http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-re=
sts-a-visual-index.html)



It's tempting to take the musical score analogy further and add "da ca=
po" markings to indicate that the whole cycle repeats from the beginni=
ng, but that extra clutter would take the focus away from the 6TSCH.



-Tom

=3D=3D=3D=3D










On 2013.05.23 08:12, =
Pascal Thubert (pthubert) wrote:





I like the 2nd better : ) but both are a bit hard to re=
ad.


 




Pascal=





 






From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of Maria Rita PALATTELLA

Sent: jeudi 23 mai 2013 16:56

To: Pascal Thubert (pthubert); Xavier Vilajosana; 
6tsch@ietf.org

Subject: Re: [6tsch] logo challenge






 




Pascal, I had something similar in mind.

This is an idea. We may try to merge mine with Xavi's one and improve both.=


What do you think?

Maria Rita












From:
6tsch-bounces@i=
etf.org [6t=
sch-bounces@ietf.org] on behalf of Pascal Thubert (pthubert) [pthubert@cisco.com]
Sent: Thursday, May 23, 2013 4:39 PM

To: Xavier Vilajosana; 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge








Hello Xavi:


 


Could you make the blue pattern look=
 more like a track, always progressing left to right?


Ideally though difficult to achieve =
we could read the TSCH letters in the white squares …


 


cheers


 




Pascal=





 






From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana

Sent: jeudi 23 mai 2013 16:21

To: 6tsch@ietf.o=
rg

Subject: Re: [6tsch] logo challenge






 




that's my proposal.. maybe other fonts can be used :-)

X



Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:





Dear all:


 


We need a logo. Everyone has a logo. Can’t live without a lo=
go!


Maybe that’s sad, but that can be a lot of fun too. So here&=
#8217;s a challenge.


Pick your pen, airbrush, and whatever cool tool you have, and show=
 us what you can do.


 


Tip: I’d love to see that the logo illustrates that we do IP=
v6, and that the TSCH MAC hops from channel to channel at scheduled times.<=
o:p>


 


Cheers


 


Pascal


 


Don’t be shy! I’m not, see below:


 


 




 


_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch




 












 


_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch










_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch




 








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In-Reply-To: 
References:  <519E25CC.1040800@eecs.berkeley.edu>    <519E4425.4000308@cox.net>  
From: Thomas Watteyne 
Date: Thu, 23 May 2013 13:30:03 -0700
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To: 6TSCH <6tsch@ietf.org>
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Subject: Re: [6tsch] logo challenge
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Pascal,

This rest

[image: File:Music-eighthrest.svg]

is a pause in music, and could serve as a the "T" of TSCH.

Thomas


On Thu, May 23, 2013 at 1:25 PM, Pascal Thubert (pthubert) <
pthubert@cisco.com> wrote:

>  Thank you all!****
>
> ** **
>
> I tried to mix all the comments I got. Thanks Tom for fixing my poor
> memory. I thought that what counted was the very beginning of the key
> drawing.****
>
> I liked the idea of the pause, but liked even better the repeat sign that
> Thomas suggested, since determinism involves the capability to repeat ove=
r
> and over the exact sequence.****
>
> ** **
>
> How about this?****
>
> ** **
>
> ** **
>
> ****
>
> ** **
>
> If you want to play with those elements and make your version of the
> 6tune, here are the basic elements I used:****
>
> ** **
>
> ** **
>
> ** **
>
> ****
>
> ** **
>
> ****
>
> ** **
>
> ** **
>
> ** **
>
> Cheers;****
>
> ** **
>
> Pascal****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Thomas Watteyne
> *Sent:* jeudi 23 mai 2013 19:46
> *To:* 6TSCH
>
> *Subject:* Re: [6tsch] logo challenge****
>
> ** **
>
> Tom,****
>
> ** **
>
> I like the idea of a small musical score, since it conveys the idea of
> frequency hopping and time synchronization well. I agree that the G clef =
is
> more widely recognized. Plus it looks like a 6, so that's great. Instead =
of
> a D.C., maybe just a repeat might conveys the message (double bar with tw=
o
> dots)? We could leave off the opening repeat sign, and just have the
> closing, in the interest of space.****
>
> ** **
>
> Do you have a quick draw up you could send to the list (even a picture of
> a hand-drawing, or something in paint)?****
>
> ** **
>
> Thomas****
>
> ** **
>
> On Thu, May 23, 2013 at 9:30 AM, Tom Phinney  wrote:=
*
> ***
>
> Rather than a checkerboard/chessboard, I much prefer the musical-score
> theme as the underlying visual motif, implying a progression of different
> notes (i.e., different frequencies), perhaps also showing a rest (no
> notes). My initial thought was to prefer a C-clef, but in the end I
> realized that Pascal's use of the G-clef (AKA treble clef) promoted
> greater understanding of the logo. (See https://en.wikipedia.org/wiki/Cle=
fabout clefs).
>
> There is one technical problem with the logo as drawn: the G-clef symbol
> is misplaced on the stave, almost one semitone too high. The second line =
of
> the stave (from the bottom) should go through the visual center of the
> quasi-circular curl on the clef, rather than below the visual center as
> drawn.
>
> In terms of showing a rest, that could be done by putting a half-note res=
t
> mark =96 a short horizontal bar resting on a stave line =96 to the right =
of the
> "^6TSCH", or perhaps even between the "6" and the "TSCH". (For musical
> notation of half-note rests, see
> http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-=
rests-a-visual-index.html
> )
>
> It's tempting to take the musical score analogy further and add "da capo"
> markings to indicate that the whole cycle repeats from the beginning, but
> that extra clutter would take the focus away from the 6TSCH.
>
> -Tom
> =3D=3D=3D=3D****
>
>
>
> On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote: ****
>
> I like the 2nd better : ) but both are a bit hard to read.****
>
>  ****
>
> Pascal****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Maria Rita PALATTELLA
> *Sent:* jeudi 23 mai 2013 16:56
> *To:* Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org
> *Subject:* Re: [6tsch] logo challenge****
>
>  ****
>
> Pascal, I had something similar in mind.
> This is an idea. We may try to merge mine with Xavi's one and improve bot=
h.
> What do you think?
> Maria Rita****
>  ------------------------------
>
> *From:* 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of
> Pascal Thubert (pthubert) [pthubert@cisco.com]
> *Sent:* Thursday, May 23, 2013 4:39 PM
> *To:* Xavier Vilajosana; 6tsch@ietf.org
> *Subject:* Re: [6tsch] logo challenge****
>
> Hello Xavi:****
>
>  ****
>
> Could you make the blue pattern look more like a track, always progressin=
g
> left to right?****
>
> Ideally though difficult to achieve we could read the TSCH letters in the
> white squares =85****
>
>  ****
>
> cheers****
>
>  ****
>
> Pascal****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Xavier Vilajosana
> *Sent:* jeudi 23 mai 2013 16:21
> *To:* 6tsch@ietf.org
> *Subject:* Re: [6tsch] logo challenge****
>
>  ****
>
> that's my proposal.. maybe other fonts can be used :-)
> X
>
> Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:****
>
> Dear all:****
>
>  ****
>
> We need a logo. Everyone has a logo. Can=92t live without a logo!****
>
> Maybe that=92s sad, but that can be a lot of fun too. So here=92s a chall=
enge.
> ****
>
> Pick your pen, airbrush, and whatever cool tool you have, and show us wha=
t
> you can do.****
>
>  ****
>
> Tip: I=92d love to see that the logo illustrates that we do IPv6, and tha=
t
> the TSCH MAC hops from channel to channel at scheduled times.****
>
>  ****
>
> Cheers****
>
>  ****
>
> Pascal****
>
>  ****
>
> Don=92t be shy! I=92m not, see below:****
>
>  ****
>
>  ****
>
> ****
>
> ** **
>
> _______________________________________________****
>
> 6tsch mailing list****
>
> 6tsch@ietf.org****
>
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>   ****
>
> ** **
>
> _______________________________________________****
>
> 6tsch mailing list****
>
> 6tsch@ietf.org****
>
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
> ** **
>

--047d7b67604463553904dd688d33
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Pascal,

This rest






is a pause in music, and could serve =
as a the "T" of TSCH.

Th=
omas




On Thu, May 23, 2013 at 1:25 PM, Pascal Thubert (pthubert) <pthubert@cisc=
o.com> wrote:













Thank you all!


=A0<=
/p>

I tried to mix all the co=
mments I got. Thanks Tom for fixing my poor memory. I thought that what cou=
nted was the very beginning of the key drawing.




I liked the idea of the p=
ause, but liked even better the repeat sign that Thomas suggested, since de=
terminism involves the capability to repeat over and over
 the exact sequence.


=A0<=
/p>

How about this?=



=A0<=
/p>

=A0<=
/p>





=A0<=
/p>

If you want to play with =
those elements and make your version of the 6tune, here are the basic eleme=
nts I used:




=A0<=
/p>

=A0<=
/p>

=A0<=
/p>





=A0<=
/p>





=A0<=
/p>

=A0<=
/p>

=A0<=
/p>

Cheers;


=A0<=
/p>

Pascal=



=A0<=
/p>

From: 6tsch-bounces@ietf.org=
 [mailto:6t=
sch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: jeudi 23 mai 2013 19:46

To: 6TSCH


Subject: Re: [6tsch] logo challenge
=



=A0




Tom,




=A0






I like the idea of a small musical score,=
 since it conveys the idea of frequency hopping and time synchronization we=
ll. I agree that the G clef is more widely recognized. Plus
 it looks like a 6, so that's great. Instead of a D.C., maybe just a re=
peat might conveys the message (double bar with two dots)? We could leave o=
ff the opening repeat sign, and just have the closing, in the interest of s=
pace.








=A0






Do you have a quick draw up you could sen=
d to the list (even a picture of a hand-drawing, or something in paint)?=









=A0






Thomas








=A0




On Thu, May 23, 2013 at 9:30 AM, Tom Phinney <tom.phinney@cox.net> wrote:




Rather than a checkerboard/chessboard, I much prefer the m=
usical-score theme as the underlying visual motif, implying a progression o=
f different notes (i.e., different frequencies), perhaps
 also showing a rest (no notes). My initial thought was to prefer a C-clef,=
 but in the end I realized that Pascal's use of the G-clef (AKA =
treble clef) promoted greater understanding of the logo. (See
https://en=
.wikipedia.org/wiki/Clef about clefs).



There is one technical problem with the logo as drawn: the G-clef symbol is=
 misplaced on the stave, almost one semitone too high. The second line of t=
he stave (from the bottom) should go through the visual center of the quasi=
-circular curl on the clef, rather
 than below the visual center as drawn.



In terms of showing a rest, that could be done by putting a half-note rest =
mark =96 a short horizontal bar resting on a stave line =96 to the right of=
 the "^6TSCH", or perhaps even between the "6" and the =
"TSCH". (For musical notation of half-note rests, see

http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-re=
sts-a-visual-index.html)



It's tempting to take the musical score analogy further and add "d=
a capo" markings to indicate that the whole cycle repeats from the beg=
inning, but that extra clutter would take the focus away from the 6TSCH.




-Tom

=3D=3D=3D=3D










On 2013.05.23 08:12, =
Pascal Thubert (pthubert) wrote:





I like the 2nd better : =
) but both are a bit hard to read.


=A0




Pascal




=A0






From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of Maria Rita PALATTELLA

Sent: jeudi 23 mai 2013 16:56

To: Pascal Thubert (pthubert); Xavier Vilajosana; 
6tsch@ietf.org

Subject: Re: [6tsch] logo challenge






=A0




Pascal, I had something similar in mind.=


This is an idea. We may try to merge mine with Xavi's one and improve b=
oth.

What do you think?

Maria Rita












From:<=
/span>
6tsch-bounces@i=
etf.org [6t=
sch-bounces@ietf.org] on behalf of Pascal Thubert (pthubert) [pthubert@cisco.com]


Sent: Thursday, May 23, 2013 4:39 PM

To: Xavier Vilajosana; 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge








Hello Xavi:<=
/u>


=A0


Could you make the blu=
e pattern look more like a track, always progressing left to right?<=
u>


Ideally though difficu=
lt to achieve we could read the TSCH letters in the white squares =85


=A0


cheers


=A0




Pascal




=A0






From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana

Sent: jeudi 23 mai 2013 16:21

To: 6tsch@ietf.o=
rg

Subject: Re: [6tsch] logo challenge






=A0




that's my proposal.. maybe other fonts can be us=
ed :-)

X



Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:=







Dear all:


=A0


We need a logo. Everyone has a logo. Can=92t live wi=
thout a logo!


Maybe that=92s sad, but that can be a lot of fun too=
. So here=92s a challenge.


Pick your pen, airbrush, and whatever cool tool you =
have, and show us what you can do.


=A0


Tip: I=92d love to see that the logo illustrates tha=
t we do IPv6, and that the TSCH MAC hops from channel to channel at schedul=
ed times.


=A0


Cheers


=A0


Pascal


=A0


Don=92t be shy! I=92m not, see below:<=
/p>

=A0


=A0




=A0


_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch




=A0












=A0


_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch










_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch




=A0












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--047d7b67604463553c04dd688d34--

From robert.assimiti@nivis.com  Thu May 23 14:16:34 2013
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From: Robert Assimiti 
To: Xavier Vilajosana , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] logo challenge
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My feelings are mixed. I love Pascal's logo and Xavier's logo with equal pa=
ssion


Robert Assimiti
Nivis
Chief Technology Officer
Office [678]-202-6859
Mobile [404]-578-0205

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of X=
avier Vilajosana
Sent: Thursday, May 23, 2013 1:57 PM
To: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

I add two more :-)

X


Al 23/05/13 10:22, En/na Kris Pister ha escrit:
I like them all, but Pascal's is awesome.=A0 He gets my vote, perhaps with =
some of Tom's suggestions below.

ksjp
On 5/23/2013 9:30 AM, Tom Phinney wrote:
Rather than a checkerboard/chessboard, I much prefer the musical-score them=
e as the underlying visual motif, implying a progression of different notes=
 (i.e., different frequencies), perhaps also showing a rest (no notes). My =
initial thought was to prefer a C-clef, but in the end I realized that Pasc=
al's use of the G-clef (AKA treble clef) promoted greater understanding of =
the logo. (See https://en.wikipedia.org/wiki/Clef about clefs).

There is one technical problem with the logo as drawn: the G-clef symbol is=
 misplaced on the stave, almost one semitone too high. The second line of t=
he stave (from the bottom) should go through the visual center of the quasi=
-circular curl on the clef, rather than below the visual center as drawn.

In terms of showing a rest, that could be done by putting a half-note rest =
mark - a short horizontal bar resting on a stave line - to the right of the=
 "^6TSCH", or perhaps even between the "6" and the "TSCH". (For musical not=
ation of half-note rests, see http://idiotsguides.com/static/quickguides/mu=
sicperformingarts/notes-and-rests-a-visual-index.html)

It's tempting to take the musical score analogy further and add "da capo" m=
arkings to indicate that the whole cycle repeats from the beginning, but th=
at extra clutter would take the focus away from the 6TSCH.

-Tom
=3D=3D=3D=3D

On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:=20
I like the 2nd better : ) but both are a bit hard to read.
=A0
Pascal
=A0
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of M=
aria Rita PALATTELLA
Sent: jeudi 23 mai 2013 16:56
To: Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge
=A0
Pascal, I had something similar in mind.
This is an idea. We may try to merge mine with Xavi's one and improve both.
What do you think?
Maria Rita
________________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of Pascal T=
hubert (pthubert) [pthubert@cisco.com]
Sent: Thursday, May 23, 2013 4:39 PM
To: Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge
Hello Xavi:
=A0
Could you make the blue pattern look more like a track, always progressing =
left to right?
Ideally though difficult to achieve we could read the TSCH letters in the w=
hite squares .
=A0
cheers
=A0
Pascal
=A0
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of X=
avier Vilajosana
Sent: jeudi 23 mai 2013 16:21
To: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge
=A0
that's my proposal.. maybe other fonts can be used :-)
X

Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
Dear all:
=A0
We need a logo. Everyone has a logo. Can't live without a logo!
Maybe that's sad, but that can be a lot of fun too. So here's a challenge.
Pick your pen, airbrush, and whatever cool tool you have, and show us what =
you can do.
=A0
Tip: I'd love to see that the logo illustrates that we do IPv6, and that th=
e TSCH MAC hops from channel to channel at scheduled times.
=A0
Cheers
=A0
Pascal
=A0
Don't be shy! I'm not, see below:
=A0
=A0




_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch
=A0

_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch



_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch




_______________________________________________
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Date: Thu, 23 May 2013 13:42:30 -0700
From: Tom Phinney 
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Subject: Re: [6tsch] logo challenge
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    It looks good. One of the comments was to prefix a "6". Also, you
    should move the H more to the right so that the center-to-center
    distances of the four letters (i.e., the three intervals) are equal
    sized, since TSCH currently uses equal-duration timeslots  You might
    also want to space the letters out more, rather than have them
    overlapped horizontally as in the current diagram, to imply that no
    two frequencies are simultaneously in use. When that is done you
    will end up with five or six (if you add the "6") equal-width
    horizontal intervals, each of which has only one element.

    

    While these will widen the logo, I personally don't find that a
    problem. The entire logo can be shrunk simply by rescaling it to a
    smaller height and width, so why not make it more closely resemble
    the musical score. That's faithful to Hedy Lamarr's original patent
    on FHSS, which was modeled on disjoint piano note keying.

    

    ===

    

      

        
Thank you all!

        
 

        
I tried to mix all the comments I got. Thanks Tom
            for fixing my poor memory. I thought that what counted was
            the very beginning of the key drawing.

        
I liked the idea of the pause, but liked even
            better the repeat sign that Thomas suggested, since
            determinism involves the capability to repeat over and over
            the exact sequence.

        
 

        
How about this?

        
 

        
 

        

        
 

        
If you want to play with those elements and make
            your version of the 6tune, here are the basic elements I
            used:

        
 

        
 

        
 

        

        
 

        

        
 

        
 

        
 

        
Cheers;

        
 

        
Pascal

        
 

        
From:
            6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
            On Behalf Of Thomas Watteyne

            Sent: jeudi 23 mai 2013 19:46

            To: 6TSCH

            Subject: Re: [6tsch] logo challenge

        
 

        

          
Tom,

          

            
 

          

          

            
I
                like the idea of a small musical score, since it conveys
                the idea of frequency hopping and time synchronization
                well. I agree that the G clef is more widely recognized.
                Plus it looks like a 6, so that's great. Instead of a
                D.C., maybe just a repeat might conveys the message
                (double bar with two dots)? We could leave off the
                opening repeat sign, and just have the closing, in the
                interest of space.

          

          

            
 

          

          

            
Do
                you have a quick draw up you could send to the list
                (even a picture of a hand-drawing, or something in
                paint)?

          

          

            
 

          

          

            
Thomas

          

        

        

          
 

          

            
On Thu, May 23, 2013 at 9:30 AM, Tom
              Phinney <tom.phinney@cox.net>
              wrote:

            

              
Rather than
                  a checkerboard/chessboard, I much prefer the
                  musical-score theme as the underlying visual motif,
                  implying a progression of different notes (i.e.,
                  different frequencies), perhaps also showing a rest
                  (no notes). My initial thought was to prefer a C-clef,
                  but in the end I realized that Pascal's use of the
                  G-clef (AKA treble clef) promoted greater
                understanding of the logo. (See
                https://en.wikipedia.org/wiki/Clef
                about clefs).

                

                There is one technical problem with the logo as drawn:
                the G-clef symbol is misplaced on the stave, almost one
                semitone too high. The second line of the stave (from
                the bottom) should go through the visual center of the
                quasi-circular curl on the clef, rather than below the
                visual center as drawn.

                

                In terms of showing a rest, that could be done by
                putting a half-note rest mark – a short horizontal bar
                resting on a stave line – to the right of the "^6TSCH",
                or perhaps even between the "6" and the "TSCH". (For
                musical notation of half-note rests, see
                
http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)

                

                It's tempting to take the musical score analogy further
                and add "da capo" markings to indicate that the whole
                cycle repeats from the beginning, but that extra clutter
                would take the focus away from the 6TSCH.

                

                -Tom

                ====

              

                

                  


                    

                    On 2013.05.23
                      08:12, Pascal Thubert (pthubert) wrote:
                    

                  

                    
I like the 2nd
                          better : ) but both are a bit hard to read.

                    
 

                    

                      
Pascal

                    

                    
 

                    

                      

                        
From:
                            6tsch-bounces@ietf.org
                            [mailto:6tsch-bounces@ietf.org]
                            On Behalf Of Maria Rita PALATTELLA

                            Sent: jeudi 23 mai 2013 16:56

                            To: Pascal Thubert (pthubert); Xavier
                            Vilajosana; 
                              6tsch@ietf.org

                            Subject: Re: [6tsch] logo challenge

                      

                    

                    
 

                    

                      
Pascal,
                          I had something similar in mind.

                          This is an idea. We may try to merge mine with
                          Xavi's one and improve both.

                          What do you think?

                          Maria Rita

                      

                        

                          

                        

                        

                          
From:
                              6tsch-bounces@ietf.org
                              [6tsch-bounces@ietf.org]
                              on behalf of Pascal Thubert (pthubert) [pthubert@cisco.com]

                              Sent: Thursday, May 23, 2013 4:39
                              PM

                              To: Xavier Vilajosana; 6tsch@ietf.org

                              Subject: Re: [6tsch] logo challenge

                        

                        

                          

                            
Hello
                                Xavi:

                            
 

                            
Could
                                you make the blue pattern look more like
                                a track, always progressing left to
                                right?

                            
Ideally
                                though difficult to achieve we could
                                read the TSCH letters in the white
                                squares …

                            
 

                            
cheers

                            
 

                            

                              
Pascal

                            

                            
 

                            

                              

                                
From:
                                    6tsch-bounces@ietf.org
                                    [mailto:6tsch-bounces@ietf.org]
                                    On Behalf Of Xavier
                                    Vilajosana

                                    Sent: jeudi 23 mai 2013 16:21

                                    To: 6tsch@ietf.org

                                    Subject: Re: [6tsch] logo
                                    challenge

                              

                            

                            
 

                            

                              
that's my
                                proposal.. maybe other fonts can be used
                                :-)

                                X

                                

                                Al 23/05/13 03:41, En/na Pascal Thubert
                                (pthubert) ha escrit:

                            

                            

                              
Dear all:

                              
 

                              
We need a
                                logo. Everyone has a logo. Can’t live
                                without a logo!

                              
Maybe that’s
                                sad, but that can be a lot of fun too.
                                So here’s a challenge.

                              
Pick your
                                pen, airbrush, and whatever cool tool
                                you have, and show us what you can do.

                              
 

                              
Tip: I’d
                                love to see that the logo illustrates
                                that we do IPv6, and that the TSCH MAC
                                hops from channel to channel at
                                scheduled times.

                              
 

                              
Cheers

                              
 

                              
Pascal

                              
 

                              
Don’t be
                                shy! I’m not, see below:

                              
 

                              
 

                              

                              
 

                              
_______________________________________________

                              
6tsch mailing list

                              
6tsch@ietf.org

                              
https://www.ietf.org/mailman/listinfo/6tsch

                            

                            
 

                          

                        

                      

                    

                  

                  
 

                  
_______________________________________________

                  
6tsch mailing list

                  
6tsch@ietf.org

                  
https://www.ietf.org/mailman/listinfo/6tsch

                

              

            

            


              _______________________________________________

              6tsch mailing list

              6tsch@ietf.org

              https://www.ietf.org/mailman/listinfo/6tsch

          

          
 

        

      

    

  


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--------------060108000409020407040803--

From maria-rita.palattella@uni.lu  Thu May 23 14:27:29 2013
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From: Maria Rita PALATTELLA 
To: Xavier Vilajosana , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] logo challenge
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Date: Thu, 23 May 2013 20:42:49 +0000
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References:  <519E25CC.1040800@eecs.berkeley.edu>,    <519E4425.4000308@cox.net> <519E5038.4010509@eecs.berkeley.edu>, <519E5857.4030004@eecs.berkeley.edu>
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Subject: Re: [6tsch] logo challenge
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One more idea (basically writing 6TSCH within the schedule, using the cells=
).

Obsviously we can play with colors and positions of the letters.

Maria Rita

________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of Xavier V=
ilajosana [xvilajosana@eecs.berkeley.edu]
Sent: Thursday, May 23, 2013 7:56 PM
To: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

I add two more :-)

X


Al 23/05/13 10:22, En/na Kris Pister ha escrit:
I like them all, but Pascal's is awesome.  He gets my vote, perhaps with so=
me of Tom's suggestions below.

ksjp

On 5/23/2013 9:30 AM, Tom Phinney wrote:
Rather than a checkerboard/chessboard, I much prefer the musical-score them=
e as the underlying visual motif, implying a progression of different notes=
 (i.e., different frequencies), perhaps also showing a rest (no notes). My =
initial thought was to prefer a C-clef, but in the end I realized that Pasc=
al's use of the G-clef (AKA treble clef) promoted greater understanding of =
the logo. (See https://en.wikipedia.org/wiki/Clef about clefs).

There is one technical problem with the logo as drawn: the G-clef symbol is=
 misplaced on the stave, almost one semitone too high. The second line of t=
he stave (from the bottom) should go through the visual center of the quasi=
-circular curl on the clef, rather than below the visual center as drawn.

In terms of showing a rest, that could be done by putting a half-note rest =
mark =96 a short horizontal bar resting on a stave line =96 to the right of=
 the "^6TSCH", or perhaps even between the "6" and the "TSCH". (For musical=
 notation of half-note rests, see http://idiotsguides.com/static/quickguide=
s/musicperformingarts/notes-and-rests-a-visual-index.html)

It's tempting to take the musical score analogy further and add "da capo" m=
arkings to indicate that the whole cycle repeats from the beginning, but th=
at extra clutter would take the focus away from the 6TSCH.

-Tom
=3D=3D=3D=3D

On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:
I like the 2nd better : ) but both are a bit hard to read.

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Maria Rita PALATTELLA
Sent: jeudi 23 mai 2013 16:56
To: Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

Pascal, I had something similar in mind.
This is an idea. We may try to merge mine with Xavi's one and improve both.
What do you think?
Maria Rita
________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@=
ietf.org] on behalf of Pascal Thubert (pthub=
ert) [pthubert@cisco.com]
Sent: Thursday, May 23, 2013 4:39 PM
To: Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge
Hello Xavi:

Could you make the blue pattern look more like a track, always progressing =
left to right?
Ideally though difficult to achieve we could read the TSCH letters in the w=
hite squares =85

cheers

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Xavier Vilajosana
Sent: jeudi 23 mai 2013 16:21
To: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

that's my proposal.. maybe other fonts can be used :-)
X

Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
Dear all:

We need a logo. Everyone has a logo. Can=92t live without a logo!
Maybe that=92s sad, but that can be a lot of fun too. So here=92s a challen=
ge.
Pick your pen, airbrush, and whatever cool tool you have, and show us what =
you can do.

Tip: I=92d love to see that the logo illustrates that we do IPv6, and that =
the TSCH MAC hops from channel to channel at scheduled times.

Cheers

Pascal

Don=92t be shy! I=92m not, see below:


[cid:part14.00040502.08060401@eecs.berkeley.edu]



_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch



_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch




_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch





_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch



--_000_F085911F642A6847987ADA23E611780D18564B74hoshiunilux_
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Content-Transfer-Encoding: quoted-printable








One more idea (basically writing 6TSCH within the schedule, using th=
e cells).



Obsviously we can play with colors and positions of the letters.



Maria Rita






From: 6tsch-bounces@ietf.org [6tsch-bounc=
es@ietf.org] on behalf of Xavier Vilajosana [xvilajosana@eecs.berkeley.edu]=


Sent: Thursday, May 23, 2013 7:56 PM

To: 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge










I add two more :-)



X





Al 23/05/13 10:22, En/na Kris Pister ha escrit:




I like them all, but Pascal's is awesome.  H=
e gets my vote, perhaps with some of Tom's suggestions below.



ksjp




On 5/23/2013 9:30 AM, Tom Phinney wrote:




Rather than a checkerboard/c=
hessboard, I much prefer the musical-score theme as the underlying visual m=
otif, implying a progression of different notes (i.e., different frequencie=
s), perhaps also showing a rest (no
 notes). My initial thought was to prefer a C-clef, but in the end I realiz=
ed that Pascal's use of the G-clef (AKA treble clef) promoted greate=
r understanding of the logo. (See

https://en.wikipedia.org/wiki/Clef about clefs).



There is one technical problem with the logo as drawn: the G-clef symbol is=
 misplaced on the stave, almost one semitone too high. The second line of t=
he stave (from the bottom) should go through the visual center of the quasi=
-circular curl on the clef, rather
 than below the visual center as drawn.



In terms of showing a rest, that could be done by putting a half-note rest =
mark =96 a short horizontal bar resting on a stave line =96 to the right of=
 the "^6TSCH", or perhaps even between the "6" and the =
"TSCH". (For musical notation of half-note rests, see

http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-re=
sts-a-visual-index.html)



It's tempting to take the musical score analogy further and add "da ca=
po" markings to indicate that the whole cycle repeats from the beginni=
ng, but that extra clutter would take the focus away from the 6TSCH.



-Tom

=3D=3D=3D=3D



On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:





I like the 2nd better : ) but both are a bit hard t=
o read.


 



Pas=
cal




 



 




Pascal, I had something similar in mind.<=
br>
This is an idea. We may try to merge mine with Xavi's one and improve both.=


What do you think?

Maria Rita












From:
6tsch-bounces@i=
etf.org [6tsch-bounces@ietf.org] on behalf of P=
ascal Thubert (pthubert) [pthubert@cisco.com]

Sent: Thursday, May 23, 2013 4:39 PM

To: Xavier Vilajosana; 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge







Hello Xavi:


 

Could you make =
the blue pattern look more like a track, always progressing left to right?<=
/span>


Ideally though =
difficult to achieve we could read the TSCH letters in the white squares =
=85


 

cheers

 



Pas=
cal




 





From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana

Sent: jeudi 23 mai 2013 16:21

To: 6tsch@ietf.o=
rg

Subject: Re: [6tsch] logo challenge






 




that's my proposal.. maybe other fonts can be used :=
-)

X



Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:






Dear all:


 


We need a logo. Everyone has a logo. Can=92t live wi=
thout a logo!


Maybe that=92s sad, but that can be a lot of fun too=
. So here=92s a challenge.


Pick your pen, airbrush, and whatever cool tool you =
have, and show us what you can do.


 


Tip: I=92d love to see that the logo illustrates tha=
t we do IPv6, and that the TSCH MAC hops from channel to channel at schedul=
ed times.


 


Cheers


 


Pascal


 


Don=92t be shy! I=92m not, see below:


 


 











_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch




 












=
=0A=
_______________________________________________=0A=
6tsch mailing list=0A=
6tsch@ietf.org=0A=
https://www.ietf.org/mailman/listinfo/6tsch<=
/a>=0A=







 


_______________________________________________=0A=
6tsch mailing list=0A=
6tsch@ietf.org=0A=
https://www.ietf.org/mailman/listinfo/6tsch<=
/a>=0A=









 


_______________________________________________=0A=
6tsch mailing list=0A=
6tsch@ietf.org=0A=
https://www.ietf.org/mailman/listinfo/6tsch<=
/a>=0A=















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--_006_F085911F642A6847987ADA23E611780D18564B74hoshiunilux_--

From pthubert@cisco.com  Thu May 23 14:40:50 2013
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From: "Pascal Thubert (pthubert)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>, "JP Vasseur (jvasseur)" , "Ted Lemon (ted.lemon@nominum.com)" , "Adrian Farrel (adrian@olddog.co.uk)" 
Thread-Topic: Agenda for the call on May 24th
Thread-Index: Ac5X95BSB2s1HXOgTG+FEk+tWr7GFg==
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Subject: [6tsch] Agenda for the call on May 24th
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--_000_E045AECD98228444A58C61C200AE1BD8412FBF33xmbrcdx01ciscoc_
Content-Type: text/plain; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable

Dear all :

Please find a proposed charter for the call tomorrow.
The great new is that JP (PCE chair and an author of PCEP) accepted to lead=
 the work on centralized routing requirements.

- BoF recap                                                                =
         [ Pascal ]              5 mn
- webinar announcements                                          [Thomas]  =
           5 mn
- Centralized routing requirements draft                               [ JP=
 ]                      10 mn + 5 mn Q&A
- updated 6tsch draft                                                     [=
MR? Alfredo?] 5 mn
- updated 6tus draft                                                       =
[Xavi?]                 10 mn
- label switching discussion                                          [Thom=
as]             15 mn
- logo challenge!                                                          =
     [Pascal]                                5 mn

As usual; please feel free to propose changes / additions, and remember tha=
t the call should be recorded!

Cheers,

Pascal


Topic: 6TSCH Weekly
Date: Friday, May 17, 2013
Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)
Meeting Number: 206 802 913
Meeting Password: sixtus

-------------------------------------------------------
To start the online meeting
-------------------------------------------------------
1. Go to https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID=
=3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D
2. Log in to your account.
3. Click "Start Now".
4. Follow the instructions that appear on your screen.

----------------------------------------------------------------
ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes
----------------------------------------------------------------

The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita=
s area and (866) 349-3520 for the RTP area.

Please dial the local access number for your area from the list below:
- San Jose/Milpitas (408) area: 525-6800
- RTP (919) area: 392-3330

-------------------------------------------------------
To join the teleconference only
-------------------------------------------------------
1. Dial into Cisco WebEx (view all Global Access Numbers at
http://cisco.com/en/US/about/doing_business/conferencing/index.html
2. Follow the prompts to enter the Meeting Number (listed above) or Access =
Code followed by the # sign.

San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330

US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117

India: +91.80.4350.1111 Germany: +49.619.6773.9002

Japan: +81.3.5763.9394 China: +86.10.8515.5666

To check whether you have the appropriate players installed for UCF (Univer=
sal Communications Format) rich media files, go to https://ciscosales.webex=
.com/ciscosales/systemdiagnosis.php

http://www.webex.com

CCM:+14085256800x206802913


--_000_E045AECD98228444A58C61C200AE1BD8412FBF33xmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Dear all&n=
bsp;:


 


Please find a proposed=
 charter for the call tomorrow.



The great new is that =
JP (PCE chair and an author of PCEP) accepted to lead the work on centraliz=
ed routing requirements.


 


- BoF recap  &nbs=
p;            &=
nbsp;            &nb=
sp;            =
            &nb=
sp;            =
       [ Pascal ]     &nb=
sp;        5 mn


- webinar announcement=
s             &=
nbsp;           &nbs=
p;            &=
nbsp;   [Thomas]        &=
nbsp;    5 mn


- Centralized routing =
requirements draft         &nb=
sp;            =
         [ JP ]   &n=
bsp;            =
;      10 mn + 5 mn Q&A



- updated 6tsch draft =
            &nb=
sp;            =
             &n=
bsp;            =
; [MR? Alfredo?] 5 mn


- updated 6tus draft &=
nbsp;           &nbs=
p;            &=
nbsp;            &nb=
sp;            =
   [Xavi?]          =
       10 mn


- label switching disc=
ussion            &n=
bsp;            =
;            &n=
bsp;    [Thomas]       &n=
bsp;     15 mn       =
;            



- logo challenge! &nbs=
p;            &=
nbsp;           &nbs=
p;            &=
nbsp;           &nbs=
p;           [Pascal]&nbs=
p;            &=
nbsp;           &nbs=
p;      5 mn




 


As usual; please feel =
free to propose changes / additions, and remember that the call should be r=
ecorded!


 


Cheers,


 


Pascal




 




 


Topic: 6TSCH Weekly


Date: Friday, May 17, 2013 

Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00) 

Meeting Number: 206 802 913 

Meeting Password: sixtus 



------------------------------------------------------- 

To start the online meeting 

------------------------------------------------------- 

1. Go to https://ciscosales.webex.com/ciscosales/j=
.php?ED=3D219615007&UID=3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiM=
yMw%3D%3D


2. Log in to your account. 

3. Click "Start Now". 

4. Follow the instructions that appear on your screen. 



---------------------------------------------------------------- 

ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes 

---------------------------------------------------------------- 



The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita=
s area and (866) 349-3520 for the RTP area.




Please dial the local access number for your area from the list below: 

- San Jose/Milpitas (408) area: 525-6800 

- RTP (919) area: 392-3330 



------------------------------------------------------- 

To join the teleconference only 

------------------------------------------------------- 

1. Dial into Cisco WebEx (view all Global Access Numbers at 

http://cisco.com/en/US/about/doin=
g_business/conferencing/index.html


2. Follow the prompts to enter the Meeting Number (listed above) or Access =
Code followed by the # sign.




San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330 



US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117 



India: +91.80.4350.1111 Germany: +49.619.6773.9002 



Japan: +81.3.5763.9394 China: +86.10.8515.5666 



To check whether you have the appropriate players installed for UCF (Univer=
sal Communications Format) rich media files, go to
https://ciscosales.webex.com/ciscosales/s=
ystemdiagnosis.php




http:=
//www.webex.com




CCM:+14085256800x206802913


 






--_000_E045AECD98228444A58C61C200AE1BD8412FBF33xmbrcdx01ciscoc_--

From alfredo.grieco@gmail.com  Thu May 23 15:47:22 2013
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+1 to the proposal of Maria Rita :-)

--
Luigi Alfredo Grieco, PhD
Assistant Professor
Department of Electrical and Information Engineering
Politecnico di Bari
Via Orabona 4 - 70125 - Bari - Italy
+39 080 5963 911
telematics.poliba.it/grieco
Skype id: l.alfredo.grieco
Mobile: +39 3346715672


On 23 May 2013, at 22:42, Maria Rita PALATTELLA  wrote:

> One more idea (basically writing 6TSCH within the schedule, using the cell=
s).
>=20
> Obsviously we can play with colors and positions of the letters.
>=20
> Maria Rita
>=20
> From: 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of Xavier V=
ilajosana [xvilajosana@eecs.berkeley.edu]
> Sent: Thursday, May 23, 2013 7:56 PM
> To: 6tsch@ietf.org
> Subject: Re: [6tsch] logo challenge
>=20
> I add two more :-)
>=20
> X
>=20
>=20
> Al 23/05/13 10:22, En/na Kris Pister ha escrit:
>> I like them all, but Pascal's is awesome.  He gets my vote, perhaps with s=
ome of Tom's suggestions below.
>>=20
>> ksjp
>>=20
>> On 5/23/2013 9:30 AM, Tom Phinney wrote:
>>> Rather than a checkerboard/chessboard, I much prefer the musical-score t=
heme as the underlying visual motif, implying a progression of different not=
es (i.e., different frequencies), perhaps also showing a rest (no notes). My=
 initial thought was to prefer a C-clef, but in the end I realized that Pasc=
al's use of the G-clef (AKA treble clef) promoted greater understanding of t=
he logo. (See https://en.wikipedia.org/wiki/Clef about clefs).
>>>=20
>>> There is one technical problem with the logo as drawn: the G-clef symbol=
 is misplaced on the stave, almost one semitone too high. The second line of=
 the stave (from the bottom) should go through the visual center of the quas=
i-circular curl on the clef, rather than below the visual center as drawn.
>>>=20
>>> In terms of showing a rest, that could be done by putting a half-note re=
st mark =E2=80=93 a short horizontal bar resting on a stave line =E2=80=93 t=
o the right of the "^6TSCH", or perhaps even between the "6" and the "TSCH".=
 (For musical notation of half-note rests, see http://idiotsguides.com/stati=
c/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)
>>>=20
>>> It's tempting to take the musical score analogy further and add "da capo=
" markings to indicate that the whole cycle repeats from the beginning, but t=
hat extra clutter would take the focus away from the 6TSCH.
>>>=20
>>> -Tom
>>> =3D=3D=3D=3D
>>>=20
>>> On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:
>>>>=20
>>>> I like the 2nd better : ) but both are a bit hard to read.
>>>> =20
>>>> Pascal
>>>> =20
>>>> From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf O=
f Maria Rita PALATTELLA
>>>> Sent: jeudi 23 mai 2013 16:56
>>>> To: Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org
>>>> Subject: Re: [6tsch] logo challenge
>>>> =20
>>>> Pascal, I had something similar in mind.
>>>> This is an idea. We may try to merge mine with Xavi's one and improve b=
oth.
>>>> What do you think?
>>>> Maria Rita
>>>> From: 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of Pasc=
al Thubert (pthubert) [pthubert@cisco.com]
>>>> Sent: Thursday, May 23, 2013 4:39 PM
>>>> To: Xavier Vilajosana; 6tsch@ietf.org
>>>> Subject: Re: [6tsch] logo challenge
>>>>=20
>>>> Hello Xavi:
>>>> =20
>>>> Could you make the blue pattern look more like a track, always progress=
ing left to right?
>>>> Ideally though difficult to achieve we could read the TSCH letters in t=
he white squares =E2=80=A6
>>>> =20
>>>> cheers
>>>> =20
>>>> Pascal
>>>> =20
>>>> From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf O=
f Xavier Vilajosana
>>>> Sent: jeudi 23 mai 2013 16:21
>>>> To: 6tsch@ietf.org
>>>> Subject: Re: [6tsch] logo challenge
>>>> =20
>>>> that's my proposal.. maybe other fonts can be used :-)
>>>> X
>>>>=20
>>>> Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
>>>> Dear all:
>>>> =20
>>>> We need a logo. Everyone has a logo. Can=E2=80=99t live without a logo!=

>>>> Maybe that=E2=80=99s sad, but that can be a lot of fun too. So here=E2=80=
=99s a challenge.
>>>> Pick your pen, airbrush, and whatever cool tool you have, and show us w=
hat you can do.
>>>> =20
>>>> Tip: I=E2=80=99d love to see that the logo illustrates that we do IPv6,=
 and that the TSCH MAC hops from channel to channel at scheduled times.
>>>> =20
>>>> Cheers
>>>> =20
>>>> Pascal
>>>> =20
>>>> Don=E2=80=99t be shy! I=E2=80=99m not, see below:
>>>> =20
>>>> =20
>>>> 
>>>>=20
>>>>=20
>>>>=20
>>>> _______________________________________________
>>>> 6tsch mailing list
>>>> 6tsch@ietf.org
>>>> https://www.ietf.org/mailman/listinfo/6tsch
>>>> =20
>>>>=20
>>>> _______________________________________________
>>>> 6tsch mailing list
>>>> 6tsch@ietf.org
>>>> https://www.ietf.org/mailman/listinfo/6tsch
>>>=20
>>>=20
>>> _______________________________________________
>>> 6tsch mailing list
>>> 6tsch@ietf.org
>>> https://www.ietf.org/mailman/listinfo/6tsch
>>=20
>>=20
>>=20
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
>=20
> <6tsch-logo3.png>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch

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+1 to the proposal of Maria Rita :-)
--
Luigi Alfredo Gri=
eco, PhD
Assistant Profes=
sor
Department of Electric=
al and Information Engineering
Politecnico di Bari
Via Orabona 4 - 70125 - Bari - Italy
+39 080 5963 911
Skype id: l.alfre=
do.grieco
Mobile: +39 334=
6715672


On 23 May 2013, a=
t 22:42, Maria Rita PALATTELLA <maria-rita.palattella@uni.lu> wrote:








One more idea (basically writing 6TSCH within the schedule, using the c=
ells).



Obsviously we can play with colors and positions of the letters.



Maria Rita








From: 6tsch-bounces@ietf.org [6=
tsch-bounces@ietf.org] on behalf of Xavier Vilajosana [xvilajosana@eecs.berkeley.edu]

Sent: Thursday, May 23, 2013 7:56 PM

To: 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge










I add two more :-)



X





Al 23/05/13 10:22, En/na Kris Pister ha escrit:




I like them all, but Pascal's is awesome.  He=
 gets my vote, perhaps with some of Tom's suggestions below.



ksjp




On 5/23/2013 9:30 AM, Tom Phinney wrote:




Rather than a checkerboard/ch=
essboard, I much prefer the musical-score theme as the underlying visual mot=
if, implying a progression of different notes (i.e., different frequencies),=
 perhaps also showing a rest (no
 notes). My initial thought was to prefer a C-clef, but in the end I realize=
d that Pascal's use of the G-clef (AKA treble clef) promoted greater u=
nderstanding of the logo. (See

https://en.wikipedia.org/wiki/Clef about clefs).



There is one technical problem with the logo as drawn: the G-clef symbol is m=
isplaced on the stave, almost one semitone too high. The second line of the s=
tave (from the bottom) should go through the visual center of the quasi-circ=
ular curl on the clef, rather
 than below the visual center as drawn.



In terms of showing a rest, that could be done by putting a half-note rest m=
ark =E2=80=93 a short horizontal bar resting on a stave line =E2=80=93 to th=
e right of the "^6TSCH", or perhaps even between the "6" and the "TSCH". (Fo=
r musical notation of half-note rests, see

http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-res=
ts-a-visual-index.html)



It's tempting to take the musical score analogy further and add "da capo" ma=
rkings to indicate that the whole cycle repeats from the beginning, but that=
 extra clutter would take the focus away from the 6TSCH.



-Tom

=3D=3D=3D=3D



On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:





I like the 2nd better : ) but both are a bit hard to r=
ead.


 



Pasc=
al




 



 




Pascal, I had something similar in mind.
This is an idea. We may try to merge mine with Xavi's one and improve both.<=
br>
What do you think?

Maria Rita












From:
6tsch-bounces@ie=
tf.org [6tsch-bounces@ietf.org] on behalf of Pasc=
al Thubert (pthubert) [pthubert@cisco.com]

Sent: Thursday, May 23, 2013 4:39 PM

To: Xavier Vilajosana; 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge







Hello Xavi:


 

Could you make t=
he blue pattern look more like a track, always progressing left to right?


Ideally though d=
ifficult to achieve we could read the TSCH letters in the white squares =E2=80=
=A6


 

cheers

 



Pasc=
al




 





From:
6tsch-bounces@ie=
tf.org [mail=
to:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana

Sent: jeudi 23 mai 2013 16:21

To: 6tsch@ietf.or=
g

Subject: Re: [6tsch] logo challenge






 




that's my proposal.. maybe other fonts can be used :-=
)

X



Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:






Dear all:


 


We need a logo. Everyone has a logo. Can=E2=80=99t li=
ve without a logo!


Maybe that=E2=80=99s sad, but that can be a lot of fu=
n too. So here=E2=80=99s a challenge.


Pick your pen, airbrush, and whatever cool tool you h=
ave, and show us what you can do.


 


Tip: I=E2=80=99d love to see that the logo illustrate=
s that we do IPv6, and that the TSCH MAC hops from channel to channel at sch=
eduled times.


 


Cheers


 


Pascal


 


Don=E2=80=99t be shy! I=E2=80=99m not, see below:
=


 


 


<ATT00001.png>









_______________________________________________


6tsch mailing list


6tsch@ietf.org<=
/pre>

https://www.ietf.org/mailman/listinfo/6tsch




 













_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch







 


_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch









 


_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch















=

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From xvilajosana@eecs.berkeley.edu  Thu May 23 18:23:53 2013
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Dear all,

we uploaded the new version of the 6tus draft.

http://www.ietf.org/rfcdiff?url2=draft-wang-6tsch-6tus-01

+the new version updates terminology usage following the terminology draft
+adds hard cell reservation process. i.e the PCE reserves a hard cell to 
a node and this node installs to its target neighbour the opposite type 
of slot.

kind regards,
Xavi

From twatteyne@gmail.com  Thu May 23 22:22:05 2013
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All,

You will find a new version of the TSCH draft at:
http://tools.ietf.org/html/draft-watteyne-6tsch-tsch-lln-context-02

Thomas

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All,

You will find a new version =
of the TSCH draft at:




Thomas


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From: Charles Palmer 
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Dear group

Does this group have a web page,or is there some other place to look for 
IDs etc?

-- 
Regards - Charles Palmer
Project Hydra Project Manager - Acute Technology Limited
Woodthorpe, Calver Road, Baslow, Derbyshire, DE45 1RR, United Kingdom
Mob: +44 (0)7977 577 627    Skype: Acutetech
Email: charles.palmer@acutetechnology.com Web: http://projecthydra.info


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    Dear group

      

      Does this group have a web page,or is there some other place to
      look for IDs etc?

    
    
-- 
Regards - Charles Palmer
Project Hydra Project Manager - Acute Technology Limited
Woodthorpe, Calver Road, Baslow, Derbyshire, DE45 1RR, United Kingdom
Mob: +44 (0)7977 577 627    Skype: Acutetech
Email: charles.palmer@acutetechnology.com Web: http://projecthydra.info 

  


--------------070900000702080007040203--

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Charles,

Absolutely. We are in the process of becoming a working group, but until
that point, we don't have an official group page on the IETF. In the
meantime, everything we have produced so far is at
https://bitbucket.org/6tsch/. There, you'll find the minutes of our webex
calls and in-person meetings, our draft charter, the 4 I-D we have
published so far, and 2 more in-progress I-Ds.

Thomas


On Thu, May 23, 2013 at 11:23 PM, Charles Palmer <
charles.palmer@acutetechnology.com> wrote:

>  Dear group
>
> Does this group have a web page,or is there some other place to look for
> IDs etc?
>
> --
> Regards - Charles Palmer
> Project Hydra Project Manager - Acute Technology Limited
> Woodthorpe, Calver Road, Baslow, Derbyshire, DE45 1RR, United Kingdom
> Mob: +44 (0)7977 577 627    Skype: Acutetech
> Email: charles.palmer@acutetechnology.com Web: http://projecthydra.info
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

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Charles,

Absolutely. We are in th=
e process of becoming a working group, but until that point, we don't h=
ave an official group page on the IETF. In the meantime, everything we have=
 produced so far is at=A0https://b=
itbucket.org/6tsch/. There, you'll find the minutes of our webex ca=
lls and in-person meetings, our draft charter, the 4 I-D we have published =
so far, and 2 more in-progress I-Ds.




Thomas


On Thu, May 23, 2013 at 11:23 PM, Char=
les Palmer <charles.palmer@acutetechnology.com> wrote:




 =20

   =20
 =20
  

    Dear group

      

      Does this group have a web page,or is there some other place to
      look for IDs etc?

    
    
--=20
Regards - Charles Palmer
Project Hydra Project Manager - Acute Technology Limited
Woodthorpe, Calver Road, Baslow, Derbyshire, DE45 1RR, United Kingdom
Mob: +44 (0)7977 577 627    Skype: Acutetech
Email: charles.palmer@acutetechnology.com Web: http://projecthydra.info 

  



_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch





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From: "Pascal Thubert (pthubert)" 
To: Tom Phinney , "Raghuram Sudhaakar (rsudhaak)" , 6TSCH <6tsch@ietf.org>
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From maria-rita.palattella@uni.lu  Fri May 24 02:12:57 2013
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From: Maria Rita PALATTELLA 
To: "Pascal Thubert (pthubert)" , Tom Phinney , "Raghuram Sudhaakar (rsudhaak)" ,  6TSCH <6tsch@ietf.org>
Thread-Topic: [6tsch] logo challenge
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Pascal, it looks really nice :)
I only wonder if people that are not so familiar with music, will get the m=
essage that is behing. Anyway, I like it, so:
+1
Maria Rita

________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of Pascal T=
hubert (pthubert) [pthubert@cisco.com]
Sent: Friday, May 24, 2013 10:30 AM
To: Tom Phinney; Raghuram Sudhaakar (rsudhaak); 6TSCH
Subject: Re: [6tsch] logo challenge

Dear all:

I made the 6 more visible per Tom and Raghu=92s suggestion, and enforced eq=
ual spaces to make it look more like a real music.
I agree with Thomas that the T replacement is a nice trick but then It look=
 less readable so I left it at letters.
I attached a transparent gif, and the basic elements are below, if anyone w=
ants to play with them to improve that proposal.






[cid:image011.png@01CE5869.6E259450]















So what=92s the score?

Let=92s talk at the call;

Cheers,

Pascal













From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
om Phinney
Sent: jeudi 23 mai 2013 22:43
To: 6TSCH
Subject: Re: [6tsch] logo challenge

It looks good. One of the comments was to prefix a "6". Also, you should mo=
ve the H more to the right so that the center-to-center distances of the fo=
ur letters (i.e., the three intervals) are equal sized, since TSCH currentl=
y uses equal-duration timeslots  You might also want to space the letters o=
ut more, rather than have them overlapped horizontally as in the current di=
agram, to imply that no two frequencies are simultaneously in use. When tha=
t is done you will end up with five or six (if you add the "6") equal-width=
 horizontal intervals, each of which has only one element.

While these will widen the logo, I personally don't find that a problem. Th=
e entire logo can be shrunk simply by rescaling it to a smaller height and =
width, so why not make it more closely resemble the musical score. That's f=
aithful to Hedy Lamarr's original patent on FHSS, which was modeled on disj=
oint piano note keying.

=3D=3D=3D

Thank you all!

I tried to mix all the comments I got. Thanks Tom for fixing my poor memory=
. I thought that what counted was the very beginning of the key drawing.
I liked the idea of the pause, but liked even better the repeat sign that T=
homas suggested, since determinism involves the capability to repeat over a=
nd over the exact sequence.

How about this?


[cid:image004.png@01CE5868.40965480]

If you want to play with those elements and make your version of the 6tune,=
 here are the basic elements I used:



[cid:image005.png@01CE5868.40965480]

[cid:image006.gif@01CE5868.40965480]



Cheers;

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyne
Sent: jeudi 23 mai 2013 19:46
To: 6TSCH
Subject: Re: [6tsch] logo challenge

Tom,

I like the idea of a small musical score, since it conveys the idea of freq=
uency hopping and time synchronization well. I agree that the G clef is mor=
e widely recognized. Plus it looks like a 6, so that's great. Instead of a =
D.C., maybe just a repeat might conveys the message (double bar with two do=
ts)? We could leave off the opening repeat sign, and just have the closing,=
 in the interest of space.

Do you have a quick draw up you could send to the list (even a picture of a=
 hand-drawing, or something in paint)?

Thomas

On Thu, May 23, 2013 at 9:30 AM, Tom Phinney > wrote:
Rather than a checkerboard/chessboard, I much prefer the musical-score them=
e as the underlying visual motif, implying a progression of different notes=
 (i.e., different frequencies), perhaps also showing a rest (no notes). My =
initial thought was to prefer a C-clef, but in the end I realized that Pasc=
al's use of the G-clef (AKA treble clef) promoted greater understanding of =
the logo. (See https://en.wikipedia.org/wiki/Clef about clefs).

There is one technical problem with the logo as drawn: the G-clef symbol is=
 misplaced on the stave, almost one semitone too high. The second line of t=
he stave (from the bottom) should go through the visual center of the quasi=
-circular curl on the clef, rather than below the visual center as drawn.

In terms of showing a rest, that could be done by putting a half-note rest =
mark =96 a short horizontal bar resting on a stave line =96 to the right of=
 the "^6TSCH", or perhaps even between the "6" and the "TSCH". (For musical=
 notation of half-note rests, see http://idiotsguides.com/static/quickguide=
s/musicperformingarts/notes-and-rests-a-visual-index.html)

It's tempting to take the musical score analogy further and add "da capo" m=
arkings to indicate that the whole cycle repeats from the beginning, but th=
at extra clutter would take the focus away from the 6TSCH.

-Tom
=3D=3D=3D=3D


On 2013.05.23 08:12, Pascal Thubert (pthubert) wrote:
I like the 2nd better : ) but both are a bit hard to read.

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Maria Rita PALATTELLA
Sent: jeudi 23 mai 2013 16:56
To: Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

Pascal, I had something similar in mind.
This is an idea. We may try to merge mine with Xavi's one and improve both.
What do you think?
Maria Rita
________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@=
ietf.org] on behalf of Pascal Thubert (pthub=
ert) [pthubert@cisco.com]
Sent: Thursday, May 23, 2013 4:39 PM
To: Xavier Vilajosana; 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge
Hello Xavi:

Could you make the blue pattern look more like a track, always progressing =
left to right?
Ideally though difficult to achieve we could read the TSCH letters in the w=
hite squares =85

cheers

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Xavier Vilajosana
Sent: jeudi 23 mai 2013 16:21
To: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

that's my proposal.. maybe other fonts can be used :-)
X

Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
Dear all:

We need a logo. Everyone has a logo. Can=92t live without a logo!
Maybe that=92s sad, but that can be a lot of fun too. So here=92s a challen=
ge.
Pick your pen, airbrush, and whatever cool tool you have, and show us what =
you can do.

Tip: I=92d love to see that the logo illustrates that we do IPv6, and that =
the TSCH MAC hops from channel to channel at scheduled times.

Cheers

Pascal

Don=92t be shy! I=92m not, see below:


[cid:image007.png@01CE5868.40965480]


_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch




_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch

_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


--_000_F085911F642A6847987ADA23E611780D1856578Choshiunilux_
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Content-Transfer-Encoding: quoted-printable








Pascal, it looks really nice :)

I only wonder if people that are not so familiar with music, will get the m=
essage that is behing. Anyway, I like it, so:

+1 

Maria Rita






From: 6tsch-bounces@ietf.org [6tsch-bounce=
s@ietf.org] on behalf of Pascal Thubert (pthubert) [pthubert@cisco.com]

Sent: Friday, May 24, 2013 10:30 AM

To: Tom Phinney; Raghuram Sudhaakar (rsudhaak); 6TSCH

Subject: Re: [6tsch] logo challenge












Dear all:


 


I made the 6 more visib=
le per Tom and Raghu=92s suggestion, and enforced equal spaces to make it l=
ook more like a real music.



I agree with Thomas tha=
t the T replacement is a nice trick but then It look less readable so I lef=
t it at letters.



I attached a transparen=
t gif, and the basic elements are below, if anyone wants to play with them =
to improve that proposal.


 


 


 


 


 


 


 


 




 


 


 


 


 


 


 


 


 


 


 


 


 




So what=92s the score?<=
/span>


 


Let=92s talk at the cal=
l;


 


Cheers,


 


Pascal


 


 


 


 


 


 


 


 


 


 


 


 




 






From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@=
ietf.org]
On Behalf Of Tom Phinney

Sent: jeudi 23 mai 2013 22:43

To: 6TSCH

Subject: Re: [6tsch] logo challenge






 


It looks good. One of the comments was to prefix a &=
quot;6". Also, you should move the H more to the right so that the cen=
ter-to-center distances of the four letters (i.e., the three intervals) are=
 equal sized, since TSCH currently uses equal-duration
 timeslots  You might also want to space the letters out more, rather =
than have them overlapped horizontally as in the current diagram, to imply =
that no two frequencies are simultaneously in use. When that is done you wi=
ll end up with five or six (if you add
 the "6") equal-width horizontal intervals, each of which has onl=
y one element.



While these will widen the logo, I personally don't find that a problem. Th=
e entire logo can be shrunk simply by rescaling it to a smaller height and =
width, so why not make it more closely resemble the musical score. That's f=
aithful to Hedy Lamarr's original
 patent on FHSS, which was modeled on disjoint piano note keying.



=3D=3D=3D






Thank you all!

 


I tried to mix all the comments I got.=
 Thanks Tom for fixing my poor memory. I thought that what counted was the =
very beginning of the key drawing.


I liked the idea of the pause, but lik=
ed even better the repeat sign that Thomas suggested, since determinism inv=
olves the capability to repeat over and over the exact sequence.


 


How about this?


 


 




 


If you want to play with those element=
s and make your version of the 6tune, here are the basic elements I used:


 


 


 




 




 


 


 


Cheers;


 


Pascal


 


From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: jeudi 23 mai 2013 19:46

To: 6TSCH

Subject: Re: [6tsch] logo challenge


 




Tom,




 






I like the idea of a small musical score=
, since it conveys the idea of frequency hopping and time synchronization w=
ell. I agree that the G clef is more widely recognized.
 Plus it looks like a 6, so that's great. Instead of a D.C., maybe just a r=
epeat might conveys the message (double bar with two dots)? We could leave =
off the opening repeat sign, and just have the closing, in the interest of =
space.






 






Do you have a quick draw up you could se=
nd to the list (even a picture of a hand-drawing, or something in paint)?






 






Thomas








 




On Thu, May 23, 2013 at 9:30 AM, Tom Phinney <tom.phinney@cox.net> wrote:




Rather than a checkerboard/chessboard, I much prefer the m=
usical-score theme as the underlying visual motif, implying a progression o=
f different notes (i.e., different frequencies), perhaps
 also showing a rest (no notes). My initial thought was to prefer a C-clef,=
 but in the end I realized that Pascal's use of the G-clef (AKA treb=
le clef) promoted greater understanding of the logo. (See
https://en=
.wikipedia.org/wiki/Clef about clefs).



There is one technical problem with the logo as drawn: the G-clef symbol is=
 misplaced on the stave, almost one semitone too high. The second line of t=
he stave (from the bottom) should go through the visual center of the quasi=
-circular curl on the clef, rather
 than below the visual center as drawn.



In terms of showing a rest, that could be done by putting a half-note rest =
mark =96 a short horizontal bar resting on a stave line =96 to the right of=
 the "^6TSCH", or perhaps even between the "6" and the =
"TSCH". (For musical notation of half-note rests, see

http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-re=
sts-a-visual-index.html)



It's tempting to take the musical score analogy further and add "da ca=
po" markings to indicate that the whole cycle repeats from the beginni=
ng, but that extra clutter would take the focus away from the 6TSCH.



-Tom

=3D=3D=3D=3D










On 2013.05.23 08:12, =
Pascal Thubert (pthubert) wrote:





I like the 2nd better : ) but both are a =
bit hard to read.


 




Pascal




 






From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of Maria Rita PALATTELLA

Sent: jeudi 23 mai 2013 16:56

To: Pascal Thubert (pthubert); Xavier Vilajosana; 
6tsch@ietf.org

Subject: Re: [6tsch] logo challenge






 




Pascal, I had something similar in mind=
.

This is an idea. We may try to merge mine with Xavi's one and improve both.=


What do you think?

Maria Rita












From:=

6tsch-bounces@i=
etf.org [6t=
sch-bounces@ietf.org] on behalf of Pascal Thubert (pthubert) [pthubert@cisco.com]
Sent: Thursday, May 23, 2013 4:39 PM

To: Xavier Vilajosana; 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge








Hello Xavi:


 


Could you make the blu=
e pattern look more like a track, always progressing left to right?<=
/p>

Ideally though difficu=
lt to achieve we could read the TSCH letters in the white squares =85


 


cheers


 




Pascal




 






From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana

Sent: jeudi 23 mai 2013 16:21

To: 6tsch@ietf.o=
rg

Subject: Re: [6tsch] logo challenge






 




that's my proposal.. maybe other fonts can be used :=
-)

X



Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:






Dear all:


 


We need a logo. Everyone has a logo. Can=92t live wi=
thout a logo!


Maybe that=92s sad, but that can be a lot of fun too=
. So here=92s a challenge.


Pick your pen, airbrush, and whatever cool tool you =
have, and show us what you can do.


 


Tip: I=92d love to see that the logo illustrates tha=
t we do IPv6, and that the TSCH MAC hops from channel to channel at schedul=
ed times.


 


Cheers


 


Pascal


 


Don=92t be shy! I=92m not, see below:


 


 




 


_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch




 












 


_______________________________________________


6tsch mailing list


6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch










_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch




 














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--_008_F085911F642A6847987ADA23E611780D1856578Choshiunilux_--

From qinwang@berkeley.edu  Fri May 24 02:25:56 2013
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Date: Fri, 24 May 2013 02:25:41 -0700
From: "Qin Wang" 
To: "Pascal Thubert (pthubert)" 
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Cc: "Raghuram Sudhaakar \(rsudhaak\)" , 6TSCH <6tsch@ietf.org>, Tom Phinney 
Subject: Re: [6tsch] logo challenge
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+1 to the musical style logo.

Qin


> Dear all:
>
> I made the 6 more visible per Tom and Raghu’s suggestion, and enforced
> equal spaces to make it look more like a real music.
> I agree with Thomas that the T replacement is a nice trick but then It
> look less readable so I left it at letters.
> I attached a transparent gif, and the basic elements are below, if anyone
> wants to play with them to improve that proposal.
>
>
>
>
>
>
> [cid:image011.png@01CE5869.6E259450]
>
>
>
>
>
>
>
>
>
>
>
>
>
>
>
> So what’s the score?
>
> Let’s talk at the call;
>
> Cheers,
>
> Pascal
>
>
>
>
>
>
>
>
>
>
>
>
>
> From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of
> Tom Phinney
> Sent: jeudi 23 mai 2013 22:43
> To: 6TSCH
> Subject: Re: [6tsch] logo challenge
>
> It looks good. One of the comments was to prefix a "6". Also, you should
> move the H more to the right so that the center-to-center distances of the
> four letters (i.e., the three intervals) are equal sized, since TSCH
> currently uses equal-duration timeslots  You might also want to space the
> letters out more, rather than have them overlapped horizontally as in the
> current diagram, to imply that no two frequencies are simultaneously in
> use. When that is done you will end up with five or six (if you add the
> "6") equal-width horizontal intervals, each of which has only one
> element.
>
> While these will widen the logo, I personally don't find that a problem.
> The entire logo can be shrunk simply by rescaling it to a smaller height
> and width, so why not make it more closely resemble the musical score.
> That's faithful to Hedy Lamarr's original patent on FHSS, which was
> modeled on disjoint piano note keying.
>
> ===
>
> Thank you all!
>
> I tried to mix all the comments I got. Thanks Tom for fixing my poor
> memory. I thought that what counted was the very beginning of the key
> drawing.
> I liked the idea of the pause, but liked even better the repeat sign that
> Thomas suggested, since determinism involves the capability to repeat over
> and over the exact sequence.
>
> How about this?
>
>
> [cid:image004.png@01CE5868.40965480]
>
> If you want to play with those elements and make your version of the
> 6tune, here are the basic elements I used:
>
>
>
> [cid:image005.png@01CE5868.40965480]
>
> [cid:image006.gif@01CE5868.40965480]
>
>
>
> Cheers;
>
> Pascal
>
> From: 6tsch-bounces@ietf.org
> [mailto:6tsch-bounces@ietf.org] On Behalf Of Thomas Watteyne
> Sent: jeudi 23 mai 2013 19:46
> To: 6TSCH
> Subject: Re: [6tsch] logo challenge
>
> Tom,
>
> I like the idea of a small musical score, since it conveys the idea of
> frequency hopping and time synchronization well. I agree that the G clef
> is more widely recognized. Plus it looks like a 6, so that's great.
> Instead of a D.C., maybe just a repeat might conveys the message (double
> bar with two dots)? We could leave off the opening repeat sign, and just
> have the closing, in the interest of space.
>
> Do you have a quick draw up you could send to the list (even a picture of
> a hand-drawing, or something in paint)?
>
> Thomas
>
> On Thu, May 23, 2013 at 9:30 AM, Tom Phinney
> > wrote:
> Rather than a checkerboard/chessboard, I much prefer the musical-score
> theme as the underlying visual motif, implying a progression of different
> notes (i.e., different frequencies), perhaps also showing a rest (no
> notes). My initial thought was to prefer a C-clef, but in the end I
> realized that Pascal's use of the G-clef (AKA treble clef) promoted
> greater understanding of the logo. (See https://en.wikipedia.org/wiki/Clef
> about clefs).
>
> There is one technical problem with the logo as drawn: the G-clef symbol
> is misplaced on the stave, almost one semitone too high. The second line
> of the stave (from the bottom) should go through the visual center of the
> quasi-circular curl on the clef, rather than below the visual center as
> drawn.
>
> In terms of showing a rest, that could be done by putting a half-note rest
> mark – a short horizontal bar resting on a stave line – to the right of
> the "^6TSCH", or perhaps even between the "6" and the "TSCH". (For musical
> notation of half-note rests, see
> http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)
>
> It's tempting to take the musical score analogy further and add "da capo"
> markings to indicate that the whole cycle repeats from the beginning, but
> that extra clutter would take the focus away from the 6TSCH.
>
> -Tom
> ====
>
>
> On 2013.05.23 08:12, Pascal Thubert (pthubert)
> wrote:
> I like the 2nd better : ) but both are a bit hard to read.
>
> Pascal
>
> From: 6tsch-bounces@ietf.org
> [mailto:6tsch-bounces@ietf.org] On Behalf Of Maria Rita PALATTELLA
> Sent: jeudi 23 mai 2013 16:56
> To: Pascal Thubert (pthubert); Xavier Vilajosana;
> 6tsch@ietf.org
> Subject: Re: [6tsch] logo challenge
>
> Pascal, I had something similar in mind.
> This is an idea. We may try to merge mine with Xavi's one and improve
> both.
> What do you think?
> Maria Rita
> ________________________________
> From: 6tsch-bounces@ietf.org
> [6tsch-bounces@ietf.org] on behalf of
> Pascal Thubert (pthubert) [pthubert@cisco.com]
> Sent: Thursday, May 23, 2013 4:39 PM
> To: Xavier Vilajosana; 6tsch@ietf.org
> Subject: Re: [6tsch] logo challenge
> Hello Xavi:
>
> Could you make the blue pattern look more like a track, always progressing
> left to right?
> Ideally though difficult to achieve we could read the TSCH letters in the
> white squares …
>
> cheers
>
> Pascal
>
> From: 6tsch-bounces@ietf.org
> [mailto:6tsch-bounces@ietf.org] On Behalf Of Xavier Vilajosana
> Sent: jeudi 23 mai 2013 16:21
> To: 6tsch@ietf.org
> Subject: Re: [6tsch] logo challenge
>
> that's my proposal.. maybe other fonts can be used :-)
> X
>
> Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
> Dear all:
>
> We need a logo. Everyone has a logo. Can’t live without a logo!
> Maybe that’s sad, but that can be a lot of fun too. So here’s a
> challenge.
> Pick your pen, airbrush, and whatever cool tool you have, and show us what
> you can do.
>
> Tip: I’d love to see that the logo illustrates that we do IPv6, and that
> the TSCH MAC hops from channel to channel at scheduled times.
>
> Cheers
>
> Pascal
>
> Don’t be shy! I’m not, see below:
>
>
> [cid:image007.png@01CE5868.40965480]
>
>
> _______________________________________________
>
> 6tsch mailing list
>
> 6tsch@ietf.org
>
> https://www.ietf.org/mailman/listinfo/6tsch
>
>
>
>
> _______________________________________________
>
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>
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>
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>
> _______________________________________________
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> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>



From qinwang@berkeley.edu  Fri May 24 02:50:05 2013
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Hi Thomas,

In the 6tus monitoring, there are two kinds of factors being monitored.

One is "cell quality", which may trigger soft cell maintenance procedure,
i.e. replacing the bad cell with a new cell.

Another one is "traffic load". For a given bundle, the average length of
its queue can be used to indicate traffic load on the bundle, which may
trigger a soft cell Reservation process or a soft cell Remove process,
i.e. adding more cells or deleting some cells.

Thought?

Qin



> Qin, all,
>
> Xavi raises an interesting point about load balancing. [1] describes how
> 6tus can trigger a soft link maintenance procedure by using "traffic load
> statistics" on the soft cells in a bundle. Slide 8 in [2] indicates that
> this can be for example done by comparing the PDR of the different cells
> in
> a bundle.
>
> Does this mean that, for being able to compare all cells of a bundle need
> to be used the same number of time?
>
> Thomas
>
> [1] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.8
> [2]
> https://bitbucket.org/6tsch/ietf86-orlando/src/2fb6792bd0f9ada8356bdc0df56f61e053551493/wednesday/05-draft-wang-6tsch-6tus-00.ppt?at=master
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>


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    Formidable !

    

    Those who do not understand all of the elements will still realize
    that it has deliberate, regular structure, which may lead them to
    research the components that they don't understand (for example, by
    asking a musical friend). 

    

    If the logo ends up on a website or hand-crafted HTML page it can
    always have an "about" link, or a "tool tip" explanation that is
    activted by hovering.

    

    From a technical viewpoint, the C looks slightly too rotated
    clockwise. Also, I would make the vertical center of each letter
    fall precisely on one of the implied note frequencies, so that the T
    would be very slightly higher, centered across the two lines; the S
    very slightly lower, also centered across its two lines; and the C
    (after counterclockwise rotation) centered on its one line.

    

    Note that in most European keyboard music of the last 100+ years,
    adjacent notes are expected to have a constant GEOMETRIC frequency
    difference – what is known as equal temperament. Even though TSCH
    systems have a constant LINEAR channel-to-channel frequency spacing,
    the notion of "equal" distance between the notes or channels still
    holds. So even in that respect the musical analogy provides clues to
    the underlying FHSS mechanism.

    

    +1 at least

    =Tom

    =====

    

      
Pascal, it looks really nice :)

        I only wonder if people that are not so familiar with music,
        will get the message that is behing. Anyway, I like it, so:

        +1 

        Maria Rita

        

        

          

          
From:
              6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf
              of Pascal Thubert (pthubert) [pthubert@cisco.com]

              Sent: Friday, May 24, 2013 10:30 AM

              To: Tom Phinney; Raghuram Sudhaakar (rsudhaak);
              6TSCH

              Subject: Re: [6tsch] logo challenge

            

          

          

          

            

              
Dear all:

              
 

              
I made the 6 more visible per Tom
                  and Raghu’s suggestion, and enforced equal spaces to
                  make it look more like a real music.
                

              
I agree with Thomas that the T
                  replacement is a nice trick but then It look less
                  readable so I left it at letters.
                

              
I attached a transparent gif, and
                  the basic elements are below, if anyone wants to play
                  with them to improve that proposal.

              
 

              
 

              
 

              
 

              
 

              
 

              
 

              
 

              

                
 

                
 

                
 

                
 

                
 

                
 

                
 

                
 

                
 

                
 

                
 

                
 

                
 

                

                
So what’s the score?

                
 

                
Let’s talk at the call;

                
 

                
Cheers,

                
 

                
Pascal

                
 

                
 

                
 

                
 

                
 

                
 

                
 

                
 

                
 

                
 

                
 

                
 

              

              
 

              

                

                  
From: 6tsch-bounces@ietf.org
                      [mailto:6tsch-bounces@ietf.org]
                      On Behalf Of Tom Phinney

                      Sent: jeudi 23 mai 2013 22:43

                      To: 6TSCH

                      Subject: Re: [6tsch] logo challenge

                

              

              
 

              
It looks good. One of the comments
                was to prefix a "6". Also, you should move the H more to
                the right so that the center-to-center distances of the
                four letters (i.e., the three intervals) are equal
                sized, since TSCH currently uses equal-duration
                timeslots  You might also want to space the letters out
                more, rather than have them overlapped horizontally as
                in the current diagram, to imply that no two frequencies
                are simultaneously in use. When that is done you will
                end up with five or six (if you add the "6") equal-width
                horizontal intervals, each of which has only one
                element.

                

                While these will widen the logo, I personally don't find
                that a problem. The entire logo can be shrunk simply by
                rescaling it to a smaller height and width, so why not
                make it more closely resemble the musical score. That's
                faithful to Hedy Lamarr's original patent on FHSS, which
                was modeled on disjoint piano note keying.

                

                ===

                

              

              
Thank you all!

              
 

              
I tried
                  to mix all the comments I got. Thanks Tom for fixing
                  my poor memory. I thought that what counted was the
                  very beginning of the key drawing.

              
I liked
                  the idea of the pause, but liked even better the
                  repeat sign that Thomas suggested, since determinism
                  involves the capability to repeat over and over the
                  exact sequence.

              
 

              
How about
                  this?

              
 

              
 

              

              
 

              
If you
                  want to play with those elements and make your version
                  of the 6tune, here are the basic elements I used:

              
 

              
 

              
 

              

              
 

              

              
 

              
 

              
 

              
Cheers;

              
 

              
Pascal

              
 

              
From:
                  6tsch-bounces@ietf.org
                  [mailto:6tsch-bounces@ietf.org]
                  On Behalf Of Thomas Watteyne

                  Sent: jeudi 23 mai 2013 19:46

                  To: 6TSCH

                  Subject: Re: [6tsch] logo challenge

              
 

              

                
Tom,

                

                  
 

                

                

                  
I like
                      the idea of a small musical score, since it
                      conveys the idea of frequency hopping and time
                      synchronization well. I agree that the G clef is
                      more widely recognized. Plus it looks like a 6, so
                      that's great. Instead of a D.C., maybe just a
                      repeat might conveys the message (double bar with
                      two dots)? We could leave off the opening repeat
                      sign, and just have the closing, in the interest
                      of space.

                

                

                  
 

                

                

                  
Do you
                      have a quick draw up you could send to the list
                      (even a picture of a hand-drawing, or something in
                      paint)?

                

                

                  
 

                

                

                  
Thomas

                

              

              

                
 

                

                  
On Thu, May 23, 2013 at 9:30 AM,
                    Tom Phinney <tom.phinney@cox.net>
                    wrote:

                  

                    
Rather
                        than a checkerboard/chessboard, I much prefer
                        the musical-score theme as the underlying visual
                        motif, implying a progression of different notes
                        (i.e., different frequencies), perhaps also
                        showing a rest (no notes). My initial thought
                        was to prefer a C-clef, but in the end I
                        realized that Pascal's use of the G-clef
                      (AKA treble clef) promoted greater understanding
                      of the logo. (See
                      https://en.wikipedia.org/wiki/Clef
                      about clefs).

                      

                      There is one technical problem with the logo as
                      drawn: the G-clef symbol is misplaced on the
                      stave, almost one semitone too high. The second
                      line of the stave (from the bottom) should go
                      through the visual center of the quasi-circular
                      curl on the clef, rather than below the visual
                      center as drawn.

                      

                      In terms of showing a rest, that could be done by
                      putting a half-note rest mark – a short horizontal
                      bar resting on a stave line – to the right of the
                      "^6TSCH", or perhaps even between the "6" and the
                      "TSCH". (For musical notation of half-note rests,
                      see
                      
http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)

                      

                      It's tempting to take the musical score analogy
                      further and add "da capo" markings to indicate
                      that the whole cycle repeats from the beginning,
                      but that extra clutter would take the focus away
                      from the 6TSCH.

                      

                      -Tom

                      ====

                    

                      

                        


                          

                          On 2013.05.23
                            08:12, Pascal Thubert (pthubert) wrote:
                        

                        

                          
I like
                                the 2nd better : ) but both
                                are a bit hard to read.

                          
 

                          

                            
Pascal

                          

                          
 

                          

                            

                              
From:
                                  6tsch-bounces@ietf.org
                                  [mailto:6tsch-bounces@ietf.org]
                                  On Behalf Of Maria Rita
                                  PALATTELLA

                                  Sent: jeudi 23 mai 2013 16:56

                                  To: Pascal Thubert (pthubert);
                                  Xavier Vilajosana; 
                                    6tsch@ietf.org

                                  Subject: Re: [6tsch] logo
                                  challenge

                            

                          

                          
 

                          

                            
Pascal,
                                I had something similar in mind.

                                This is an idea. We may try to merge
                                mine with Xavi's one and improve both.

                                What do you think?

                                Maria Rita

                            

                              

                                

                              

                              

                                
From:
                                    6tsch-bounces@ietf.org
                                    [6tsch-bounces@ietf.org]
                                    on behalf of Pascal Thubert
                                    (pthubert) [pthubert@cisco.com]

                                    Sent: Thursday, May 23, 2013
                                    4:39 PM

                                    To: Xavier Vilajosana; 6tsch@ietf.org

                                    Subject: Re: [6tsch] logo
                                    challenge

                              

                              

                                

                                  
Hello
                                      Xavi:

                                  
 

                                  
Could
                                      you make the blue pattern look
                                      more like a track, always
                                      progressing left to right?

                                  
Ideally
                                      though difficult to achieve we
                                      could read the TSCH letters in the
                                      white squares …

                                  
 

                                  
cheers

                                  
 

                                  

                                    
Pascal

                                  

                                  
 

                                  

                                    

                                      
From:
                                          6tsch-bounces@ietf.org
                                          [mailto:6tsch-bounces@ietf.org]
                                          On Behalf Of Xavier
                                          Vilajosana

                                          Sent: jeudi 23 mai 2013
                                          16:21

                                          To: 6tsch@ietf.org

                                          Subject: Re: [6tsch]
                                          logo challenge

                                    

                                  

                                  
 

                                  

                                    
that's my
                                      proposal.. maybe other fonts can
                                      be used :-)

                                      X

                                      

                                      Al 23/05/13 03:41, En/na Pascal
                                      Thubert (pthubert) ha escrit:

                                  

                                  

                                    
Dear all:

                                    
 

                                    
We need a logo.
                                      Everyone has a logo. Can’t live
                                      without a logo!

                                    
Maybe that’s
                                      sad, but that can be a lot of fun
                                      too. So here’s a challenge.

                                    
Pick your pen,
                                      airbrush, and whatever cool tool
                                      you have, and show us what you can
                                      do.

                                    
 

                                    
Tip: I’d love
                                      to see that the logo illustrates
                                      that we do IPv6, and that the TSCH
                                      MAC hops from channel to channel
                                      at scheduled times.

                                    
 

                                    
Cheers

                                    
 

                                    
Pascal

                                    
 

                                    
Don’t be shy!
                                      I’m not, see below:

                                    
 

                                    
 

                                    

                                    
 

                                    
_______________________________________________

                                    
6tsch mailing list

                                    
6tsch@ietf.org

                                    
https://www.ietf.org/mailman/listinfo/6tsch

                                  

                                  
 

                                

                              

                            

                          

                        

                        
 

                        
_______________________________________________

                        
6tsch mailing list

                        
6tsch@ietf.org

                        
https://www.ietf.org/mailman/listinfo/6tsch

                      

                    

                  

                  


                    _______________________________________________

                    6tsch mailing list

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                    https://www.ietf.org/mailman/listinfo/6tsch

                

                
 

              

            

          

        

      

    

  


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////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////
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From xvilajosana@eecs.berkeley.edu  Fri May 24 06:28:35 2013
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Subject: Re: [6tsch] logo challenge
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Hi Pascal,

can you try it with a couple of different font types and upper and lower 
case. I think that using lower case, the TSCH letter will look more as 
musical signs which might homogenize more the rounded shape of the clue 
with the TSCH name. Just thoughts!

:-)
X

Al 24/05/13 01:30, En/na Pascal Thubert (pthubert) ha escrit:
>
> Dear all:
>
> I made the 6 more visible per Tom and Raghu's suggestion, and enforced 
> equal spaces to make it look more like a real music.
>
> I agree with Thomas that the T replacement is a nice trick but then It 
> look less readable so I left it at letters.
>
> I attached a transparent gif, and the basic elements are below, if 
> anyone wants to play with them to improve that proposal.
>
>
> So what's the score?
>
> Let's talk at the call;
>
> Cheers,
>
> Pascal
>
> *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On 
> Behalf Of *Tom Phinney
> *Sent:* jeudi 23 mai 2013 22:43
> *To:* 6TSCH
> *Subject:* Re: [6tsch] logo challenge
>
> It looks good. One of the comments was to prefix a "6". Also, you 
> should move the H more to the right so that the center-to-center 
> distances of the four letters (i.e., the three intervals) are equal 
> sized, since TSCH currently uses equal-duration timeslots  You might 
> also want to space the letters out more, rather than have them 
> overlapped horizontally as in the current diagram, to imply that no 
> two frequencies are simultaneously in use. When that is done you will 
> end up with five or six (if you add the "6") equal-width horizontal 
> intervals, each of which has only one element.
>
> While these will widen the logo, I personally don't find that a 
> problem. The entire logo can be shrunk simply by rescaling it to a 
> smaller height and width, so why not make it more closely resemble the 
> musical score. That's faithful to Hedy Lamarr's original patent on 
> FHSS, which was modeled on disjoint piano note keying.
>
> ===
>
> Thank you all!
>
> I tried to mix all the comments I got. Thanks Tom for fixing my poor 
> memory. I thought that what counted was the very beginning of the key 
> drawing.
>
> I liked the idea of the pause, but liked even better the repeat sign 
> that Thomas suggested, since determinism involves the capability to 
> repeat over and over the exact sequence.
>
> How about this?
>
> If you want to play with those elements and make your version of the 
> 6tune, here are the basic elements I used:
>
> Cheers;
>
> Pascal
>
> *From:*6tsch-bounces@ietf.org  
> [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Thomas Watteyne
> *Sent:* jeudi 23 mai 2013 19:46
> *To:* 6TSCH
> *Subject:* Re: [6tsch] logo challenge
>
> Tom,
>
> I like the idea of a small musical score, since it conveys the idea of 
> frequency hopping and time synchronization well. I agree that the G 
> clef is more widely recognized. Plus it looks like a 6, so that's 
> great. Instead of a D.C., maybe just a repeat might conveys the 
> message (double bar with two dots)? We could leave off the opening 
> repeat sign, and just have the closing, in the interest of space.
>
> Do you have a quick draw up you could send to the list (even a picture 
> of a hand-drawing, or something in paint)?
>
> Thomas
>
> On Thu, May 23, 2013 at 9:30 AM, Tom Phinney  > wrote:
>
> Rather than a checkerboard/chessboard, I much prefer the musical-score 
> theme as the underlying visual motif, implying a progression of 
> different notes (i.e., different frequencies), perhaps also showing a 
> rest (no notes). My initial thought was to prefer a C-clef, but in the 
> end I realized that Pascal's use of the G-clef (AKA treble clef) 
> promoted greater understanding of the logo. (See 
> https://en.wikipedia.org/wiki/Clef about clefs).
>
> There is one technical problem with the logo as drawn: the G-clef 
> symbol is misplaced on the stave, almost one semitone too high. The 
> second line of the stave (from the bottom) should go through the 
> visual center of the quasi-circular curl on the clef, rather than 
> below the visual center as drawn.
>
> In terms of showing a rest, that could be done by putting a half-note 
> rest mark -- a short horizontal bar resting on a stave line -- to the 
> right of the "^6TSCH", or perhaps even between the "6" and the "TSCH". 
> (For musical notation of half-note rests, see 
> http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)
>
> It's tempting to take the musical score analogy further and add "da 
> capo" markings to indicate that the whole cycle repeats from the 
> beginning, but that extra clutter would take the focus away from the 
> 6TSCH.
>
> -Tom
> ====
>
>
>
> On 2013.05.23 08 :12, Pascal Thubert (pthubert) 
> wrote:
>
> I like the 2^nd better : ) but both are a bit hard to read.
>
> Pascal
>
> *From:*6tsch-bounces@ietf.org  
> [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Maria Rita PALATTELLA
> *Sent:* jeudi 23 mai 2013 16:56
> *To:* Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org 
> 
> *Subject:* Re: [6tsch] logo challenge
>
> Pascal, I had something similar in mind.
> This is an idea. We may try to merge mine with Xavi's one and improve 
> both.
> What do you think?
> Maria Rita
>
> ------------------------------------------------------------------------
>
> *From:*6tsch-bounces@ietf.org  
> [6tsch-bounces@ietf.org ] on behalf of 
> Pascal Thubert (pthubert) [pthubert@cisco.com ]
> *Sent:* Thursday, May 23, 2013 4:39 PM
> *To:* Xavier Vilajosana; 6tsch@ietf.org 
> *Subject:* Re: [6tsch] logo challenge
>
> Hello Xavi:
>
> Could you make the blue pattern look more like a track, always 
> progressing left to right?
>
> Ideally though difficult to achieve we could read the TSCH letters in 
> the white squares ...
>
> cheers
>
> Pascal
>
> *From:*6tsch-bounces@ietf.org  
> [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Xavier Vilajosana
> *Sent:* jeudi 23 mai 2013 16:21
> *To:* 6tsch@ietf.org 
> *Subject:* Re: [6tsch] logo challenge
>
> that's my proposal.. maybe other fonts can be used :-)
> X
>
> Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
>
>     Dear all:
>
>     We need a logo. Everyone has a logo. Can't live without a logo!
>
>     Maybe that's sad, but that can be a lot of fun too. So here's a
>     challenge.
>
>     Pick your pen, airbrush, and whatever cool tool you have, and show
>     us what you can do.
>
>     Tip: I'd love to see that the logo illustrates that we do IPv6,
>     and that the TSCH MAC hops from channel to channel at scheduled times.
>
>     Cheers
>
>     Pascal
>
>     Don't be shy! I'm not, see below:
>
>     _______________________________________________
>
>     6tsch mailing list
>
>     6tsch@ietf.org  
>
>     https://www.ietf.org/mailman/listinfo/6tsch
>
>   
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org  
> https://www.ietf.org/mailman/listinfo/6tsch
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org 
> https://www.ietf.org/mailman/listinfo/6tsch
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


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Hi Pascal, 

      

      can you try it with a couple of different font types and upper and
      lower case. I think that using lower case, the TSCH letter will
      look more as musical signs which might homogenize more the rounded
      shape of the clue with the TSCH name. Just thoughts!

      

      :-)

      X

      

      Al 24/05/13 01:30, En/na Pascal Thubert (pthubert) ha escrit:

    

    

      
      
      
      
      

        
Dear
              all:

        
 

        
I
            made the 6 more visible per Tom and Raghu’s suggestion, and
            enforced equal spaces to make it look more like a real
            music.
            

        
I
            agree with Thomas that the T replacement is a nice trick but
            then It look less readable so I left it at letters.
            

        
I
            attached a transparent gif, and the basic elements are
            below, if anyone wants to play with them to improve that
            proposal.

        
 

        
 

        
 

        
 

        
 

        
 

        
 

        
 

        

          
 

          
 

          
 

          
 

          
 

          
 

          
 

          
 

          
 

          
 

          
 

          
 

          
 

          

          
So
              what’s the score?

          
 

          
Let’s
              talk at the call;

          
 

          
Cheers,

          
 

          
Pascal

          
 

          
 

          
 

          
 

          
 

          
 

          
 

          
 

          
 

          
 

          
 

          
 

        

        
 

        

          

            
From:
                6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
                On Behalf Of Tom Phinney

                Sent: jeudi 23 mai 2013 22:43

                To: 6TSCH

                Subject: Re: [6tsch] logo challenge

          

        

        
 

        
It looks good. One of the comments was to
          prefix a "6". Also, you should move the H more to the right so
          that the center-to-center distances of the four letters (i.e.,
          the three intervals) are equal sized, since TSCH currently
          uses equal-duration timeslots  You might also want to space
          the letters out more, rather than have them overlapped
          horizontally as in the current diagram, to imply that no two
          frequencies are simultaneously in use. When that is done you
          will end up with five or six (if you add the "6") equal-width
          horizontal intervals, each of which has only one element.

          

          While these will widen the logo, I personally don't find that
          a problem. The entire logo can be shrunk simply by rescaling
          it to a smaller height and width, so why not make it more
          closely resemble the musical score. That's faithful to Hedy
          Lamarr's original patent on FHSS, which was modeled on
          disjoint piano note keying.

          

          ===

          

          

        
Thank
            you all!

        
 

        
I
            tried to mix all the comments I got. Thanks Tom for fixing
            my poor memory. I thought that what counted was the very
            beginning of the key drawing.

        
I
            liked the idea of the pause, but liked even better the
            repeat sign that Thomas suggested, since determinism
            involves the capability to repeat over and over the exact
            sequence.

        
 

        
How
            about this?

        
 

        
 

        

        
 

        
If
            you want to play with those elements and make your version
            of the 6tune, here are the basic elements I used:

        
 

        
 

        
 

        

        
 

        

        
 

        
 

        
 

        
Cheers;

        
 

        
Pascal

        
 

        
From:
            6tsch-bounces@ietf.org
            [mailto:6tsch-bounces@ietf.org]
            On Behalf Of Thomas Watteyne

            Sent: jeudi 23 mai 2013 19:46

            To: 6TSCH

            Subject: Re: [6tsch] logo challenge

        
 

        

          
Tom,

          

            
 

          

          

            
I
                like the idea of a small musical score, since it conveys
                the idea of frequency hopping and time synchronization
                well. I agree that the G clef is more widely recognized.
                Plus it looks like a 6, so that's great. Instead of a
                D.C., maybe just a repeat might conveys the message
                (double bar with two dots)? We could leave off the
                opening repeat sign, and just have the closing, in the
                interest of space.

          

          

            
 

          

          

            
Do
                you have a quick draw up you could send to the list
                (even a picture of a hand-drawing, or something in
                paint)?

          

          

            
 

          

          

            
Thomas

          

        

        

          
 

          

            
On Thu, May 23, 2013 at 9:30 AM, Tom
              Phinney <tom.phinney@cox.net>
              wrote:

            

              
Rather
                  than a checkerboard/chessboard, I much prefer the
                  musical-score theme as the underlying visual motif,
                  implying a progression of different notes (i.e.,
                  different frequencies), perhaps also showing a rest
                  (no notes). My initial thought was to prefer a C-clef,
                  but in the end I realized that Pascal's use of the
                  G-clef (AKA treble clef) promoted greater
                understanding of the logo. (See
                https://en.wikipedia.org/wiki/Clef
                about clefs).

                

                There is one technical problem with the logo as drawn:
                the G-clef symbol is misplaced on the stave, almost one
                semitone too high. The second line of the stave (from
                the bottom) should go through the visual center of the
                quasi-circular curl on the clef, rather than below the
                visual center as drawn.

                

                In terms of showing a rest, that could be done by
                putting a half-note rest mark – a short horizontal bar
                resting on a stave line – to the right of the "^6TSCH",
                or perhaps even between the "6" and the "TSCH". (For
                musical notation of half-note rests, see
                
http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)

                

                It's tempting to take the musical score analogy further
                and add "da capo" markings to indicate that the whole
                cycle repeats from the beginning, but that extra clutter
                would take the focus away from the 6TSCH.

                

                -Tom

                ====

              

                

                  


                    

                    On 2013.05.23
                      08:12, Pascal Thubert (pthubert) wrote:
                    

                  

                    
I like the 2nd
                          better : ) but both are a bit hard to read.

                    
 

                    

                      
Pascal

                    

                    
 

                    

                      

                        
From:
                            6tsch-bounces@ietf.org
                            [mailto:6tsch-bounces@ietf.org]
                            On Behalf Of Maria Rita PALATTELLA

                            Sent: jeudi 23 mai 2013 16:56

                            To: Pascal Thubert (pthubert); Xavier
                            Vilajosana; 
                              6tsch@ietf.org

                            Subject: Re: [6tsch] logo challenge

                      

                    

                    
 

                    

                      
Pascal,
                          I had something similar in mind.

                          This is an idea. We may try to merge mine with
                          Xavi's one and improve both.

                          What do you think?

                          Maria Rita

                      

                        

                          

                        

                        

                          
From:
                              6tsch-bounces@ietf.org
                              [6tsch-bounces@ietf.org]
                              on behalf of Pascal Thubert (pthubert) [pthubert@cisco.com]

                              Sent: Thursday, May 23, 2013 4:39
                              PM

                              To: Xavier Vilajosana; 6tsch@ietf.org

                              Subject: Re: [6tsch] logo challenge

                        

                        

                          

                            
Hello Xavi:

                            
 

                            
Could you make the
                                blue pattern look more like a track,
                                always progressing left to right?

                            
Ideally though
                                difficult to achieve we could read the
                                TSCH letters in the white squares …

                            
 

                            
cheers

                            
 

                            

                              
Pascal

                            

                            
 

                            

                              

                                
From:
                                    6tsch-bounces@ietf.org
                                    [mailto:6tsch-bounces@ietf.org]
                                    On Behalf Of Xavier
                                    Vilajosana

                                    Sent: jeudi 23 mai 2013 16:21

                                    To: 6tsch@ietf.org

                                    Subject: Re: [6tsch] logo
                                    challenge

                              

                            

                            
 

                            

                              
that's my proposal..
                                maybe other fonts can be used :-)

                                X

                                

                                Al 23/05/13 03:41, En/na Pascal Thubert
                                (pthubert) ha escrit:

                            

                            

                              
Dear all:

                              
 

                              
We need a logo.
                                Everyone has a logo. Can’t live without
                                a logo!

                              
Maybe that’s sad, but
                                that can be a lot of fun too. So here’s
                                a challenge.

                              
Pick your pen,
                                airbrush, and whatever cool tool you
                                have, and show us what you can do.

                              
 

                              
Tip: I’d love to see
                                that the logo illustrates that we do
                                IPv6, and that the TSCH MAC hops from
                                channel to channel at scheduled times.

                              
 

                              
Cheers

                              
 

                              
Pascal

                              
 

                              
Don’t be shy! I’m
                                not, see below:

                              
 

                              
 

                              

                              
 

                              
_______________________________________________

                              
6tsch mailing list

                              
6tsch@ietf.org

                              
https://www.ietf.org/mailman/listinfo/6tsch

                            

                            
 

                          

                        

                      

                    

                  

                  
 

                  
_______________________________________________

                  
6tsch mailing list

                  
6tsch@ietf.org

                  
https://www.ietf.org/mailman/listinfo/6tsch

                

              

            

            


              _______________________________________________

              6tsch mailing list

              6tsch@ietf.org

              https://www.ietf.org/mailman/listinfo/6tsch

          

          
 

        

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


    

    

  


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--------------050609090509070503030809--

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>>>>> "Tom" =3D=3D Tom Phinney  writes:
    Tom> Rather than a checkerboard/chessboard, I much prefer the musical-s=
core
    Tom> theme as the underlying visual motif, implying a progression of
    Tom> different notes (i.e., different frequencies), perhaps also showin=
g a
    Tom> rest (no notes). My initial thought was to prefer a C-clef, but in=
 the
    Tom> end I realized that Pascal's use of the G-clef (AKA treble
    Tom> clef)

+4/4

(my packets are triplets)

=2D-=20
Michael Richardson , Sandelman Software Works=20



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From alfredo.grieco@gmail.com  Fri May 24 09:01:18 2013
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From: Grieco 
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To: "6tsch@ietf.org" <6tsch@ietf.org>
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Subject: [6tsch] On exploiting time synchronisation and deadlines in 6tus
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Hi all,

During the today call, it emerged the possibility to stamp packets with dead=
lines to be updated during their trips thanks to the unique feature offered b=
y TSCH to have a tightly synchronized LLN.

In this way, it could be possible to control the trip of each packet while i=
t proceed towards the destination. In some hard real time applications, a pa=
cket that passes the deadline could be discarded thus saving energy.

It is true that we are installing tracks that should remain stable for a lon=
g time, but it is also true that wireless links (in any case) can come and g=
o also for short transients.

Any thoughts about this point is warmly welcome and could lead to improvemen=
ts to the 6tus layer.


Cheers

Alfredo

--
Luigi Alfredo Grieco, PhD
Assistant Professor
Department of Electrical and Information Engineering
Politecnico di Bari
Via Orabona 4 - 70125 - Bari - Italy
+39 080 5963 911
telematics.poliba.it/grieco
Skype id: l.alfredo.grieco
Mobile: +39 3346715672


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	charset=utf-8
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Hi all,

Durin=
g the today call, it emerged the possibility to stamp packets with deadlines=
 to be updated during their trips thanks to the unique feature offered by TS=
CH to have a tightly synchronized LLN.

In this way,=
 it could be possible to control the trip of each packet while it proceed to=
wards the destination. In some hard real time applications, a packet that pa=
sses the deadline could be discarded thus saving energy.

It is true that we are installing tracks that should remain stable for=
 a long time, but it is also true that wireless links (in any case) can come=
 and go also for short transients.

Any thoughts abo=
ut this point is warmly welcome and could lead to improvements to the 6tus l=
ayer.


Cheers

Alfredo

--
Luigi A=
lfredo Grieco, PhD
Assist=
ant Professor
Department of=
 Electrical and Information Engineering
Politecnico di Bari
Via Orabona 4 - 70125 - Bari - Italy
+39 080 5963 911
Skype id=
: l.alfredo.grieco
Mobile=
: +39 3346715672

=

--Apple-Mail-7B75D083-D810-4E82-A050-23394CFB272E--

From herman.storey@live.com  Fri May 24 13:47:59 2013
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From: Herman Storey 
To: <6tsch@ietf.org>
References: 	<519E25CC.1040800@eecs.berkeley.edu>, 			<519E4425.4000308@cox.net> <12956.1369403603@sandelman.ca>
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Subject: Re: [6tsch] logo challenge
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You could always spell out 6TSCH in notes with the timing corresponding to
Morse code for the letters (as in the famous opening of Beethoven's 5th
Symphony which has code for a V).

 

 

http://www.arrl.org/files/file/Youth/Morse%20Code%20Poster.jpg

 

I think using music for this is very appropriate since the original
frequency hopping patent was implemented using player piano rolls.  We could
even have a GIF instead of a static logo. J 

 

Herman Storey Consulting, LLC

3406 Village Oaks

Kingwood, Tx. 77339

(281)743-3944

 

-----Original Message-----
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of
Michael Richardson
Sent: Friday, May 24, 2013 8:53 AM
To: Tom Phinney
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge

 

 

>>>>> "Tom" == Tom Phinney  writes:

    Tom> Rather than a checkerboard/chessboard, I much prefer the
musical-score

    Tom> theme as the underlying visual motif, implying a progression of

    Tom> different notes (i.e., different frequencies), perhaps also showing
a

    Tom> rest (no notes). My initial thought was to prefer a C-clef, but in
the

    Tom> end I realized that Pascal's use of the G-clef (AKA treble

    Tom> clef)

 

+4/4

 

(my packets are triplets)

 

-- 

Michael Richardson , Sandelman Software Works 

 

 


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You could =
always spell out 6TSCH in notes with the timing corresponding to Morse =
code for the letters (as in the famous opening of Beethoven's 5th =
Symphony which has code for a V).
 
3D"http://www.arrl.org/files/file/Youth/Morse%20Code%20Poster.jpg"
 
I think =
using music for this is very appropriate since the original frequency =
hopping patent was implemented using player piano rolls.  We could =
even have a GIF instead of a static logo. J =

 
Herman =
Storey Consulting, LLC
3406 Village =
Oaks
Kingwood, =
Tx. 77339
(281)743-3944=

 
-----Original=
 Message-----
From: 6tsch-bounces@ietf.org =
[mailto:6tsch-bounces@ietf.org] On Behalf Of Michael Richardson
Sent: =
Friday, May 24, 2013 8:53 AM
To: Tom Phinney
Cc: =
6tsch@ietf.org
Subject: Re: [6tsch] logo =
challenge
 
 
>>>&=
gt;> "Tom" =3D=3D Tom Phinney <tom.phinney@cox.net> =
writes:
  &=
nbsp; Tom> Rather than a checkerboard/chessboard, I much prefer the =
musical-score
  &=
nbsp; Tom> theme as the underlying visual motif, implying a =
progression of
  &=
nbsp; Tom> different notes (i.e., different frequencies), perhaps =
also showing a
  &=
nbsp; Tom> rest (no notes). My initial thought was to prefer a =
C-clef, but in the
  &=
nbsp; Tom> end I realized that Pascal's use of the G-clef (AKA =
treble
  &=
nbsp; Tom> clef)
 
+4/4
 
(my packets =
are triplets)
 
-- =

Michael =
Richardson <mcr+IETF@sandelman.ca>, Sandelman Software Works =

 
 

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From: Thomas Watteyne 
Date: Fri, 24 May 2013 19:05:49 -0700
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Qin,

I like the idea of using the traffic load on a bundle to trigger
adding/removing cells. Some hysteresis might be needed to avoid
instability, though. I don't know whether you had any ideas on the type of
algorithm for that?

The point I was trying to make in my previous e-mail is that, if you use
the cell quality to trigger a reschedule of a bad cell, you need to be able
to compare apples to apples. This might require you to have all cells used
pretty much the same amount of times, which might in turn require some form
of load balancing across the several cells in a bundle. If you choose to do
this, you will for sure have worse latency and buffering.

We discussed this on the ML, and the general feeling was that this might
not be a real problem at this point. We agreed to keep this in mind if we
stumbled across a related problem in the future.

Thomas




On Fri, May 24, 2013 at 2:49 AM, Qin Wang  wrote:

> Hi Thomas,
>
> In the 6tus monitoring, there are two kinds of factors being monitored.
>
> One is "cell quality", which may trigger soft cell maintenance procedure,
> i.e. replacing the bad cell with a new cell.
>
> Another one is "traffic load". For a given bundle, the average length of
> its queue can be used to indicate traffic load on the bundle, which may
> trigger a soft cell Reservation process or a soft cell Remove process,
> i.e. adding more cells or deleting some cells.
>
> Thought?
>
> Qin
>
>
>
> > Qin, all,
> >
> > Xavi raises an interesting point about load balancing. [1] describes how
> > 6tus can trigger a soft link maintenance procedure by using "traffic load
> > statistics" on the soft cells in a bundle. Slide 8 in [2] indicates that
> > this can be for example done by comparing the PDR of the different cells
> > in
> > a bundle.
> >
> > Does this mean that, for being able to compare all cells of a bundle need
> > to be used the same number of time?
> >
> > Thomas
> >
> > [1] http://tools.ietf.org/html/draft-wang-6tsch-6tus-00#section-2.8
> > [2]
> >
> https://bitbucket.org/6tsch/ietf86-orlando/src/2fb6792bd0f9ada8356bdc0df56f61e053551493/wednesday/05-draft-wang-6tsch-6tus-00.ppt?at=master
> > _______________________________________________
> > 6tsch mailing list
> > 6tsch@ietf.org
> > https://www.ietf.org/mailman/listinfo/6tsch
> >
>
>

--e89a8f923c7aea446c04dd815bfa
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Qin,

I like the idea of using the=
 traffic load on a bundle to trigger adding/removing cells. Some hysteresis=
 might be needed to avoid instability, though. I don't know whether you=
 had any ideas on the type of algorithm for that?




The point I was trying to make in my previo=
us e-mail is that, if you use the cell quality to trigger a reschedule of a=
 bad cell, you need to be able to compare apples to apples. This might requ=
ire you to have all cells used pretty much the same amount of times, which =
might in turn require some form of load balancing across the several cells =
in a bundle. If you choose to do this, you will for sure have worse latency=
 and buffering.




We discussed this on the ML, and the genera=
l feeling was that this might not be a real problem at this point. We agree=
d to keep this in mind if we stumbled across a related problem in the futur=
e.




Thomas=A0




On Fri, May 24, 2013 at 2:49 AM, Qin Wang <qinwang@berkeley.edu<=
/a>> wrote:



Hi Thomas,



In the 6tus monitoring, there are two kinds of factors being monitored.



One is "cell quality", which may trigger soft cell maintenance pr=
ocedure,

i.e. replacing the bad cell with a new cell.



Another one is "traffic load". For a given bundle, the average le=
ngth of

its queue can be used to indicate traffic load on the bundle, which may

trigger a soft cell Reservation process or a soft cell Remove process,

i.e. adding more cells or deleting some cells.



Thought?



Qin

> _______________________________________________

> 6tsch mailing list

> 6tsch@ietf.org

> https://www.ietf.org/mailman/listinfo/6tsch

>







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Alfredo,

This is indeed a neat idea, which feeds upon a nice feature of our little
TSCH networks.

IIRC, the points that were raised during the call around this issue were:
pros:
- we could throttle a packet's priority based on the remaining lifetime it
has.
- we could drop a packet that has already expired
cons:
- reserving extra bytes for this TS will add an extra energy cost, and in
some cases might simply not be possible

Did I miss something?

Thomas



On Fri, May 24, 2013 at 9:00 AM, Grieco  wrote:

> Hi all,
>
> During the today call, it emerged the possibility to stamp packets with
> deadlines to be updated during their trips thanks to the unique feature
> offered by TSCH to have a tightly synchronized LLN.
>
> In this way, it could be possible to control the trip of each packet while
> it proceed towards the destination. In some hard real time applications, a
> packet that passes the deadline could be discarded thus saving energy.
>
> It is true that we are installing tracks that should remain stable for a
> long time, but it is also true that wireless links (in any case) can come
> and go also for short transients.
>
> Any thoughts about this point is warmly welcome and could lead to
> improvements to the 6tus layer.
>
>
> Cheers
>
> Alfredo
>
> --
> Luigi Alfredo Grieco, PhD
> Assistant Professor
> Department of Electrical and Information Engineering
> Politecnico di Bari
> Via Orabona 4 - 70125 - Bari - Italy
> +39 080 5963 911
> telematics.poliba.it/grieco
> Skype id: l.alfredo.grieco
> Mobile: +39 3346715672
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch

 

--047d7bd6c6acb4315704dd816d9c
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Alfredo,

This is indeed a neat idea, wh=
ich feeds upon a nice feature of our little TSCH networks.

IIRC, the points that were raised during the call around this issu=
e were:




pros:
- we could throttle a packet's priority based on t=
he remaining lifetime it has.
- we could drop a packet that has a=
lready expired
cons:

- reserving extra bytes for this TS will add an extra energy cost, and in s=
ome cases might simply not be possible

Did I miss =
something?

Thomas





On Fri, May 24, 2013 at 9:00 AM, Grieco <alfredo.grieco@gmail.com=
> wrote:




Hi all,
During the today call, it emerged the possibility to stamp pack=
ets with deadlines to be updated during their trips thanks to the unique fe=
ature offered by TSCH to have a tightly synchronized LLN.





In this way, it could be possible to control the trip o=
f each packet while it proceed towards the destination. In some hard real t=
ime applications, a packet that passes the deadline could be discarded thus=
 saving energy.





It is true that we are installing tracks that should re=
main stable for a long time, but it is also true that wireless links (in an=
y case) can come and go also for short transients.





Any thoughts about this point is warmly welcome and could lead to impr=
ovements to the 6tus layer.


Cheers<=
/div>

Alfredo

--



Luigi Alfredo Grieco, PhD
Assistant Professor
Department of Electrical and Information Engineering



Politecnico di Bari
Via Orabona 4 - 70125 - Bari - Italy




Skype id: l.alf=
redo.grieco






______________=
_________________________________




6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch





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From: Xavier Vilajosana 
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My little point on that. I like the idea of "not" having a header if we 
do switching, i.e not having a header makes things so simple and it 
becomes a very transparent mechanism, no parsing, no processing at each 
hop, just in and out until it reaches the end of the label switched track.

I agree that having these feature would be also good, however this might 
require looking the header at each hop, so there is a trade-off between 
energy consumption, need for that and simplicity. We need to keep this 
in mind too, maybe an optional feature would work?

X

Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:
> Alfredo,
>
> This is indeed a neat idea, which feeds upon a nice feature of our 
> little TSCH networks.
>
> IIRC, the points that were raised during the call around this issue were:
> pros:
> - we could throttle a packet's priority based on the remaining 
> lifetime it has.
> - we could drop a packet that has already expired
> cons:
> - reserving extra bytes for this TS will add an extra energy cost, and 
> in some cases might simply not be possible
>
> Did I miss something?
>
> Thomas
>
>
>
> On Fri, May 24, 2013 at 9:00 AM, Grieco  > wrote:
>
>     Hi all,
>
>     During the today call, it emerged the possibility to stamp packets
>     with deadlines to be updated during their trips thanks to the
>     unique feature offered by TSCH to have a tightly synchronized LLN.
>
>     In this way, it could be possible to control the trip of each
>     packet while it proceed towards the destination. In some hard real
>     time applications, a packet that passes the deadline could be
>     discarded thus saving energy.
>
>     It is true that we are installing tracks that should remain stable
>     for a long time, but it is also true that wireless links (in any
>     case) can come and go also for short transients.
>
>     Any thoughts about this point is warmly welcome and could lead to
>     improvements to the 6tus layer.
>
>
>     Cheers
>
>     Alfredo
>
>     -- 
>     Luigi Alfredo Grieco, PhD
>     Assistant Professor
>     Department of Electrical and Information Engineering
>     Politecnico di Bari
>     Via Orabona 4 - 70125 - Bari - Italy
>     +39 080 5963 911 
>     telematics.poliba.it/grieco 
>     Skype id: l.alfredo.grieco
>     Mobile: +39 3346715672 
>
>
>     _______________________________________________
>     6tsch mailing list
>     6tsch@ietf.org 
>     https://www.ietf.org/mailman/listinfo/6tsch
>
> 
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


--------------030001000109080401050508
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      My little point on that. I like the idea of "not" having a header
      if we do switching, i.e not having a header makes things so simple
      and it becomes a very transparent mechanism, no parsing, no
      processing at each hop, just in and out until it reaches the end
      of the label switched track.

      

      I agree that having these feature would be also good, however this
      might require looking the header at each hop, so there is a
      trade-off between energy consumption, need for that and
      simplicity. We need to keep this in mind too, maybe an optional
      feature would work?

      

      X

      

      Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:

    

    

      
Alfredo,
        


        

        
This is indeed a neat idea, which feeds upon a nice feature
          of our little TSCH networks.

        


        

        
IIRC, the points that were raised during the call around
          this issue were:

        
pros:

        
- we could throttle a packet's priority based on the
          remaining lifetime it has.

        
- we could drop a packet that has already expired

        
cons:

        

          - reserving extra bytes for this TS will add an extra energy
          cost, and in some cases might simply not be possible

        


        

        
Did I miss something?

        


        

        
Thomas

        


        

        


          

          
On Fri, May 24, 2013 at 9:00 AM,
            Grieco <alfredo.grieco@gmail.com>
            wrote:

            

              

                
Hi all,

                


                

                
During the today call, it emerged the possibility
                  to stamp packets with deadlines to be updated during
                  their trips thanks to the unique feature offered by
                  TSCH to have a tightly synchronized LLN.

                


                

                
In this way, it could be possible to control the
                  trip of each packet while it proceed towards the
                  destination. In some hard real time applications, a
                  packet that passes the deadline could be discarded
                  thus saving energy.

                


                

                
It is true that we are installing tracks that
                  should remain stable for a long time, but it is also
                  true that wireless links (in any case) can come and go
                  also for short transients.

                


                

                
Any thoughts about this point is warmly welcome and
                  could lead to improvements to the 6tus layer.

                


                

                


                

                
Cheers

                


                

                
Alfredo

                  

                  --
                  

                    

                      Luigi Alfredo Grieco, PhD

                    
Assistant
                      Professor

                    
Department
                      of Electrical and Information Engineering

                    

                      Politecnico di Bari

                    
Via
                      Orabona 4 - 70125 - Bari - Italy

                    
                    
                    
Skype
                      id: l.alfredo.grieco

                    
                  

                  

                    


                    

                  

                

              

              

              _______________________________________________

              6tsch mailing list

              6tsch@ietf.org

              https://www.ietf.org/mailman/listinfo/6tsch

          

          
          

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


    

    

  


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From: Pascal Thubert 
Date: Sat, 25 May 2013 07:35:43 +0200
To: Xavier Vilajosana 
Cc: "6tsch@ietf.org" <6tsch@ietf.org>
Subject: Re: [6tsch] On exploiting time synchronisation and deadlines in 6tus
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Same here,

I think the info could indeed be very useful on shared slots but along a ded=
icated track there is no choice but continue along schedule...

Cheers,

Pascal

Le 25 mai 2013 =C3=A0 04:39, Xavier Vilajosana  a =C3=A9crit :

>=20
> My little point on that. I like the idea of "not" having a header if we do=
 switching, i.e not having a header makes things so simple and it becomes a v=
ery transparent mechanism, no parsing, no processing at each hop, just in an=
d out until it reaches the end of the label switched track.
>=20
> I agree that having these feature would be also good, however this might r=
equire looking the header at each hop, so there is a trade-off between energ=
y consumption, need for that and simplicity. We need to keep this in mind to=
o, maybe an optional feature would work?
>=20
> X
>=20
> Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:
>> Alfredo,
>>=20
>> This is indeed a neat idea, which feeds upon a nice feature of our little=
 TSCH networks.
>>=20
>> IIRC, the points that were raised during the call around this issue were:=

>> pros:
>> - we could throttle a packet's priority based on the remaining lifetime i=
t has.
>> - we could drop a packet that has already expired
>> cons:
>> - reserving extra bytes for this TS will add an extra energy cost, and in=
 some cases might simply not be possible
>>=20
>> Did I miss something?
>>=20
>> Thomas
>>=20
>>=20
>>=20
>> On Fri, May 24, 2013 at 9:00 AM, Grieco        =
      wrote:
>>> Hi all,
>>>=20
>>> During the today call, it emerged the possibility to stamp packets with d=
eadlines to be updated during their trips thanks to the unique feature offer=
ed by TSCH to have a tightly synchronized LLN.
>>>=20
>>> In this way, it could be possible to control the trip of each packet whi=
le it proceed towards the destination. In some hard real time applications, a=
 packet that passes the deadline could be discarded thus saving energy.
>>>=20
>>> It is true that we are installing tracks that should remain stable for a=
 long time, but it is also true that wireless links (in any case) can come a=
nd go also for short transients.
>>>=20
>>> Any thoughts about this point is warmly welcome and could lead to improv=
ements to the 6tus layer.
>>>=20
>>>=20
>>> Cheers
>>>=20
>>> Alfredo
>>>=20
>>> --
>>> Luigi Alfredo Grieco, PhD
>>> Assistant Professor
>>> Department of Electrical and Information Engineering
>>> Politecnico di Bari
>>> Via Orabona 4 - 70125 - Bari - Italy
>>> +39 080 5963 911
>>> telematics.poliba.it/grieco
>>> Skype id: l.alfredo.grieco
>>> Mobile: +39 3346715672
>>>=20
>>>=20
>>> _______________________________________________
>>> 6tsch mailing list
>>> 6tsch@ietf.org
>>> https://www.ietf.org/mailman/listinfo/6tsch
>>=20
>>=20
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
>=20
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch

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Same here,

I t=
hink the info could indeed be very useful on shared slots but along a dedica=
ted track there is no choice but continue along schedule...

Cheers,

Pascal

Le 25 mai 2013 =C3=A0 04:39, Xa=
vier Vilajosana <xvilajo=
sana@eecs.berkeley.edu> a =C3=A9crit :


 =20
    
 =20
 =20
    


      My little point on that. I like the idea of "not" having a header
      if we do switching, i.e not having a header makes things so simple
      and it becomes a very transparent mechanism, no parsing, no
      processing at each hop, just in and out until it reaches the end
      of the label switched track.

      

      I agree that having these feature would be also good, however this
      might require looking the header at each hop, so there is a
      trade-off between energy consumption, need for that and
      simplicity. We need to keep this in mind too, maybe an optional
      feature would work?

      

      X

      

      Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:

    

    

      
Alfredo,
        


        

        
This is indeed a neat idea, which feeds upon a nice feature
          of our little TSCH networks.

        


        

        
IIRC, the points that were raised during the call around
          this issue were:

        
pros:

        
- we could throttle a packet's priority based on the
          remaining lifetime it has.

        
- we could drop a packet that has already expired

        
cons:

        

          - reserving extra bytes for this TS will add an extra energy
          cost, and in some cases might simply not be possible

        


        

        
Did I miss something?

        


        

        
Thomas

        


        

        


          

          
On Fri, May 24, 2013 at 9:00 AM,
            Grieco <alfredo.grieco@gmail.com=
>
            wrote:

            

              

                
Hi all,

                


                

                
During the today call, it emerged the possibility
                  to stamp packets with deadlines to be updated during
                  their trips thanks to the unique feature offered by
                  TSCH to have a tightly synchronized LLN.

                


                

                
In this way, it could be possible to control the
                  trip of each packet while it proceed towards the
                  destination. In some hard real time applications, a
                  packet that passes the deadline could be discarded
                  thus saving energy.

                


                

                
It is true that we are installing tracks that
                  should remain stable for a long time, but it is also
                  true that wireless links (in any case) can come and go
                  also for short transients.

                


                

                
Any thoughts about this point is warmly welcome and
                  could lead to improvements to the 6tus layer.

                


                

                


                

                
Cheers

                


                

                
Alfredo

                  

                  --
                  

                    

                      Luigi Alfredo Grieco, PhD

                    
As=
sistant
                      Professor

                    
De=
partment
                      of Electrical and Information Engineering

                    

                      Politecnico di Bari

                    
Vi=
a
                      Orabona 4 - 70125 - Bari - Italy

                    
+39 080
                        5963 911

                    
telematics.poliba.it/grieco

                    
Sk=
ype
                      id: l.alfredo.grieco

                    
Mo=
bile:
                      +39
                        3346715672

                  

                  

                    


                    

                  

                

              

              

              _______________________________________________

              6tsch mailing list

              6tsch@ietf.org

              https://www.ietf.org/mailman/listinfo/6=
tsch

          

          
          

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@i=
etf.org
https://www.ietf.org/mailman/listinfo/6tsch


    

    

 =20


____________________=
___________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mai=
lman/listinfo/6tsch
=

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From alfredo.grieco@gmail.com  Sat May 25 00:34:10 2013
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Hi all, (and Pascal, Thomas, Xavier)

I agree that this feature could be more useful on shared slots.

At the same time, it does not require extra bits if we look at the entire st=
ack. I think that at the application layer timestamps are needed in industri=
al applications to allow the sink to temporally align the signals coming fro=
m different lln nodes. This timestamp could be moved from the application la=
yer to the 6tus layer, thus solving the problem of extra bits.

Of course, looking at this timestamp at each hop would inflate energy consum=
ptions.

We could propose it as an optional feature to be used when the context we ar=
e facing requires it.

 If you need I could help describing this feature in one section or subsecti=
on of the 6tus draft.

Cheers

Alfredo

--
Luigi Alfredo Grieco, PhD
Assistant Professor
Department of Electrical and Information Engineering
Politecnico di Bari
Via Orabona 4 - 70125 - Bari - Italy
+39 080 5963 911
telematics.poliba.it/grieco
Skype id: l.alfredo.grieco
Mobile: +39 3346715672


On 25 May 2013, at 07:35, Pascal Thubert  wrote:

> Same here,
>=20
> I think the info could indeed be very useful on shared slots but along a d=
edicated track there is no choice but continue along schedule...
>=20
> Cheers,
>=20
> Pascal
>=20
> Le 25 mai 2013 =C3=A0 04:39, Xavier Vilajosana  a =C3=A9crit :
>=20
>>=20
>> My little point on that. I like the idea of "not" having a header if we d=
o switching, i.e not having a header makes things so simple and it becomes a=
 very transparent mechanism, no parsing, no processing at each hop, just in a=
nd out until it reaches the end of the label switched track.
>>=20
>> I agree that having these feature would be also good, however this might r=
equire looking the header at each hop, so there is a trade-off between energ=
y consumption, need for that and simplicity. We need to keep this in mind to=
o, maybe an optional feature would work?
>>=20
>> X
>>=20
>> Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:
>>> Alfredo,
>>>=20
>>> This is indeed a neat idea, which feeds upon a nice feature of our littl=
e TSCH networks.
>>>=20
>>> IIRC, the points that were raised during the call around this issue were=
:
>>> pros:
>>> - we could throttle a packet's priority based on the remaining lifetime i=
t has.
>>> - we could drop a packet that has already expired
>>> cons:
>>> - reserving extra bytes for this TS will add an extra energy cost, and i=
n some cases might simply not be possible
>>>=20
>>> Did I miss something?
>>>=20
>>> Thomas
>>>=20
>>>=20
>>>=20
>>> On Fri, May 24, 2013 at 9:00 AM, Grieco  wrote=
:
>>>> Hi all,
>>>>=20
>>>> During the today call, it emerged the possibility to stamp packets with=
 deadlines to be updated during their trips thanks to the unique feature off=
ered by TSCH to have a tightly synchronized LLN.
>>>>=20
>>>> In this way, it could be possible to control the trip of each packet wh=
ile it proceed towards the destination. In some hard real time applications,=
 a packet that passes the deadline could be discarded thus saving energy.
>>>>=20
>>>> It is true that we are installing tracks that should remain stable for a=
 long time, but it is also true that wireless links (in any case) can come a=
nd go also for short transients.
>>>>=20
>>>> Any thoughts about this point is warmly welcome and could lead to impro=
vements to the 6tus layer.
>>>>=20
>>>>=20
>>>> Cheers
>>>>=20
>>>> Alfredo
>>>>=20
>>>> --
>>>> Luigi Alfredo Grieco, PhD
>>>> Assistant Professor
>>>> Department of Electrical and Information Engineering
>>>> Politecnico di Bari
>>>> Via Orabona 4 - 70125 - Bari - Italy
>>>> +39 080 5963 911
>>>> telematics.poliba.it/grieco
>>>> Skype id: l.alfredo.grieco
>>>> Mobile: +39 3346715672
>>>>=20
>>>>=20
>>>> _______________________________________________
>>>> 6tsch mailing list
>>>> 6tsch@ietf.org
>>>> https://www.ietf.org/mailman/listinfo/6tsch
>>>=20
>>>=20
>>> _______________________________________________
>>> 6tsch mailing list
>>> 6tsch@ietf.org
>>> https://www.ietf.org/mailman/listinfo/6tsch
>>=20
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch

--Apple-Mail-1B14E6CE-65DF-4C6E-B744-09134E620385
Content-Type: text/html;
	charset=utf-8
Content-Transfer-Encoding: quoted-printable


Hi all, (and Pascal, Thomas, Xavier)

I agree that this feature could be more useful on sh=
ared slots.

At the same time, it does not require e=
xtra bits if we look at the entire stack. I think that at the application la=
yer timestamps are needed in industrial applications to allow the sink to te=
mporally align the signals coming from different lln nodes. This timestamp c=
ould be moved from the application layer to the 6tus layer, thus solving the=
 problem of extra bits.

Of course, looking at this t=
imestamp at each hop would inflate energy consumptions.

=

We could propose it as an optional feature to be used when the context w=
e are facing requires it.

 If you need I could=
 help describing this feature in one section or subsection of the 6tus draft=
.

Cheers

Alfredo

--=

Luigi Alfredo Grieco, PhD=

Assistant Professor
=

Department of Electrical and I=
nformation Engineering
Po=
litecnico di Bari
Via Ora=
bona 4 - 70125 - Bari - Italy
+39 080 5963 911
telematics.poliba.it/grieco
Skype id: l.alfredo.grieco<=
/div>
Mobile: +39 3346715672


On 25 May 2013, at 07:35, P=
ascal Thubert <pascal.thubert=
@gmail.com> wrote:

Same h=
ere,

I think the info could indeed be very useful o=
n shared slots but along a dedicated track there is no choice but continue a=
long schedule...

Cheers,

Pascal
Le 25 mai 2013 =C3=A0 04:39, Xavier Vilajosana <xvilajosana@eecs.berkeley.edu> a =C3=A9crit=
 :


 =20
    
 =20
 =20
    


      My little point on that. I like the idea of "not" having a header
      if we do switching, i.e not having a header makes things so simple
      and it becomes a very transparent mechanism, no parsing, no
      processing at each hop, just in and out until it reaches the end
      of the label switched track.

      

      I agree that having these feature would be also good, however this
      might require looking the header at each hop, so there is a
      trade-off between energy consumption, need for that and
      simplicity. We need to keep this in mind too, maybe an optional
      feature would work?

      

      X

      

      Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:

    

    

      
Alfredo,
        


        

        
This is indeed a neat idea, which feeds upon a nice feature
          of our little TSCH networks.

        


        

        
IIRC, the points that were raised during the call around
          this issue were:

        
pros:

        
- we could throttle a packet's priority based on the
          remaining lifetime it has.

        
- we could drop a packet that has already expired

        
cons:

        

          - reserving extra bytes for this TS will add an extra energy
          cost, and in some cases might simply not be possible

        


        

        
Did I miss something?

        


        

        
Thomas

        


        

        


          

          
On Fri, May 24, 2013 at 9:00 AM,
            Grieco <alfredo.grieco@gmail.com=
>
            wrote:

            

              

                
Hi all,

                


                

                
During the today call, it emerged the possibility
                  to stamp packets with deadlines to be updated during
                  their trips thanks to the unique feature offered by
                  TSCH to have a tightly synchronized LLN.

                


                

                
In this way, it could be possible to control the
                  trip of each packet while it proceed towards the
                  destination. In some hard real time applications, a
                  packet that passes the deadline could be discarded
                  thus saving energy.

                


                

                
It is true that we are installing tracks that
                  should remain stable for a long time, but it is also
                  true that wireless links (in any case) can come and go
                  also for short transients.

                


                

                
Any thoughts about this point is warmly welcome and
                  could lead to improvements to the 6tus layer.

                


                

                


                

                
Cheers

                


                

                
Alfredo

                  

                  --
                  

                    

                      Luigi Alfredo Grieco, PhD

                    
As=
sistant
                      Professor

                    
De=
partment
                      of Electrical and Information Engineering

                    

                      Politecnico di Bari

                    
Vi=
a
                      Orabona 4 - 70125 - Bari - Italy

                    
+39 080
                        5963 911

                    
telematics.poliba.it/grieco

                    
Sk=
ype
                      id: l.alfredo.grieco

                    
Mo=
bile:
                      +39
                        3346715672

                  

                  

                    


                    

                  

                

              

              

              _______________________________________________

              6tsch mailing list

              6tsch@ietf.org

              https://www.ietf.org/mailman/listinfo/6=
tsch

          

          
          

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@i=
etf.org
https://www.ietf.org/mailman/listinfo/6tsch


    

    

 =20


____________________=
___________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mai=
lman/listinfo/6tsch
___________________________________________=
____
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch=

=

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    Higher-layer data can be examined when it and any intervening-layer
    headers are present in the lower-layer fragment that is being
    forwarded. In my opinion it is always possible to descrive such
    examiniation in a way that honors the compartmentalization and
    informtion-hiding principles of layering.

    

    However, the desired information may not always be present for
    examination. This is particularly likely with such low-byte-count
    fragments as are conveyable by IEEE 802.15.4. On the other hand, the
    timestamp that is being discussed in the e-mail exchange quoted
    below is information that is required within the communication
    layers for cryptographic nonces and for replay rejection. Hence it
    will be in the transport layer header (e.g., ISA100.11a) or below
    (e.g., WirelessHART), so may well lie within most initial fragments.

    

    Note that such timestamps are based on origination time of the
    messaging, or perhaps the slightly-earlier measurement time of the
    conveyed measurement. Thus they do not provide direct information on
    delivery deadlines. Also note that such deadlines are not
    necessarily hard, and that historians may be interested in delivery
    of information even after expiration of a hard deadline for use of
    the information in closed-loop control, or when the conveyed
    information has been superseded by a later sample in a monitoring
    application.

    

    So, in summary, 

    - 1) It may be possible to extract a source timestamp from a
    higher-layer header within the intiial fragment of a conveyed
    message, but probably not if the conveyed bytes are not the initial
    fragment.

    

    - 2) It may be possible to annotate the label-switching information
    in a node (mote), for a given track that is used for a flow that has
    hard deadlines, so that individual deadlines can be computed
    relative to any timestamp in the conveyed PDU. When such information
    is lacking, no discard is possible.

    

    - 3) It may be possible to use a lookaside cache in the forwarding
    node (mote) to correlate successor fragments with the fragments to
    which 2) applies, thereby enabling discard of the successor
    fragments of the same higher-layer PDU when the one containing the
    timestamp was earlier discarded. In all other cases of a fragment
    not containing a timetamp, no deadline-based discard is possible.

    

    -Tom

    ====

    

      
Hi all, (and Pascal, Thomas, Xavier)

      


      

      
I agree that this feature could be more useful on shared
        slots.

      


      

      
At the same time, it does not require extra bits if we look
        at the entire stack. I think that at the application layer
        timestamps are needed in industrial applications to allow the
        sink to temporally align the signals coming from different lln
        nodes. This timestamp could be moved from the application layer
        to the 6tus layer, thus solving the problem of extra bits.

      


      

      
Of course, looking at this timestamp at each hop would
        inflate energy consumptions.

      


      

      
We could propose it as an optional feature to be used when
        the context we are facing requires it.

      


      

      
 If you need I could help describing this feature in one
        section or subsection of the 6tus draft.

      


      

      
Cheers

      


      

      
Alfredo

        

        --
        

          
Luigi
            Alfredo Grieco, PhD

          
Assistant
            Professor

          
Department
            of Electrical and Information Engineering

          
Politecnico
            di Bari

          
Via
            Orabona 4 - 70125 - Bari - Italy

          
+39
            080 5963 911

          
          
Skype
            id: l.alfredo.grieco

          
Mobile:
            +39 3346715672

        

        

          


          

        

      

      


        On 25 May 2013, at 07:35, Pascal Thubert <pascal.thubert@gmail.com>
        wrote:

        

      

      

        

          
          
Same here,

          


          

          
I think the info could indeed be very useful on shared
            slots but along a dedicated track there is no choice but
            continue along schedule...

          


          

          
Cheers,

            

            Pascal

          


            Le 25 mai 2013 à 04:39, Xavier Vilajosana <xvilajosana@eecs.berkeley.edu>
            a écrit :

            

          

          

            

              
              


                My little point on that. I like the idea of "not" having
                a header if we do switching, i.e not having a header
                makes things so simple and it becomes a very transparent
                mechanism, no parsing, no processing at each hop, just
                in and out until it reaches the end of the label
                switched track.

                

                I agree that having these feature would be also good,
                however this might require looking the header at each
                hop, so there is a trade-off between energy consumption,
                need for that and simplicity. We need to keep this in
                mind too, maybe an optional feature would work?

                

                X

                

                Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:

              

              

                
Alfredo,
                  


                  

                  
This is indeed a neat idea, which feeds upon a
                    nice feature of our little TSCH networks.

                  


                  

                  
IIRC, the points that were raised during the call
                    around this issue were:

                  
pros:

                  
- we could throttle a packet's priority based on
                    the remaining lifetime it has.

                  
- we could drop a packet that has already expired

                  
cons:

                  
 - reserving extra bytes for this TS will add an
                    extra energy cost, and in some cases might simply
                    not be possible

                  


                  

                  
Did I miss something?

                  


                  

                  
Thomas

                  


                  

                  


                    

                    
On Fri, May 24, 2013 at
                      9:00 AM, Grieco <alfredo.grieco@gmail.com>
                      wrote:

                      

                        

                          
Hi all,

                          


                          

                          
During the today call, it emerged the
                            possibility to stamp packets with deadlines
                            to be updated during their trips thanks to
                            the unique feature offered by TSCH to have a
                            tightly synchronized LLN.

                          


                          

                          
In this way, it could be possible to
                            control the trip of each packet while it
                            proceed towards the destination. In some
                            hard real time applications, a packet that
                            passes the deadline could be discarded thus
                            saving energy.

                          


                          

                          
It is true that we are installing tracks
                            that should remain stable for a long time,
                            but it is also true that wireless links (in
                            any case) can come and go also for short
                            transients.

                          


                          

                          
Any thoughts about this point is warmly
                            welcome and could lead to improvements to
                            the 6tus layer.

                          


                          

                          


                          

                          
Cheers

                          


                          

                          
Alfredo

                            

                            --
                            

                              
 Luigi Alfredo
                                Grieco, PhD

                              
Assistant Professor

                              
Department of
                                Electrical and Information Engineering

                              
 Politecnico di Bari

                              
Via Orabona 4 -
                                70125 - Bari - Italy

                              
                              
                              
Skype id:
                                l.alfredo.grieco

                              
                            

                            

                              


                              

                            

                          

                        

                        

                        _______________________________________________

                        6tsch mailing list

                        6tsch@ietf.org

                        https://www.ietf.org/mailman/listinfo/6tsch

                    

                     

                

                

                

                

                
_______________________________________________
6tsch mailing list
6tsch@ietf.org
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_______________________________________________

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              6tsch@ietf.org

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_______________________________________________

          6tsch mailing list

          6tsch@ietf.org

          https://www.ietf.org/mailman/listinfo/6tsch

        

      

      

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Subject: [6tsch] Fwd: New Non-WG Mailing List: 6lo -- Mailing list for discussion of a WG for Internet Area issues in IPv6 over constrained node networks
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FYI...

Begin forwarded message:

> From: IETF Secretariat 
> Subject: New Non-WG Mailing List: 6lo -- Mailing list for discussion =
of a WG for Internet Area issues in IPv6 over constrained node networks
> Date: May 24, 2013 2:18:40 PM EDT
> To: IETF Announcement List 
> Cc: 6lo@ietf.org, rdroms.ietf@gmail.com, cabo@tzi.org
>=20
>=20
> A new IETF non-working group email list has been created.
>=20
> List address: 6lo@ietf.org
> Archive: http://www.ietf.org/mail-archive/web/6lo/
> To subscribe: https://www.ietf.org/mailman/listinfo/6lo
>=20
> Purpose: Since it was set up in 2005, the 6LoWPAN WG has created =
specifications
> for building IPv6 networks out of devices that use the IEEE 802.15.4
> wireless network standard. This work has culminated in the recent
> publication of RFC 6775, 6LoWPAN-ND, and the 6LoWPAN WG is shutting =
down.
>=20
> This does not mean the work in this space is done. Indeed, 6LoWPAN
> produced one more document that isn't even about 802.15.4:
> draft-ietf-6lowpan-btle-12.txt, the equivalent of 6LoWPAN for the low
> energy mode of the Bluetooth 4.0 specification, is now in IESG
> processing, waiting for the assignment of a number from the Bluetooth
> SIG. A number of related drafts want to apply 6LoWPAN technology to
> other constrained node network layer 2 specifications:
>=20
> -- draft-brandt-6man-lowpanz-00.txt
> -- draft-ietf-6man-6lobac-01.txt
> -- draft-mariager-6lowpan-v6over-dect-ule-02.txt
>=20
> Also, some additional specifications are generally regarded as useful
> complements of the existing 6LoWPAN work:
>=20
> -- draft-schoenw-6lowpan-mib-03.txt
> -- draft-bormann-6lowpan-ghc-05.txt
> -- draft-kelsey-intarea-mesh-link-establishment-05.txt
> -- draft-bormann-6lowpan-roadmap-03.txt
>=20
> Beyond that, some older proposals that the 6LoWPAN WG has not picked
> up are receiving new attention:
>=20
> -- draft-thubert-6lowpan-backbone-router-03.txt
> -- draft-thubert-roll-forwarding-frags-01.txt
>=20
> Finally, there are some architectural issues raised by 6LoWPAN's use
> of adaptation layer fragmentation on top of a lossy radio:
>=20
> -- draft-bormann-intarea-alfi-02.txt
>=20
> As can be seen, these drafts have been addressed to a zoo of working
> groups, including the sunsetting 6LoWPAN WG, the 6MAN WG, INTAREA, and
> even ROLL, with the addressed WG often changing over the lifetime of a
> draft. It is probably more productive to focus most of this closely
> related work on a specific WG.
>=20
> One clear candidate is the 6man WG. However, that WG has a number of
> other duties in maintaining IPv6 that make it subscribing to its
> mailing list too onerous to the group of experts interested in
> constrained node networking. It is probably worth separating out the
> 6man-related work that focuses on constrained node networks. There
> are, however, architectural aspects that are indeed best left in 6man
> or even INTAREA. The 6Lo mailing list has been set up to organize the
> discussion of a charter for a potential working group that focuses on
> IP-over-foo standardization (adaptation layers) for constrained node
> networks, working closely with the INT area working groups and other
> IETF WGs focused on constrained node networks.
>=20
> For additional information, please contact the list administrators.


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 All,

You will find the minutes of the last webex below, and the presented slides
at https://bitbucket.org/6tsch/meetings/. I'm also attaching the slides to
this e-mail.

Thanks to Xavi and Dominique for taking notes!

Please fix anything we might have missed directly in the e-mail and reply.

Thomas

---

# Minutes Webex 24 May 2013, 6TSCH group #

Note: timestamps in PDT.

Taking notes _(using Etherpad)_
-------------------------------

1. Xavi Vilajosana
2. Dominique Barthel
3. Thomas Watteyne

Present _(alphabetically)_
--------------------------

* Alfredo Grieco
* Dominique Barthel
* Guillaume Gaillard
* Maria Rita Palattella
* Pascal Thubert
* Pouria Zand
* Raghuram Sudhaakar
* Tina Tsou
* Thomas Watteyne
* Tom Phinney
* Xavi Vilajosana
* Yoshihiro Ohba

Recording
---------

* This webex was not recorded.

Slides
------

* Attached.

Agenda
------

* BoF recap [Thomas] [5min]
* webinar announcements [Thomas,Xavi] [5min]
* Centralized routing requirements draft [Pascal] [10min + 5min Q&A]
* updated 6tsch draft [Alfredo] [5min]
* updated 6tus draft [Xavi] [10min]
* label switching discussion  [Thomas] [15min]
* logo challenge! [Pascal] [15min]

Minutes
-------

* [08.08] Meeting starts
* Thomas shows slides and presents agenda
* BoF recap [Thomas]
    * Description of the BoF as discussed last week. Will be shared in
bitbucket repo.
    * Active draft list: 5 expected
    * Expected assistence 60. 1 session 2.5h
    * No special requests.
    * 143 members in the ML
* webinar announcements [Thomas,Xavi]
    * June 10, 2013, 11:30 AM-12:30 PM ET
    * Standardizing the internet of (Important) Things.
    * 2 parts:
        * OpenWSN (Xavi)
        * 6TSCH (Thomas)
    * register online! Hosted by MEMs industry group
    *
http://www.memsindustrygroup.org/i4a/pages/index.cfm?pageid=3446#upcoming_webinar

* BoF and IETF meeting practical info [Pascal]
    * All information at http://www.ietf.org/meeting/87/index.html.
    * Register there
    * Good idea to book hotel early.
* Centralized routing requirements draft [Pascal]
    * 5 expected sections already identified.
    * [Thomas] What is the scope? do we want to modify PCEP to accommodate
the different traffic flows we identified, or keep the original PCEP scope,
just make it better applicable to LLNs?
    * [Pascal] This is just the rquirements draft, we don't need to make
this decision this early. JP will help us to figure out if PCEP will fit to
the requirements.
    * [Thomas] Could JP start a thread on the ML so we can discuss PCEP
suitability?
    * [Pascal] Will ask.
    * [Thomas] Is our goal to be done with this draft by the BoF?
    * [Pascal] It should be started. Have Requirements and applicability.
    * [Pascal] We wil need to distribute the work (Maria Rita, Xavi, JP and
others might be interested). JP is editor, but anybody can volunteer to
participate.
* updated 6tsch draft [Alfredo]
    * new version of the draft published yesterday
    * overview, problem statement and goals.
    * align terminology compliant to terminology v1 draft.
    * adding comments from Dominique.
    * 3 authors rather than one editor and 2 contributors
* updated 6tus draft [Xavi]
    * small changes throughou
    * major change: execution of hard cell command
    * [Pascal] We might rename to "sublayer".
    * [Xavi] Will do.
    * [Thomas] All drafts hosted in bitbucket. Bitbucket has a ticketting
system. Let's use it to track bugs.
* label switching discussion  [Thomas]
    * Discussion still open.
        * Each packet is associated to a label which is implicit
        * Each label is the position of the cell in the schedule.
    * Hop limit problem: TTL does not get decremented at each hop. Possible
solutions.
        * As tunneling (dont' decrement)
        * explicit hop limit carried inline
        * use other info to determine the num of hops
        * [Pascal] hop limit is used to avoid loops. If the track is set up
in a deterministic fashion, there are no loops. OK not to deal with this.
        * [Pascal] Label switching nice because can transport 6LoWPAN
fragments.
        * [Thomas] If packet is routed by IP, a packet will have different
hop limit than a tunneled packet. Without hop limit, we might not be able
to do some optimizations.
        * [Pascal] the value is to avoid loops, as we don't have loops in
tracks (if we can guarantee that), the ttl is not needed.
        * [Tom] Too early to make a decision, having the options is ok.
Maybe we can have optional header.
        * [Thomas] We can conclude that there is no problem with tunneling
so do not decrementing hop limit. It does not require an extra header.
        * [Alfredo] industrial apps: timestamp very useful. Since TSCH, all
nodes are synchronized, lowering the field to 2.5 layer and then we can use
the timestamp for hop count.
            * se timestamp to discover loops if it is higher than expected
latency for the track.
            * this related to having the expected delivery time.
        * [Pascal] according to expected delivery time we can adapt
priority of the packet.
        * [Thomas] you can drop packets if they are too late. Time
sensitive delivery.
        * [Thomas] Alfredo, can start thread on ML?
        * [Alfredo] Will do.
    * Load Balancing problem: bundles can be formed by multiple in and
multiple out. First cell will be used more than others. This can bias
statistics.
        * Ideas:
            * round robin.
            * minimize latency and buffering
        * [Xavi] let it open to implementation but keep it as a point that
6tus addresses without defining the policy.
* logo challenge! [Pascal]
    * selecting 2, 6,8 for a final contest.
    * vote on ML, then refine the final logo
* [09.10] Meeting ends.

--047d7bf16048f3dd9f04dda3af2d
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable




All,

You will find the minutes of the la=
st webex below, and the presented slides at https://bitbucket.org/6tsch/meetings/. I'm also =
attaching the slides to this e-mail.




Thanks to Xavi and Dominique for taking notes!

Please fix anything we might have missed directly in the e=
-mail and reply.

Thomas




---


Note: timestamps in PDT.




Taking notes _(using Etherpad)_
-------------------------------




1. Xavi Vilajosana
2. Dominique Barthel
3. Thomas Watteyne




Present _(alphabetically)_
--------------------------
<=
div>


* Alfredo Grieco
* Dominique Barthel
* Guillaume Gaillard



* Maria Rita Palattella
* Pascal Thubert
* Pouria Zand
=
* Raghuram Sudhaakar



* Tina Tsou
* Thomas Watteyne
* Tom Phinney
* Xavi Vilajosana



* Yoshihiro Ohba

Recording
---------




* This webex was not recorded.

Slides



------

* Attached.




Agenda
=

------

* BoF recap [Thomas] [5min]



* webinar announcements [Thomas,=
Xavi] [5min]
* Centr=
alized routing requirements draft [Pascal] [10min + 5min Q&A]


* updated 6tsch draft [Alfredo] =
[5min]
* updated 6tu=
s draft [Xavi] [10min]
* label switching discussion =A0[Thomas] [15min]



* logo challenge! [Pascal] [15mi=
n]

=

Minutes
-------




* [08.08] Meeting starts
* Thomas shows slides and presents agenda<=
/font>



* BoF recap [Thomas]
=A0 =A0 * Description of the Bo=
F as discussed last week. Will be shared in bitbucket repo.
=A0 =A0 * Active draft list: 5 expe=
cted



=A0 =A0 * Expected assistence 60=
. 1 session 2.5h
=A0=
 =A0 * No special requests.
=A0 =A0 * 143 members in the ML



* webinar announcements [Thomas,=
Xavi]
=A0 =A0 * June=
 10, 2013, 11:30 AM-12:30 PM ET
=A0 =A0 * Standardizing the internet of (Important) Things.



=A0 =A0 * 2 parts:
<=
div>=A0 =A0 =A0 =A0 * OpenWSN (Xavi)<=
/font>
=A0 =A0 =A0 =A0 * 6T=
SCH (Thomas)



=A0 =A0 * register online! Hoste=
d by MEMs industry group



* BoF and IETF meeting practical=
 info [Pascal]
=A0 =
=A0 * All information at http://www.ietf.org/meeting/87/index.html.



=A0 =A0 * Register there<=
/div>
=A0 =A0 * Good idea to book=
 hotel early.
* Cent=
ralized routing requirements draft [Pascal]



=A0 =A0 * 5 expected sections al=
ready identified.
=
=A0 =A0 * [Thomas] What is the scope? do we want to modify PCEP to accommod=
ate the different traffic flows we identified, or keep the original PCEP sc=
ope, just make it better applicable to LLNs?



=A0 =A0 * [Pascal] This is just =
the rquirements draft, we don't need to make this decision this early. =
JP will help us to figure out if PCEP will fit to the requirements.<=
/div>


=A0 =A0 * [Thomas] Could JP star=
t a thread on the ML so we can discuss PCEP suitability?
<=
font face=3D"courier new, monospace">=A0 =A0 * [Pascal] Will ask.


=A0 =A0 * [Thomas] Is our goal to be =
done with this draft by the BoF?
=A0 =A0 * [Pascal] It should be started. Have Requirements and=
 applicability.



=A0 =A0 * [Pascal] We wil need t=
o distribute the work (Maria Rita, Xavi, JP and others might be interested)=
. JP is editor, but anybody can volunteer to participate.
=
* updated 6tsch draft [Alfredo]



=A0 =A0 * new version of the dra=
ft published yesterday
=A0 =A0 * overview, problem statement and goals.
=A0 =A0 * align terminology compliant to te=
rminology v1 draft.



=A0 =A0 * adding comments from D=
ominique.
=A0 =A0 * =
3 authors rather than one editor and 2 contributors
* updated 6tus draft [Xavi]



=A0 =A0 * small changes througho=
u
=A0 =A0 * major ch=
ange: execution of hard cell command
=A0 =A0 * [Pascal] We might rename to "sublayer"=
.



=A0 =A0 * [Xavi] Will do.=

=A0 =A0 * [Thomas] All dra=
fts hosted in bitbucket. Bitbucket has a ticketting system. Let's use i=
t to track bugs.



* label switching discussion =A0=
[Thomas]
=A0 =A0 * D=
iscussion still open.
=A0 =A0 =A0 =A0 * Each label is =
the position of the cell in the schedule.
=A0 =A0 * Hop limit problem: TTL does not get decreme=
nted at each hop. Possible solutions.



=A0 =A0 =A0 =A0 * As tunneling (=
dont' decrement)
=A0 =A0 =A0 =A0 * explicit hop limit carried inline
=A0 =A0 =A0 =A0 * use other info to determ=
ine the num of hops



=A0 =A0 =A0 =A0 * [Pascal] hop l=
imit is used to avoid loops. If the track is set up in a deterministic fash=
ion, there are no loops. OK not to deal with this.
=A0 =A0 =A0 =A0 * [Pascal] Label switching n=
ice because can transport 6LoWPAN fragments.



=A0 =A0 =A0 =A0 * [Thomas] If pa=
cket is routed by IP, a packet will have different hop limit than a tunnele=
d packet. Without hop limit, we might not be able to do some optimizations.=




=A0 =A0 =A0 =A0 * [Pascal] the v=
alue is to avoid loops, as we don't have loops in tracks (if we can gua=
rantee that), the ttl is not needed.
=A0 =A0 =A0 =A0 * [Tom] Too early to make a decision, havi=
ng the options is ok. Maybe we can have optional header.



=A0 =A0 =A0 =A0 * [Thomas] We ca=
n conclude that there is no problem with tunneling so do not decrementing h=
op limit. It does not require an extra header.
=A0 =A0 =A0 =A0 * [Alfredo] industrial apps: ti=
mestamp very useful. Since TSCH, all nodes are synchronized, lowering the f=
ield to 2.5 layer and then we can use the timestamp for hop count.


=A0 =A0 =A0 =A0 =A0 =A0 * se tim=
estamp to discover loops if it is higher than expected latency for the trac=
k.
=A0 =A0 =A0 =A0 =
=A0 =A0 * this related to having the expected delivery time.



=A0 =A0 =A0 =A0 * [Pascal] accor=
ding to expected delivery time we can adapt priority of the packet.<=
/div>
=A0 =A0 =A0 =A0 * [Thomas] =
you can drop packets if they are too late. Time sensitive delivery.<=
/div>


=A0 =A0 =A0 =A0 * [Thomas] Alfre=
do, can start thread on ML?
=A0 =A0 =A0 =A0 * [Alfredo] Will do.
=A0 =A0 * Load Balancing problem: bundles can be f=
ormed by multiple in and multiple out. First cell will be used more than ot=
hers. This can bias statistics.



=A0 =A0 =A0 =A0 * Ideas:<=
/div>
=A0 =A0 =A0 =A0 =A0 =A0 * r=
ound robin.
=A0 =A0 =
=A0 =A0 =A0 =A0 * minimize latency and buffering



=A0 =A0 =A0 =A0 * [Xavi] let it =
open to implementation but keep it as a point that 6tus addresses without d=
efining the policy.
=
* logo challenge! [Pascal]



=A0 =A0 * selecting 2, 6,8 for a=
 final contest.
=A0 =
=A0 * vote on ML, then refine the final logo
* [09.10] Meeting ends.





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////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////
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////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////
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From: Maria Rita PALATTELLA 
To: Herman Storey , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] logo challenge
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Date: Sun, 26 May 2013 22:11:08 +0000
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References:  <519E25CC.1040800@eecs.berkeley.edu>,    <519E4425.4000308@cox.net> <12956.1369403603@sandelman.ca>, 
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Subject: Re: [6tsch] logo challenge
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Dear all,
I have worked a bit on the logo 8 (one of those we selected during the last=
 meeting).
I have played a bit wit the colors, position of the letters, and also the l=
etters' shape.

Pascal, all, if you do agree that this version is better, please, consider =
it for the final vote.
Thank you

Maria Rita

________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of Herman S=
torey [herman.storey@live.com]
Sent: Friday, May 24, 2013 10:47 PM
To: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge


You could always spell out 6TSCH in notes with the timing corresponding to =
Morse code for the letters (as in the famous opening of Beethoven's 5th Sym=
phony which has code for a V).



[http://www.arrl.org/files/file/Youth/Morse%20Code%20Poster.jpg]



I think using music for this is very appropriate since the original frequen=
cy hopping patent was implemented using player piano rolls.  We could even =
have a GIF instead of a static logo. :)



Herman Storey Consulting, LLC

3406 Village Oaks

Kingwood, Tx. 77339

(281)743-3944



-----Original Message-----
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of M=
ichael Richardson
Sent: Friday, May 24, 2013 8:53 AM
To: Tom Phinney
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] logo challenge





>>>>> "Tom" =3D=3D Tom Phinney  writes:

    Tom> Rather than a checkerboard/chessboard, I much prefer the musical-s=
core

    Tom> theme as the underlying visual motif, implying a progression of

    Tom> different notes (i.e., different frequencies), perhaps also showin=
g a

    Tom> rest (no notes). My initial thought was to prefer a C-clef, but in=
 the

    Tom> end I realized that Pascal's use of the G-clef (AKA treble

    Tom> clef)



+4/4



(my packets are triplets)



--

Michael Richardson , Sandelman Software Works





--_000_F085911F642A6847987ADA23E611780D18565BE2hoshiunilux_
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Dear all,

I have worked a bit on the logo 8 (one of those we selected during the last=
 meeting).

I have played a bit wit the colors, position of the letters, and also the l=
etters' shape.



Pascal, all, if you do agree that this version is better, please, consider =
it for the final vote.

Thank you



Maria Rita






From: 6tsch-bounces@ietf.org [6tsch-bounce=
s@ietf.org] on behalf of Herman Storey [herman.storey@live.com]

Sent: Friday, May 24, 2013 10:47 PM

To: 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge












You could always spell out 6TSCH in n=
otes with the timing corresponding to Morse code for the letters (as in the=
 famous opening of Beethoven's 5th Symphony which has code
 for a V).


 


3D"http://www.arrl.org/files/file/Youth/Mo=<=
/a>


 


I think using music for this is very =
appropriate since the original frequency hopping patent was implemented usi=
ng player piano rolls.  We could even have a GIF instead
 of a static logo. J



 


Herman Storey Consulting, LLC<=
/p>

3406 Village Oaks


Kingwood, Tx. 77339


(281)743-3944


 


-----Original Message-----

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of M=
ichael Richardson

Sent: Friday, May 24, 2013 8:53 AM

To: Tom Phinney

Cc: 6tsch@ietf.org

Subject: Re: [6tsch] logo challenge


 


 


>>>>> "Tom" =
=3D=3D Tom Phinney <tom.phinney@cox.net> writes:


    Tom> Rather tha=
n a checkerboard/chessboard, I much prefer the musical-score


    Tom> theme as t=
he underlying visual motif, implying a progression of


    Tom> different =
notes (i.e., different frequencies), perhaps also showing a


    Tom> rest (no n=
otes). My initial thought was to prefer a C-clef, but in the


    Tom> end I real=
ized that Pascal's use of the G-clef (AKA treble


    Tom> clef)


 


+4/4


 


(my packets are triplets)


 


--



Michael Richardson <mcr+IETF@s=
andelman.ca>, Sandelman Software Works



 


 












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--_006_F085911F642A6847987ADA23E611780D18565BE2hoshiunilux_--

From sakane@tanu.org  Sun May 26 19:00:39 2013
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Date: Mon, 27 May 2013 11:00:31 +0900
From: Shoichi Sakane 
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Cc: 6TSCH <6tsch@ietf.org>
Subject: Re: [6tsch] logo challenge
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I love the musical score theme too, but much prefer simpler one.  How about the attached idea ?  "TSCH" is like a new repeat symbol.  Whether it's emphasized is considerable.

Shoichi

On 5/24/13 5:30 PM, Pascal Thubert (pthubert) wrote:
> Dear all:
>
> I made the 6 more visible per Tom and Raghu’s suggestion, and enforced equal spaces to make it look more like a real music.
>
> I agree with Thomas that the T replacement is a nice trick but then It look less readable so I left it at letters.
>
> I attached a transparent gif, and the basic elements are below, if anyone wants to play with them to improve that proposal.
>
>
> So what’s the score?
>
> Let’s talk at the call;
>
> Cheers,
>
> Pascal
>
> *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Tom Phinney
> *Sent:* jeudi 23 mai 2013 22:43
> *To:* 6TSCH
> *Subject:* Re: [6tsch] logo challenge
>
> It looks good. One of the comments was to prefix a "6". Also, you should move the H more to the right so that the center-to-center distances of the four letters (i.e., the three intervals) are equal sized, since TSCH currently uses equal-duration timeslots  You might also want to space the letters out more, rather than have them overlapped horizontally as in the current diagram, to imply that no two frequencies are simultaneously in use. When that is done you will end up with five or six (if you add the "6") equal-width horizontal intervals, each of which has only one element.
>
> While these will widen the logo, I personally don't find that a problem. The entire logo can be shrunk simply by rescaling it to a smaller height and width, so why not make it more closely resemble the musical score. That's faithful to Hedy Lamarr's original patent on FHSS, which was modeled on disjoint piano note keying.
>
> ===
>
> Thank you all!
>
> I tried to mix all the comments I got. Thanks Tom for fixing my poor memory. I thought that what counted was the very beginning of the key drawing.
>
> I liked the idea of the pause, but liked even better the repeat sign that Thomas suggested, since determinism involves the capability to repeat over and over the exact sequence.
>
> How about this?
>
> If you want to play with those elements and make your version of the 6tune, here are the basic elements I used:
>
> Cheers;
>
> Pascal
>
> *From:*6tsch-bounces@ietf.org  [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Thomas Watteyne
> *Sent:* jeudi 23 mai 2013 19:46
> *To:* 6TSCH
> *Subject:* Re: [6tsch] logo challenge
>
> Tom,
>
> I like the idea of a small musical score, since it conveys the idea of frequency hopping and time synchronization well. I agree that the G clef is more widely recognized. Plus it looks like a 6, so that's great. Instead of a D.C., maybe just a repeat might conveys the message (double bar with two dots)? We could leave off the opening repeat sign, and just have the closing, in the interest of space.
>
> Do you have a quick draw up you could send to the list (even a picture of a hand-drawing, or something in paint)?
>
> Thomas
>
> On Thu, May 23, 2013 at 9:30 AM, Tom Phinney > wrote:
>
> Rather than a checkerboard/chessboard, I much prefer the musical-score theme as the underlying visual motif, implying a progression of different notes (i.e., different frequencies), perhaps also showing a rest (no notes). My initial thought was to prefer a C-clef, but in the end I realized that Pascal's use of the G-clef (AKA treble clef) promoted greater understanding of the logo. (See https://en.wikipedia.org/wiki/Clef about clefs).
>
> There is one technical problem with the logo as drawn: the G-clef symbol is misplaced on the stave, almost one semitone too high. The second line of the stave (from the bottom) should go through the visual center of the quasi-circular curl on the clef, rather than below the visual center as drawn.
>
> In terms of showing a rest, that could be done by putting a half-note rest mark – a short horizontal bar resting on a stave line – to the right of the "^6TSCH", or perhaps even between the "6" and the "TSCH". (For musical notation of half-note rests, see http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)
>
> It's tempting to take the musical score analogy further and add "da capo" markings to indicate that the whole cycle repeats from the beginning, but that extra clutter would take the focus away from the 6TSCH.
>
> -Tom
> ====
>
>
>
> On 2013.05.23 08 :12, Pascal Thubert (pthubert) wrote:
>
> I like the 2^nd better : ) but both are a bit hard to read.
>
> Pascal
>
> *From:*6tsch-bounces@ietf.org  [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Maria Rita PALATTELLA
> *Sent:* jeudi 23 mai 2013 16:56
> *To:* Pascal Thubert (pthubert); Xavier Vilajosana; 6tsch@ietf.org 
> *Subject:* Re: [6tsch] logo challenge
>
> Pascal, I had something similar in mind.
> This is an idea. We may try to merge mine with Xavi's one and improve both.
> What do you think?
> Maria Rita
>
> ----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
 --
>
> *From:*6tsch-bounces@ietf.org  [6tsch-bounces@ietf.org ] on behalf of Pascal Thubert (pthubert) [pthubert@cisco.com ]
> *Sent:* Thursday, May 23, 2013 4:39 PM
> *To:* Xavier Vilajosana; 6tsch@ietf.org 
> *Subject:* Re: [6tsch] logo challenge
>
> Hello Xavi:
>
> Could you make the blue pattern look more like a track, always progressing left to right?
>
> Ideally though difficult to achieve we could read the TSCH letters in the white squares …
>
> cheers
>
> Pascal
>
> *From:*6tsch-bounces@ietf.org  [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Xavier Vilajosana
> *Sent:* jeudi 23 mai 2013 16:21
> *To:* 6tsch@ietf.org 
> *Subject:* Re: [6tsch] logo challenge
>
> that's my proposal.. maybe other fonts can be used :-)
> X
>
> Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
>
>     Dear all:
>
>     We need a logo. Everyone has a logo. Can’t live without a logo!
>
>     Maybe that’s sad, but that can be a lot of fun too. So here’s a challenge.
>
>     Pick your pen, airbrush, and whatever cool tool you have, and show us what you can do.
>
>     Tip: I’d love to see that the logo illustrates that we do IPv6, and that the TSCH MAC hops from channel to channel at scheduled times.
>
>     Cheers
>
>     Pascal
>
>     Don’t be shy! I’m not, see below:
>
>     _______________________________________________
>
>     6tsch mailing list
>
>     6tsch@ietf.org  
>
>     https://www.ietf.org/mailman/listinfo/6tsch
>
>
>
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>
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>
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>
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>
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>
>
>
> This body part will be downloaded on demand.
>

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From tom.phinney@cox.net  Sun May 26 20:27:25 2013
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Date: Sun, 26 May 2013 20:27:15 -0700
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    Whatever ! 

    

    I much refer any musical score motif with a staff, any of the clef
    symbols and a repeat symbol, because it implies multiple assigned
    frequencies (i.e., pitches), some sort of score (perhaps yet to be
    written) for selecting them, and that the whol thing repeats. What,
    if anything, is on or over or under the score is much less important
    to me, because only the musical elements I mentioned imply FHSS; the
    letters of the acronym TSCH (or 6TSCH) do not.

    

    -Tom

    ====

    
I love
      the musical score theme too, but much prefer simpler one.  How
      about the attached idea ?  "TSCH" is like a new repeat symbol. 
      Whether it's emphasized is considerable.
      

      

      Shoichi
      

      

      On 5/24/13 5:30 PM, Pascal Thubert (pthubert) wrote:
      

      
Dear all:
        

        

        I made the 6 more visible per Tom and Raghu’s suggestion, and
        enforced equal spaces to make it look more like a real music.
        

        

        I agree with Thomas that the T replacement is a nice trick but
        then It look less readable so I left it at letters.
        

        

        I attached a transparent gif, and the basic elements are below,
        if anyone wants to play with them to improve that proposal.
        

        

        

        So what’s the score?
        

        

        Let’s talk at the call;
        

        

        Cheers,
        

        

        Pascal
        

        

        *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
        *On Behalf Of *Tom Phinney
        

        *Sent:* jeudi 23 mai 2013 22:43
        

        *To:* 6TSCH
        

        *Subject:* Re: [6tsch] logo challenge
        

        

        It looks good. One of the comments was to prefix a "6". Also,
        you should move the H more to the right so that the
        center-to-center distances of the four letters (i.e., the three
        intervals) are equal sized, since TSCH currently uses
        equal-duration timeslots  You might also want to space the
        letters out more, rather than have them overlapped horizontally
        as in the current diagram, to imply that no two frequencies are
        simultaneously in use. When that is done you will end up with
        five or six (if you add the "6") equal-width horizontal
        intervals, each of which has only one element.
        

        

        While these will widen the logo, I personally don't find that a
        problem. The entire logo can be shrunk simply by rescaling it to
        a smaller height and width, so why not make it more closely
        resemble the musical score. That's faithful to Hedy Lamarr's
        original patent on FHSS, which was modeled on disjoint piano
        note keying.
        

        

        ===
        

        

        Thank you all!
        

        

        I tried to mix all the comments I got. Thanks Tom for fixing my
        poor memory. I thought that what counted was the very beginning
        of the key drawing.
        

        

        I liked the idea of the pause, but liked even better the repeat
        sign that Thomas suggested, since determinism involves the
        capability to repeat over and over the exact sequence.
        

        

        How about this?
        

        

        If you want to play with those elements and make your version of
        the 6tune, here are the basic elements I used:
        

        

        Cheers;
        

        

        Pascal
        

        

        *From:*6tsch-bounces@ietf.org
        <mailto:6tsch-bounces@ietf.org>
        [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Thomas Watteyne
        

        *Sent:* jeudi 23 mai 2013 19:46
        

        *To:* 6TSCH
        

        *Subject:* Re: [6tsch] logo challenge
        

        

        Tom,
        

        

        I like the idea of a small musical score, since it conveys the
        idea of frequency hopping and time synchronization well. I agree
        that the G clef is more widely recognized. Plus it looks like a
        6, so that's great. Instead of a D.C., maybe just a repeat might
        conveys the message (double bar with two dots)? We could leave
        off the opening repeat sign, and just have the closing, in the
        interest of space.
        

        

        Do you have a quick draw up you could send to the list (even a
        picture of a hand-drawing, or something in paint)?
        

        

        Thomas
        

        

        On Thu, May 23, 2013 at 9:30 AM, Tom Phinney
        <tom.phinney@cox.net <mailto:tom.phinney@cox.net>>
        wrote:
        

        

        Rather than a checkerboard/chessboard, I much prefer the
        musical-score theme as the underlying visual motif, implying a
        progression of different notes (i.e., different frequencies),
        perhaps also showing a rest (no notes). My initial thought was
        to prefer a C-clef, but in the end I realized that Pascal's use
        of the G-clef (AKA treble clef) promoted greater understanding
        of the logo. (See https://en.wikipedia.org/wiki/Clef about
        clefs).
        

        

        There is one technical problem with the logo as drawn: the
        G-clef symbol is misplaced on the stave, almost one semitone too
        high. The second line of the stave (from the bottom) should go
        through the visual center of the quasi-circular curl on the
        clef, rather than below the visual center as drawn.
        

        

        In terms of showing a rest, that could be done by putting a
        half-note rest mark – a short horizontal bar resting on a stave
        line – to the right of the "^6TSCH", or perhaps even between the
        "6" and the "TSCH". (For musical notation of half-note rests,
        see
http://idiotsguides.com/static/quickguides/musicperformingarts/notes-and-rests-a-visual-index.html)

        

        It's tempting to take the musical score analogy further and add
        "da capo" markings to indicate that the whole cycle repeats from
        the beginning, but that extra clutter would take the focus away
        from the 6TSCH.
        

        

        -Tom
        

        ====
        

        

        

        

        On 2013.05.23 08 <tel:2013.05.23%2008>:12, Pascal Thubert
        (pthubert) wrote:
        

        

        I like the 2^nd better : ) but both are a bit hard to read.
        

        

        Pascal
        

        

        *From:*6tsch-bounces@ietf.org
        <mailto:6tsch-bounces@ietf.org>
        [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Maria Rita
        PALATTELLA
        

        *Sent:* jeudi 23 mai 2013 16:56
        

        *To:* Pascal Thubert (pthubert); Xavier Vilajosana;
        6tsch@ietf.org <mailto:6tsch@ietf.org>
        

        *Subject:* Re: [6tsch] logo challenge
        

        

        Pascal, I had something similar in mind.
        

        This is an idea. We may try to merge mine with Xavi's one and
        improve both.
        

        What do you think?
        

        Maria Rita
        

        

----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
        

      

      --
      

      

        

        *From:*6tsch-bounces@ietf.org
        <mailto:6tsch-bounces@ietf.org> [6tsch-bounces@ietf.org
        <mailto:6tsch-bounces@ietf.org>] on behalf of Pascal
        Thubert (pthubert) [pthubert@cisco.com
        <mailto:pthubert@cisco.com>]
        

        *Sent:* Thursday, May 23, 2013 4:39 PM
        

        *To:* Xavier Vilajosana; 6tsch@ietf.org
        <mailto:6tsch@ietf.org>
        

        *Subject:* Re: [6tsch] logo challenge
        

        

        Hello Xavi:
        

        

        Could you make the blue pattern look more like a track, always
        progressing left to right?
        

        

        Ideally though difficult to achieve we could read the TSCH
        letters in the white squares …
        

        

        cheers
        

        

        Pascal
        

        

        *From:*6tsch-bounces@ietf.org
        <mailto:6tsch-bounces@ietf.org>
        [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Xavier Vilajosana
        

        *Sent:* jeudi 23 mai 2013 16:21
        

        *To:* 6tsch@ietf.org <mailto:6tsch@ietf.org>
        

        *Subject:* Re: [6tsch] logo challenge
        

        

        that's my proposal.. maybe other fonts can be used :-)
        

        X
        

        

        Al 23/05/13 03:41, En/na Pascal Thubert (pthubert) ha escrit:
        

        

            Dear all:
        

        

            We need a logo. Everyone has a logo. Can’t live without a
        logo!
        

        

            Maybe that’s sad, but that can be a lot of fun too. So
        here’s a challenge.
        

        

            Pick your pen, airbrush, and whatever cool tool you have,
        and show us what you can do.
        

        

            Tip: I’d love to see that the logo illustrates that we do
        IPv6, and that the TSCH MAC hops from channel to channel at
        scheduled times.
        

        

            Cheers
        

        

            Pascal
        

        

            Don’t be shy! I’m not, see below:
        

        

            _______________________________________________
        

        

            6tsch mailing list
        

        

            6tsch@ietf.org  <mailto:6tsch@ietf.org>
        

        

            https://www.ietf.org/mailman/listinfo/6tsch
        

        

        

        

        _______________________________________________
        

        

        6tsch mailing list
        

        

        6tsch@ietf.org  <mailto:6tsch@ietf.org>
        

        

        https://www.ietf.org/mailman/listinfo/6tsch
        

        

        

        _______________________________________________
        

        6tsch mailing list
        

        6tsch@ietf.org <mailto:6tsch@ietf.org>
        

        https://www.ietf.org/mailman/listinfo/6tsch
        

        

        

        

        This body part will be downloaded on demand.
        

        

      

      

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From: "Pascal Thubert (pthubert)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: logo finalists
Thread-Index: Ac5bKPvzkSQde10JQQaS5vx4hOL19g==
Date: Mon, 27 May 2013 22:26:18 +0000
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Subject: [6tsch] logo finalists
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--_004_E045AECD98228444A58C61C200AE1BD8412FE598xmbrcdx01ciscoc_
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	boundary="_000_E045AECD98228444A58C61C200AE1BD8412FE598xmbrcdx01ciscoc_"

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Dear all :

I'll start a doodle for the final vote.

And the finalists are ...  (ta..ta...)

[cid:image003.png@01CE5B39.C04DA2E0]

Cheers,

Pascal

--_000_E045AECD98228444A58C61C200AE1BD8412FE598xmbrcdx01ciscoc_
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Dear all :


 


I’ll start a doodle for the final vote.


 


And the finalists are …  (ta..ta…)<=
o:p>


 




 


Cheers,


 


Pascal






--_000_E045AECD98228444A58C61C200AE1BD8412FE598xmbrcdx01ciscoc_--

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From maria-rita.palattella@uni.lu  Tue May 28 03:08:51 2013
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From: Maria Rita PALATTELLA 
To: Pascal Thubert , Xavier Vilajosana 
Thread-Topic: [6tsch] On exploiting time synchronisation and deadlines in 6tus
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Subject: Re: [6tsch] On exploiting time synchronisation and deadlines in 6tus
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Cc: Pascal Thubert , "6tsch@ietf.org" <6tsch@ietf.org>
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Hi Maria Rita,

I agree that the feature is really interesting and might be very useful 
in some cases, specially for time sensitive applications, however, 
including a header will require the parsing at each hop which would be 
very convenient to avoid. As I said, I vote for having this feature as 
an optional header and in case we define more options that we consider 
important then we can discuss if a permanent header is needed.

Note also that when label switching is not used the Hop Limit field is 
used to count the number of hops and detect loops, however in that case 
there is no timestamp to discard expired packets. I'm wondering if we 
want to add that information despite of having label switching at L2.5 
or not.

regards,
Xavi

Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:
>
> Pascal, I do agree with you and  Xavi about keeping things as simple 
> as possible…
>
> But about the dedicated track, I have a different thought. Knowing 
> that the timelife of a packet is expired can be STILL useful along a 
> dedicated track. In fact, we can discard the packet instead of keeping 
> in forwarding it along the successive cells of the track, thus saving 
> energy.
>
> Of course, it is even more useful in shared cells, because in presence 
> of collision, we will avoid to re-transmit expired packets,  giving to 
> those with TTL >0 more chance to be transmitted with success.
>
> In this way, we save energy and also reduce latency-delay.
>
> Maria Rita
>
> *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On 
> Behalf Of *Pascal Thubert
> *Sent:* Saturday, May 25, 2013 7:36 AM
> *To:* Xavier Vilajosana
> *Cc:* 6tsch@ietf.org
> *Subject:* Re: [6tsch] On exploiting time synchronisation and 
> deadlines in 6tus
>
> Same here,
>
> I think the info could indeed be very useful on shared slots but along 
> a dedicated track there is no choice but continue along schedule...
>
> Cheers,
>
> Pascal
>
>
> Le 25 mai 2013 à 04:39, Xavier Vilajosana 
> > 
> a écrit :
>
>
>     My little point on that. I like the idea of "not" having a header
>     if we do switching, i.e not having a header makes things so simple
>     and it becomes a very transparent mechanism, no parsing, no
>     processing at each hop, just in and out until it reaches the end
>     of the label switched track.
>
>     I agree that having these feature would be also good, however this
>     might require looking the header at each hop, so there is a
>     trade-off between energy consumption, need for that and
>     simplicity. We need to keep this in mind too, maybe an optional
>     feature would work?
>
>     X
>
>     Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:
>
>         Alfredo,
>
>         This is indeed a neat idea, which feeds upon a nice feature of
>         our little TSCH networks.
>
>         IIRC, the points that were raised during the call around this
>         issue were:
>
>         pros:
>
>         - we could throttle a packet's priority based on the remaining
>         lifetime it has.
>
>         - we could drop a packet that has already expired
>
>         cons:
>
>         - reserving extra bytes for this TS will add an extra energy
>         cost, and in some cases might simply not be possible
>
>         Did I miss something?
>
>         Thomas
>
>         On Fri, May 24, 2013 at 9:00 AM, Grieco
>         >
>         wrote:
>
>         Hi all,
>
>         During the today call, it emerged the possibility to stamp
>         packets with deadlines to be updated during their trips thanks
>         to the unique feature offered by TSCH to have a tightly
>         synchronized LLN.
>
>         In this way, it could be possible to control the trip of each
>         packet while it proceed towards the destination. In some hard
>         real time applications, a packet that passes the deadline
>         could be discarded thus saving energy.
>
>         It is true that we are installing tracks that should remain
>         stable for a long time, but it is also true that wireless
>         links (in any case) can come and go also for short transients.
>
>         Any thoughts about this point is warmly welcome and could lead
>         to improvements to the 6tus layer.
>
>         Cheers
>
>         Alfredo
>
>         -- 
>
>         Luigi Alfredo Grieco, PhD
>
>         Assistant Professor
>
>         Department of Electrical and Information Engineering
>
>         Politecnico di Bari
>
>         Via Orabona 4 - 70125 - Bari - Italy
>
>         +39 080 5963 911 
>
>         telematics.poliba.it/grieco 
>
>         Skype id: l.alfredo.grieco
>
>         Mobile: +39 3346715672 
>
>
>         _______________________________________________
>         6tsch mailing list
>         6tsch@ietf.org 
>         https://www.ietf.org/mailman/listinfo/6tsch
>
>
>
>
>         _______________________________________________
>
>         6tsch mailing list
>
>         6tsch@ietf.org  
>
>         https://www.ietf.org/mailman/listinfo/6tsch
>
>     _______________________________________________
>     6tsch mailing list
>     6tsch@ietf.org 
>     https://www.ietf.org/mailman/listinfo/6tsch
>


--------------000704000102000809020906
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Hi Maria Rita, 

      

      I agree that the feature is really interesting and might be very
      useful in some cases, specially for time sensitive applications,
      however, including a header will require the parsing at each hop
      which would be very convenient to avoid. As I said, I vote for
      having this feature as an optional header and in case we define
      more options that we consider important then we can discuss if a
      permanent header is needed. 

      

      Note also that when label switching is not used the Hop Limit
      field is used to count the number of hops and detect loops,
      however in that case there is no timestamp to discard expired
      packets. I'm wondering if we want to add that information despite
      of having label switching at L2.5 or not.

      

      regards,

      Xavi

      

      Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:

    

    

      
      
      
      

        
Pascal,
            I do agree with you and  Xavi about keeping things as simple
            as possible…

        
 

        
But
            about the dedicated track, I have a different thought.
            Knowing that the timelife of a packet is expired can be
            STILL useful along a dedicated track. In fact, we can
            discard the packet instead of keeping in forwarding it along
            the successive cells of the track, thus saving energy.

        
 

        
Of
            course, it is even more useful in shared cells, because in
            presence of collision, we will avoid to re-transmit expired
            packets,  giving to those with TTL >0 more chance to be
            transmitted with success.

        
In
            this way, we save energy and also reduce latency-delay.

        
 

        
Maria
            Rita

        
 

        

          

            
From:
                6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
                On Behalf Of Pascal Thubert

                Sent: Saturday, May 25, 2013 7:36 AM

                To: Xavier Vilajosana

                Cc: 6tsch@ietf.org

                Subject: Re: [6tsch] On exploiting time
                synchronisation and deadlines in 6tus

          

        

        
 

        

          
Same here,

        

        

          
 

        

        

          
I think the info could indeed be very
            useful on shared slots but along a dedicated track there is
            no choice but continue along schedule...

        

        

          
 

        

        

          
Cheers,

            

            Pascal

        

        

          


            Le 25 mai 2013 à 04:39, Xavier Vilajosana <xvilajosana@eecs.berkeley.edu>
            a écrit :

        

        

          

            

              


                My little point on that. I like the idea of "not" having
                a header if we do switching, i.e not having a header
                makes things so simple and it becomes a very transparent
                mechanism, no parsing, no processing at each hop, just
                in and out until it reaches the end of the label
                switched track.

                

                I agree that having these feature would be also good,
                however this might require looking the header at each
                hop, so there is a trade-off between energy consumption,
                need for that and simplicity. We need to keep this in
                mind too, maybe an optional feature would work?

                

                X

                

                Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:

            

            

              

                
Alfredo, 

                

                  
 

                

                

                  
This is indeed a neat idea, which
                    feeds upon a nice feature of our little TSCH
                    networks.

                

                

                  
 

                

                

                  
IIRC, the points that were raised
                    during the call around this issue were:

                

                

                  
pros:

                

                

                  
- we could throttle a packet's
                    priority based on the remaining lifetime it has.

                

                

                  
- we could drop a packet that has
                    already expired

                

                

                  
cons:

                

                

                  
- reserving extra bytes for this
                    TS will add an extra energy cost, and in some cases
                    might simply not be possible

                

                

                  
 

                

                

                  
Did I miss something?

                

                

                  
 

                

                

                  
Thomas

                

                

                  
 

                

                

                  
 

                  

                    
On Fri, May 24, 2013 at 9:00
                      AM, Grieco <alfredo.grieco@gmail.com>
                      wrote:

                    

                      

                        
Hi all,

                      

                      

                        
 

                      

                      

                        
During the today call, it
                          emerged the possibility to stamp packets with
                          deadlines to be updated during their trips
                          thanks to the unique feature offered by TSCH
                          to have a tightly synchronized LLN.

                      

                      

                        
 

                      

                      

                        
In this way, it could be
                          possible to control the trip of each packet
                          while it proceed towards the destination. In
                          some hard real time applications, a packet
                          that passes the deadline could be discarded
                          thus saving energy.

                      

                      

                        
 

                      

                      

                        
It is true that we are
                          installing tracks that should remain stable
                          for a long time, but it is also true that
                          wireless links (in any case) can come and go
                          also for short transients.

                      

                      

                        
 

                      

                      

                        
Any thoughts about this
                          point is warmly welcome and could lead to
                          improvements to the 6tus layer.

                      

                      

                        
 

                      

                      

                        
 

                      

                      

                        
Cheers

                      

                      

                        
 

                      

                      

                        
Alfredo

                          

                          -- 

                        

                          

                            
Luigi
                                Alfredo Grieco, PhD

                          

                          

                            
Assistant
                                Professor

                          

                          

                            
Department
                                of Electrical and Information
                                Engineering

                          

                          

                            
Politecnico
                                di Bari

                          

                          

                            
Via
                                Orabona 4 - 70125 - Bari - Italy

                          

                          
                          
                          

                            
Skype
                                id: l.alfredo.grieco

                          

                          

                            
Mobile:
                                +39 3346715672

                          

                        

                        

                          

                            
 

                          

                        

                      

                    

                    


                      _______________________________________________

                      6tsch mailing list

                      6tsch@ietf.org

                      https://www.ietf.org/mailman/listinfo/6tsch

                  

                

              

              


                

                

                

              
_______________________________________________

              
6tsch mailing list

              
6tsch@ietf.org

              
https://www.ietf.org/mailman/listinfo/6tsch

            

            
 

          

        

        

          

            
_______________________________________________

              6tsch mailing list

              6tsch@ietf.org

              https://www.ietf.org/mailman/listinfo/6tsch

          

        

      

    

    

  


--------------000704000102000809020906--

From dominique.barthel@orange.com  Tue May 28 07:49:24 2013
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Hello all,

Disclaimer:
I'm no expert in label switching. Please bear with me.
This mail will at least have the benefit of documenting the question and th=
e answer.


Context:
I understand that the 15.4.e cell on which a frame was received by a node c=
an be considered an implicit label. Therefore, we can avoid the overhead of=
 explicitly carrying the label in the frame. Great!

Question:
If we have multiple tracks going through neighbor nodes X and Y, and suppos=
ing that their aggregated flow happily fits the data rate provided by one c=
ell, wouldn't we like to be able to multiplex them onto the same cell in or=
der to save on the wake-up/carrier_sense energy cost?
Am I right in saying that we, the 6tsch group, decided to forego the energy=
 saving of multiplexing several tracks on one cell in return for the energy=
 saving of not carrying the label in-band?
Did I miss anything?

Thanks

Dominique

___________________________________________________________________________=
______________________________________________

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 ce message par erreur, veuillez le signaler
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Hello all,


 


Disclaimer:

I’m no expert in label sw=
itching. Please bear with me.


This mail will at least have th=
e benefit of documenting the question and the answer.


 


 


Context:


I understand that the 15.4.e ce=
ll on which a frame was received by a node can be considered an implicit la=
bel. Therefore, we can avoid the overhead of explicitly carrying the label =
in the frame. Great!


 


Question:


If we have multiple tracks goin=
g through neighbor nodes X and Y, and supposing that their aggregated flow =
happily fits the data rate provided by one cell, wouldn’t we like to =
be able to multiplex them onto the same cell
 in order to save on the wake-up/carrier_sense energy cost?


Am I right in saying that we, t=
he 6tsch group, decided to forego the energy saving of multiplexing several=
 tracks on one cell in return for the energy saving of not carrying the lab=
el in-band?


Did I miss anything?=



 


Thanks


 


Dominique




______________________________________________________________________=
___________________________________________________

Ce message et ses pieces jointes peuvent contenir des informations confiden=
tielles ou privilegiees et ne doivent donc
pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu=
 ce message par erreur, veuillez le signaler
a l'expediteur et le detruire ainsi que les pieces jointes. Les messages el=
ectroniques etant susceptibles d'alteration,
France Telecom - Orange decline toute responsabilite si ce message a ete al=
tere, deforme ou falsifie. Merci.

This message and its attachments may contain confidential or privileged inf=
ormation that may be protected by law;
they should not be distributed, used or copied without authorisation.
If you have received this email in error, please notify the sender and dele=
te this message and its attachments.
As emails may be altered, France Telecom - Orange is not liable for message=
s that have been modified, changed or falsified.
Thank you.




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From: "Pascal Thubert (pthubert)" 
To: Xavier Vilajosana , Maria Rita PALATTELLA 
Thread-Topic: [6tsch] On exploiting time synchronisation and deadlines in 6tus
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Cc: Pascal Thubert , "6tsch@ietf.org" <6tsch@ietf.org>
Subject: Re: [6tsch] On exploiting time synchronisation and deadlines in 6tus
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From: "Pascal Thubert (pthubert)" 
To: "dominique.barthel@orange.com" , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: G-MPLS, implicit labeling, multiple tracks through one cell
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Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cell
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Hello Dominique:

The Time slot based "G-MPLS" forwarding will not look at the flow label so =
it does not care whether it is one or multiple flows that get ijected in th=
e time slots.
What you will get is a regular transmit opportunity from A to B.
How the source fills it is its business (one or more flows from A to B), bu=
t it is not elastic so if the flows collide at some point there might be dr=
ops or latency added before a frame is placed in a track.
Once the frame is on track, it will follow each hop as scheduled.

I think we agree...

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of d=
ominique.barthel@orange.com
Sent: mardi 28 mai 2013 16:49
To: 6tsch@ietf.org
Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cel=
l

Hello all,

Disclaimer:
I'm no expert in label switching. Please bear with me.
This mail will at least have the benefit of documenting the question and th=
e answer.


Context:
I understand that the 15.4.e cell on which a frame was received by a node c=
an be considered an implicit label. Therefore, we can avoid the overhead of=
 explicitly carrying the label in the frame. Great!

Question:
If we have multiple tracks going through neighbor nodes X and Y, and suppos=
ing that their aggregated flow happily fits the data rate provided by one c=
ell, wouldn't we like to be able to multiplex them onto the same cell in or=
der to save on the wake-up/carrier_sense energy cost?
Am I right in saying that we, the 6tsch group, decided to forego the energy=
 saving of multiplexing several tracks on one cell in return for the energy=
 saving of not carrying the label in-band?
Did I miss anything?

Thanks

Dominique

___________________________________________________________________________=
______________________________________________



Ce message et ses pieces jointes peuvent contenir des informations confiden=
tielles ou privilegiees et ne doivent donc

pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu=
 ce message par erreur, veuillez le signaler

a l'expediteur et le detruire ainsi que les pieces jointes. Les messages el=
ectroniques etant susceptibles d'alteration,

France Telecom - Orange decline toute responsabilite si ce message a ete al=
tere, deforme ou falsifie. Merci.



This message and its attachments may contain confidential or privileged inf=
ormation that may be protected by law;

they should not be distributed, used or copied without authorisation.

If you have received this email in error, please notify the sender and dele=
te this message and its attachments.

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--_000_E045AECD98228444A58C61C200AE1BD8412FF73Cxmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hello Dominique:


 


The Time slot based &#=
8220;G-MPLS” forwarding will not look at the flow label so it does no=
t care whether it is one or multiple flows that get ijected in the time slo=
ts.


What you will get is a=
 regular transmit opportunity from A to B.



How the source fills i=
t is its business (one or more flows from A to B), but it is not elastic so=
 if the flows collide at some point there might be drops or latency added b=
efore a frame is placed in a track.


Once the frame is on t=
rack, it will follow each hop as scheduled.


 


I think we agree…=
; 


 




Pascal




 






From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of dominique.barthel@orange.com

Sent: mardi 28 mai 2013 16:49

To: 6tsch@ietf.org

Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through =
one cell






 


Hello all,


 


Disclaimer:


I’m no expert in label switching. Please bear =
with me.


This mail will at least have the benefit of document=
ing the question and the answer.


 


 


Context:


I understand that the 15.4.e cell on which a frame w=
as received by a node can be considered an implicit label. Therefore, we ca=
n avoid the overhead of explicitly carrying the label in the frame. Great!<=
o:p>


 


Question:


If we have multiple tracks going through neighbor no=
des X and Y, and supposing that their aggregated flow happily fits the data=
 rate provided by one cell, wouldn’t we like to be able to multiplex =
them onto the same cell in order to save
 on the wake-up/carrier_sense energy cost?


Am I right in saying that we, the 6tsch group, decid=
ed to forego the energy saving of multiplexing several tracks on one cell i=
n return for the energy saving of not carrying the label in-band?


Did I miss anything?


 


Thanks


 


Dominique


____________________________________________________=
_____________________________________________________________________<=
/o:p>


 


Ce message et ses pieces jointes peuvent contenir de=
s informations confidentielles ou privilegiees et ne doivent donc


pas etre diffuses, exploites ou copies sans autorisa=
tion. Si vous avez recu ce message par erreur, veuillez le signaler


a l'expediteur et le detruire ainsi que les pieces j=
ointes. Les messages electroniques etant susceptibles d'alteration,


France Telecom - Orange decline toute responsabilite=
 si ce message a ete altere, deforme ou falsifie. Merci.<=
/pre>

 


This message and its attachments may contain confide=
ntial or privileged information that may be protected by law;


they should not be distributed, used or copied witho=
ut authorisation.


If you have received this email in error, please not=
ify the sender and delete this message and its attachments.


As emails may be altered, France Telecom - Orange is=
 not liable for messages that have been modified, changed or falsified.


Thank you.






--_000_E045AECD98228444A58C61C200AE1BD8412FF73Cxmbrcdx01ciscoc_--

From alfredo.grieco@gmail.com  Tue May 28 09:35:35 2013
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From: "Alfredo Grieco" 
To: <6tsch@ietf.org>
References: 		<51A02454.5000707@eecs.berkeley.edu>			<51A4B5C0.8020801@eecs.berkeley.edu> 
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Subject: [6tsch] R: On exploiting time synchronisation and deadlines in 6tus
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Dear all, Pascal,
=20
I am glad everybody consider this proposal interesting and is providing =
very precious comments.
=20
A track has an exact schedule: I am ok, but let=E2=80=99s consider the =
case a scheduled cell is faulty and the packet that cannot be =
transmitted on that cell has to be delivered using (let=E2=80=99s say) a =
best effort service towards the sink.
=20
This is a hybrid condition (the faulty cell can be referred to a mote in =
the middle of the path) that could happen in reality and for which =
knowing the age of the packet is important too.
=20
Am I missing something ?
=20
Cheers
=20
Alfredo
=20
=20
Da: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] Per conto di =
Pascal Thubert (pthubert)
Inviato: Tuesday, May 28, 2013 6:21 PM
A: Xavier Vilajosana; Maria Rita PALATTELLA
Cc: Pascal Thubert; 6tsch@ietf.org
Oggetto: Re: [6tsch] On exploiting time synchronisation and deadlines in =
6tus
=20
Dear all:
=20
A track has an exact schedule, so we know how long since the emission at =
every hop.
OTOH, in the case of best effort forwarding, knowing the age of a packet =
and how that sit within a desired schedule can become very interesting.
=20
Do I miss something?
=20
Pascal
=20
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf =
Of Xavier Vilajosana
Sent: mardi 28 mai 2013 15:49
To: Maria Rita PALATTELLA
Cc: Pascal Thubert; 6tsch@ietf.org
Subject: Re: [6tsch] On exploiting time synchronisation and deadlines in =
6tus
=20
Hi Maria Rita,=20

I agree that the feature is really interesting and might be very useful =
in some cases, specially for time sensitive applications, however, =
including a header will require the parsing at each hop which would be =
very convenient to avoid. As I said, I vote for having this feature as =
an optional header and in case we define more options that we consider =
important then we can discuss if a permanent header is needed.=20

Note also that when label switching is not used the Hop Limit field is =
used to count the number of hops and detect loops, however in that case =
there is no timestamp to discard expired packets. I'm wondering if we =
want to add that information despite of having label switching at L2.5 =
or not.

regards,
Xavi

Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:
Pascal, I do agree with you and  Xavi about keeping things as simple as =
possible=E2=80=A6
=20
But about the dedicated track, I have a different thought. Knowing that =
the timelife of a packet is expired can be STILL useful along a =
dedicated track. In fact, we can discard the packet instead of keeping =
in forwarding it along the successive cells of the track, thus saving =
energy.
=20
Of course, it is even more useful in shared cells, because in presence =
of collision, we will avoid to re-transmit expired packets,  giving to =
those with TTL >0 more chance to be transmitted with success.
In this way, we save energy and also reduce latency-delay.
=20
Maria Rita
=20
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf =
Of Pascal Thubert
Sent: Saturday, May 25, 2013 7:36 AM
To: Xavier Vilajosana
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] On exploiting time synchronisation and deadlines in =
6tus
=20
Same here,
=20
I think the info could indeed be very useful on shared slots but along a =
dedicated track there is no choice but continue along schedule...
=20
Cheers,

Pascal

Le 25 mai 2013 =C3=A0 04:39, Xavier Vilajosana =
 a =C3=A9crit :

My little point on that. I like the idea of "not" having a header if we =
do switching, i.e not having a header makes things so simple and it =
becomes a very transparent mechanism, no parsing, no processing at each =
hop, just in and out until it reaches the end of the label switched =
track.

I agree that having these feature would be also good, however this might =
require looking the header at each hop, so there is a trade-off between =
energy consumption, need for that and simplicity. We need to keep this =
in mind too, maybe an optional feature would work?

X

Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:
Alfredo,=20
=20
This is indeed a neat idea, which feeds upon a nice feature of our =
little TSCH networks.
=20
IIRC, the points that were raised during the call around this issue =
were:
pros:
- we could throttle a packet's priority based on the remaining lifetime =
it has.
- we could drop a packet that has already expired
cons:
- reserving extra bytes for this TS will add an extra energy cost, and =
in some cases might simply not be possible
=20
Did I miss something?
=20
Thomas
=20
=20
On Fri, May 24, 2013 at 9:00 AM, Grieco  =
wrote:
Hi all,
=20
During the today call, it emerged the possibility to stamp packets with =
deadlines to be updated during their trips thanks to the unique feature =
offered by TSCH to have a tightly synchronized LLN.
=20
In this way, it could be possible to control the trip of each packet =
while it proceed towards the destination. In some hard real time =
applications, a packet that passes the deadline could be discarded thus =
saving energy.
=20
It is true that we are installing tracks that should remain stable for a =
long time, but it is also true that wireless links (in any case) can =
come and go also for short transients.
=20
Any thoughts about this point is warmly welcome and could lead to =
improvements to the 6tus layer.
=20
=20
Cheers
=20
Alfredo

--=20
Luigi Alfredo Grieco, PhD
Assistant Professor
Department of Electrical and Information Engineering
Politecnico di Bari
Via Orabona 4 - 70125 - Bari - Italy
+39 080 5963 911 =20
telematics.poliba.it/grieco
Skype id: l.alfredo.grieco
Mobile: +39 3346715672 =20
=20

_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch




_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch
=20
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch
=20

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	charset="UTF-8"
Content-Transfer-Encoding: quoted-printable


Dear all, =
Pascal,
 
I am glad everybody consider =
this proposal interesting and is providing very precious =
comments.
 
A track has an exact schedule: =
I am ok, but let=E2=80=99s consider the case a scheduled cell is faulty =
and the packet that cannot be transmitted on that cell has to be =
delivered using (let=E2=80=99s say) a best effort service towards the =
sink.
 
This is a hybrid condition =
(the faulty cell can be referred to a mote =
in the middle of the path) that could happen in reality and for which =
knowing the age of the packet is important =
too.
 
 Am I missing something =
?
 
Cheers
 
Alfredo
 
 
Da<=
font size=3D2 color=3Dblack face=3D"Segoe UI">: 6tsch-bounces@ietf.org =
[mailto:6tsch-bounces@ietf.org] Per =
conto di =
Pascal Thubert (pthubert)
Inviato: Tuesday, May 28, 2013 6:21 =
PM
A: Xavier =
Vilajosana; Maria Rita PALATTELLA
Cc: Pascal Thubert; 6tsch@ietf.org
Oggetto: Re: [6tsch] On exploiting time =
synchronisation and deadlines in =
6tus
 
Dear all:
 
A track has an exact schedule, so we know how long since the emission =
at every hop.
OTOH, in the case of best effort forwarding, knowing the age of a =
packet and how that sit within a desired schedule can become very =
interesting.
 
Do I miss something?
 
Pascal
 
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]=
 On Behalf Of Xavier =
Vilajosana
Sent: mardi =
28 mai 2013 15:49
To: =
Maria Rita PALATTELLA
Cc: Pascal Thubert; 6tsch@ietf.org
Subject: Re: [6tsch] On exploiting =
time synchronisation and deadlines in =
6tus
 
Hi Maria Rita, 

I agree =
that the feature is really interesting and might be very useful in some =
cases, specially for time sensitive applications, however, including a =
header will require the parsing at each hop which would be very =
convenient to avoid. As I said, I vote for having this feature as an =
optional header and in case we define more options that we consider =
important then we can discuss if a permanent header is needed. =


Note also that when label switching is not used the Hop Limit =
field is used to count the number of hops and detect loops, however in =
that case there is no timestamp to discard expired packets. I'm =
wondering if we want to add that information despite of having label =
switching at L2.5 or not.

regards,
Xavi

Al 28/05/13 =
03:08, En/na Maria Rita PALATTELLA ha =
escrit:
Pascal, I do agree with you and  Xavi about keeping things as =
simple as possible=E2=80=A6
 
But about the dedicated track, I have a different thought. Knowing =
that the timelife of a packet is expired can be STILL useful along a =
dedicated track. In fact, we can discard the packet instead of keeping =
in forwarding it along the successive cells of the track, thus saving =
energy.
 
Of course, it is even more useful in shared cells, because in =
presence of collision, we will avoid to re-transmit expired packets, =
 giving to those with TTL >0 more chance to be transmitted with =
success.
In this way, we save energy and also reduce =
latency-delay.
 
Maria Rita
 
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]=
 On Behalf Of Pascal =
Thubert
Sent: =
Saturday, May 25, 2013 7:36 AM
To: Xavier Vilajosana
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] On exploiting =
time synchronisation and deadlines in =
6tus
 
Same =
here,
 
=

I think the info could indeed be =
very useful on shared slots but along a dedicated track there is no =
choice but continue along =
schedule...
 
=

Cheers,

Pascal=


Le 25 mai 2013 =C3=A0 04:39, Xavier =
Vilajosana <xvilajosana@eecs.berkeley.e=
du> a =
=C3=A9crit :

My little point on that. I =
like the idea of "not" having a header if we do switching, i.e =
not having a header makes things so simple and it becomes a very =
transparent mechanism, no parsing, no processing at each hop, just in =
and out until it reaches the end of the label switched track.

I =
agree that having these feature would be also good, however this might =
require looking the header at each hop, so there is a trade-off between =
energy consumption, need for that and simplicity. We need to keep this =
in mind too, maybe an optional feature would work?

X

Al =
24/05/13 19:10, En/na Thomas Watteyne ha =
escrit:
Alfredo, =

 
=

This is indeed a neat idea, =
which feeds upon a nice feature of our little TSCH =
networks.
 
=

IIRC, the points that were =
raised during the call around this issue =
were:
pros:
<=
p class=3DMsoNormal>- we could throttle a packet's =
priority based on the remaining lifetime it =
has.
- we could drop a packet that has already =
expired
cons:
<=
p class=3DMsoNormal>- reserving extra bytes for this =
TS will add an extra energy cost, and in some cases might simply not be =
possible
 
=

Did I miss =
something?
 
=

Thomas
=

 
=

 
On Fri, May 24, 2013 at 9:00 AM, =
Grieco <alfredo.grieco@gmail.com> =
wrote:
Hi =
all,
 
=

During the today call, it =
emerged the possibility to stamp packets with deadlines to be updated =
during their trips thanks to the unique feature offered by TSCH to have =
a tightly synchronized LLN.
 
=

In this way, it could be =
possible to control the trip of each packet while it proceed towards the =
destination. In some hard real time applications, a packet that passes =
the deadline could be discarded thus saving =
energy.
 
=

It is true that we are =
installing tracks that should remain stable for a long time, but it is =
also true that wireless links (in any case) can come and go also for =
short transients.
 
=

Any thoughts about this point is =
warmly welcome and could lead to improvements to the 6tus =
layer.
 
=

 
=

Cheers
=

 
=

Alfredo

-- =

Luigi =
Alfredo Grieco, PhD
Assistant=
 Professor
Departmen=
t of Electrical and Information =
Engineering
Politecni=
co di Bari
Via =
Orabona 4 - 70125 - Bari - =
Italy
Skype =
id: l.alfredo.grieco
 

__________________________________________=
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______________________________________________=
_
6tsch mailing =
list
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______________________________________________=
_
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From pister@eecs.berkeley.edu  Tue May 28 10:01:48 2013
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Alfredo brings up an important point.  Latency along a track is only 
known if the PDR for all links is 100%.  In reality, it's a Poisson 
distribution that depends on the schedule&PDR at each hop.

ksjp

On 5/28/2013 9:35 AM, Alfredo Grieco wrote:
>
> Dear all, Pascal,
>
> I am glad everybody consider this proposal interesting and is 
> providing very precious comments.
>
> A track has an exact schedule: I am ok, but let's consider the case a 
> scheduled cell is faulty and the packet that cannot be transmitted on 
> that cell has to be delivered using (let's say) a best effort service 
> towards the sink.
>
> This is a hybrid condition (the faulty cell can be referred to a mote 
> in the middle of the path) that could happen in reality and for which 
> knowing the age of the packet is important too.
>
> Am I missing something ?
>
> Cheers
>
> Alfredo
>
> *Da**:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *Per 
> conto di *Pascal Thubert (pthubert)
> *Inviato**:* Tuesday, May 28, 2013 6:21 PM
> *A:* Xavier Vilajosana; Maria Rita PALATTELLA
> *Cc:* Pascal Thubert; 6tsch@ietf.org
> *Oggetto**:* Re: [6tsch] On exploiting time synchronisation and 
> deadlines in 6tus
>
> Dear all:
>
> A track has an exact schedule, so we know how long since the emission 
> at every hop.
>
> OTOH, in the case of best effort forwarding, knowing the age of a 
> packet and how that sit within a desired schedule can become very 
> interesting.
>
> Do I miss something?
>
> Pascal
>
> *From:*6tsch-bounces@ietf.org  
> [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Xavier Vilajosana
> *Sent:* mardi 28 mai 2013 15:49
> *To:* Maria Rita PALATTELLA
> *Cc:* Pascal Thubert; 6tsch@ietf.org 
> *Subject:* Re: [6tsch] On exploiting time synchronisation and 
> deadlines in 6tus
>
> Hi Maria Rita,
>
> I agree that the feature is really interesting and might be very 
> useful in some cases, specially for time sensitive applications, 
> however, including a header will require the parsing at each hop which 
> would be very convenient to avoid. As I said, I vote for having this 
> feature as an optional header and in case we define more options that 
> we consider important then we can discuss if a permanent header is 
> needed.
>
> Note also that when label switching is not used the Hop Limit field is 
> used to count the number of hops and detect loops, however in that 
> case there is no timestamp to discard expired packets. I'm wondering 
> if we want to add that information despite of having label switching 
> at L2.5 or not.
>
> regards,
> Xavi
>
> Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:
>
>     Pascal, I do agree with you and  Xavi about keeping things as
>     simple as possible...
>
>     But about the dedicated track, I have a different thought. Knowing
>     that the timelife of a packet is expired can be STILL useful along
>     a dedicated track. In fact, we can discard the packet instead of
>     keeping in forwarding it along the successive cells of the track,
>     thus saving energy.
>
>     Of course, it is even more useful in shared cells, because in
>     presence of collision, we will avoid to re-transmit expired
>     packets,  giving to those with TTL >0 more chance to be
>     transmitted with success.
>
>     In this way, we save energy and also reduce latency-delay.
>
>     Maria Rita
>
>     *From:*6tsch-bounces@ietf.org 
>     [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Pascal Thubert
>     *Sent:* Saturday, May 25, 2013 7:36 AM
>     *To:* Xavier Vilajosana
>     *Cc:* 6tsch@ietf.org 
>     *Subject:* Re: [6tsch] On exploiting time synchronisation and
>     deadlines in 6tus
>
>     Same here,
>
>     I think the info could indeed be very useful on shared slots but
>     along a dedicated track there is no choice but continue along
>     schedule...
>
>     Cheers,
>
>     Pascal
>
>
>     Le 25 mai 2013 à 04:39, Xavier Vilajosana
>          > a écrit :
>
>
>         My little point on that. I like the idea of "not" having a
>         header if we do switching, i.e not having a header makes
>         things so simple and it becomes a very transparent mechanism,
>         no parsing, no processing at each hop, just in and out until
>         it reaches the end of the label switched track.
>
>         I agree that having these feature would be also good, however
>         this might require looking the header at each hop, so there is
>         a trade-off between energy consumption, need for that and
>         simplicity. We need to keep this in mind too, maybe an
>         optional feature would work?
>
>         X
>
>         Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:
>
>             Alfredo,
>
>             This is indeed a neat idea, which feeds upon a nice
>             feature of our little TSCH networks.
>
>             IIRC, the points that were raised during the call around
>             this issue were:
>
>             pros:
>
>             - we could throttle a packet's priority based on the
>             remaining lifetime it has.
>
>             - we could drop a packet that has already expired
>
>             cons:
>
>             - reserving extra bytes for this TS will add an extra
>             energy cost, and in some cases might simply not be possible
>
>             Did I miss something?
>
>             Thomas
>
>             On Fri, May 24, 2013 at 9:00 AM, Grieco
>                          > wrote:
>
>             Hi all,
>
>             During the today call, it emerged the possibility to stamp
>             packets with deadlines to be updated during their trips
>             thanks to the unique feature offered by TSCH to have a
>             tightly synchronized LLN.
>
>             In this way, it could be possible to control the trip of
>             each packet while it proceed towards the destination. In
>             some hard real time applications, a packet that passes the
>             deadline could be discarded thus saving energy.
>
>             It is true that we are installing tracks that should
>             remain stable for a long time, but it is also true that
>             wireless links (in any case) can come and go also for
>             short transients.
>
>             Any thoughts about this point is warmly welcome and could
>             lead to improvements to the 6tus layer.
>
>             Cheers
>
>             Alfredo
>
>             -- 
>
>             Luigi Alfredo Grieco, PhD
>
>             Assistant Professor
>
>             Department of Electrical and Information Engineering
>
>             Politecnico di Bari
>
>             Via Orabona 4 - 70125 - Bari - Italy
>
>             +39 080 5963 911 
>
>             telematics.poliba.it/grieco
>             
>
>             Skype id: l.alfredo.grieco
>
>             Mobile: +39 3346715672 
>
>
>             _______________________________________________
>             6tsch mailing list
>             6tsch@ietf.org 
>             https://www.ietf.org/mailman/listinfo/6tsch
>
>
>
>
>             _______________________________________________
>
>             6tsch mailing list
>
>             6tsch@ietf.org  
>
>             https://www.ietf.org/mailman/listinfo/6tsch
>
>         _______________________________________________
>         6tsch mailing list
>         6tsch@ietf.org 
>         https://www.ietf.org/mailman/listinfo/6tsch
>
>
>
> _______________________________________________
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--------------060504020909030304000101
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit


  
    
  
  
    Alfredo brings up an important point.  Latency along a track is only
    known if the PDR for all links is 100%.  In reality, it's a Poisson
    distribution that depends on the schedule&PDR at each hop.

    

    ksjp

    

    
On 5/28/2013 9:35 AM, Alfredo Grieco
      wrote:

    

    

      
      
      
      
      
      
      
      

        
Dear all, Pascal,

        
 

        
I am glad everybody
              consider this proposal interesting and is providing very
              precious comments.

        
 

        
A track has an exact
              schedule: I am ok, but let’s consider the case a scheduled
              cell is faulty and the packet that cannot be transmitted
              on that cell has to be delivered using (let’s say) a best
              effort service towards the sink.

        
 

        
This is a hybrid condition
              (the faulty cell can be referred to a mote in the middle of the path)
              that could happen in reality and for which knowing the age
              of the packet is important too.

        
 

        
 Am I missing something ?

        
 

        
Cheers

        
 

        
Alfredo

        
 

        
 

        

          

            
Da:
                  6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
                  Per conto di Pascal Thubert (pthubert)

                  Inviato: Tuesday, May
                  28, 2013 6:21 PM

                  A: Xavier
                  Vilajosana; Maria Rita PALATTELLA

                  Cc:
                  Pascal Thubert;
                  6tsch@ietf.org

                  Oggetto: Re: [6tsch]
                  On exploiting time synchronisation
                  and deadlines in 6tus

          

        

        
 

        
Dear
                all:

        
 

        
A
              track has an exact schedule, so we know how long since the
              emission at every hop.

        
OTOH,
              in the case of best effort forwarding, knowing the age of
              a packet and how that sit within a desired schedule can
              become very interesting.

        
 

        
Do
              I miss something?

        
 

        

          
Pascal

        

        
 

        

          

            
From:
                  6tsch-bounces@ietf.org
                  [mailto:6tsch-bounces@ietf.org]
                  On Behalf Of Xavier
                  Vilajosana

                  Sent:
                  mardi 28 mai 2013 15:49

                  To: Maria
                  Rita PALATTELLA

                  Cc:
                  Pascal Thubert; 6tsch@ietf.org

                  Subject:
                  Re: [6tsch] On exploiting time synchronisation and
                  deadlines in 6tus

          

        

        
 

        

          
Hi Maria Rita, 

                

                I agree that the feature is really interesting and might
                be very useful in some cases, specially for time
                sensitive applications, however, including a header will
                require the parsing at each hop which would be very
                convenient to avoid. As I said, I vote for having this
                feature as an optional header and in case we define more
                options that we consider important then we can discuss
                if a permanent header is needed. 

                

                Note also that when label switching is not used the Hop
                Limit field is used to count the number of hops and
                detect loops, however in that case there is no timestamp
                to discard expired packets. I'm wondering if we want to
                add that information despite of having label switching
                at L2.5 or not.

                

                regards,

                Xavi

                

                Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha
                escrit:

        

        

          
Pascal,
                I do agree with you and  Xavi about keeping things as
                simple as possible…

          
 

          
But
                about the dedicated track, I have a different thought.
                Knowing that the timelife of a packet is expired can be
                STILL useful along a dedicated track. In fact, we can
                discard the packet instead of keeping in forwarding it
                along the successive cells of the track, thus saving
                energy.

          
 

          
Of
                course, it is even more useful in shared cells, because
                in presence of collision, we will avoid to re-transmit
                expired packets,  giving to those with TTL >0 more
                chance to be transmitted with success.

          
In
                this way, we save energy and also reduce latency-delay.

          
 

          
Maria
                Rita

          
 

          

            

              
From:
                    6tsch-bounces@ietf.org
                    [mailto:6tsch-bounces@ietf.org]
                    On Behalf Of Pascal
                    Thubert

                    Sent:
                    Saturday, May 25, 2013 7:36 AM

                    To:
                    Xavier Vilajosana

                    Cc: 6tsch@ietf.org

                    Subject:
                    Re: [6tsch] On exploiting time synchronisation and
                    deadlines in 6tus

            

          

          
 

          

            
Same
                  here,

          

          

            
 

          

          

            
I
                  think the info could indeed be very useful on shared
                  slots but along a dedicated track there is no choice
                  but continue along schedule...

          

          

            
 

          

          

            
Cheers,

                  

                  Pascal

          

          

            


                  Le 25 mai 2013 à 04:39, Xavier Vilajosana <xvilajosana@eecs.berkeley.edu>
                  a écrit :

          

          

            

              

                


                      My little point on that. I like the idea of "not"
                      having a header if we do switching, i.e not having
                      a header makes things so simple and it becomes a
                      very transparent mechanism, no parsing, no
                      processing at each hop, just in and out until it
                      reaches the end of the label switched track.

                      

                      I agree that having these feature would be also
                      good, however this might require looking the
                      header at each hop, so there is a trade-off
                      between energy consumption, need for that and
                      simplicity. We need to keep this in mind too,
                      maybe an optional feature would work?

                      

                      X

                      

                      Al 24/05/13 19:10, En/na Thomas Watteyne ha
                      escrit:

              

              

                

                  
Alfredo, 

                  

                    
 

                  

                  

                    
This is indeed a neat
                          idea, which feeds upon a nice feature of our
                          little TSCH networks.

                  

                  

                    
 

                  

                  

                    
IIRC, the points that
                          were raised during the call around this issue
                          were:

                  

                  

                    
pros:

                  

                  

                    
- we could throttle a
                          packet's priority based on the remaining
                          lifetime it has.

                  

                  

                    
- we could drop a
                          packet that has already expired

                  

                  

                    
cons:

                  

                  

                    
- reserving extra
                          bytes for this TS will add an extra energy
                          cost, and in some cases might simply not be
                          possible

                  

                  

                    
 

                  

                  

                    
Did I miss something?

                  

                  

                    
 

                  

                  

                    
Thomas

                  

                  

                    
 

                  

                  

                    
 

                    

                      
On Fri, May 24,
                            2013 at 9:00 AM, Grieco <alfredo.grieco@gmail.com>
                            wrote:

                      

                        

                          
Hi all,

                        

                        

                          
 

                        

                        

                          
During the
                                today call, it emerged the possibility
                                to stamp packets with deadlines to be
                                updated during their trips thanks to the
                                unique feature offered by TSCH to have a
                                tightly synchronized LLN.

                        

                        

                          
 

                        

                        

                          
In this way, it
                                could be possible to control the trip of
                                each packet while it proceed towards the
                                destination. In some hard real time
                                applications, a packet that passes the
                                deadline could be discarded thus saving
                                energy.

                        

                        

                          
 

                        

                        

                          
It is true that
                                we are installing tracks that should
                                remain stable for a long time, but it is
                                also true that wireless links (in any
                                case) can come and go also for short
                                transients.

                        

                        

                          
 

                        

                        

                          
Any thoughts
                                about this point is warmly welcome and
                                could lead to improvements to the 6tus
                                layer.

                        

                        

                          
 

                        

                        

                          
 

                        

                        

                          
Cheers

                        

                        

                          
 

                        

                        

                          
Alfredo

                                

                                -- 

                          

                            

                              
Luigi
                                    Alfredo Grieco, PhD

                            

                            

                              
Assistant
                                    Professor

                            

                            

                              
Department
                                    of Electrical and Information
                                    Engineering

                            

                            

                              
Politecnico
                                    di Bari

                            

                            

                              
Via
                                    Orabona 4 - 70125 - Bari - Italy

                            

                            
                            
                            

                              
Skype
                                    id: l.alfredo.grieco

                            

                            

                              
Mobile:
                                    +39 3346715672

                            

                          

                          

                            

                              
 

                            

                          

                        

                      

                      


_______________________________________________

                            6tsch mailing list

                            6tsch@ietf.org

                            https://www.ietf.org/mailman/listinfo/6tsch

                    

                  

                

                


                      

                      

                      

                
_______________________________________________

                
6tsch mailing list

                
6tsch@ietf.org

                
https://www.ietf.org/mailman/listinfo/6tsch

              

              
 

            

          

          

            

              
_______________________________________________

                    6tsch mailing list

                    6tsch@ietf.org

                    https://www.ietf.org/mailman/listinfo/6tsch

            

          

        

        
 

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


    

    

  


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It seems to me that this is an important feature for some class of 
applications, but that it has nothing directly to do with the 4E MAC 
layer.  There are many ways to provide time synchronization in a 
multi-hop network, and many ways to track the total wall-clock time that 
a packet has been in transit.

So...shouldn't the deadline information be in an IPv6 hop-by-hop option 
header?

ksjp

On 5/28/2013 6:48 AM, Xavier Vilajosana wrote:
> Hi Maria Rita,
>
> I agree that the feature is really interesting and might be very 
> useful in some cases, specially for time sensitive applications, 
> however, including a header will require the parsing at each hop which 
> would be very convenient to avoid. As I said, I vote for having this 
> feature as an optional header and in case we define more options that 
> we consider important then we can discuss if a permanent header is 
> needed.
>
> Note also that when label switching is not used the Hop Limit field is 
> used to count the number of hops and detect loops, however in that 
> case there is no timestamp to discard expired packets. I'm wondering 
> if we want to add that information despite of having label switching 
> at L2.5 or not.
>
> regards,
> Xavi
>
> Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:
>>
>> Pascal, I do agree with you and  Xavi about keeping things as simple 
>> as possible...
>>
>> But about the dedicated track, I have a different thought. Knowing 
>> that the timelife of a packet is expired can be STILL useful along a 
>> dedicated track. In fact, we can discard the packet instead of 
>> keeping in forwarding it along the successive cells of the track, 
>> thus saving energy.
>>
>> Of course, it is even more useful in shared cells, because in 
>> presence of collision, we will avoid to re-transmit expired packets, 
>>  giving to those with TTL >0 more chance to be transmitted with success.
>>
>> In this way, we save energy and also reduce latency-delay.
>>
>> Maria Rita
>>
>> *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On 
>> Behalf Of *Pascal Thubert
>> *Sent:* Saturday, May 25, 2013 7:36 AM
>> *To:* Xavier Vilajosana
>> *Cc:* 6tsch@ietf.org
>> *Subject:* Re: [6tsch] On exploiting time synchronisation and 
>> deadlines in 6tus
>>
>> Same here,
>>
>> I think the info could indeed be very useful on shared slots but 
>> along a dedicated track there is no choice but continue along schedule...
>>
>> Cheers,
>>
>> Pascal
>>
>>
>> Le 25 mai 2013 à 04:39, Xavier Vilajosana 
>> > > a écrit :
>>
>>
>>     My little point on that. I like the idea of "not" having a header
>>     if we do switching, i.e not having a header makes things so
>>     simple and it becomes a very transparent mechanism, no parsing,
>>     no processing at each hop, just in and out until it reaches the
>>     end of the label switched track.
>>
>>     I agree that having these feature would be also good, however
>>     this might require looking the header at each hop, so there is a
>>     trade-off between energy consumption, need for that and
>>     simplicity. We need to keep this in mind too, maybe an optional
>>     feature would work?
>>
>>     X
>>
>>     Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:
>>
>>         Alfredo,
>>
>>         This is indeed a neat idea, which feeds upon a nice feature
>>         of our little TSCH networks.
>>
>>         IIRC, the points that were raised during the call around this
>>         issue were:
>>
>>         pros:
>>
>>         - we could throttle a packet's priority based on the
>>         remaining lifetime it has.
>>
>>         - we could drop a packet that has already expired
>>
>>         cons:
>>
>>         - reserving extra bytes for this TS will add an extra energy
>>         cost, and in some cases might simply not be possible
>>
>>         Did I miss something?
>>
>>         Thomas
>>
>>         On Fri, May 24, 2013 at 9:00 AM, Grieco
>>         >
>>         wrote:
>>
>>         Hi all,
>>
>>         During the today call, it emerged the possibility to stamp
>>         packets with deadlines to be updated during their trips
>>         thanks to the unique feature offered by TSCH to have a
>>         tightly synchronized LLN.
>>
>>         In this way, it could be possible to control the trip of each
>>         packet while it proceed towards the destination. In some hard
>>         real time applications, a packet that passes the deadline
>>         could be discarded thus saving energy.
>>
>>         It is true that we are installing tracks that should remain
>>         stable for a long time, but it is also true that wireless
>>         links (in any case) can come and go also for short transients.
>>
>>         Any thoughts about this point is warmly welcome and could
>>         lead to improvements to the 6tus layer.
>>
>>         Cheers
>>
>>         Alfredo
>>
>>         -- 
>>
>>         Luigi Alfredo Grieco, PhD
>>
>>         Assistant Professor
>>
>>         Department of Electrical and Information Engineering
>>
>>         Politecnico di Bari
>>
>>         Via Orabona 4 - 70125 - Bari - Italy
>>
>>         +39 080 5963 911 
>>
>>         telematics.poliba.it/grieco 
>>
>>         Skype id: l.alfredo.grieco
>>
>>         Mobile: +39 3346715672 
>>
>>
>>         _______________________________________________
>>         6tsch mailing list
>>         6tsch@ietf.org 
>>         https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>>
>>
>>         _______________________________________________
>>
>>         6tsch mailing list
>>
>>         6tsch@ietf.org  
>>
>>         https://www.ietf.org/mailman/listinfo/6tsch
>>
>>     _______________________________________________
>>     6tsch mailing list
>>     6tsch@ietf.org 
>>     https://www.ietf.org/mailman/listinfo/6tsch
>>
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


--------------030205030702060306000406
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit


  
    
  
  
    It seems to me that this is an important feature for some class of
    applications, but that it has nothing directly to do with the 4E MAC
    layer.  There are many ways to provide time synchronization in a
    multi-hop network, and many ways to track the total wall-clock time
    that a packet has been in transit.

    

    So...shouldn't the deadline information be in an IPv6 hop-by-hop
    option header?

    

    ksjp

    

    
On 5/28/2013 6:48 AM, Xavier Vilajosana
      wrote:

    

    

      
      
Hi Maria Rita, 

        

        I agree that the feature is really interesting and might be very
        useful in some cases, specially for time sensitive applications,
        however, including a header will require the parsing at each hop
        which would be very convenient to avoid. As I said, I vote for
        having this feature as an optional header and in case we define
        more options that we consider important then we can discuss if a
        permanent header is needed. 

        

        Note also that when label switching is not used the Hop Limit
        field is used to count the number of hops and detect loops,
        however in that case there is no timestamp to discard expired
        packets. I'm wondering if we want to add that information
        despite of having label switching at L2.5 or not.

        

        regards,

        Xavi

        

        Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:

      

      

        
        
        
        

          
Pascal,

              I do agree with you and  Xavi about keeping things as
              simple as possible…

          
 

          
But

              about the dedicated track, I have a different thought.
              Knowing that the timelife of a packet is expired can be
              STILL useful along a dedicated track. In fact, we can
              discard the packet instead of keeping in forwarding it
              along the successive cells of the track, thus saving
              energy.

          
 

          
Of

              course, it is even more useful in shared cells, because in
              presence of collision, we will avoid to re-transmit
              expired packets,  giving to those with TTL >0 more
              chance to be transmitted with success.

          
In

              this way, we save energy and also reduce latency-delay.

          
 

          
Maria

              Rita

          
 

          

            

              
From:
                  6tsch-bounces@ietf.org
                  [mailto:6tsch-bounces@ietf.org]
                  On Behalf Of Pascal Thubert

                  Sent: Saturday, May 25, 2013 7:36 AM

                  To: Xavier Vilajosana

                  Cc: 6tsch@ietf.org

                  Subject: Re: [6tsch] On exploiting time
                  synchronisation and deadlines in 6tus

            

          

          
 

          

            
Same here,

          

          

            
 

          

          

            
I think the info could indeed be very
              useful on shared slots but along a dedicated track there
              is no choice but continue along schedule...

          

          

            
 

          

          

            
Cheers,

              

              Pascal

          

          

            


              Le 25 mai 2013 à 04:39, Xavier Vilajosana <xvilajosana@eecs.berkeley.edu>

              a écrit :

          

          

            

              

                


                  My little point on that. I like the idea of "not"
                  having a header if we do switching, i.e not having a
                  header makes things so simple and it becomes a very
                  transparent mechanism, no parsing, no processing at
                  each hop, just in and out until it reaches the end of
                  the label switched track.

                  

                  I agree that having these feature would be also good,
                  however this might require looking the header at each
                  hop, so there is a trade-off between energy
                  consumption, need for that and simplicity. We need to
                  keep this in mind too, maybe an optional feature would
                  work?

                  

                  X

                  

                  Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:

              

              

                

                  
Alfredo, 

                  

                    
 

                  

                  

                    
This is indeed a neat idea,
                      which feeds upon a nice feature of our little TSCH
                      networks.

                  

                  

                    
 

                  

                  

                    
IIRC, the points that were
                      raised during the call around this issue were:

                  

                  

                    
pros:

                  

                  

                    
- we could throttle a packet's
                      priority based on the remaining lifetime it has.

                  

                  

                    
- we could drop a packet that
                      has already expired

                  

                  

                    
cons:

                  

                  

                    
- reserving extra bytes for
                      this TS will add an extra energy cost, and in some
                      cases might simply not be possible

                  

                  

                    
 

                  

                  

                    
Did I miss something?

                  

                  

                    
 

                  

                  

                    
Thomas

                  

                  

                    
 

                  

                  

                    
 

                    

                      
On Fri, May 24, 2013 at 9:00
                        AM, Grieco <alfredo.grieco@gmail.com>

                        wrote:

                      

                        

                          
Hi all,

                        

                        

                          
 

                        

                        

                          
During the today call, it
                            emerged the possibility to stamp packets
                            with deadlines to be updated during their
                            trips thanks to the unique feature offered
                            by TSCH to have a tightly synchronized LLN.

                        

                        

                          
 

                        

                        

                          
In this way, it could be
                            possible to control the trip of each packet
                            while it proceed towards the destination. In
                            some hard real time applications, a packet
                            that passes the deadline could be discarded
                            thus saving energy.

                        

                        

                          
 

                        

                        

                          
It is true that we are
                            installing tracks that should remain stable
                            for a long time, but it is also true that
                            wireless links (in any case) can come and go
                            also for short transients.

                        

                        

                          
 

                        

                        

                          
Any thoughts about this
                            point is warmly welcome and could lead to
                            improvements to the 6tus layer.

                        

                        

                          
 

                        

                        

                          
 

                        

                        

                          
Cheers

                        

                        

                          
 

                        

                        

                          
Alfredo

                            

                            -- 

                          

                            

                              
Luigi

                                  Alfredo Grieco, PhD

                            

                            

                              
Assistant

                                  Professor

                            

                            

                              
Department

                                  of Electrical and Information
                                  Engineering

                            

                            

                              
Politecnico

                                  di Bari

                            

                            

                              
Via

                                  Orabona 4 - 70125 - Bari - Italy

                            

                            
                            
                            

                              
Skype

                                  id: l.alfredo.grieco

                            

                            

                              
Mobile:

                                  +39 3346715672

                            

                          

                          

                            

                              
 

                            

                          

                        

                      

                      


                        _______________________________________________

                        6tsch mailing list

                        6tsch@ietf.org

                        https://www.ietf.org/mailman/listinfo/6tsch

                    

                  

                

                


                  

                  

                  

                
_______________________________________________

                
6tsch mailing list

                
6tsch@ietf.org

                
https://www.ietf.org/mailman/listinfo/6tsch

              

              
 

            

          

          

            

              
_______________________________________________

                6tsch mailing list

                6tsch@ietf.org

                https://www.ietf.org/mailman/listinfo/6tsch

            

          

        

      

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


    

    

  


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Hi Kris,

the thing is that we want to skip going up to L3 when using forwarding 
based on labels, so L3 header is not parsed at each hop. Alfredo 
suggestion was to use a little "header" including a timestamp so we can 
discard packets in case their deadline cannot be meet. This will happen 
at L2.5 and i.e inside the "tunnel".

An alternative is to use L3 option header but then the packet will be 
discarded outside of the "tunnel" maybe having hop more than needed.

X

Al 28/05/13 10:07, En/na Kris Pister ha escrit:
> It seems to me that this is an important feature for some class of 
> applications, but that it has nothing directly to do with the 4E MAC 
> layer.  There are many ways to provide time synchronization in a 
> multi-hop network, and many ways to track the total wall-clock time 
> that a packet has been in transit.
>
> So...shouldn't the deadline information be in an IPv6 hop-by-hop 
> option header?
>
> ksjp
>
> On 5/28/2013 6:48 AM, Xavier Vilajosana wrote:
>> Hi Maria Rita,
>>
>> I agree that the feature is really interesting and might be very 
>> useful in some cases, specially for time sensitive applications, 
>> however, including a header will require the parsing at each hop 
>> which would be very convenient to avoid. As I said, I vote for having 
>> this feature as an optional header and in case we define more options 
>> that we consider important then we can discuss if a permanent header 
>> is needed.
>>
>> Note also that when label switching is not used the Hop Limit field 
>> is used to count the number of hops and detect loops, however in that 
>> case there is no timestamp to discard expired packets. I'm wondering 
>> if we want to add that information despite of having label switching 
>> at L2.5 or not.
>>
>> regards,
>> Xavi
>>
>> Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:
>>>
>>> Pascal, I do agree with you and  Xavi about keeping things as simple 
>>> as possible...
>>>
>>> But about the dedicated track, I have a different thought. Knowing 
>>> that the timelife of a packet is expired can be STILL useful along a 
>>> dedicated track. In fact, we can discard the packet instead of 
>>> keeping in forwarding it along the successive cells of the track, 
>>> thus saving energy.
>>>
>>> Of course, it is even more useful in shared cells, because in 
>>> presence of collision, we will avoid to re-transmit expired packets, 
>>>  giving to those with TTL >0 more chance to be transmitted with success.
>>>
>>> In this way, we save energy and also reduce latency-delay.
>>>
>>> Maria Rita
>>>
>>> *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On 
>>> Behalf Of *Pascal Thubert
>>> *Sent:* Saturday, May 25, 2013 7:36 AM
>>> *To:* Xavier Vilajosana
>>> *Cc:* 6tsch@ietf.org
>>> *Subject:* Re: [6tsch] On exploiting time synchronisation and 
>>> deadlines in 6tus
>>>
>>> Same here,
>>>
>>> I think the info could indeed be very useful on shared slots but 
>>> along a dedicated track there is no choice but continue along 
>>> schedule...
>>>
>>> Cheers,
>>>
>>> Pascal
>>>
>>>
>>> Le 25 mai 2013 à 04:39, Xavier Vilajosana 
>>> >> > a écrit :
>>>
>>>
>>>     My little point on that. I like the idea of "not" having a
>>>     header if we do switching, i.e not having a header makes things
>>>     so simple and it becomes a very transparent mechanism, no
>>>     parsing, no processing at each hop, just in and out until it
>>>     reaches the end of the label switched track.
>>>
>>>     I agree that having these feature would be also good, however
>>>     this might require looking the header at each hop, so there is a
>>>     trade-off between energy consumption, need for that and
>>>     simplicity. We need to keep this in mind too, maybe an optional
>>>     feature would work?
>>>
>>>     X
>>>
>>>     Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:
>>>
>>>         Alfredo,
>>>
>>>         This is indeed a neat idea, which feeds upon a nice feature
>>>         of our little TSCH networks.
>>>
>>>         IIRC, the points that were raised during the call around
>>>         this issue were:
>>>
>>>         pros:
>>>
>>>         - we could throttle a packet's priority based on the
>>>         remaining lifetime it has.
>>>
>>>         - we could drop a packet that has already expired
>>>
>>>         cons:
>>>
>>>         - reserving extra bytes for this TS will add an extra energy
>>>         cost, and in some cases might simply not be possible
>>>
>>>         Did I miss something?
>>>
>>>         Thomas
>>>
>>>         On Fri, May 24, 2013 at 9:00 AM, Grieco
>>>         >
>>>         wrote:
>>>
>>>         Hi all,
>>>
>>>         During the today call, it emerged the possibility to stamp
>>>         packets with deadlines to be updated during their trips
>>>         thanks to the unique feature offered by TSCH to have a
>>>         tightly synchronized LLN.
>>>
>>>         In this way, it could be possible to control the trip of
>>>         each packet while it proceed towards the destination. In
>>>         some hard real time applications, a packet that passes the
>>>         deadline could be discarded thus saving energy.
>>>
>>>         It is true that we are installing tracks that should remain
>>>         stable for a long time, but it is also true that wireless
>>>         links (in any case) can come and go also for short transients.
>>>
>>>         Any thoughts about this point is warmly welcome and could
>>>         lead to improvements to the 6tus layer.
>>>
>>>         Cheers
>>>
>>>         Alfredo
>>>
>>>         -- 
>>>
>>>         Luigi Alfredo Grieco, PhD
>>>
>>>         Assistant Professor
>>>
>>>         Department of Electrical and Information Engineering
>>>
>>>         Politecnico di Bari
>>>
>>>         Via Orabona 4 - 70125 - Bari - Italy
>>>
>>>         +39 080 5963 911 
>>>
>>>         telematics.poliba.it/grieco 
>>>
>>>         Skype id: l.alfredo.grieco
>>>
>>>         Mobile: +39 3346715672 
>>>
>>>
>>>         _______________________________________________
>>>         6tsch mailing list
>>>         6tsch@ietf.org 
>>>         https://www.ietf.org/mailman/listinfo/6tsch
>>>
>>>
>>>
>>>
>>>         _______________________________________________
>>>
>>>         6tsch mailing list
>>>
>>>         6tsch@ietf.org  
>>>
>>>         https://www.ietf.org/mailman/listinfo/6tsch
>>>
>>>     _______________________________________________
>>>     6tsch mailing list
>>>     6tsch@ietf.org 
>>>     https://www.ietf.org/mailman/listinfo/6tsch
>>>
>>
>>
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


--------------010601040003080904000904
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit


  
    
  
  
    
Hi Kris,

      

      the thing is that we want to skip going up to L3 when using
      forwarding based on labels, so L3 header is not parsed at each
      hop. Alfredo suggestion was to use a little "header" including a
      timestamp so we can discard packets in case their deadline cannot
      be meet. This will happen at L2.5 and i.e inside the "tunnel".

      

      An alternative is to use L3 option header but then the packet will
      be discarded outside of the "tunnel" maybe having hop more than
      needed.

      

      X

      

      Al 28/05/13 10:07, En/na Kris Pister ha escrit:

    

    

      
      It seems to me that this is an important feature for some class of
      applications, but that it has nothing directly to do with the 4E
      MAC layer.  There are many ways to provide time synchronization in
      a multi-hop network, and many ways to track the total wall-clock
      time that a packet has been in transit.

      

      So...shouldn't the deadline information be in an IPv6 hop-by-hop
      option header?

      

      ksjp

      

      
On 5/28/2013 6:48 AM, Xavier
        Vilajosana wrote:

      

      

        
        
Hi Maria Rita, 

          

          I agree that the feature is really interesting and might be
          very useful in some cases, specially for time sensitive
          applications, however, including a header will require the
          parsing at each hop which would be very convenient to avoid.
          As I said, I vote for having this feature as an optional
          header and in case we define more options that we consider
          important then we can discuss if a permanent header is needed.
          

          

          Note also that when label switching is not used the Hop Limit
          field is used to count the number of hops and detect loops,
          however in that case there is no timestamp to discard expired
          packets. I'm wondering if we want to add that information
          despite of having label switching at L2.5 or not.

          

          regards,

          Xavi

          

          Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:

        

        

          
          
          
          

            
Pascal,


                I do agree with you and  Xavi about keeping things as
                simple as possible…

            
 

            
But


                about the dedicated track, I have a different thought.
                Knowing that the timelife of a packet is expired can be
                STILL useful along a dedicated track. In fact, we can
                discard the packet instead of keeping in forwarding it
                along the successive cells of the track, thus saving
                energy.

            
 

            
Of


                course, it is even more useful in shared cells, because
                in presence of collision, we will avoid to re-transmit
                expired packets,  giving to those with TTL >0 more
                chance to be transmitted with success.

            
In


                this way, we save energy and also reduce latency-delay.

            
 

            
Maria


                Rita

            
 

            

              

                
From:
                    6tsch-bounces@ietf.org
                    [mailto:6tsch-bounces@ietf.org]
                    On Behalf Of Pascal Thubert

                    Sent: Saturday, May 25, 2013 7:36 AM

                    To: Xavier Vilajosana

                    Cc: 6tsch@ietf.org

                    Subject: Re: [6tsch] On exploiting time
                    synchronisation and deadlines in 6tus

              

            

            
 

            

              
Same here,

            

            

              
 

            

            

              
I think the info could indeed be very
                useful on shared slots but along a dedicated track there
                is no choice but continue along schedule...

            

            

              
 

            

            

              
Cheers,

                

                Pascal

            

            

              


                Le 25 mai 2013 à 04:39, Xavier Vilajosana <xvilajosana@eecs.berkeley.edu>


                a écrit :

            

            

              

                

                  


                    My little point on that. I like the idea of "not"
                    having a header if we do switching, i.e not having a
                    header makes things so simple and it becomes a very
                    transparent mechanism, no parsing, no processing at
                    each hop, just in and out until it reaches the end
                    of the label switched track.

                    

                    I agree that having these feature would be also
                    good, however this might require looking the header
                    at each hop, so there is a trade-off between energy
                    consumption, need for that and simplicity. We need
                    to keep this in mind too, maybe an optional feature
                    would work?

                    

                    X

                    

                    Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:

                

                

                  

                    
Alfredo, 

                    

                      
 

                    

                    

                      
This is indeed a neat idea,
                        which feeds upon a nice feature of our little
                        TSCH networks.

                    

                    

                      
 

                    

                    

                      
IIRC, the points that were
                        raised during the call around this issue were:

                    

                    

                      
pros:

                    

                    

                      
- we could throttle a
                        packet's priority based on the remaining
                        lifetime it has.

                    

                    

                      
- we could drop a packet that
                        has already expired

                    

                    

                      
cons:

                    

                    

                      
- reserving extra bytes for
                        this TS will add an extra energy cost, and in
                        some cases might simply not be possible

                    

                    

                      
 

                    

                    

                      
Did I miss something?

                    

                    

                      
 

                    

                    

                      
Thomas

                    

                    

                      
 

                    

                    

                      
 

                      

                        
On Fri, May 24, 2013 at
                          9:00 AM, Grieco <alfredo.grieco@gmail.com>


                          wrote:

                        

                          

                            
Hi all,

                          

                          

                            
 

                          

                          

                            
During the today call,
                              it emerged the possibility to stamp
                              packets with deadlines to be updated
                              during their trips thanks to the unique
                              feature offered by TSCH to have a tightly
                              synchronized LLN.

                          

                          

                            
 

                          

                          

                            
In this way, it could
                              be possible to control the trip of each
                              packet while it proceed towards the
                              destination. In some hard real time
                              applications, a packet that passes the
                              deadline could be discarded thus saving
                              energy.

                          

                          

                            
 

                          

                          

                            
It is true that we are
                              installing tracks that should remain
                              stable for a long time, but it is also
                              true that wireless links (in any case) can
                              come and go also for short transients.

                          

                          

                            
 

                          

                          

                            
Any thoughts about this
                              point is warmly welcome and could lead to
                              improvements to the 6tus layer.

                          

                          

                            
 

                          

                          

                            
 

                          

                          

                            
Cheers

                          

                          

                            
 

                          

                          

                            
Alfredo

                              

                              -- 

                            

                              

                                
Luigi


                                    Alfredo Grieco, PhD

                              

                              

                                
Assistant


                                    Professor

                              

                              

                                
Department


                                    of Electrical and Information
                                    Engineering

                              

                              

                                
Politecnico


                                    di Bari

                              

                              

                                
Via


                                    Orabona 4 - 70125 - Bari - Italy

                              

                              
                              
                              

                                
Skype


                                    id: l.alfredo.grieco

                              

                              

                                
Mobile:


                                    +39 3346715672

                              

                            

                            

                              

                                
 

                              

                            

                          

                        

                        


_______________________________________________

                          6tsch mailing list

                          6tsch@ietf.org

                          https://www.ietf.org/mailman/listinfo/6tsch

                      

                    

                  

                  


                    

                    

                    

                  
_______________________________________________

                  
6tsch mailing list

                  
6tsch@ietf.org

                  
https://www.ietf.org/mailman/listinfo/6tsch

                

                
 

              

            

            

              

                
_______________________________________________

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From pister@eecs.berkeley.edu  Tue May 28 12:51:44 2013
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Date: Tue, 28 May 2013 12:51:34 -0700
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Interesting.  So we're proposing to ignore all hop-by-hop options?
Do MPLS routers/switches ignore hop-by-hop options when they encounter a 
level 2.5 label?

ksjp

On 5/28/2013 10:43 AM, Xavier Vilajosana wrote:
> Hi Kris,
>
> the thing is that we want to skip going up to L3 when using forwarding 
> based on labels, so L3 header is not parsed at each hop. Alfredo 
> suggestion was to use a little "header" including a timestamp so we 
> can discard packets in case their deadline cannot be meet. This will 
> happen at L2.5 and i.e inside the "tunnel".
>
> An alternative is to use L3 option header but then the packet will be 
> discarded outside of the "tunnel" maybe having hop more than needed.
>
> X
>
> Al 28/05/13 10:07, En/na Kris Pister ha escrit:
>> It seems to me that this is an important feature for some class of 
>> applications, but that it has nothing directly to do with the 4E MAC 
>> layer.  There are many ways to provide time synchronization in a 
>> multi-hop network, and many ways to track the total wall-clock time 
>> that a packet has been in transit.
>>
>> So...shouldn't the deadline information be in an IPv6 hop-by-hop 
>> option header?
>>
>> ksjp
>>
>> On 5/28/2013 6:48 AM, Xavier Vilajosana wrote:
>>> Hi Maria Rita,
>>>
>>> I agree that the feature is really interesting and might be very 
>>> useful in some cases, specially for time sensitive applications, 
>>> however, including a header will require the parsing at each hop 
>>> which would be very convenient to avoid. As I said, I vote for 
>>> having this feature as an optional header and in case we define more 
>>> options that we consider important then we can discuss if a 
>>> permanent header is needed.
>>>
>>> Note also that when label switching is not used the Hop Limit field 
>>> is used to count the number of hops and detect loops, however in 
>>> that case there is no timestamp to discard expired packets. I'm 
>>> wondering if we want to add that information despite of having label 
>>> switching at L2.5 or not.
>>>
>>> regards,
>>> Xavi
>>>
>>> Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:
>>>>
>>>> Pascal, I do agree with you and  Xavi about keeping things as 
>>>> simple as possible...
>>>>
>>>> But about the dedicated track, I have a different thought. Knowing 
>>>> that the timelife of a packet is expired can be STILL useful along 
>>>> a dedicated track. In fact, we can discard the packet instead of 
>>>> keeping in forwarding it along the successive cells of the track, 
>>>> thus saving energy.
>>>>
>>>> Of course, it is even more useful in shared cells, because in 
>>>> presence of collision, we will avoid to re-transmit expired 
>>>> packets,  giving to those with TTL >0 more chance to be transmitted 
>>>> with success.
>>>>
>>>> In this way, we save energy and also reduce latency-delay.
>>>>
>>>> Maria Rita
>>>>
>>>> *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On 
>>>> Behalf Of *Pascal Thubert
>>>> *Sent:* Saturday, May 25, 2013 7:36 AM
>>>> *To:* Xavier Vilajosana
>>>> *Cc:* 6tsch@ietf.org
>>>> *Subject:* Re: [6tsch] On exploiting time synchronisation and 
>>>> deadlines in 6tus
>>>>
>>>> Same here,
>>>>
>>>> I think the info could indeed be very useful on shared slots but 
>>>> along a dedicated track there is no choice but continue along 
>>>> schedule...
>>>>
>>>> Cheers,
>>>>
>>>> Pascal
>>>>
>>>>
>>>> Le 25 mai 2013 à 04:39, Xavier Vilajosana 
>>>> >>> > a écrit :
>>>>
>>>>
>>>>     My little point on that. I like the idea of "not" having a
>>>>     header if we do switching, i.e not having a header makes things
>>>>     so simple and it becomes a very transparent mechanism, no
>>>>     parsing, no processing at each hop, just in and out until it
>>>>     reaches the end of the label switched track.
>>>>
>>>>     I agree that having these feature would be also good, however
>>>>     this might require looking the header at each hop, so there is
>>>>     a trade-off between energy consumption, need for that and
>>>>     simplicity. We need to keep this in mind too, maybe an optional
>>>>     feature would work?
>>>>
>>>>     X
>>>>
>>>>     Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:
>>>>
>>>>         Alfredo,
>>>>
>>>>         This is indeed a neat idea, which feeds upon a nice feature
>>>>         of our little TSCH networks.
>>>>
>>>>         IIRC, the points that were raised during the call around
>>>>         this issue were:
>>>>
>>>>         pros:
>>>>
>>>>         - we could throttle a packet's priority based on the
>>>>         remaining lifetime it has.
>>>>
>>>>         - we could drop a packet that has already expired
>>>>
>>>>         cons:
>>>>
>>>>         - reserving extra bytes for this TS will add an extra
>>>>         energy cost, and in some cases might simply not be possible
>>>>
>>>>         Did I miss something?
>>>>
>>>>         Thomas
>>>>
>>>>         On Fri, May 24, 2013 at 9:00 AM, Grieco
>>>>         >>>         > wrote:
>>>>
>>>>         Hi all,
>>>>
>>>>         During the today call, it emerged the possibility to stamp
>>>>         packets with deadlines to be updated during their trips
>>>>         thanks to the unique feature offered by TSCH to have a
>>>>         tightly synchronized LLN.
>>>>
>>>>         In this way, it could be possible to control the trip of
>>>>         each packet while it proceed towards the destination. In
>>>>         some hard real time applications, a packet that passes the
>>>>         deadline could be discarded thus saving energy.
>>>>
>>>>         It is true that we are installing tracks that should remain
>>>>         stable for a long time, but it is also true that wireless
>>>>         links (in any case) can come and go also for short transients.
>>>>
>>>>         Any thoughts about this point is warmly welcome and could
>>>>         lead to improvements to the 6tus layer.
>>>>
>>>>         Cheers
>>>>
>>>>         Alfredo
>>>>
>>>>         -- 
>>>>
>>>>         Luigi Alfredo Grieco, PhD
>>>>
>>>>         Assistant Professor
>>>>
>>>>         Department of Electrical and Information Engineering
>>>>
>>>>         Politecnico di Bari
>>>>
>>>>         Via Orabona 4 - 70125 - Bari - Italy
>>>>
>>>>         +39 080 5963 911 
>>>>
>>>>         telematics.poliba.it/grieco
>>>>         
>>>>
>>>>         Skype id: l.alfredo.grieco
>>>>
>>>>         Mobile: +39 3346715672 
>>>>
>>>>
>>>>         _______________________________________________
>>>>         6tsch mailing list
>>>>         6tsch@ietf.org 
>>>>         https://www.ietf.org/mailman/listinfo/6tsch
>>>>
>>>>
>>>>
>>>>
>>>>         _______________________________________________
>>>>
>>>>         6tsch mailing list
>>>>
>>>>         6tsch@ietf.org  
>>>>
>>>>         https://www.ietf.org/mailman/listinfo/6tsch
>>>>
>>>>     _______________________________________________
>>>>     6tsch mailing list
>>>>     6tsch@ietf.org 
>>>>     https://www.ietf.org/mailman/listinfo/6tsch
>>>>
>>>
>>>
>>>
>>> _______________________________________________
>>> 6tsch mailing list
>>> 6tsch@ietf.org
>>> https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
>
>
>
> _______________________________________________
> 6tsch mailing list
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> https://www.ietf.org/mailman/listinfo/6tsch


--------------050107060204010301030805
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    Interesting.  So we're proposing to ignore all hop-by-hop options?

    Do MPLS routers/switches ignore hop-by-hop options when they
    encounter a level 2.5 label?

    

    ksjp

    

    
On 5/28/2013 10:43 AM, Xavier
      Vilajosana wrote:

    

    

      
      
Hi Kris,

        

        the thing is that we want to skip going up to L3 when using
        forwarding based on labels, so L3 header is not parsed at each
        hop. Alfredo suggestion was to use a little "header" including a
        timestamp so we can discard packets in case their deadline
        cannot be meet. This will happen at L2.5 and i.e inside the
        "tunnel".

        

        An alternative is to use L3 option header but then the packet
        will be discarded outside of the "tunnel" maybe having hop more
        than needed.

        

        X

        

        Al 28/05/13 10:07, En/na Kris Pister ha escrit:

      

      

        
        It seems to me that this is an important feature for some class
        of applications, but that it has nothing directly to do with the
        4E MAC layer.  There are many ways to provide time
        synchronization in a multi-hop network, and many ways to track
        the total wall-clock time that a packet has been in transit.

        

        So...shouldn't the deadline information be in an IPv6 hop-by-hop
        option header?

        

        ksjp

        

        
On 5/28/2013 6:48 AM, Xavier
          Vilajosana wrote:

        

        

          
          
Hi Maria Rita, 

            

            I agree that the feature is really interesting and might be
            very useful in some cases, specially for time sensitive
            applications, however, including a header will require the
            parsing at each hop which would be very convenient to avoid.
            As I said, I vote for having this feature as an optional
            header and in case we define more options that we consider
            important then we can discuss if a permanent header is
            needed. 

            

            Note also that when label switching is not used the Hop
            Limit field is used to count the number of hops and detect
            loops, however in that case there is no timestamp to discard
            expired packets. I'm wondering if we want to add that
            information despite of having label switching at L2.5 or
            not.

            

            regards,

            Xavi

            

            Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:

          

          

            
            
            
            

              
Pascal,



                  I do agree with you and  Xavi about keeping things as
                  simple as possible…

              
 

              
But



                  about the dedicated track, I have a different thought.
                  Knowing that the timelife of a packet is expired can
                  be STILL useful along a dedicated track. In fact, we
                  can discard the packet instead of keeping in
                  forwarding it along the successive cells of the track,
                  thus saving energy.

              
 

              
Of



                  course, it is even more useful in shared cells,
                  because in presence of collision, we will avoid to
                  re-transmit expired packets,  giving to those with TTL
                  >0 more chance to be transmitted with success.

              
In



                  this way, we save energy and also reduce
                  latency-delay.

              
 

              
Maria



                  Rita

              
 

              

                

                  
From:
                      6tsch-bounces@ietf.org
                      [mailto:6tsch-bounces@ietf.org]
                      On Behalf Of Pascal Thubert

                      Sent: Saturday, May 25, 2013 7:36 AM

                      To: Xavier Vilajosana

                      Cc: 6tsch@ietf.org

                      Subject: Re: [6tsch] On exploiting time
                      synchronisation and deadlines in 6tus

                

              

              
 

              

                
Same here,

              

              

                
 

              

              

                
I think the info could indeed be
                  very useful on shared slots but along a dedicated
                  track there is no choice but continue along
                  schedule...

              

              

                
 

              

              

                
Cheers,

                  

                  Pascal

              

              

                


                  Le 25 mai 2013 à 04:39, Xavier Vilajosana <xvilajosana@eecs.berkeley.edu>



                  a écrit :

              

              

                

                  

                    


                      My little point on that. I like the idea of "not"
                      having a header if we do switching, i.e not having
                      a header makes things so simple and it becomes a
                      very transparent mechanism, no parsing, no
                      processing at each hop, just in and out until it
                      reaches the end of the label switched track.

                      

                      I agree that having these feature would be also
                      good, however this might require looking the
                      header at each hop, so there is a trade-off
                      between energy consumption, need for that and
                      simplicity. We need to keep this in mind too,
                      maybe an optional feature would work?

                      

                      X

                      

                      Al 24/05/13 19:10, En/na Thomas Watteyne ha
                      escrit:

                  

                  

                    

                      
Alfredo, 

                      

                        
 

                      

                      

                        
This is indeed a neat idea,
                          which feeds upon a nice feature of our little
                          TSCH networks.

                      

                      

                        
 

                      

                      

                        
IIRC, the points that were
                          raised during the call around this issue were:

                      

                      

                        
pros:

                      

                      

                        
- we could throttle a
                          packet's priority based on the remaining
                          lifetime it has.

                      

                      

                        
- we could drop a packet
                          that has already expired

                      

                      

                        
cons:

                      

                      

                        
- reserving extra bytes for
                          this TS will add an extra energy cost, and in
                          some cases might simply not be possible

                      

                      

                        
 

                      

                      

                        
Did I miss something?

                      

                      

                        
 

                      

                      

                        
Thomas

                      

                      

                        
 

                      

                      

                        
 

                        

                          
On Fri, May 24, 2013 at
                            9:00 AM, Grieco <alfredo.grieco@gmail.com>



                            wrote:

                          

                            

                              
Hi all,

                            

                            

                              
 

                            

                            

                              
During the today
                                call, it emerged the possibility to
                                stamp packets with deadlines to be
                                updated during their trips thanks to the
                                unique feature offered by TSCH to have a
                                tightly synchronized LLN.

                            

                            

                              
 

                            

                            

                              
In this way, it could
                                be possible to control the trip of each
                                packet while it proceed towards the
                                destination. In some hard real time
                                applications, a packet that passes the
                                deadline could be discarded thus saving
                                energy.

                            

                            

                              
 

                            

                            

                              
It is true that we
                                are installing tracks that should remain
                                stable for a long time, but it is also
                                true that wireless links (in any case)
                                can come and go also for short
                                transients.

                            

                            

                              
 

                            

                            

                              
Any thoughts about
                                this point is warmly welcome and could
                                lead to improvements to the 6tus layer.

                            

                            

                              
 

                            

                            

                              
 

                            

                            

                              
Cheers

                            

                            

                              
 

                            

                            

                              
Alfredo

                                

                                -- 

                              

                                

                                  
Luigi



                                      Alfredo Grieco, PhD

                                

                                

                                  
Assistant



                                      Professor

                                

                                

                                  
Department



                                      of Electrical and Information
                                      Engineering

                                

                                

                                  
Politecnico



                                      di Bari

                                

                                

                                  
Via



                                      Orabona 4 - 70125 - Bari - Italy

                                

                                
                                
                                

                                  
Skype



                                      id: l.alfredo.grieco

                                

                                

                                  
Mobile:



                                      +39 3346715672

                                

                              

                              

                                

                                  
 

                                

                              

                            

                          

                          


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                            6tsch mailing list

                            6tsch@ietf.org

                            https://www.ietf.org/mailman/listinfo/6tsch

                        

                      

                    

                    


                      

                      

                      

                    
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6tsch@ietf.org

                    
https://www.ietf.org/mailman/listinfo/6tsch

                  

                  
 

                

              

              

                

                  
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great question... not sure.. but I think so, from L3 point of view, a 
pkt crossing a tunnel is the same as crossing 1 hop at L3. Internally 
might be crossing several hops but from L3 we cannot see it so the hop 
by hop header would only apply to the hop as seen at L3 (even if 
internally there are multiple hops).

I will check RFCs for MPLS/GMPLS to see if there is some information 
about that.
X


Al 28/05/13 12:51, En/na Kris Pister ha escrit:
> Interesting.  So we're proposing to ignore all hop-by-hop options?
> Do MPLS routers/switches ignore hop-by-hop options when they encounter 
> a level 2.5 label?
>
> ksjp
>
> On 5/28/2013 10:43 AM, Xavier Vilajosana wrote:
>> Hi Kris,
>>
>> the thing is that we want to skip going up to L3 when using 
>> forwarding based on labels, so L3 header is not parsed at each hop. 
>> Alfredo suggestion was to use a little "header" including a timestamp 
>> so we can discard packets in case their deadline cannot be meet. This 
>> will happen at L2.5 and i.e inside the "tunnel".
>>
>> An alternative is to use L3 option header but then the packet will be 
>> discarded outside of the "tunnel" maybe having hop more than needed.
>>
>> X
>>
>> Al 28/05/13 10:07, En/na Kris Pister ha escrit:
>>> It seems to me that this is an important feature for some class of 
>>> applications, but that it has nothing directly to do with the 4E MAC 
>>> layer.  There are many ways to provide time synchronization in a 
>>> multi-hop network, and many ways to track the total wall-clock time 
>>> that a packet has been in transit.
>>>
>>> So...shouldn't the deadline information be in an IPv6 hop-by-hop 
>>> option header?
>>>
>>> ksjp
>>>
>>> On 5/28/2013 6:48 AM, Xavier Vilajosana wrote:
>>>> Hi Maria Rita,
>>>>
>>>> I agree that the feature is really interesting and might be very 
>>>> useful in some cases, specially for time sensitive applications, 
>>>> however, including a header will require the parsing at each hop 
>>>> which would be very convenient to avoid. As I said, I vote for 
>>>> having this feature as an optional header and in case we define 
>>>> more options that we consider important then we can discuss if a 
>>>> permanent header is needed.
>>>>
>>>> Note also that when label switching is not used the Hop Limit field 
>>>> is used to count the number of hops and detect loops, however in 
>>>> that case there is no timestamp to discard expired packets. I'm 
>>>> wondering if we want to add that information despite of having 
>>>> label switching at L2.5 or not.
>>>>
>>>> regards,
>>>> Xavi
>>>>
>>>> Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:
>>>>>
>>>>> Pascal, I do agree with you and  Xavi about keeping things as 
>>>>> simple as possible...
>>>>>
>>>>> But about the dedicated track, I have a different thought. Knowing 
>>>>> that the timelife of a packet is expired can be STILL useful along 
>>>>> a dedicated track. In fact, we can discard the packet instead of 
>>>>> keeping in forwarding it along the successive cells of the track, 
>>>>> thus saving energy.
>>>>>
>>>>> Of course, it is even more useful in shared cells, because in 
>>>>> presence of collision, we will avoid to re-transmit expired 
>>>>> packets,  giving to those with TTL >0 more chance to be 
>>>>> transmitted with success.
>>>>>
>>>>> In this way, we save energy and also reduce latency-delay.
>>>>>
>>>>> Maria Rita
>>>>>
>>>>> *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On 
>>>>> Behalf Of *Pascal Thubert
>>>>> *Sent:* Saturday, May 25, 2013 7:36 AM
>>>>> *To:* Xavier Vilajosana
>>>>> *Cc:* 6tsch@ietf.org
>>>>> *Subject:* Re: [6tsch] On exploiting time synchronisation and 
>>>>> deadlines in 6tus
>>>>>
>>>>> Same here,
>>>>>
>>>>> I think the info could indeed be very useful on shared slots but 
>>>>> along a dedicated track there is no choice but continue along 
>>>>> schedule...
>>>>>
>>>>> Cheers,
>>>>>
>>>>> Pascal
>>>>>
>>>>>
>>>>> Le 25 mai 2013 à 04:39, Xavier Vilajosana 
>>>>> >>>> > a écrit :
>>>>>
>>>>>
>>>>>     My little point on that. I like the idea of "not" having a
>>>>>     header if we do switching, i.e not having a header makes
>>>>>     things so simple and it becomes a very transparent mechanism,
>>>>>     no parsing, no processing at each hop, just in and out until
>>>>>     it reaches the end of the label switched track.
>>>>>
>>>>>     I agree that having these feature would be also good, however
>>>>>     this might require looking the header at each hop, so there is
>>>>>     a trade-off between energy consumption, need for that and
>>>>>     simplicity. We need to keep this in mind too, maybe an
>>>>>     optional feature would work?
>>>>>
>>>>>     X
>>>>>
>>>>>     Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:
>>>>>
>>>>>         Alfredo,
>>>>>
>>>>>         This is indeed a neat idea, which feeds upon a nice
>>>>>         feature of our little TSCH networks.
>>>>>
>>>>>         IIRC, the points that were raised during the call around
>>>>>         this issue were:
>>>>>
>>>>>         pros:
>>>>>
>>>>>         - we could throttle a packet's priority based on the
>>>>>         remaining lifetime it has.
>>>>>
>>>>>         - we could drop a packet that has already expired
>>>>>
>>>>>         cons:
>>>>>
>>>>>         - reserving extra bytes for this TS will add an extra
>>>>>         energy cost, and in some cases might simply not be possible
>>>>>
>>>>>         Did I miss something?
>>>>>
>>>>>         Thomas
>>>>>
>>>>>         On Fri, May 24, 2013 at 9:00 AM, Grieco
>>>>>         >>>>         > wrote:
>>>>>
>>>>>         Hi all,
>>>>>
>>>>>         During the today call, it emerged the possibility to stamp
>>>>>         packets with deadlines to be updated during their trips
>>>>>         thanks to the unique feature offered by TSCH to have a
>>>>>         tightly synchronized LLN.
>>>>>
>>>>>         In this way, it could be possible to control the trip of
>>>>>         each packet while it proceed towards the destination. In
>>>>>         some hard real time applications, a packet that passes the
>>>>>         deadline could be discarded thus saving energy.
>>>>>
>>>>>         It is true that we are installing tracks that should
>>>>>         remain stable for a long time, but it is also true that
>>>>>         wireless links (in any case) can come and go also for
>>>>>         short transients.
>>>>>
>>>>>         Any thoughts about this point is warmly welcome and could
>>>>>         lead to improvements to the 6tus layer.
>>>>>
>>>>>         Cheers
>>>>>
>>>>>         Alfredo
>>>>>
>>>>>         -- 
>>>>>
>>>>>         Luigi Alfredo Grieco, PhD
>>>>>
>>>>>         Assistant Professor
>>>>>
>>>>>         Department of Electrical and Information Engineering
>>>>>
>>>>>         Politecnico di Bari
>>>>>
>>>>>         Via Orabona 4 - 70125 - Bari - Italy
>>>>>
>>>>>         +39 080 5963 911 
>>>>>
>>>>>         telematics.poliba.it/grieco
>>>>>         
>>>>>
>>>>>         Skype id: l.alfredo.grieco
>>>>>
>>>>>         Mobile: +39 3346715672 
>>>>>
>>>>>
>>>>>         _______________________________________________
>>>>>         6tsch mailing list
>>>>>         6tsch@ietf.org 
>>>>>         https://www.ietf.org/mailman/listinfo/6tsch
>>>>>
>>>>>
>>>>>
>>>>>
>>>>>         _______________________________________________
>>>>>
>>>>>         6tsch mailing list
>>>>>
>>>>>         6tsch@ietf.org  
>>>>>
>>>>>         https://www.ietf.org/mailman/listinfo/6tsch
>>>>>
>>>>>     _______________________________________________
>>>>>     6tsch mailing list
>>>>>     6tsch@ietf.org 
>>>>>     https://www.ietf.org/mailman/listinfo/6tsch
>>>>>
>>>>
>>>>
>>>>
>>>> _______________________________________________
>>>> 6tsch mailing list
>>>> 6tsch@ietf.org
>>>> https://www.ietf.org/mailman/listinfo/6tsch
>>>
>>>
>>>
>>> _______________________________________________
>>> 6tsch mailing list
>>> 6tsch@ietf.org
>>> https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
>
>
>
> _______________________________________________
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great question... not sure.. but I
      think so, from L3 point of view, a pkt crossing a tunnel is the
      same as crossing 1 hop at L3. Internally might be crossing several
      hops but from L3 we cannot see it so the hop by hop header would
      only apply to the hop as seen at L3 (even if internally there are
      multiple hops).

      

      I will check RFCs for MPLS/GMPLS to see if there is some
      information about that.

      X

      

      

      Al 28/05/13 12:51, En/na Kris Pister ha escrit:

    

    

      
      Interesting.  So we're proposing to ignore all hop-by-hop options?

      Do MPLS routers/switches ignore hop-by-hop options when they
      encounter a level 2.5 label?

      

      ksjp

      

      
On 5/28/2013 10:43 AM, Xavier
        Vilajosana wrote:

      

      

        
        
Hi Kris,

          

          the thing is that we want to skip going up to L3 when using
          forwarding based on labels, so L3 header is not parsed at each
          hop. Alfredo suggestion was to use a little "header" including
          a timestamp so we can discard packets in case their deadline
          cannot be meet. This will happen at L2.5 and i.e inside the
          "tunnel".

          

          An alternative is to use L3 option header but then the packet
          will be discarded outside of the "tunnel" maybe having hop
          more than needed.

          

          X

          

          Al 28/05/13 10:07, En/na Kris Pister ha escrit:

        

        

          
          It seems to me that this is an important feature for some
          class of applications, but that it has nothing directly to do
          with the 4E MAC layer.  There are many ways to provide time
          synchronization in a multi-hop network, and many ways to track
          the total wall-clock time that a packet has been in transit.

          

          So...shouldn't the deadline information be in an IPv6
          hop-by-hop option header?

          

          ksjp

          

          
On 5/28/2013 6:48 AM, Xavier
            Vilajosana wrote:

          

          

            
            
Hi Maria Rita, 

              

              I agree that the feature is really interesting and might
              be very useful in some cases, specially for time sensitive
              applications, however, including a header will require the
              parsing at each hop which would be very convenient to
              avoid. As I said, I vote for having this feature as an
              optional header and in case we define more options that we
              consider important then we can discuss if a permanent
              header is needed. 

              

              Note also that when label switching is not used the Hop
              Limit field is used to count the number of hops and detect
              loops, however in that case there is no timestamp to
              discard expired packets. I'm wondering if we want to add
              that information despite of having label switching at L2.5
              or not.

              

              regards,

              Xavi

              

              Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:

            

            

              
              
              
              

                
Pascal,




                    I do agree with you and  Xavi about keeping things
                    as simple as possible…

                
 

                
But




                    about the dedicated track, I have a different
                    thought. Knowing that the timelife of a packet is
                    expired can be STILL useful along a dedicated track.
                    In fact, we can discard the packet instead of
                    keeping in forwarding it along the successive cells
                    of the track, thus saving energy.

                
 

                
Of




                    course, it is even more useful in shared cells,
                    because in presence of collision, we will avoid to
                    re-transmit expired packets,  giving to those with
                    TTL >0 more chance to be transmitted with
                    success.

                
In




                    this way, we save energy and also reduce
                    latency-delay.

                
 

                
Maria




                    Rita

                
 

                

                  

                    
From:
                        6tsch-bounces@ietf.org
                        [mailto:6tsch-bounces@ietf.org]
                        On Behalf Of Pascal Thubert

                        Sent: Saturday, May 25, 2013 7:36 AM

                        To: Xavier Vilajosana

                        Cc: 6tsch@ietf.org

                        Subject: Re: [6tsch] On exploiting time
                        synchronisation and deadlines in 6tus

                  

                

                
 

                

                  
Same here,

                

                

                  
 

                

                

                  
I think the info could indeed be
                    very useful on shared slots but along a dedicated
                    track there is no choice but continue along
                    schedule...

                

                

                  
 

                

                

                  
Cheers,

                    

                    Pascal

                

                

                  


                    Le 25 mai 2013 à 04:39, Xavier Vilajosana <xvilajosana@eecs.berkeley.edu>




                    a écrit :

                

                

                  

                    

                      


                        My little point on that. I like the idea of
                        "not" having a header if we do switching, i.e
                        not having a header makes things so simple and
                        it becomes a very transparent mechanism, no
                        parsing, no processing at each hop, just in and
                        out until it reaches the end of the label
                        switched track.

                        

                        I agree that having these feature would be also
                        good, however this might require looking the
                        header at each hop, so there is a trade-off
                        between energy consumption, need for that and
                        simplicity. We need to keep this in mind too,
                        maybe an optional feature would work?

                        

                        X

                        

                        Al 24/05/13 19:10, En/na Thomas Watteyne ha
                        escrit:

                    

                    

                      

                        
Alfredo, 

                        

                          
 

                        

                        

                          
This is indeed a neat
                            idea, which feeds upon a nice feature of our
                            little TSCH networks.

                        

                        

                          
 

                        

                        

                          
IIRC, the points that
                            were raised during the call around this
                            issue were:

                        

                        

                          
pros:

                        

                        

                          
- we could throttle a
                            packet's priority based on the remaining
                            lifetime it has.

                        

                        

                          
- we could drop a packet
                            that has already expired

                        

                        

                          
cons:

                        

                        

                          
- reserving extra bytes
                            for this TS will add an extra energy cost,
                            and in some cases might simply not be
                            possible

                        

                        

                          
 

                        

                        

                          
Did I miss something?

                        

                        

                          
 

                        

                        

                          
Thomas

                        

                        

                          
 

                        

                        

                          
 

                          

                            
On Fri, May 24, 2013 at
                              9:00 AM, Grieco <alfredo.grieco@gmail.com>




                              wrote:

                            

                              

                                
Hi all,

                              

                              

                                
 

                              

                              

                                
During the today
                                  call, it emerged the possibility to
                                  stamp packets with deadlines to be
                                  updated during their trips thanks to
                                  the unique feature offered by TSCH to
                                  have a tightly synchronized LLN.

                              

                              

                                
 

                              

                              

                                
In this way, it
                                  could be possible to control the trip
                                  of each packet while it proceed
                                  towards the destination. In some hard
                                  real time applications, a packet that
                                  passes the deadline could be discarded
                                  thus saving energy.

                              

                              

                                
 

                              

                              

                                
It is true that we
                                  are installing tracks that should
                                  remain stable for a long time, but it
                                  is also true that wireless links (in
                                  any case) can come and go also for
                                  short transients.

                              

                              

                                
 

                              

                              

                                
Any thoughts about
                                  this point is warmly welcome and could
                                  lead to improvements to the 6tus
                                  layer.

                              

                              

                                
 

                              

                              

                                
 

                              

                              

                                
Cheers

                              

                              

                                
 

                              

                              

                                
Alfredo

                                  

                                  -- 

                                

                                  

                                    
Luigi




                                        Alfredo Grieco, PhD

                                  

                                  

                                    
Assistant




                                        Professor

                                  

                                  

                                    
Department




                                        of Electrical and Information
                                        Engineering

                                  

                                  

                                    
Politecnico




                                        di Bari

                                  

                                  

                                    
Via




                                        Orabona 4 - 70125 - Bari - Italy

                                  

                                  
                                  
                                  

                                    
Skype




                                        id: l.alfredo.grieco

                                  

                                  

                                    
Mobile:




                                        +39 3346715672

                                  

                                

                                

                                  

                                    
 

                                  

                                

                              

                            

                            


_______________________________________________

                              6tsch mailing list

                              6tsch@ietf.org

                              https://www.ietf.org/mailman/listinfo/6tsch

                          

                        

                      

                      


                        

                        

                        

                      
_______________________________________________

                      
6tsch mailing list

                      
6tsch@ietf.org

                      
https://www.ietf.org/mailman/listinfo/6tsch

                    

                    
 

                  

                

                

                  

                    
_______________________________________________

                      6tsch mailing list

                      6tsch@ietf.org

                      https://www.ietf.org/mailman/listinfo/6tsch

                  

                

              

            

            

            

            

            

            
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


          

          

          

          

          

          
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


        

        

        

        

        

        
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


      

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


    

    

  


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From dominique.barthel@orange.com  Tue May 28 23:51:29 2013
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From: 
To: "Pascal Thubert (pthubert)" , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: G-MPLS, implicit labeling, multiple tracks through one cell
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Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cell
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Hello Pascal,

Actually, I meant the following situation: one flow goes from A to U on tra=
ck A-X-Y-U, another flow goes from B to V on track B-X-Y-V.
The two flows can't use the same cell between X and Y because Y has no way =
of telling them apart.
Correct?
Thanks

Dominique

De : Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
Envoy=E9 : mardi 28 mai 2013 18:29
=C0 : BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org
Objet : RE: G-MPLS, implicit labeling, multiple tracks through one cell

Hello Dominique:

The Time slot based "G-MPLS" forwarding will not look at the flow label so =
it does not care whether it is one or multiple flows that get ijected in th=
e time slots.
What you will get is a regular transmit opportunity from A to B.
How the source fills it is its business (one or more flows from A to B), bu=
t it is not elastic so if the flows collide at some point there might be dr=
ops or latency added before a frame is placed in a track.
Once the frame is on track, it will follow each hop as scheduled.

I think we agree...

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of d=
ominique.barthel@orange.com
Sent: mardi 28 mai 2013 16:49
To: 6tsch@ietf.org
Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cell

Hello all,

Disclaimer:
I'm no expert in label switching. Please bear with me.
This mail will at least have the benefit of documenting the question and th=
e answer.


Context:
I understand that the 15.4.e cell on which a frame was received by a node c=
an be considered an implicit label. Therefore, we can avoid the overhead of=
 explicitly carrying the label in the frame. Great!

Question:
If we have multiple tracks going through neighbor nodes X and Y, and suppos=
ing that their aggregated flow happily fits the data rate provided by one c=
ell, wouldn't we like to be able to multiplex them onto the same cell in or=
der to save on the wake-up/carrier_sense energy cost?
Am I right in saying that we, the 6tsch group, decided to forego the energy=
 saving of multiplexing several tracks on one cell in return for the energy=
 saving of not carrying the label in-band?
Did I miss anything?

Thanks

Dominique

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they should not be distributed, used or copied without authorisation.
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--_000_8F1D83ADCC1AC94186A867BEE9B7D91306D63141PEXCVZYM13corpo_
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Hello Pascal,


 


Actuall=
y, I meant the following situation: one flow goes from A to U on track A-X-=
Y-U, another flow goes from B to V on track B-X-Y-V.


The two=
 flows can’t use the same cell between X and Y because Y has no way o=
f telling them apart.


Correct=
?

Thanks


&n=
bsp;


Dominiq=
ue


&n=
bsp;






De : Pasc=
al Thubert (pthubert) [mailto:pthubert@cisco.com]


Envoy=E9 : mardi 28 mai 2013 18:29

=C0 : BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org

Objet : RE: G-MPLS, implicit labeling, multiple tracks through =
one cell






 


Hello Dominique:


&n=
bsp;


The Tim=
e slot based “G-MPLS” forwarding will not look at the flow labe=
l so it does not care whether it is one or multiple flows that get ijected =
in the time slots.


What yo=
u will get is a regular transmit opportunity from A to B.



How the=
 source fills it is its business (one or more flows from A to B), but it is=
 not elastic so if the flows collide at some point there might be drops or =
latency added before a frame is placed
 in a track.


Once th=
e frame is on track, it will follow each hop as scheduled.


&n=
bsp;


I think=
 we agree… 



&n=
bsp;




Pascal<=
o:p>




&n=
bsp;






From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of dominique.barthel@orange.com

Sent: mardi 28 mai 2013 16:49

To: 6tsch@ietf.org

Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through =
one cell






 


Hello all,


 


Disclaimer:

I’m no expert in label sw=
itching. Please bear with me.


This mail will at least have th=
e benefit of documenting the question and the answer.


 


 


Context:


I understand that the 15.4.e ce=
ll on which a frame was received by a node can be considered an implicit la=
bel. Therefore, we can avoid the overhead of explicitly carrying the label =
in the frame. Great!


 


Question:


If we have multiple tracks goin=
g through neighbor nodes X and Y, and supposing that their aggregated flow =
happily fits the data rate provided by one cell, wouldn’t we like to =
be able to multiplex them onto the same cell
 in order to save on the wake-up/carrier_sense energy cost?


Am I right in saying that we, t=
he 6tsch group, decided to forego the energy saving of multiplexing several=
 tracks on one cell in return for the energy saving of not carrying the lab=
el in-band?


Did I miss anything?=



 


Thanks


 


Dominique


______________________________________________________________________=
___________________________________________________


 


Ce message et ses pieces jointes peuvent contenir des informations con=
fidentielles ou privilegiees et ne doivent donc


pas etre diffuses, exploites ou copies sans autorisation. Si vous avez=
 recu ce message par erreur, veuillez le signaler


a l'expediteur et le detruire ainsi que les pieces jointes. Les messag=
es electroniques etant susceptibles d'alteration,


France Telecom - Orange decline toute responsabilite si ce message a e=
te altere, deforme ou falsifie. Merci.


 


This message and its attachments may contain confidential or privilege=
d information that may be protected by law;


they should not be distributed, used or copied without authorisation.<=
o:p>


If you have received this email in error, please notify the sender and=
 delete this message and its attachments.


As emails may be altered, France Telecom - Orange is not liable for me=
ssages that have been modified, changed or falsified.


Thank you.




______________________________________________________________________=
___________________________________________________

Ce message et ses pieces jointes peuvent contenir des informations confiden=
tielles ou privilegiees et ne doivent donc
pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu=
 ce message par erreur, veuillez le signaler
a l'expediteur et le detruire ainsi que les pieces jointes. Les messages el=
ectroniques etant susceptibles d'alteration,
France Telecom - Orange decline toute responsabilite si ce message a ete al=
tere, deforme ou falsifie. Merci.

This message and its attachments may contain confidential or privileged inf=
ormation that may be protected by law;
they should not be distributed, used or copied without authorisation.
If you have received this email in error, please notify the sender and dele=
te this message and its attachments.
As emails may be altered, France Telecom - Orange is not liable for message=
s that have been modified, changed or falsified.
Thank you.




--_000_8F1D83ADCC1AC94186A867BEE9B7D91306D63141PEXCVZYM13corpo_--

From pthubert@cisco.com  Wed May 29 00:51:13 2013
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From: "Pascal Thubert (pthubert)" 
To: "dominique.barthel@orange.com" , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: G-MPLS, implicit labeling, multiple tracks through one cell
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References: <27512_1369752557_51A4C3ED_27512_1846_34_8F1D83ADCC1AC94186A867BEE9B7D91306D5CFAB@PEXCVZYM13.corporate.adroot.infra.ftgroup>  <28122_1369810274_51A5A562_28122_2739_1_8F1D83ADCC1AC94186A867BEE9B7D91306D63141@PEXCVZYM13.corporate.adroot.infra.ftgroup>
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Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cell
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--_000_E045AECD98228444A58C61C200AE1BD841300136xmbrcdx01ciscoc_
Content-Type: text/plain; charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable

Hello Dominique:

The traditional Virtual circuit is actually a water tight pipe end to end. =
My mind image of a track is the same. Thus traffic from B cannot be merged =
into the A to U track.
I love the idea of merging flows like 1 to u and B to U in a many to one co=
nverging channel but even then you enter the world of statistical mux and Q=
oS.

The case you represent does not use tracks at all. We'll have a bundle of c=
ells off any router that can be used unicast or multicast, some of the latt=
er probably reserved for a particular neighbor.
Packets received over such cell will not be G-MPLS switched. They will be p=
unted to layer 3 through the 6LoWPAN sublayer. L3 will device either to rou=
te them or deliver locally (punt to L4) when this node is the destination.

In the former case, the packet will go down the stack again through the 6Lo=
WPAN layer and the 6TUS sublayer will determine which bundle of cells can b=
e used to reach the next hop router. You'll note that in this case, we cann=
ot route fragments so IP packets would have to be reassembled at every hop.=
 This is what the fragment forwarding and recovery draft is still useful. W=
ith that draft, the first frag installs forwarding states within the 6LoWPA=
N sublayer for the next fragments based on an explicit label placed in the =
6LoWPAN datagram identifier.

We need a picture!!!

Cheers,

Pascal

From: dominique.barthel@orange.com [mailto:dominique.barthel@orange.com]
Sent: mercredi 29 mai 2013 08:51
To: Pascal Thubert (pthubert); 6tsch@ietf.org
Subject: RE: G-MPLS, implicit labeling, multiple tracks through one cell

Hello Pascal,

Actually, I meant the following situation: one flow goes from A to U on tra=
ck A-X-Y-U, another flow goes from B to V on track B-X-Y-V.
The two flows can't use the same cell between X and Y because Y has no way =
of telling them apart.
Correct?
Thanks

Dominique

De : Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
Envoy=E9 : mardi 28 mai 2013 18:29
=C0 : BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org
Objet : RE: G-MPLS, implicit labeling, multiple tracks through one cell

Hello Dominique:

The Time slot based "G-MPLS" forwarding will not look at the flow label so =
it does not care whether it is one or multiple flows that get ijected in th=
e time slots.
What you will get is a regular transmit opportunity from A to B.
How the source fills it is its business (one or more flows from A to B), bu=
t it is not elastic so if the flows collide at some point there might be dr=
ops or latency added before a frame is placed in a track.
Once the frame is on track, it will follow each hop as scheduled.

I think we agree...

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of dominique.barthel@orange.com
Sent: mardi 28 mai 2013 16:49
To: 6tsch@ietf.org
Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cel=
l

Hello all,

Disclaimer:
I'm no expert in label switching. Please bear with me.
This mail will at least have the benefit of documenting the question and th=
e answer.


Context:
I understand that the 15.4.e cell on which a frame was received by a node c=
an be considered an implicit label. Therefore, we can avoid the overhead of=
 explicitly carrying the label in the frame. Great!

Question:
If we have multiple tracks going through neighbor nodes X and Y, and suppos=
ing that their aggregated flow happily fits the data rate provided by one c=
ell, wouldn't we like to be able to multiplex them onto the same cell in or=
der to save on the wake-up/carrier_sense energy cost?
Am I right in saying that we, the 6tsch group, decided to forego the energy=
 saving of multiplexing several tracks on one cell in return for the energy=
 saving of not carrying the label in-band?
Did I miss anything?

Thanks

Dominique

___________________________________________________________________________=
______________________________________________



Ce message et ses pieces jointes peuvent contenir des informations confiden=
tielles ou privilegiees et ne doivent donc

pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu=
 ce message par erreur, veuillez le signaler

a l'expediteur et le detruire ainsi que les pieces jointes. Les messages el=
ectroniques etant susceptibles d'alteration,

France Telecom - Orange decline toute responsabilite si ce message a ete al=
tere, deforme ou falsifie. Merci.



This message and its attachments may contain confidential or privileged inf=
ormation that may be protected by law;

they should not be distributed, used or copied without authorisation.

If you have received this email in error, please notify the sender and dele=
te this message and its attachments.

As emails may be altered, France Telecom - Orange is not liable for message=
s that have been modified, changed or falsified.

Thank you.

___________________________________________________________________________=
______________________________________________



Ce message et ses pieces jointes peuvent contenir des informations confiden=
tielles ou privilegiees et ne doivent donc

pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu=
 ce message par erreur, veuillez le signaler

a l'expediteur et le detruire ainsi que les pieces jointes. Les messages el=
ectroniques etant susceptibles d'alteration,

France Telecom - Orange decline toute responsabilite si ce message a ete al=
tere, deforme ou falsifie. Merci.



This message and its attachments may contain confidential or privileged inf=
ormation that may be protected by law;

they should not be distributed, used or copied without authorisation.

If you have received this email in error, please notify the sender and dele=
te this message and its attachments.

As emails may be altered, France Telecom - Orange is not liable for message=
s that have been modified, changed or falsified.

Thank you.

--_000_E045AECD98228444A58C61C200AE1BD841300136xmbrcdx01ciscoc_
Content-Type: text/html; charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable











Hello Dominique:


 


The traditional Virtua=
l circuit is actually a water tight pipe end to end. My mind image of a tra=
ck is the same. Thus traffic from B cannot be merged into the A to U track.



I love the idea of mer=
ging flows like 1 to u and B to U in a many to one converging channel but e=
ven then you enter the world of statistical mux and QoS.<=
/p>

 


The case you represent=
 does not use tracks at all. We’ll have a bundle of cells off any rou=
ter that can be used unicast or multicast, some of the latter probably rese=
rved for a particular neighbor.


Packets received over =
such cell will not be G-MPLS switched. They will be punted to layer 3 throu=
gh the 6LoWPAN sublayer. L3 will device either to route them or deliver loc=
ally (punt to L4) when this node is
 the destination. 


 


In the former case, th=
e packet will go down the stack again through the 6LoWPAN layer and the 6TU=
S sublayer will determine which bundle of cells can be used to reach the ne=
xt hop router. You’ll note that in this
 case, we cannot route fragments so IP packets would have to be reassembled=
 at every hop. This is what the fragment forwarding and recovery draft is s=
till useful. With that draft, the first frag installs forwarding states wit=
hin the 6LoWPAN sublayer for the
 next fragments based on an explicit label placed in the 6LoWPAN datagram i=
dentifier.


 


We need a picture!!!


 


Cheers,


 




Pascal




 






From: dominiqu=
e.barthel@orange.com [mailto:dominique.barthel@orange.com]


Sent: mercredi 29 mai 2013 08:51

To: Pascal Thubert (pthubert); 6tsch@ietf.org

Subject: RE: G-MPLS, implicit labeling, multiple tracks through one =
cell






 


Hello Pasc=
al,


 


Actually, I meant the =
following situation: one flow goes from A to U on track A-X-Y-U, another fl=
ow goes from B to V on track B-X-Y-V.


The two flows can̵=
7;t use the same cell between X and Y because Y has no way of telling them =
apart.


Correct?

Thanks


 


Dominique


 






De : Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]


Envoy=E9 : mardi 28 mai 2013 18:29

=C0 : BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org

Objet : RE: G-MPLS, implicit labeling, multiple tracks through =
one cell






 


Hello Dominique:


 


The Time slot based &#=
8220;G-MPLS” forwarding will not look at the flow label so it does no=
t care whether it is one or multiple flows that get ijected in the time slo=
ts.


What you will get is a=
 regular transmit opportunity from A to B.



How the source fills i=
t is its business (one or more flows from A to B), but it is not elastic so=
 if the flows collide at some point there might be drops or latency added b=
efore a frame is placed in a track.


Once the frame is on t=
rack, it will follow each hop as scheduled.


 


I think we agree…=
; 


 




Pascal




 






From:
6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of dominiq=
ue.barthel@orange.com

Sent: mardi 28 mai 2013 16:49

To: 6tsch@ietf.org

Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through =
one cell






 


Hello all,


 


Disclaimer:


I’m no expert in label switching. Please bear =
with me.


This mail will at least have the benefit of document=
ing the question and the answer.


 


 


Context:


I understand that the 15.4.e cell on which a frame w=
as received by a node can be considered an implicit label. Therefore, we ca=
n avoid the overhead of explicitly carrying the label in the frame. Great!<=
span lang=3D"FR">


 


Question:


If we have multiple tracks going through neighbor no=
des X and Y, and supposing that their aggregated flow happily fits the data=
 rate provided by one cell, wouldn’t we like to be able to multiplex =
them onto the same cell in order to save
 on the wake-up/carrier_sense energy cost?


Am I right in saying that we, the 6tsch group, decid=
ed to forego the energy saving of multiplexing several tracks on one cell i=
n return for the energy saving of not carrying the label in-band?


Did I miss anything?


 


Thanks


 


Dominique


________________________________________________________________=
_________________________________________________________=



 


Ce message et ses pieces jointes peuvent contenir des informatio=
ns confidentielles ou privilegiees et ne doivent donc

pas etre diffuses, exploites ou copies sans autorisation. Si vou=
s avez recu ce message par erreur, veuillez le signaler

a l'expediteur et le detruire ainsi que les pieces jointes. Les =
messages electroniques etant susceptibles d'alteration,

France Telecom - Orange decline toute responsabilite si ce messa=
ge a ete altere, deforme ou falsifie. Merci.


 


This message and its attachments may contain confidential or pri=
vileged information that may be protected by law;


they should not be distributed, used or copied without authorisa=
tion.


If you have received this email in error, please notify the send=
er and delete this message and its attachments.


As emails may be altered, France Telecom - Orange is not liable =
for messages that have been modified, changed or falsified.


Thank you.


________________________________________________________________=
_________________________________________________________=



 


Ce message et ses pieces jointes peuvent contenir des informatio=
ns confidentielles ou privilegiees et ne doivent donc

pas etre diffuses, exploites ou copies sans autorisation. Si vou=
s avez recu ce message par erreur, veuillez le signaler

a l'expediteur et le detruire ainsi que les pieces jointes. Les =
messages electroniques etant susceptibles d'alteration,

France Telecom - Orange decline toute responsabilite si ce messa=
ge a ete altere, deforme ou falsifie. Merci.


 


This message and its attachments may contain confidential or pri=
vileged information that may be protected by law;


they should not be distributed, used or copied without authorisa=
tion.


If you have received this email in error, please notify the send=
er and delete this message and its attachments.


As emails may be altered, France Telecom - Orange is not liable =
for messages that have been modified, changed or falsified.


Thank you.






--_000_E045AECD98228444A58C61C200AE1BD841300136xmbrcdx01ciscoc_--

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From: Thomas Watteyne 
Date: Wed, 29 May 2013 10:23:58 -0700
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Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cell
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Would you agree that the issue you are bringing up is equivalent to the
statement that, with purely implicit labels, only fan-in is possible, not
fan-out.

A --           --> D
     \       /
      =3D> C =3D
      /       \
B --           --> E

That is, given the following flows around mote C (and with the assumption
that both incoming and outgoing flows share the same cells), it is possible
to have A->C and B->C (e.g. fan-in), but not C->D and C->E.

The core issue you're raising is that there is a trade-off between
installing LSTs (Label Switching Tracks) and energy consumption. That is,
if you install water-tight pipes for all flows, you will waste energy if
data isn't flowing through those pipes, since nodes along those tracks will
be idle listening.

This might be a far-fetched, so please bear with me, but I see some
relationship between the problem you're raising and the use of CIR
(Committed Information Rate), EIR (Excess) and PIR (Peak) typically found
in protocols such as Frame Relay. These are used to limit under-use of
bandwidth, whereas we're more interested in not wasting energy, but the
problem can be described very similarly (I think). Now this only brings
more questions, since, to have this type of behavior, excess packets (i.e.
about the CIR) need to flow from the LST into some other bandwidth. Not
sure whether we want to go there.

Thomas


On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pthubert) <
pthubert@cisco.com> wrote:

>  Hello Dominique:****
>
> ** **
>
> The traditional Virtual circuit is actually a water tight pipe end to end=
.
> My mind image of a track is the same. Thus traffic from B cannot be merge=
d
> into the A to U track. ****
>
> I love the idea of merging flows like 1 to u and B to U in a many to one
> converging channel but even then you enter the world of statistical mux a=
nd
> QoS.****
>
> ** **
>
> The case you represent does not use tracks at all. We=92ll have a bundle =
of
> cells off any router that can be used unicast or multicast, some of the
> latter probably reserved for a particular neighbor.****
>
> Packets received over such cell will not be G-MPLS switched. They will be
> punted to layer 3 through the 6LoWPAN sublayer. L3 will device either to
> route them or deliver locally (punt to L4) when this node is the
> destination. ****
>
> ** **
>
> In the former case, the packet will go down the stack again through the
> 6LoWPAN layer and the 6TUS sublayer will determine which bundle of cells
> can be used to reach the next hop router. You=92ll note that in this case=
, we
> cannot route fragments so IP packets would have to be reassembled at ever=
y
> hop. This is what the fragment forwarding and recovery draft is still
> useful. With that draft, the first frag installs forwarding states within
> the 6LoWPAN sublayer for the next fragments based on an explicit label
> placed in the 6LoWPAN datagram identifier.****
>
> ** **
>
> We need a picture!!!****
>
> ** **
>
> Cheers,****
>
> ** **
>
> Pascal****
>
> ** **
>
> *From:* dominique.barthel@orange.com [mailto:dominique.barthel@orange.com=
]
>
> *Sent:* mercredi 29 mai 2013 08:51
> *To:* Pascal Thubert (pthubert); 6tsch@ietf.org
> *Subject:* RE: G-MPLS, implicit labeling, multiple tracks through one cel=
l
> ****
>
> ** **
>
> Hello Pascal,****
>
>  ****
>
> Actually, I meant the following situation: one flow goes from A to U on
> track A-X-Y-U, another flow goes from B to V on track B-X-Y-V.****
>
> The two flows can=92t use the same cell between X and Y because Y has no =
way
> of telling them apart.****
>
> Correct?
> Thanks****
>
>  ****
>
> Dominique****
>
>  ****
>
> *De :* Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
>
> *Envoy=E9 :* mardi 28 mai 2013 18:29
> *=C0 :* BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org
> *Objet :* RE: G-MPLS, implicit labeling, multiple tracks through one cell=
*
> ***
>
>  ****
>
> Hello Dominique:****
>
>  ****
>
> The Time slot based =93G-MPLS=94 forwarding will not look at the flow lab=
el so
> it does not care whether it is one or multiple flows that get ijected in
> the time slots.****
>
> What you will get is a regular transmit opportunity from A to B. ****
>
> How the source fills it is its business (one or more flows from A to B),
> but it is not elastic so if the flows collide at some point there might b=
e
> drops or latency added before a frame is placed in a track.****
>
> Once the frame is on track, it will follow each hop as scheduled.****
>
>  ****
>
> I think we agree=85 ****
>
>  ****
>
> Pascal****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *dominique.barthel@orange.com
> *Sent:* mardi 28 mai 2013 16:49
> *To:* 6tsch@ietf.org
> *Subject:* [6tsch] G-MPLS, implicit labeling, multiple tracks through one
> cell****
>
>  ****
>
> Hello all,****
>
>  ****
>
> Disclaimer:****
>
> I=92m no expert in label switching. Please bear with me.****
>
> This mail will at least have the benefit of documenting the question and
> the answer.****
>
>  ****
>
>  ****
>
> Context:****
>
> I understand that the 15.4.e cell on which a frame was received by a node
> can be considered an implicit label. Therefore, we can avoid the overhead
> of explicitly carrying the label in the frame. Great!****
>
>  ****
>
> Question:****
>
> If we have multiple tracks going through neighbor nodes X and Y, and
> supposing that their aggregated flow happily fits the data rate provided =
by
> one cell, wouldn=92t we like to be able to multiplex them onto the same c=
ell
> in order to save on the wake-up/carrier_sense energy cost?****
>
> Am I right in saying that we, the 6tsch group, decided to forego the
> energy saving of multiplexing several tracks on one cell in return for th=
e
> energy saving of not carrying the label in-band?****
>
> Did I miss anything?****
>
>  ****
>
> Thanks****
>
>  ****
>
> Dominique****
>
> _________________________________________________________________________=
________________________________________________****
>
>  ****
>
> Ce message et ses pieces jointes peuvent contenir des informations confid=
entielles ou privilegiees et ne doivent donc****
>
> pas etre diffuses, exploites ou copies sans autorisation. Si vous avez re=
cu ce message par erreur, veuillez le signaler****
>
> a l'expediteur et le detruire ainsi que les pieces jointes. Les messages =
electroniques etant susceptibles d'alteration,****
>
> France Telecom - Orange decline toute responsabilite si ce message a ete =
altere, deforme ou falsifie. Merci.****
>
>  ****
>
> This message and its attachments may contain confidential or privileged i=
nformation that may be protected by law;****
>
> they should not be distributed, used or copied without authorisation.****
>
> If you have received this email in error, please notify the sender and de=
lete this message and its attachments.****
>
> As emails may be altered, France Telecom - Orange is not liable for messa=
ges that have been modified, changed or falsified.****
>
> Thank you.****
>
> _________________________________________________________________________=
________________________________________________****
>
> ** **
>
> Ce message et ses pieces jointes peuvent contenir des informations confid=
entielles ou privilegiees et ne doivent donc****
>
> pas etre diffuses, exploites ou copies sans autorisation. Si vous avez re=
cu ce message par erreur, veuillez le signaler****
>
> a l'expediteur et le detruire ainsi que les pieces jointes. Les messages =
electroniques etant susceptibles d'alteration,****
>
> France Telecom - Orange decline toute responsabilite si ce message a ete =
altere, deforme ou falsifie. Merci.****
>
> ** **
>
> This message and its attachments may contain confidential or privileged i=
nformation that may be protected by law;****
>
> they should not be distributed, used or copied without authorisation.****
>
> If you have received this email in error, please notify the sender and de=
lete this message and its attachments.****
>
> As emails may be altered, France Telecom - Orange is not liable for messa=
ges that have been modified, changed or falsified.****
>
> Thank you.****
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch

 

--047d7b15aba9dfd27a04dddea60d
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Would you agree that the issue you are bringing up is=
 equivalent to the statement that, with purely implicit labels, only fan-in=
 is possible, not fan-out.



A -- =A0 =A0 =A0 =A0 =A0 -=
-> D
=A0 =A0 =A0\=
 =A0 =A0 =A0 /
=A0 =
=A0 =A0 =3D> C =3D




=A0 =A0 =A0/ =A0 =A0 =A0 \
B -- =A0 =A0 =A0 =A0 =A0 -->=
; E

That is, given the following flows arou=
nd mote C (and with the assumption that both incoming and outgoing flows sh=
are the same cells), it is possible to have A->C and B->C (e.g. fan-i=
n), but not C->D and C->E.





The core issue you're raising is that there is a tr=
ade-off between installing LSTs (Label Switching Tracks) and energy consump=
tion. That is, if you install water-tight pipes for all flows, you will was=
te energy if data isn't flowing through those pipes, since nodes along =
those tracks will be idle listening.





This might be a far-fetched, so please bear with me, bu=
t I see some relationship between the problem you're raising and the us=
e of CIR (Committed Information Rate), EIR (Excess) and PIR (Peak) typicall=
y found in protocols such as Frame Relay. These are used to limit under-use=
 of bandwidth, whereas we're more interested in not wasting energy, but=
 the problem can be described very similarly (I think). Now this only bring=
s more questions, since, to have this type of behavior, excess packets (i.e=
. about the CIR) need to flow from the LST into some other bandwidth. Not s=
ure whether we want to go there.





Thomas


On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (=
pthubert) <pthubert@cisco.com> wrote:















Hello Dominique:


=A0


The traditional Virtua=
l circuit is actually a water tight pipe end to end. My mind image of a tra=
ck is the same. Thus traffic from B cannot be merged into the A to U track.



I love the idea of mer=
ging flows like 1 to u and B to U in a many to one converging channel but e=
ven then you enter the world of statistical mux and QoS.





=A0


The case you represent=
 does not use tracks at all. We=92ll have a bundle of cells off any router =
that can be used unicast or multicast, some of the latter probably reserved=
 for a particular neighbor.





Packets received over =
such cell will not be G-MPLS switched. They will be punted to layer 3 throu=
gh the 6LoWPAN sublayer. L3 will device either to route them or deliver loc=
ally (punt to L4) when this node is
 the destination. 


=A0


In the former case, th=
e packet will go down the stack again through the 6LoWPAN layer and the 6TU=
S sublayer will determine which bundle of cells can be used to reach the ne=
xt hop router. You=92ll note that in this
 case, we cannot route fragments so IP packets would have to be reassembled=
 at every hop. This is what the fragment forwarding and recovery draft is s=
till useful. With that draft, the first frag installs forwarding states wit=
hin the 6LoWPAN sublayer for the
 next fragments based on an explicit label placed in the 6LoWPAN datagram i=
dentifier.


=A0


We need a picture!!!


=A0


Cheers,<=
/span>


=A0




Pascal<=
/u>




=A0






From: dominique.barthe=
l@orange.com [mailto:dominique.barthel@orange.com]


Sent: mercredi 29 mai 2013 08:51

To: Pascal Thubert (pthubert); 6tsch@ietf.org

Subject: RE: G-MPLS, implicit labeling, multiple tracks through one =
cell






=A0


Hello Pasc=
al,


=A0=



Actually, I meant the =
following situation: one flow goes from A to U on track A-X-Y-U, another fl=
ow goes from B to V on track B-X-Y-V.





The two flows can=92t =
use the same cell between X and Y because Y has no way of telling them apar=
t.


Correct?

Thanks


=A0


Dominique


=A0






De=A0: Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]


Envoy=E9=A0: mardi 28 mai 2013 18:29

=C0=A0: BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org

Objet=A0: RE: G-MPLS, implicit labeling, multiple tracks through one=
 cell






=A0


Hello Dominique:


=A0


The Time slot based =
=93G-MPLS=94 forwarding will not look at the flow label so it does not care=
 whether it is one or multiple flows that get ijected in the time slots.





What you will get is a=
 regular transmit opportunity from A to B.



How the source fills i=
t is its business (one or more flows from A to B), but it is not elastic so=
 if the flows collide at some point there might be drops or latency added b=
efore a frame is placed in a track.<=
/span>





Once the frame is on t=
rack, it will follow each hop as scheduled.=



=A0


I think we agree=85 


=A0




Pascal




=A0






From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of dominique.barthel@orange.com

Sent: mardi 28 mai 2013 16:49

To: 6tsch@ietf.o=
rg

Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through =
one cell






=A0


Hello all,

=A0


Disclaimer:

I=92m no expert in label switching. Please bear with=
 me.


This mail will at least have the benefit of document=
ing the question and the answer.


=A0


=A0


Context:


I understand that the 15.4.e cell on which a frame w=
as received by a node can be considered an implicit label. Therefore, we ca=
n avoid the overhead of explicitly carrying the label in the frame. Great!<=
span lang=3D"FR">





=A0


Question:


If we have multiple tracks going through neighbor no=
des X and Y, and supposing that their aggregated flow happily fits the data=
 rate provided by one cell, wouldn=92t we like to be able to multiplex them=
 onto the same cell in order to save
 on the wake-up/carrier_sense energy cost?<=
/span>


Am I right in saying that we, the 6tsch group, decid=
ed to forego the energy saving of multiplexing several tracks on one cell i=
n return for the energy saving of not carrying the label in-band?





Did I miss anything?=



=A0


Thanks


=A0


Dominique


________________________________________________________________=
_________________________________________________________





=A0


Ce message et ses pieces jointes peuvent contenir des informatio=
ns confidentielles ou privilegiees et ne doivent donc<=
/pre>




pas etre diffuses, exploites ou copies sans autorisation. Si vou=
s avez recu ce message par erreur, veuillez le signaler





a l'expediteur et le detruire ainsi que les pieces jointes. =
Les messages electroniques etant susceptibles d'alteration,





France Telecom - Orange decline toute responsabilite si ce messa=
ge a ete altere, deforme ou falsifie. Merci.


=A0


This message and its attachments may contain confidential or pri=
vileged information that may be protected by law;




they should not be distributed, used or copied without authorisa=
tion.


If you have received this email in error, please notify the send=
er and delete this message and its attachments.





As emails may be altered, France Telecom - Orange is not liable =
for messages that have been modified, changed or falsified.





Thank you.


________________________________________________________________=
_________________________________________________________





=A0


Ce message et ses pieces jointes peuvent contenir des informatio=
ns confidentielles ou privilegiees et ne doivent donc<=
/pre>




pas etre diffuses, exploites ou copies sans autorisation. Si vou=
s avez recu ce message par erreur, veuillez le signaler





a l'expediteur et le detruire ainsi que les pieces jointes. =
Les messages electroniques etant susceptibles d'alteration,





France Telecom - Orange decline toute responsabilite si ce messa=
ge a ete altere, deforme ou falsifie. Merci.


=A0


This message and its attachments may contain confidential or pri=
vileged information that may be protected by law;




they should not be distributed, used or copied without authorisa=
tion.


If you have received this email in error, please notify the send=
er and delete this message and its attachments.





As emails may be altered, France Telecom - Orange is not liable =
for messages that have been modified, changed or falsified.





Thank you.







_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch





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Content-Type: multipart/alternative; boundary="------------080708050107060305020503"
Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cell
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The key point here is that we are assuming that C can have a RX shared 
link from A and B and then C can either send to D and E in another slot. 
What is the benefit of that? Is it a general case? Why not having two 
cells at C one that receives from A and another that receives from B 
then transmission from C to D will happen in a cell and C to E in another.

for example node C switching table

in      out
1(A)   3(D)    -- receives at slot 1 from A and sends out at slot 3 to D
2(B)   4(E)     -- receives at slot 2 from B and sends out at slot 4 to E

In case we want to be able to send cross flows, i.e use D for a flow 
from B we can add more entries on the table and assign priorities

in      out     prio
1(A)   3(D)     1
2(B)   4(E)     1
1(A)   4(E)     2
2(B)   2(D)     2


Of course if the data rate is slower than the slotframe length*time of 
each slot then we will have idle listening at C.

Is that what you have in mind?
X

Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:
> Would you agree that the issue you are bringing up is equivalent to 
> the statement that, with purely implicit labels, only fan-in is 
> possible, not fan-out.
>
> A --           --> D
>      \       /
>       => C =
>      /       \
> B --           --> E
>
> That is, given the following flows around mote C (and with the 
> assumption that both incoming and outgoing flows share the same 
> cells), it is possible to have A->C and B->C (e.g. fan-in), but not 
> C->D and C->E.
>
> The core issue you're raising is that there is a trade-off between 
> installing LSTs (Label Switching Tracks) and energy consumption. That 
> is, if you install water-tight pipes for all flows, you will waste 
> energy if data isn't flowing through those pipes, since nodes along 
> those tracks will be idle listening.
>
> This might be a far-fetched, so please bear with me, but I see some 
> relationship between the problem you're raising and the use of CIR 
> (Committed Information Rate), EIR (Excess) and PIR (Peak) typically 
> found in protocols such as Frame Relay. These are used to limit 
> under-use of bandwidth, whereas we're more interested in not wasting 
> energy, but the problem can be described very similarly (I think). Now 
> this only brings more questions, since, to have this type of behavior, 
> excess packets (i.e. about the CIR) need to flow from the LST into 
> some other bandwidth. Not sure whether we want to go there.
>
> Thomas
>
>
> On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pthubert) 
> > wrote:
>
>     Hello Dominique:
>
>     The traditional Virtual circuit is actually a water tight pipe end
>     to end. My mind image of a track is the same. Thus traffic from B
>     cannot be merged into the A to U track.
>
>     I love the idea of merging flows like 1 to u and B to U in a many
>     to one converging channel but even then you enter the world of
>     statistical mux and QoS.
>
>     The case you represent does not use tracks at all. We'll have a
>     bundle of cells off any router that can be used unicast or
>     multicast, some of the latter probably reserved for a particular
>     neighbor.
>
>     Packets received over such cell will not be G-MPLS switched. They
>     will be punted to layer 3 through the 6LoWPAN sublayer. L3 will
>     device either to route them or deliver locally (punt to L4) when
>     this node is the destination.
>
>     In the former case, the packet will go down the stack again
>     through the 6LoWPAN layer and the 6TUS sublayer will determine
>     which bundle of cells can be used to reach the next hop router.
>     You'll note that in this case, we cannot route fragments so IP
>     packets would have to be reassembled at every hop. This is what
>     the fragment forwarding and recovery draft is still useful. With
>     that draft, the first frag installs forwarding states within the
>     6LoWPAN sublayer for the next fragments based on an explicit label
>     placed in the 6LoWPAN datagram identifier.
>
>     We need a picture!!!
>
>     Cheers,
>
>     Pascal
>
>     *From:*dominique.barthel@orange.com
>     
>     [mailto:dominique.barthel@orange.com
>     ]
>     *Sent:* mercredi 29 mai 2013 08:51
>     *To:* Pascal Thubert (pthubert); 6tsch@ietf.org
>     
>     *Subject:* RE: G-MPLS, implicit labeling, multiple tracks through
>     one cell
>
>     Hello Pascal,
>
>     Actually, I meant the following situation: one flow goes from A to
>     U on track A-X-Y-U, another flow goes from B to V on track B-X-Y-V.
>
>     The two flows can't use the same cell between X and Y because Y
>     has no way of telling them apart.
>
>     Correct?
>     Thanks
>
>     Dominique
>
>     *De :*Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
>     *Envoyé :* mardi 28 mai 2013 18:29
>     *À :* BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org
>     
>     *Objet :* RE: G-MPLS, implicit labeling, multiple tracks through
>     one cell
>
>     Hello Dominique:
>
>     The Time slot based "G-MPLS" forwarding will not look at the flow
>     label so it does not care whether it is one or multiple flows that
>     get ijected in the time slots.
>
>     What you will get is a regular transmit opportunity from A to B.
>
>     How the source fills it is its business (one or more flows from A
>     to B), but it is not elastic so if the flows collide at some point
>     there might be drops or latency added before a frame is placed in
>     a track.
>
>     Once the frame is on track, it will follow each hop as scheduled.
>
>     I think we agree...
>
>     Pascal
>
>     *From:*6tsch-bounces@ietf.org 
>     [mailto:6tsch-bounces@ietf.org] *On Behalf Of
>     *dominique.barthel@orange.com 
>     *Sent:* mardi 28 mai 2013 16:49
>     *To:* 6tsch@ietf.org 
>     *Subject:* [6tsch] G-MPLS, implicit labeling, multiple tracks
>     through one cell
>
>     Hello all,
>
>     Disclaimer:
>
>     I'm no expert in label switching. Please bear with me.
>
>     This mail will at least have the benefit of documenting the
>     question and the answer.
>
>     Context:
>
>     I understand that the 15.4.e cell on which a frame was received by
>     a node can be considered an implicit label. Therefore, we can
>     avoid the overhead of explicitly carrying the label in the frame.
>     Great!
>
>     Question:
>
>     If we have multiple tracks going through neighbor nodes X and Y,
>     and supposing that their aggregated flow happily fits the data
>     rate provided by one cell, wouldn't we like to be able to
>     multiplex them onto the same cell in order to save on the
>     wake-up/carrier_sense energy cost?
>
>     Am I right in saying that we, the 6tsch group, decided to forego
>     the energy saving of multiplexing several tracks on one cell in
>     return for the energy saving of not carrying the label in-band?
>
>     Did I miss anything?
>
>     Thanks
>
>     Dominique
>
>     _________________________________________________________________________________________________________________________
>
>       
>
>     Ce message et ses pieces jointes peuvent contenir des informations confidentielles ou privilegiees et ne doivent donc
>
>     pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu ce message par erreur, veuillez le signaler
>
>     a l'expediteur et le detruire ainsi que les pieces jointes. Les messages electroniques etant susceptibles d'alteration,
>
>     France Telecom - Orange decline toute responsabilite si ce message a ete altere, deforme ou falsifie. Merci.
>
>       
>
>     This message and its attachments may contain confidential or privileged information that may be protected by law;
>
>     they should not be distributed, used or copied without authorisation.
>
>     If you have received this email in error, please notify the sender and delete this message and its attachments.
>
>     As emails may be altered, France Telecom - Orange is not liable for messages that have been modified, changed or falsified.
>
>     Thank you.
>
>     _________________________________________________________________________________________________________________________
>
>       
>
>     Ce message et ses pieces jointes peuvent contenir des informations confidentielles ou privilegiees et ne doivent donc
>
>     pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu ce message par erreur, veuillez le signaler
>
>     a l'expediteur et le detruire ainsi que les pieces jointes. Les messages electroniques etant susceptibles d'alteration,
>
>     France Telecom - Orange decline toute responsabilite si ce message a ete altere, deforme ou falsifie. Merci.
>
>       
>
>     This message and its attachments may contain confidential or privileged information that may be protected by law;
>
>     they should not be distributed, used or copied without authorisation.
>
>     If you have received this email in error, please notify the sender and delete this message and its attachments.
>
>     As emails may be altered, France Telecom - Orange is not liable for messages that have been modified, changed or falsified.
>
>     Thank you.
>
>
>     _______________________________________________
>     6tsch mailing list
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>     https://www.ietf.org/mailman/listinfo/6tsch
>
> 
>
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> https://www.ietf.org/mailman/listinfo/6tsch


--------------080708050107060305020503
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit


  
    
  
  
    
The key point here is that we are
      assuming that C can have a RX shared link from A and B and then C
      can either send to D and E in another slot. What is the benefit of
      that? Is it a general case? Why not having two cells at C one that
      receives from A and another that receives from B then transmission
      from C to D will happen in a cell and C to E in another.

      

      for example node C switching table

      

      in      out

      1(A)   3(D)    -- receives at slot 1 from A and sends out at slot
      3 to D

      2(B)   4(E)     -- receives at slot 2 from B and sends out at slot
      4 to E

      

      In case we want to be able to send cross flows, i.e use D for a
      flow from B we can add more entries on the table and assign
      priorities

      

      in      out     prio

      1(A)   3(D)     1

      2(B)   4(E)     1

      1(A)   4(E)     2

      2(B)   2(D)     2

      

      

      Of course if the data rate is slower than the slotframe
      length*time of each slot then we will have idle listening at C. 

      

      Is that what you have in mind?

      X 

      

      Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:

    

    

      

        
Would you agree that the issue you are bringing up is
          equivalent to the statement that, with purely implicit labels,
          only fan-in is possible, not fan-out.

        

        


        

        
A --           --> D

        
     \       /

        
      => C =

        

               /       \

        
B --           --> E

        


        

        
That is, given the following flows around mote C (and with
          the assumption that both incoming and outgoing flows share the
          same cells), it is possible to have A->C and B->C (e.g.
          fan-in), but not C->D and C->E.

        


        

        
The core issue you're raising is that there is a trade-off
          between installing LSTs (Label Switching Tracks) and energy
          consumption. That is, if you install water-tight pipes for all
          flows, you will waste energy if data isn't flowing through
          those pipes, since nodes along those tracks will be idle
          listening.

        


        

        
This might be a far-fetched, so please bear with me, but I
          see some relationship between the problem you're raising and
          the use of CIR (Committed Information Rate), EIR (Excess) and
          PIR (Peak) typically found in protocols such as Frame Relay.
          These are used to limit under-use of bandwidth, whereas we're
          more interested in not wasting energy, but the problem can be
          described very similarly (I think). Now this only brings more
          questions, since, to have this type of behavior, excess
          packets (i.e. about the CIR) need to flow from the LST into
          some other bandwidth. Not sure whether we want to go there.

        

        


        

        
Thomas

        


          

          
On Wed, May 29, 2013 at 12:50 AM,
            Pascal Thubert (pthubert) <pthubert@cisco.com> wrote:

            

              

                

                  
Hello Dominique:

                  
 

                  
The
                      traditional Virtual circuit is actually a water
                      tight pipe end to end. My mind image of a track is
                      the same. Thus traffic from B cannot be merged
                      into the A to U track.
                    

                  
I
                      love the idea of merging flows like 1 to u and B
                      to U in a many to one converging channel but even
                      then you enter the world of statistical mux and
                      QoS.

                  
 

                  
The
                      case you represent does not use tracks at all.
                      We’ll have a bundle of cells off any router that
                      can be used unicast or multicast, some of the
                      latter probably reserved for a particular
                      neighbor.

                  
Packets
                      received over such cell will not be G-MPLS
                      switched. They will be punted to layer 3 through
                      the 6LoWPAN sublayer. L3 will device either to
                      route them or deliver locally (punt to L4) when
                      this node is the destination. 

                  
 

                  
In
                      the former case, the packet will go down the stack
                      again through the 6LoWPAN layer and the 6TUS
                      sublayer will determine which bundle of cells can
                      be used to reach the next hop router. You’ll note
                      that in this case, we cannot route fragments so IP
                      packets would have to be reassembled at every hop.
                      This is what the fragment forwarding and recovery
                      draft is still useful. With that draft, the first
                      frag installs forwarding states within the 6LoWPAN
                      sublayer for the next fragments based on an
                      explicit label placed in the 6LoWPAN datagram
                      identifier.

                  
 

                  
We
                      need a picture!!!

                  
 

                  
Cheers,

                  
 

                  

                    
Pascal

                  

                  
 

                  

                    

                      
From:
                          dominique.barthel@orange.com
                          [mailto:dominique.barthel@orange.com]
                          

                          Sent: mercredi 29 mai 2013 08:51

                          To: Pascal Thubert (pthubert); 6tsch@ietf.org

                          Subject: RE: G-MPLS, implicit labeling,
                          multiple tracks through one cell

                    

                  

                  

                    

                      
 

                      
Hello Pascal,

                      
 

                      
Actually,
                          I meant the following situation: one flow goes
                          from A to U on track A-X-Y-U, another flow
                          goes from B to V on track B-X-Y-V.

                      
The
                          two flows can’t use the same cell between X
                          and Y because Y has no way of telling them
                          apart.

                      
Correct?

                          Thanks

                      
 

                      
Dominique

                      
 

                      

                        

                          
De : Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
                              

                              Envoyé : mardi 28 mai 2013 18:29

                              À : BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org

                              Objet : RE: G-MPLS, implicit
                              labeling, multiple tracks through one cell

                        

                      

                      
 

                      
Hello
                          Dominique:

                      
 

                      
The
                          Time slot based “G-MPLS” forwarding will not
                          look at the flow label so it does not care
                          whether it is one or multiple flows that get
                          ijected in the time slots.

                      
What
                          you will get is a regular transmit opportunity
                          from A to B.
                        

                      
How
                          the source fills it is its business (one or
                          more flows from A to B), but it is not elastic
                          so if the flows collide at some point there
                          might be drops or latency added before a frame
                          is placed in a track.

                      
Once
                          the frame is on track, it will follow each hop
                          as scheduled.

                      
 

                      
I
                          think we agree… 

                      
 

                      

                        
Pascal

                      

                      
 

                      

                        

                          
From:
                              6tsch-bounces@ietf.org
                              [mailto:6tsch-bounces@ietf.org]
                              On Behalf Of dominique.barthel@orange.com

                              Sent: mardi 28 mai 2013 16:49

                              To: 6tsch@ietf.org

                              Subject: [6tsch] G-MPLS, implicit
                              labeling, multiple tracks through one cell

                        

                      

                      
 

                      
Hello all,

                      
 

                      
Disclaimer:

                      
I’m no expert in label
                        switching. Please bear with me.

                      
This mail will at least have
                        the benefit of documenting the question and the
                        answer.

                      
 

                      
 

                      
Context:

                      
I understand that the 15.4.e
                        cell on which a frame was received by a node can
                        be considered an implicit label. Therefore, we
                        can avoid the overhead of explicitly carrying
                        the label in the frame. Great!

                      
 

                      
Question:

                      
If we have multiple tracks
                        going through neighbor nodes X and Y, and
                        supposing that their aggregated flow happily
                        fits the data rate provided by one cell,
                        wouldn’t we like to be able to multiplex them
                        onto the same cell in order to save on the
                        wake-up/carrier_sense energy cost?

                      
Am I right in saying that we,
                        the 6tsch group, decided to forego the energy
                        saving of multiplexing several tracks on one
                        cell in return for the energy saving of not
                        carrying the label in-band?

                      
Did I miss anything?

                      
 

                      
Thanks

                      
 

                      
Dominique

                      
_________________________________________________________________________________________________________________________

                      
 

                      
Ce message et ses pieces jointes peuvent contenir des informations confidentielles ou privilegiees et ne doivent donc

                      
pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu ce message par erreur, veuillez le signaler

                      
a l'expediteur et le detruire ainsi que les pieces jointes. Les messages electroniques etant susceptibles d'alteration,

                      
France Telecom - Orange decline toute responsabilite si ce message a ete altere, deforme ou falsifie. Merci.

                      
 

                      
This message and its attachments may contain confidential or privileged information that may be protected by law;

                      
they should not be distributed, used or copied without authorisation.

                      
If you have received this email in error, please notify the sender and delete this message and its attachments.

                      
As emails may be altered, France Telecom - Orange is not liable for messages that have been modified, changed or falsified.

                      
Thank you.

                      
_________________________________________________________________________________________________________________________

                      
 

                      
Ce message et ses pieces jointes peuvent contenir des informations confidentielles ou privilegiees et ne doivent donc

                      
pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu ce message par erreur, veuillez le signaler

                      
a l'expediteur et le detruire ainsi que les pieces jointes. Les messages electroniques etant susceptibles d'alteration,

                      
France Telecom - Orange decline toute responsabilite si ce message a ete altere, deforme ou falsifie. Merci.

                      
 

                      
This message and its attachments may contain confidential or privileged information that may be protected by law;

                      
they should not be distributed, used or copied without authorisation.

                      
If you have received this email in error, please notify the sender and delete this message and its attachments.

                      
As emails may be altered, France Telecom - Orange is not liable for messages that have been modified, changed or falsified.

                      
Thank you.

                    

                  

                

              

              

              _______________________________________________

              6tsch mailing list

              6tsch@ietf.org

              https://www.ietf.org/mailman/listinfo/6tsch

          

          
          

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


    

    

  


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Xavi,

I agree that what you have in your e-mail is the normal way of doing
things. The group might decide that this is the only way (e.g.
Pascal's water-tight
pipes), in which case we just use that.

I believe what Dominique brings up (Dominique, please correct me if I'm
wrong), is that with this scheme, there is no cell reuse. So in your case,
C listens twice, once for A and once for B (of course, you can generalize
this to multiple cells, or different frame lengths). If there is no traffic
for A and B, C is wasting energy. Dominique's point is to see whether it's
possible to reuse the same cells at C for data coming from A and B, at the
cost of not having flow independence.

I hope this makes sense,
Thomas


On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana <
xvilajosana@eecs.berkeley.edu> wrote:

>  The key point here is that we are assuming that C can have a RX shared
> link from A and B and then C can either send to D and E in another slot.
> What is the benefit of that? Is it a general case? Why not having two cel=
ls
> at C one that receives from A and another that receives from B then
> transmission from C to D will happen in a cell and C to E in another.
>
> for example node C switching table
>
> in      out
> 1(A)   3(D)    -- receives at slot 1 from A and sends out at slot 3 to D
> 2(B)   4(E)     -- receives at slot 2 from B and sends out at slot 4 to E
>
> In case we want to be able to send cross flows, i.e use D for a flow from
> B we can add more entries on the table and assign priorities
>
> in      out     prio
> 1(A)   3(D)     1
> 2(B)   4(E)     1
> 1(A)   4(E)     2
> 2(B)   2(D)     2
>
>
> Of course if the data rate is slower than the slotframe length*time of
> each slot then we will have idle listening at C.
>
> Is that what you have in mind?
> X
>
> Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:
>
>  Would you agree that the issue you are bringing up is equivalent to the
> statement that, with purely implicit labels, only fan-in is possible, not
> fan-out.
>
>  A --           --> D
>      \       /
>       =3D> C =3D
>       /       \
> B --           --> E
>
>  That is, given the following flows around mote C (and with the
> assumption that both incoming and outgoing flows share the same cells), i=
t
> is possible to have A->C and B->C (e.g. fan-in), but not C->D and C->E.
>
>  The core issue you're raising is that there is a trade-off between
> installing LSTs (Label Switching Tracks) and energy consumption. That is,
> if you install water-tight pipes for all flows, you will waste energy if
> data isn't flowing through those pipes, since nodes along those tracks wi=
ll
> be idle listening.
>
>  This might be a far-fetched, so please bear with me, but I see some
> relationship between the problem you're raising and the use of CIR
> (Committed Information Rate), EIR (Excess) and PIR (Peak) typically found
> in protocols such as Frame Relay. These are used to limit under-use of
> bandwidth, whereas we're more interested in not wasting energy, but the
> problem can be described very similarly (I think). Now this only brings
> more questions, since, to have this type of behavior, excess packets (i.e=
.
> about the CIR) need to flow from the LST into some other bandwidth. Not
> sure whether we want to go there.
>
>  Thomas
>
>
> On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pthubert) <
> pthubert@cisco.com> wrote:
>
>>  Hello Dominique:
>>
>>
>>
>> The traditional Virtual circuit is actually a water tight pipe end to
>> end. My mind image of a track is the same. Thus traffic from B cannot be
>> merged into the A to U track.
>>
>> I love the idea of merging flows like 1 to u and B to U in a many to one
>> converging channel but even then you enter the world of statistical mux =
and
>> QoS.
>>
>>
>>
>> The case you represent does not use tracks at all. We=92ll have a bundle=
 of
>> cells off any router that can be used unicast or multicast, some of the
>> latter probably reserved for a particular neighbor.
>>
>> Packets received over such cell will not be G-MPLS switched. They will b=
e
>> punted to layer 3 through the 6LoWPAN sublayer. L3 will device either to
>> route them or deliver locally (punt to L4) when this node is the
>> destination.
>>
>>
>>
>> In the former case, the packet will go down the stack again through the
>> 6LoWPAN layer and the 6TUS sublayer will determine which bundle of cells
>> can be used to reach the next hop router. You=92ll note that in this cas=
e, we
>> cannot route fragments so IP packets would have to be reassembled at eve=
ry
>> hop. This is what the fragment forwarding and recovery draft is still
>> useful. With that draft, the first frag installs forwarding states withi=
n
>> the 6LoWPAN sublayer for the next fragments based on an explicit label
>> placed in the 6LoWPAN datagram identifier.
>>
>>
>>
>> We need a picture!!!
>>
>>
>>
>> Cheers,
>>
>>
>>
>> Pascal
>>
>>
>>
>> *From:* dominique.barthel@orange.com [mailto:dominique.barthel@orange.co=
m]
>>
>> *Sent:* mercredi 29 mai 2013 08:51
>> *To:* Pascal Thubert (pthubert); 6tsch@ietf.org
>> *Subject:* RE: G-MPLS, implicit labeling, multiple tracks through one
>> cell
>>
>>
>>
>> Hello Pascal,
>>
>>
>>
>> Actually, I meant the following situation: one flow goes from A to U on
>> track A-X-Y-U, another flow goes from B to V on track B-X-Y-V.
>>
>> The two flows can=92t use the same cell between X and Y because Y has no
>> way of telling them apart.
>>
>> Correct?
>> Thanks
>>
>>
>>
>> Dominique
>>
>>
>>
>> *De :* Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
>>
>> *Envoy=E9 :* mardi 28 mai 2013 18:29
>> *=C0 :* BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org
>> *Objet :* RE: G-MPLS, implicit labeling, multiple tracks through one cel=
l
>>
>>
>>
>> Hello Dominique:
>>
>>
>>
>> The Time slot based =93G-MPLS=94 forwarding will not look at the flow la=
bel
>> so it does not care whether it is one or multiple flows that get ijected=
 in
>> the time slots.
>>
>> What you will get is a regular transmit opportunity from A to B.
>>
>> How the source fills it is its business (one or more flows from A to B),
>> but it is not elastic so if the flows collide at some point there might =
be
>> drops or latency added before a frame is placed in a track.
>>
>> Once the frame is on track, it will follow each hop as scheduled.
>>
>>
>>
>> I think we agree=85
>>
>>
>>
>> Pascal
>>
>>
>>
>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-boun=
ces@ietf.org>]
>> *On Behalf Of *dominique.barthel@orange.com
>> *Sent:* mardi 28 mai 2013 16:49
>> *To:* 6tsch@ietf.org
>> *Subject:* [6tsch] G-MPLS, implicit labeling, multiple tracks through
>> one cell
>>
>>
>>
>> Hello all,
>>
>>
>>
>> Disclaimer:
>>
>> I=92m no expert in label switching. Please bear with me.
>>
>> This mail will at least have the benefit of documenting the question and
>> the answer.
>>
>>
>>
>>
>>
>> Context:
>>
>> I understand that the 15.4.e cell on which a frame was received by a nod=
e
>> can be considered an implicit label. Therefore, we can avoid the overhea=
d
>> of explicitly carrying the label in the frame. Great!
>>
>>
>>
>> Question:
>>
>> If we have multiple tracks going through neighbor nodes X and Y, and
>> supposing that their aggregated flow happily fits the data rate provided=
 by
>> one cell, wouldn=92t we like to be able to multiplex them onto the same =
cell
>> in order to save on the wake-up/carrier_sense energy cost?
>>
>> Am I right in saying that we, the 6tsch group, decided to forego the
>> energy saving of multiplexing several tracks on one cell in return for t=
he
>> energy saving of not carrying the label in-band?
>>
>> Did I miss anything?
>>
>>
>>
>> Thanks
>>
>>
>>
>> Dominique
>>
>> ________________________________________________________________________=
_________________________________________________
>>
>>
>>
>> Ce message et ses pieces jointes peuvent contenir des informations confi=
dentielles ou privilegiees et ne doivent donc
>>
>> pas etre diffuses, exploites ou copies sans autorisation. Si vous avez r=
ecu ce message par erreur, veuillez le signaler
>>
>> a l'expediteur et le detruire ainsi que les pieces jointes. Les messages=
 electroniques etant susceptibles d'alteration,
>>
>> France Telecom - Orange decline toute responsabilite si ce message a ete=
 altere, deforme ou falsifie. Merci.
>>
>>
>>
>> This message and its attachments may contain confidential or privileged =
information that may be protected by law;
>>
>> they should not be distributed, used or copied without authorisation.
>>
>> If you have received this email in error, please notify the sender and d=
elete this message and its attachments.
>>
>> As emails may be altered, France Telecom - Orange is not liable for mess=
ages that have been modified, changed or falsified.
>>
>> Thank you.
>>
>> ________________________________________________________________________=
_________________________________________________
>>
>>
>>
>> Ce message et ses pieces jointes peuvent contenir des informations confi=
dentielles ou privilegiees et ne doivent donc
>>
>> pas etre diffuses, exploites ou copies sans autorisation. Si vous avez r=
ecu ce message par erreur, veuillez le signaler
>>
>> a l'expediteur et le detruire ainsi que les pieces jointes. Les messages=
 electroniques etant susceptibles d'alteration,
>>
>> France Telecom - Orange decline toute responsabilite si ce message a ete=
 altere, deforme ou falsifie. Merci.
>>
>>
>>
>> This message and its attachments may contain confidential or privileged =
information that may be protected by law;
>>
>> they should not be distributed, used or copied without authorisation.
>>
>> If you have received this email in error, please notify the sender and d=
elete this message and its attachments.
>>
>> As emails may be altered, France Telecom - Orange is not liable for mess=
ages that have been modified, changed or falsified.
>>
>> Thank you.
>>
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
>
>   
>
>
> _______________________________________________
> 6tsch mailing list6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/6ts=
ch
>
>
>
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>
>

--bcaec544ec6aef978304dddf47b8
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Xavi,

I agree that what you have in you=
r e-mail is the normal way of doing things. The group might decide that thi=
s is the only way (e.g. Pascal's=A0water-tight pipes), in which case we just us=
e that.




I believe what Dominique brings up (Dominique, pl=
ease correct me if I'm wrong), is that with this scheme, there is no ce=
ll reuse. So in your case, C listens twice, once for A and once for B (of c=
ourse, you can generalize this to multiple cells, or different frame length=
s). If there is no traffic for A and B, C is wasting energy. Dominique'=
s point is to see whether it's possible to reuse the same cells at C fo=
r data coming from A and B, at the cost of not having flow independence.



I hope this makes sense,
Th=
omas


On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana &l=
t;xvilaj=
osana@eecs.berkeley.edu> wrote:




 =20
   =20
 =20
  

    
The key point here is that we are
      assuming that C can have a RX shared link from A and B and then C
      can either send to D and E in another slot. What is the benefit of
      that? Is it a general case? Why not having two cells at C one that
      receives from A and another that receives from B then transmission
      from C to D will happen in a cell and C to E in another.

      

      for example node C switching table

      

      in=A0=A0=A0=A0=A0 out

      1(A)=A0=A0 3(D)=A0=A0=A0 -- receives at slot 1 from A and sends out a=
t slot
      3 to D

      2(B)=A0=A0 4(E)=A0=A0=A0=A0 -- receives at slot 2 from B and sends ou=
t at slot
      4 to E

      

      In case we want to be able to send cross flows, i.e use D for a
      flow from B we can add more entries on the table and assign
      priorities

      

      in=A0=A0=A0=A0=A0 out=A0=A0=A0=A0 prio

      1(A)=A0=A0 3(D)=A0=A0=A0=A0 1

      2(B)=A0=A0 4(E)=A0=A0=A0=A0 1

      1(A)=A0=A0 4(E)=A0=A0=A0=A0 2

      2(B)=A0=A0 2(D)=A0=A0=A0=A0 2

      

      

      Of course if the data rate is slower than the slotframe
      length*time of each slot then we will have idle listening at C. 

      

      Is that what you have in mind?

      X 

      

      Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:

    

    

      

        
Would you agree that the issue you are bringing up is
          equivalent to the statement that, with purely implicit labels,
          only fan-in is possible, not fan-out.

        

        


        

        
A -- =A0 =A0 =A0 =A0 =A0=
 --> D

        
=A0 =A0 =A0\ =A0 =A0 =A0=
 /

        
=A0 =A0 =A0 =3D> C =
=3D

        

          =A0 =A0 =A0/ =A0 =A0 =A0 \<=
/font>

        
B -- =A0 =A0 =A0 =A0 =A0=
 --> E

        


        

        
That is, given the following flows around mote C (and with
          the assumption that both incoming and outgoing flows share the
          same cells), it is possible to have A->C and B->C (e.g.
          fan-in), but not C->D and C->E.

        


        

        
The core issue you're raising is that there is a trade-off
          between installing LSTs (Label Switching Tracks) and energy
          consumption. That is, if you install water-tight pipes for all
          flows, you will waste energy if data isn't flowing through
          those pipes, since nodes along those tracks will be idle
          listening.

        


        

        
This might be a far-fetched, so please bear with me, but I
          see some relationship between the problem you're raising and
          the use of CIR (Committed Information Rate), EIR (Excess) and
          PIR (Peak) typically found in protocols such as Frame Relay.
          These are used to limit under-use of bandwidth, whereas we're
          more interested in not wasting energy, but the problem can be
          described very similarly (I think). Now this only brings more
          questions, since, to have this type of behavior, excess
          packets (i.e. about the CIR) need to flow from the LST into
          some other bandwidth. Not sure whether we want to go there.

        

        


        

        
Thomas

        


          

          
On Wed, May 29, 2013 at 12:50 AM,
            Pascal Thubert (pthubert) <pthubert@cisco.com> =
wrote:

            

              

                

                  
=
Hello Dominique:

                  
=A0<=
/span>

                  
The
                      traditional Virtual circuit is actually a water
                      tight pipe end to end. My mind image of a track is
                      the same. Thus traffic from B cannot be merged
                      into the A to U track.
                    

                  
I
                      love the idea of merging flows like 1 to u and B
                      to U in a many to one converging channel but even
                      then you enter the world of statistical mux and
                      QoS.

                  
=A0<=
/span>

                  
The
                      case you represent does not use tracks at all.
                      We=92ll have a bundle of cells off any router that
                      can be used unicast or multicast, some of the
                      latter probably reserved for a particular
                      neighbor.

                  
Pack=
ets
                      received over such cell will not be G-MPLS
                      switched. They will be punted to layer 3 through
                      the 6LoWPAN sublayer. L3 will device either to
                      route them or deliver locally (punt to L4) when
                      this node is the destination. 

                  
=A0<=
/span>

                  
In
                      the former case, the packet will go down the stack
                      again through the 6LoWPAN layer and the 6TUS
                      sublayer will determine which bundle of cells can
                      be used to reach the next hop router. You=92ll note
                      that in this case, we cannot route fragments so IP
                      packets would have to be reassembled at every hop.
                      This is what the fragment forwarding and recovery
                      draft is still useful. With that draft, the first
                      frag installs forwarding states within the 6LoWPAN
                      sublayer for the next fragments based on an
                      explicit label placed in the 6LoWPAN datagram
                      identifier.

                  
=A0<=
/span>

                  
We
                      need a picture!!!

                  
=A0<=
/span>

                  
Chee=
rs,

                  
=A0<=
/span>

                  

                    
Pascal

                  

                  
=A0<=
/span>

                  

                    

                      
From:
                          dominique.barthel@orange.com
                          [mailto:dominique.barthel@orange.com]
                          

                          Sent: mercredi 29 mai 2013 08:51

                          To: Pascal Thubert (pthubert); 6tsch@ietf.org

                          Subject: RE: G-MPLS, implicit labeling,
                          multiple tracks through one cell

                    

                  

                  

                    

                      
=A0

                      
Hello Pascal,

                      
=A0

                      
=
Actually,
                          I meant the following situation: one flow goes
                          from A to U on track A-X-Y-U, another flow
                          goes from B to V on track B-X-Y-V.

                      
=
The
                          two flows can=92t use the same cell between X
                          and Y because Y has no way of telling them
                          apart.

                      
=
Correct?

                          Thanks

                      
=
=A0

                      
=
Dominique

                      
=
=A0

                      

                        

                          
De=A0: Pascal Thubert (pthubert) [mailto:pthubert@cisco.co=
m]
                              

                              Envoy=E9=A0: mardi 28 mai 2013 18:29
                              =C0=A0: BARTHEL Dominique OLNC/OLPS; <=
a href=3D"mailto:6tsch@ietf.org" target=3D"_blank">6tsch@ietf.org

                              Objet=A0: RE: G-MPLS, implicit
                              labeling, multiple tracks through one cell

                        

                      

                      
=A0
                      
=
Hello
                          Dominique:

                      
=
=A0

                      
=
The
                          Time slot based =93G-MPLS=94 forwarding will not
                          look at the flow label so it does not care
                          whether it is one or multiple flows that get
                          ijected in the time slots.

                      
=
What
                          you will get is a regular transmit opportunity
                          from A to B.
                        

                      
=
How
                          the source fills it is its business (one or
                          more flows from A to B), but it is not elastic
                          so if the flows collide at some point there
                          might be drops or latency added before a frame
                          is placed in a track.

                      
=
Once
                          the frame is on track, it will follow each hop
                          as scheduled.

                      
=
=A0

                      
=
I
                          think we agree=85 

                      
=
=A0

                      

                        
Pascal

                      

                      
=
=A0

                      

                        

                          
From:
                              6tsch-bounces@ietf.org
                              [mailto:6tsch-bounces@ietf.org]
                              On Behalf Of dominique.barthel@orange.com
                              Sent: mardi 28 mai 2013 16:49

                              To: 6tsch@ietf.org

                              Subject: [6tsch] G-MPLS, implicit
                              labeling, multiple tracks through one cell

                        

                      

                      
=A0
                      
Hello all,

                      
=A0
                      
Disclaimer:<=
/span>

                      
I=92m no expert in label
                        switching. Please bear with me.

                      
This mail will at least have
                        the benefit of documenting the question and the
                        answer.

                      
=A0
                      
=A0
                      
Context:

                      
I understand that the 15.4.e
                        cell on which a frame was received by a node can
                        be considered an implicit label. Therefore, we
                        can avoid the overhead of explicitly carrying
                        the label in the frame. Great!

                      
=A0
                      
Question:

                      
If we have multiple tracks
                        going through neighbor nodes X and Y, and
                        supposing that their aggregated flow happily
                        fits the data rate provided by one cell,
                        wouldn=92t we like to be able to multiplex them
                        onto the same cell in order to save on the
                        wake-up/carrier_sense energy cost?

                      
Am I right in saying that we,
                        the 6tsch group, decided to forego the energy
                        saving of multiplexing several tracks on one
                        cell in return for the energy saving of not
                        carrying the label in-band?

                      
Did I miss anything?

                      
=A0
                      
Thanks

                      
=A0
                      
Dominique

                      
__________________________________________=
___________________________________________________________________________=
____



                      
=A0

                      
Ce message et ses pieces jointes peuvent c=
ontenir des informations confidentielles ou privilegiees et ne doivent donc=




                      
pas etre diffuses, exploites ou copies san=
s autorisation. Si vous avez recu ce message par erreur, veuillez le signal=
er



                      
a l'expediteur et le detruire ainsi qu=
e les pieces jointes. Les messages electroniques etant susceptibles d'a=
lteration,



                      
France Telecom - Orange decline toute resp=
onsabilite si ce message a ete altere, deforme ou falsifie. Merci.


                      
=A0

                      
This message and its attachments may conta=
in confidential or privileged information that may be protected by law;



                      
they should not be distributed, used or co=
pied without authorisation.

                      
If you have received this email in error, =
please notify the sender and delete this message and its attachments.



                      
As emails may be altered, France Telecom -=
 Orange is not liable for messages that have been modified, changed or fals=
ified.



                      
Thank you.

                      
__________________________________________=
___________________________________________________________________________=
____



                      
=A0

                      
Ce message et ses pieces jointes peuvent c=
ontenir des informations confidentielles ou privilegiees et ne doivent donc=




                      
pas etre diffuses, exploites ou copies san=
s autorisation. Si vous avez recu ce message par erreur, veuillez le signal=
er



                      
a l'expediteur et le detruire ainsi qu=
e les pieces jointes. Les messages electroniques etant susceptibles d'a=
lteration,



                      
France Telecom - Orange decline toute resp=
onsabilite si ce message a ete altere, deforme ou falsifie. Merci.


                      
=A0

                      
This message and its attachments may conta=
in confidential or privileged information that may be protected by law;



                      
they should not be distributed, used or co=
pied without authorisation.

                      
If you have received this email in error, =
please notify the sender and delete this message and its attachments.



                      
As emails may be altered, France Telecom -=
 Orange is not liable for messages that have been modified, changed or fals=
ified.



                      
Thank you.

                    

                  

                

              

              

              _______________________________________________

              6tsch mailing list

              6tsch@iet=
f.org

              https://www.ietf.org/mailman/listinfo/6tsch

          

          
          

      

      

      

      

      
_______________________________________________
6tsch mailing list
6tsch@ietf.org
h=
ttps://www.ietf.org/mailman/listinfo/6tsch


    

    

  



_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch





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Some comments on the last several emails on this thread:
* it seems easy to have a table indexed by (MACsrcID, RXcell) that gives 
TXcellList
   o having only one entry in the cell means a leakfree track (as 
proposed by Xavi?)
   o  (0xFFFF,RXcell) --> TXcellList means any incoming packet goes out 
the same way (convergecast)
   o having several MACsrcIDs with different TXcellLists gives the two 
or more separate flows (as proposed by Dominique?)
* there had better be idle listens in any of these schemes (more RX 
bandwidth than needed) otherwise queues and latency both tend toward 
infinity
* if A and B both talk to C then:
     o    either they need to be explicitly scheduled to not collide, in 
which case you might as well just have a separate cell for A-->C and B-->C
     o    *or* you'd better have a *lot* idle listens, because you'll 
have slotted aloha chaotic collapse if you try to push more than PDR/e 
of the available bandwidth (absent the use of clever-but-not-general 
tricks that have been published over the years).

ksjp

On 5/29/2013 11:09 AM, Thomas Watteyne wrote:
> Xavi,
>
> I agree that what you have in your e-mail is the normal way of doing 
> things. The group might decide that this is the only way (e.g. 
> Pascal's water-tight pipes), in which case we just use that.
>
> I believe what Dominique brings up (Dominique, please correct me if 
> I'm wrong), is that with this scheme, there is no cell reuse. So in 
> your case, C listens twice, once for A and once for B (of course, you 
> can generalize this to multiple cells, or different frame lengths). If 
> there is no traffic for A and B, C is wasting energy. Dominique's 
> point is to see whether it's possible to reuse the same cells at C for 
> data coming from A and B, at the cost of not having flow independence.
>
> I hope this makes sense,
> Thomas
>
>
> On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana 
> > 
> wrote:
>
>     The key point here is that we are assuming that C can have a RX
>     shared link from A and B and then C can either send to D and E in
>     another slot. What is the benefit of that? Is it a general case?
>     Why not having two cells at C one that receives from A and another
>     that receives from B then transmission from C to D will happen in
>     a cell and C to E in another.
>
>     for example node C switching table
>
>     in      out
>     1(A)   3(D)    -- receives at slot 1 from A and sends out at slot
>     3 to D
>     2(B)   4(E)     -- receives at slot 2 from B and sends out at slot
>     4 to E
>
>     In case we want to be able to send cross flows, i.e use D for a
>     flow from B we can add more entries on the table and assign priorities
>
>     in      out     prio
>     1(A)   3(D)     1
>     2(B)   4(E)     1
>     1(A)   4(E)     2
>     2(B)   2(D)     2
>
>
>     Of course if the data rate is slower than the slotframe
>     length*time of each slot then we will have idle listening at C.
>
>     Is that what you have in mind?
>     X
>
>     Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:
>>     Would you agree that the issue you are bringing up is equivalent
>>     to the statement that, with purely implicit labels, only fan-in
>>     is possible, not fan-out.
>>
>>     A --       --> D
>>          \     /
>>     => C =
>>          /       \
>>     B --       --> E
>>
>>     That is, given the following flows around mote C (and with the
>>     assumption that both incoming and outgoing flows share the same
>>     cells), it is possible to have A->C and B->C (e.g. fan-in), but
>>     not C->D and C->E.
>>
>>     The core issue you're raising is that there is a trade-off
>>     between installing LSTs (Label Switching Tracks) and energy
>>     consumption. That is, if you install water-tight pipes for all
>>     flows, you will waste energy if data isn't flowing through those
>>     pipes, since nodes along those tracks will be idle listening.
>>
>>     This might be a far-fetched, so please bear with me, but I see
>>     some relationship between the problem you're raising and the use
>>     of CIR (Committed Information Rate), EIR (Excess) and PIR (Peak)
>>     typically found in protocols such as Frame Relay. These are used
>>     to limit under-use of bandwidth, whereas we're more interested in
>>     not wasting energy, but the problem can be described very
>>     similarly (I think). Now this only brings more questions, since,
>>     to have this type of behavior, excess packets (i.e. about the
>>     CIR) need to flow from the LST into some other bandwidth. Not
>>     sure whether we want to go there.
>>
>>     Thomas
>>
>>
>>     On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pthubert)
>>     > wrote:
>>
>>         Hello Dominique:
>>
>>         The traditional Virtual circuit is actually a water tight
>>         pipe end to end. My mind image of a track is the same. Thus
>>         traffic from B cannot be merged into the A to U track.
>>
>>         I love the idea of merging flows like 1 to u and B to U in a
>>         many to one converging channel but even then you enter the
>>         world of statistical mux and QoS.
>>
>>         The case you represent does not use tracks at all. We'll have
>>         a bundle of cells off any router that can be used unicast or
>>         multicast, some of the latter probably reserved for a
>>         particular neighbor.
>>
>>         Packets received over such cell will not be G-MPLS switched.
>>         They will be punted to layer 3 through the 6LoWPAN sublayer.
>>         L3 will device either to route them or deliver locally (punt
>>         to L4) when this node is the destination.
>>
>>         In the former case, the packet will go down the stack again
>>         through the 6LoWPAN layer and the 6TUS sublayer will
>>         determine which bundle of cells can be used to reach the next
>>         hop router. You'll note that in this case, we cannot route
>>         fragments so IP packets would have to be reassembled at every
>>         hop. This is what the fragment forwarding and recovery draft
>>         is still useful. With that draft, the first frag installs
>>         forwarding states within the 6LoWPAN sublayer for the next
>>         fragments based on an explicit label placed in the 6LoWPAN
>>         datagram identifier.
>>
>>         We need a picture!!!
>>
>>         Cheers,
>>
>>         Pascal
>>
>>         *From:*dominique.barthel@orange.com
>>         
>>         [mailto:dominique.barthel@orange.com
>>         ]
>>         *Sent:* mercredi 29 mai 2013 08:51
>>         *To:* Pascal Thubert (pthubert); 6tsch@ietf.org
>>         
>>         *Subject:* RE: G-MPLS, implicit labeling, multiple tracks
>>         through one cell
>>
>>         Hello Pascal,
>>
>>         Actually, I meant the following situation: one flow goes from
>>         A to U on track A-X-Y-U, another flow goes from B to V on
>>         track B-X-Y-V.
>>
>>         The two flows can't use the same cell between X and Y because
>>         Y has no way of telling them apart.
>>
>>         Correct?
>>         Thanks
>>
>>         Dominique
>>
>>         *De :*Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
>>         *Envoyé :* mardi 28 mai 2013 18:29
>>         *À :* BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org
>>         
>>         *Objet :* RE: G-MPLS, implicit labeling, multiple tracks
>>         through one cell
>>
>>         Hello Dominique:
>>
>>         The Time slot based "G-MPLS" forwarding will not look at the
>>         flow label so it does not care whether it is one or multiple
>>         flows that get ijected in the time slots.
>>
>>         What you will get is a regular transmit opportunity from A to B.
>>
>>         How the source fills it is its business (one or more flows
>>         from A to B), but it is not elastic so if the flows collide
>>         at some point there might be drops or latency added before a
>>         frame is placed in a track.
>>
>>         Once the frame is on track, it will follow each hop as scheduled.
>>
>>         I think we agree...
>>
>>         Pascal
>>
>>         *From:*6tsch-bounces@ietf.org 
>>         [mailto:6tsch-bounces@ietf.org] *On Behalf Of
>>         *dominique.barthel@orange.com
>>         
>>         *Sent:* mardi 28 mai 2013 16:49
>>         *To:* 6tsch@ietf.org 
>>         *Subject:* [6tsch] G-MPLS, implicit labeling, multiple tracks
>>         through one cell
>>
>>         Hello all,
>>
>>         Disclaimer:
>>
>>         I'm no expert in label switching. Please bear with me.
>>
>>         This mail will at least have the benefit of documenting the
>>         question and the answer.
>>
>>         Context:
>>
>>         I understand that the 15.4.e cell on which a frame was
>>         received by a node can be considered an implicit label.
>>         Therefore, we can avoid the overhead of explicitly carrying
>>         the label in the frame. Great!
>>
>>         Question:
>>
>>         If we have multiple tracks going through neighbor nodes X and
>>         Y, and supposing that their aggregated flow happily fits the
>>         data rate provided by one cell, wouldn't we like to be able
>>         to multiplex them onto the same cell in order to save on the
>>         wake-up/carrier_sense energy cost?
>>
>>         Am I right in saying that we, the 6tsch group, decided to
>>         forego the energy saving of multiplexing several tracks on
>>         one cell in return for the energy saving of not carrying the
>>         label in-band?
>>
>>         Did I miss anything?
>>
>>         Thanks
>>
>>         Dominique
>>
>>         _________________________________________________________________________________________________________________________
>>
>>           
>>
>>         Ce message et ses pieces jointes peuvent contenir des informations confidentielles ou privilegiees et ne doivent donc
>>
>>         pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu ce message par erreur, veuillez le signaler
>>
>>         a l'expediteur et le detruire ainsi que les pieces jointes. Les messages electroniques etant susceptibles d'alteration,
>>
>>         France Telecom - Orange decline toute responsabilite si ce message a ete altere, deforme ou falsifie. Merci.
>>
>>           
>>
>>         This message and its attachments may contain confidential or privileged information that may be protected by law;
>>
>>         they should not be distributed, used or copied without authorisation.
>>
>>         If you have received this email in error, please notify the sender and delete this message and its attachments.
>>
>>         As emails may be altered, France Telecom - Orange is not liable for messages that have been modified, changed or falsified.
>>
>>         Thank you.
>>
>>         _________________________________________________________________________________________________________________________
>>
>>           
>>
>>         Ce message et ses pieces jointes peuvent contenir des informations confidentielles ou privilegiees et ne doivent donc
>>
>>         pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu ce message par erreur, veuillez le signaler
>>
>>         a l'expediteur et le detruire ainsi que les pieces jointes. Les messages electroniques etant susceptibles d'alteration,
>>
>>         France Telecom - Orange decline toute responsabilite si ce message a ete altere, deforme ou falsifie. Merci.
>>
>>           
>>
>>         This message and its attachments may contain confidential or privileged information that may be protected by law;
>>
>>         they should not be distributed, used or copied without authorisation.
>>
>>         If you have received this email in error, please notify the sender and delete this message and its attachments.
>>
>>         As emails may be altered, France Telecom - Orange is not liable for messages that have been modified, changed or falsified.
>>
>>         Thank you.
>>
>>
>>         _______________________________________________
>>         6tsch mailing list
>>         6tsch@ietf.org 
>>         https://www.ietf.org/mailman/listinfo/6tsch
>>
>>     
>>
>>
>>     _______________________________________________
>>     6tsch mailing list
>>     6tsch@ietf.org  
>>     https://www.ietf.org/mailman/listinfo/6tsch
>
>
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--------------020704000307090801040802
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit


  
    
  
  
    Some comments on the last several emails on this thread:

    * it seems easy to have a table indexed by (MACsrcID, RXcell) that
    gives TXcellList

      o having only one entry in the cell means a leakfree track (as
    proposed by Xavi?)

      o  (0xFFFF,RXcell) --> TXcellList means any incoming packet
    goes out the same way (convergecast)

      o having several MACsrcIDs with different TXcellLists gives the
    two or more separate flows (as proposed by Dominique?)

    * there had better be idle listens in any of these schemes (more RX
    bandwidth than needed) otherwise queues and latency both tend toward
    infinity

    * if A and B both talk to C then:

        o    either they need to be explicitly scheduled to not collide,
    in which case you might as well just have a separate cell for
    A-->C and B-->C

        o    *or* you'd better have a *lot* idle listens, because you'll
    have slotted aloha chaotic collapse if you try to push more than
    PDR/e of the available bandwidth (absent the use of
    clever-but-not-general tricks that have been published over the
    years).

    

    ksjp

    

    
On 5/29/2013 11:09 AM, Thomas Watteyne
      wrote:

    

    

      
Xavi,
        


        

        
I agree that what you have in your e-mail is the normal way
          of doing things. The group might decide that this is the only
          way (e.g. Pascal's water-tight
            pipes), in which case we just use that.

        


        

        
I believe what Dominique brings up (Dominique,
          please correct me if I'm wrong), is that with this scheme,
          there is no cell reuse. So in your case, C listens twice, once
          for A and once for B (of course, you can generalize this to
          multiple cells, or different frame lengths). If there is no
          traffic for A and B, C is wasting energy. Dominique's point is
          to see whether it's possible to reuse the same cells at C for
          data coming from A and B, at the cost of not having flow
          independence.

        


        

        
I hope this makes sense,

        
Thomas

      

      


        

        
On Wed, May 29, 2013 at 10:43 AM,
          Xavier Vilajosana <xvilajosana@eecs.berkeley.edu>
          wrote:

          

            

              
The key point here is that we are assuming that C can
                have a RX shared link from A and B and then C can either
                send to D and E in another slot. What is the benefit of
                that? Is it a general case? Why not having two cells at
                C one that receives from A and another that receives
                from B then transmission from C to D will happen in a
                cell and C to E in another.

                

                for example node C switching table

                

                in      out

                1(A)   3(D)    -- receives at slot 1 from A and sends
                out at slot 3 to D

                2(B)   4(E)     -- receives at slot 2 from B and sends
                out at slot 4 to E

                

                In case we want to be able to send cross flows, i.e use
                D for a flow from B we can add more entries on the table
                and assign priorities

                

                in      out     prio

                1(A)   3(D)     1

                2(B)   4(E)     1

                1(A)   4(E)     2

                2(B)   2(D)     2

                

                

                Of course if the data rate is slower than the slotframe
                length*time of each slot then we will have idle
                listening at C. 

                

                Is that what you have in mind?

                X 

                

                Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:

              

              

                

                  

                    

                      
Would you agree that the issue you are
                        bringing up is equivalent to the statement that,
                        with purely implicit labels, only fan-in is
                        possible, not fan-out.

                      

                      


                      

                      
A --    
                                --> D

                      
     \  
                              /

                      
     
                          => C =

                      
      /
                                \

                      
B --    
                                --> E

                      


                      

                      
That is, given the following flows around
                        mote C (and with the assumption that both
                        incoming and outgoing flows share the same
                        cells), it is possible to have A->C and
                        B->C (e.g. fan-in), but not C->D and
                        C->E.

                      


                      

                      
The core issue you're raising is that there
                        is a trade-off between installing LSTs (Label
                        Switching Tracks) and energy consumption. That
                        is, if you install water-tight pipes for all
                        flows, you will waste energy if data isn't
                        flowing through those pipes, since nodes along
                        those tracks will be idle listening.

                      


                      

                      
This might be a far-fetched, so please bear
                        with me, but I see some relationship between the
                        problem you're raising and the use of CIR
                        (Committed Information Rate), EIR (Excess) and
                        PIR (Peak) typically found in protocols such as
                        Frame Relay. These are used to limit under-use
                        of bandwidth, whereas we're more interested in
                        not wasting energy, but the problem can be
                        described very similarly (I think). Now this
                        only brings more questions, since, to have this
                        type of behavior, excess packets (i.e. about the
                        CIR) need to flow from the LST into some other
                        bandwidth. Not sure whether we want to go there.

                      

                      


                      

                      
Thomas

                      


                        

                        
On Wed, May 29, 2013 at
                          12:50 AM, Pascal Thubert (pthubert) <pthubert@cisco.com>
                          wrote:

                          

                            

                              

                                
Hello
                                      Dominique:

                                
 

                                
The
                                    traditional Virtual circuit is
                                    actually a water tight pipe end to
                                    end. My mind image of a track is the
                                    same. Thus traffic from B cannot be
                                    merged into the A to U track. 

                                
I love the
                                    idea of merging flows like 1 to u
                                    and B to U in a many to one
                                    converging channel but even then you
                                    enter the world of statistical mux
                                    and QoS.

                                
 

                                
The case you
                                    represent does not use tracks at
                                    all. We’ll have a bundle of cells
                                    off any router that can be used
                                    unicast or multicast, some of the
                                    latter probably reserved for a
                                    particular neighbor.

                                
Packets
                                    received over such cell will not be
                                    G-MPLS switched. They will be punted
                                    to layer 3 through the 6LoWPAN
                                    sublayer. L3 will device either to
                                    route them or deliver locally (punt
                                    to L4) when this node is the
                                    destination. 

                                
 

                                
In the former
                                    case, the packet will go down the
                                    stack again through the 6LoWPAN
                                    layer and the 6TUS sublayer will
                                    determine which bundle of cells can
                                    be used to reach the next hop
                                    router. You’ll note that in this
                                    case, we cannot route fragments so
                                    IP packets would have to be
                                    reassembled at every hop. This is
                                    what the fragment forwarding and
                                    recovery draft is still useful. With
                                    that draft, the first frag installs
                                    forwarding states within the 6LoWPAN
                                    sublayer for the next fragments
                                    based on an explicit label placed in
                                    the 6LoWPAN datagram identifier.

                                
 

                                
We need a
                                    picture!!!

                                
 

                                
Cheers,

                                
 

                                

                                  
Pascal

                                

                                
 

                                

                                  

                                    
From:
                                        dominique.barthel@orange.com
                                        [mailto:dominique.barthel@orange.com]
                                        

                                        Sent: mercredi 29 mai
                                        2013 08:51

                                        To: Pascal Thubert
                                        (pthubert); 6tsch@ietf.org

                                        Subject: RE: G-MPLS,
                                        implicit labeling, multiple
                                        tracks through one cell

                                  

                                

                                

                                  

                                    
 

                                    
Hello
                                        Pascal,

                                    
 

                                    
Actually,
                                        I meant the following situation:
                                        one flow goes from A to U on
                                        track A-X-Y-U, another flow goes
                                        from B to V on track B-X-Y-V.

                                    
The two
                                        flows can’t use the same cell
                                        between X and Y because Y has no
                                        way of telling them apart.

                                    
Correct?

                                        Thanks

                                    
 

                                    
Dominique

                                    
 

                                    

                                      

                                        
De : Pascal Thubert
                                            (pthubert) [mailto:pthubert@cisco.com]
                                            

                                            Envoyé : mardi 28 mai
                                            2013 18:29

                                            À : BARTHEL Dominique
                                            OLNC/OLPS; 6tsch@ietf.org

                                            Objet : RE: G-MPLS,
                                            implicit labeling, multiple
                                            tracks through one cell

                                      

                                    

                                    
 

                                    
Hello
                                        Dominique:

                                    
 

                                    
The Time
                                        slot based “G-MPLS” forwarding
                                        will not look at the flow label
                                        so it does not care whether it
                                        is one or multiple flows that
                                        get ijected in the time slots.

                                    
What you
                                        will get is a regular transmit
                                        opportunity from A to B. 

                                    
How the
                                        source fills it is its business
                                        (one or more flows from A to B),
                                        but it is not elastic so if the
                                        flows collide at some point
                                        there might be drops or latency
                                        added before a frame is placed
                                        in a track.

                                    
Once the
                                        frame is on track, it will
                                        follow each hop as scheduled.

                                    
 

                                    
I think we
                                        agree… 

                                    
 

                                    

                                      
Pascal

                                    

                                    
 

                                    

                                      

                                        
From:
                                            6tsch-bounces@ietf.org
                                            [mailto:6tsch-bounces@ietf.org]
                                            On Behalf Of dominique.barthel@orange.com

                                            Sent: mardi 28 mai
                                            2013 16:49

                                            To: 6tsch@ietf.org

                                            Subject: [6tsch]
                                            G-MPLS, implicit labeling,
                                            multiple tracks through one
                                            cell

                                      

                                    

                                    
 

                                    
Hello
                                        all,

                                    
 

                                    
Disclaimer:

                                    
I’m no expert
                                      in label switching. Please bear
                                      with me.

                                    
This mail will
                                      at least have the benefit of
                                      documenting the question and the
                                      answer.

                                    
 

                                    
 

                                    
Context:

                                    
I understand
                                      that the 15.4.e cell on which a
                                      frame was received by a node can
                                      be considered an implicit label.
                                      Therefore, we can avoid the
                                      overhead of explicitly carrying
                                      the label in the frame. Great!

                                    
 

                                    
Question:

                                    
If we have
                                      multiple tracks going through
                                      neighbor nodes X and Y, and
                                      supposing that their aggregated
                                      flow happily fits the data rate
                                      provided by one cell, wouldn’t we
                                      like to be able to multiplex them
                                      onto the same cell in order to
                                      save on the wake-up/carrier_sense
                                      energy cost?

                                    
Am I right in
                                      saying that we, the 6tsch group,
                                      decided to forego the energy
                                      saving of multiplexing several
                                      tracks on one cell in return for
                                      the energy saving of not carrying
                                      the label in-band?

                                    
Did I miss
                                      anything?

                                    
 

                                    
Thanks

                                    
 

                                    
Dominique

                                    
_________________________________________________________________________________________________________________________

                                    
 

                                    
Ce message et ses pieces jointes peuvent contenir des informations confidentielles ou privilegiees et ne doivent donc

                                    
pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu ce message par erreur, veuillez le signaler

                                    
a l'expediteur et le detruire ainsi que les pieces jointes. Les messages electroniques etant susceptibles d'alteration,

                                    
France Telecom - Orange decline toute responsabilite si ce message a ete altere, deforme ou falsifie. Merci.

                                    
 

                                    
This message and its attachments may contain confidential or privileged information that may be protected by law;

                                    
they should not be distributed, used or copied without authorisation.

                                    
If you have received this email in error, please notify the sender and delete this message and its attachments.

                                    
As emails may be altered, France Telecom - Orange is not liable for messages that have been modified, changed or falsified.

                                    
Thank you.

                                    
_________________________________________________________________________________________________________________________

                                    
 

                                    
Ce message et ses pieces jointes peuvent contenir des informations confidentielles ou privilegiees et ne doivent donc

                                    
pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu ce message par erreur, veuillez le signaler

                                    
a l'expediteur et le detruire ainsi que les pieces jointes. Les messages electroniques etant susceptibles d'alteration,

                                    
France Telecom - Orange decline toute responsabilite si ce message a ete altere, deforme ou falsifie. Merci.

                                    
 

                                    
This message and its attachments may contain confidential or privileged information that may be protected by law;

                                    
they should not be distributed, used or copied without authorisation.

                                    
If you have received this email in error, please notify the sender and delete this message and its attachments.

                                    
As emails may be altered, France Telecom - Orange is not liable for messages that have been modified, changed or falsified.

                                    
Thank you.

                                  

                                

                              

                            

                            

_______________________________________________

                            6tsch mailing list

                            6tsch@ietf.org

                            https://www.ietf.org/mailman/listinfo/6tsch

                        

                         

                    

                    

                    

                    

                    
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            _______________________________________________

            6tsch mailing list

            6tsch@ietf.org

            https://www.ietf.org/mailman/listinfo/6tsch

            

          

        

        

      

      

      

      

      
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I looks like we have encountered 2 instances where an explicit L2.5 label
could be used: hlim and ttl. I'd hate to have the purely G-MPLS mode go
away, so I propose that, if we add in this header, we make it optional.

If we do, one can imagine having packets flow along a track with and
without this header. Xavi, do you have some ideas about how we could
distinguish those two?

Thomas

On Tue, May 28, 2013 at 1:05 PM, Xavier Vilajosana <
xvilajosana@eecs.berkeley.edu> wrote:

>  great question... not sure.. but I think so, from L3 point of view, a
> pkt crossing a tunnel is the same as crossing 1 hop at L3. Internally mig=
ht
> be crossing several hops but from L3 we cannot see it so the hop by hop
> header would only apply to the hop as seen at L3 (even if internally ther=
e
> are multiple hops).
>
> I will check RFCs for MPLS/GMPLS to see if there is some information abou=
t
> that.
> X
>
>
> Al 28/05/13 12:51, En/na Kris Pister ha escrit:
>
> Interesting.  So we're proposing to ignore all hop-by-hop options?
> Do MPLS routers/switches ignore hop-by-hop options when they encounter a
> level 2.5 label?
>
> ksjp
>
> On 5/28/2013 10:43 AM, Xavier Vilajosana wrote:
>
> Hi Kris,
>
> the thing is that we want to skip going up to L3 when using forwarding
> based on labels, so L3 header is not parsed at each hop. Alfredo suggesti=
on
> was to use a little "header" including a timestamp so we can discard
> packets in case their deadline cannot be meet. This will happen at L2.5 a=
nd
> i.e inside the "tunnel".
>
> An alternative is to use L3 option header but then the packet will be
> discarded outside of the "tunnel" maybe having hop more than needed.
>
> X
>
> Al 28/05/13 10:07, En/na Kris Pister ha escrit:
>
> It seems to me that this is an important feature for some class of
> applications, but that it has nothing directly to do with the 4E MAC
> layer.  There are many ways to provide time synchronization in a multi-ho=
p
> network, and many ways to track the total wall-clock time that a packet h=
as
> been in transit.
>
> So...shouldn't the deadline information be in an IPv6 hop-by-hop option
> header?
>
> ksjp
>
> On 5/28/2013 6:48 AM, Xavier Vilajosana wrote:
>
> Hi Maria Rita,
>
> I agree that the feature is really interesting and might be very useful i=
n
> some cases, specially for time sensitive applications, however, including=
 a
> header will require the parsing at each hop which would be very convenien=
t
> to avoid. As I said, I vote for having this feature as an optional header
> and in case we define more options that we consider important then we can
> discuss if a permanent header is needed.
>
> Note also that when label switching is not used the Hop Limit field is
> used to count the number of hops and detect loops, however in that case
> there is no timestamp to discard expired packets. I'm wondering if we wan=
t
> to add that information despite of having label switching at L2.5 or not.
>
> regards,
> Xavi
>
> Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:
>
>  Pascal, I do agree with you and  Xavi about keeping things as simple as
> possible=85****
>
> ** **
>
> But about the dedicated track, I have a different thought. Knowing that
> the timelife of a packet is expired can be STILL useful along a dedicated
> track. In fact, we can discard the packet instead of keeping in forwardin=
g
> it along the successive cells of the track, thus saving energy.****
>
> ** **
>
> Of course, it is even more useful in shared cells, because in presence of
> collision, we will avoid to re-transmit expired packets,  giving to those
> with TTL >0 more chance to be transmitted with success.****
>
> In this way, we save energy and also reduce latency-delay.****
>
> ** **
>
> Maria Rita****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Pascal Thubert
> *Sent:* Saturday, May 25, 2013 7:36 AM
> *To:* Xavier Vilajosana
> *Cc:* 6tsch@ietf.org
> *Subject:* Re: [6tsch] On exploiting time synchronisation and deadlines
> in 6tus****
>
> ** **
>
> Same here,****
>
> ** **
>
> I think the info could indeed be very useful on shared slots but along a
> dedicated track there is no choice but continue along schedule...****
>
> ** **
>
> Cheers,
>
> Pascal****
>
>
> Le 25 mai 2013 =E0 04:39, Xavier Vilajosana 
> a =E9crit :****
>
>
> My little point on that. I like the idea of "not" having a header if we d=
o
> switching, i.e not having a header makes things so simple and it becomes =
a
> very transparent mechanism, no parsing, no processing at each hop, just i=
n
> and out until it reaches the end of the label switched track.
>
> I agree that having these feature would be also good, however this might
> require looking the header at each hop, so there is a trade-off between
> energy consumption, need for that and simplicity. We need to keep this in
> mind too, maybe an optional feature would work?
>
> X
>
> Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:****
>
>  Alfredo, ****
>
> ** **
>
> This is indeed a neat idea, which feeds upon a nice feature of our little
> TSCH networks.****
>
> ** **
>
> IIRC, the points that were raised during the call around this issue were:=
*
> ***
>
> pros:****
>
> - we could throttle a packet's priority based on the remaining lifetime i=
t
> has.****
>
> - we could drop a packet that has already expired****
>
> cons:****
>
> - reserving extra bytes for this TS will add an extra energy cost, and in
> some cases might simply not be possible****
>
> ** **
>
> Did I miss something?****
>
> ** **
>
> Thomas****
>
> ** **
>
> ** **
>
> On Fri, May 24, 2013 at 9:00 AM, Grieco  wrote:=
*
> ***
>
> Hi all,****
>
> ** **
>
> During the today call, it emerged the possibility to stamp packets with
> deadlines to be updated during their trips thanks to the unique feature
> offered by TSCH to have a tightly synchronized LLN.****
>
> ** **
>
> In this way, it could be possible to control the trip of each packet whil=
e
> it proceed towards the destination. In some hard real time applications, =
a
> packet that passes the deadline could be discarded thus saving energy.***=
*
>
> ** **
>
> It is true that we are installing tracks that should remain stable for a
> long time, but it is also true that wireless links (in any case) can come
> and go also for short transients.****
>
> ** **
>
> Any thoughts about this point is warmly welcome and could lead to
> improvements to the 6tus layer.****
>
> ** **
>
> ** **
>
> Cheers****
>
> ** **
>
> Alfredo
>
> -- ****
>
> Luigi Alfredo Grieco, PhD****
>
> Assistant Professor****
>
> Department of Electrical and Information Engineering****
>
> Politecnico di Bari****
>
> Via Orabona 4 - 70125 - Bari - Italy****
>
> +39 080 5963 911 <%2B39%20080%205963%20911>****
>
> telematics.poliba.it/grieco****
>
> Skype id: l.alfredo.grieco****
>
> Mobile: +39 3346715672****
>
> ** **
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>
>
>
> ****
>
> _______________________________________________****
>
> 6tsch mailing list****
>
> 6tsch@ietf.org****
>
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>  ** **
>
>  _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>
>
>
> _______________________________________________
> 6tsch mailing list6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/6ts=
ch
>
>
>
>
> _______________________________________________
> 6tsch mailing list6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/6ts=
ch
>
>
>
>
> _______________________________________________
> 6tsch mailing list6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/6ts=
ch
>
>
>
>
> _______________________________________________
> 6tsch mailing list6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/6ts=
ch
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--047d7b604f1079cafd04dde91103
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


I looks like we have encountered 2 instances where an expl=
icit L2.5 label could be used: hlim and ttl. I'd hate to have the purel=
y G-MPLS mode go away, so I propose that, if we add in this header, we make=
 it optional.





If we do, one can imagine having packets flow along a track =
with and without this header. Xavi, do you have some ideas about how we cou=
ld distinguish those two?



Thomas
<=
br>

On Tue, May 28, 2013 at 1:05 PM, Xavier Vilajosa=
na <xvilajosana@eecs.berkeley.edu> wrote:





 =20
   =20
 =20
  

    
great question... not sure.. but I
      think so, from L3 point of view, a pkt crossing a tunnel is the
      same as crossing 1 hop at L3. Internally might be crossing several
      hops but from L3 we cannot see it so the hop by hop header would
      only apply to the hop as seen at L3 (even if internally there are
      multiple hops).

      

      I will check RFCs for MPLS/GMPLS to see if there is some
      information about that.

      X

      

      

      Al 28/05/13 12:51, En/na Kris Pister ha escrit:

    

    

     =20
      Interesting.=A0 So we're proposing to ignore all hop-by-hop optio=
ns?

      Do MPLS routers/switches ignore hop-by-hop options when they
      encounter a level 2.5 label?

      

      ksjp

      

      
On 5/28/2013 10:43 AM, Xavier
        Vilajosana wrote:

      

      

       =20
        
Hi Kris,

          

          the thing is that we want to skip going up to L3 when using
          forwarding based on labels, so L3 header is not parsed at each
          hop. Alfredo suggestion was to use a little "header" in=
cluding
          a timestamp so we can discard packets in case their deadline
          cannot be meet. This will happen at L2.5 and i.e inside the
          "tunnel".

          

          An alternative is to use L3 option header but then the packet
          will be discarded outside of the "tunnel" maybe having =
hop
          more than needed.

          

          X

          

          Al 28/05/13 10:07, En/na Kris Pister ha escrit:

        

        

         =20
          It seems to me that this is an important feature for some
          class of applications, but that it has nothing directly to do
          with the 4E MAC layer.=A0 There are many ways to provide time
          synchronization in a multi-hop network, and many ways to track
          the total wall-clock time that a packet has been in transit.

          

          So...shouldn't the deadline information be in an IPv6
          hop-by-hop option header?

          

          ksjp

          

          
On 5/28/2013 6:48 AM, Xavier
            Vilajosana wrote:

          

          

           =20
            
Hi Maria Rita, 

              

              I agree that the feature is really interesting and might
              be very useful in some cases, specially for time sensitive
              applications, however, including a header will require the
              parsing at each hop which would be very convenient to
              avoid. As I said, I vote for having this feature as an
              optional header and in case we define more options that we
              consider important then we can discuss if a permanent
              header is needed. 

              

              Note also that when label switching is not used the Hop
              Limit field is used to count the number of hops and detect
              loops, however in that case there is no timestamp to
              discard expired packets. I'm wondering if we want to add
              that information despite of having label switching at L2.5
              or not.

              

              regards,

              Xavi

              

              Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:

            

            

             =20
             =20
             =20
              

                
Pascal,




                    I do agree with you and =A0Xavi about keeping things
                    as simple as possible=85

                
=
=A0

                
But




                    about the dedicated track, I have a different
                    thought. Knowing that the timelife of a packet is
                    expired can be STILL useful along a dedicated track.
                    In fact, we can discard the packet instead of
                    keeping in forwarding it along the successive cells
                    of the track, thus saving energy.<=
/p>
                
=
=A0

                
Of




                    course, it is even more useful in shared cells,
                    because in presence of collision, we will avoid to
                    re-transmit expired packets, =A0giving to those with
                    TTL >0 more chance to be transmitted with
                    success.

                
In




                    this way, we save energy and also reduce
                    latency-delay.

                
=
=A0

                
Maria




                    Rita

                
=
=A0

                

                  

                    
From:<=
span style=3D"font-size:10.0pt;font-family:"Tahoma","sans-se=
rif"">
                        6tsch-bounces@ietf.org
                        [mailto:6tsch-bounces@ietf.org]
                        On Behalf Of Pascal Thubert

                        Sent: Saturday, May 25, 2013 7:36 AM

                        To: Xavier Vilajosana

                        Cc: 6tsch@ietf.org

                        Subject: Re: [6tsch] On exploiting time
                        synchronisation and deadlines in 6tus=


                  

                

                
=A0

                

                  
Same here,

                

                

                  
=A0

                

                

                  
I think the info could indeed be
                    very useful on shared slots but along a dedicated
                    track there is no choice but continue along
                    schedule...

                

                

                  
=A0

                

                

                  
Cheers,

                    

                    Pascal

                

                

                  

                    Le 25 mai 2013 =E0 04:39, Xavier Vilajosana <xvilajosana@eec=
s.berkeley.edu>




                    a =E9crit=A0:

                

                

                  

                    

                      


                        My little point on that. I like the idea of
                        "not" having a header if we do switching,=
 i.e
                        not having a header makes things so simple and
                        it becomes a very transparent mechanism, no
                        parsing, no processing at each hop, just in and
                        out until it reaches the end of the label
                        switched track.

                        

                        I agree that having these feature would be also
                        good, however this might require looking the
                        header at each hop, so there is a trade-off
                        between energy consumption, need for that and
                        simplicity. We need to keep this in mind too,
                        maybe an optional feature would work?

                        

                        X

                        

                        Al 24/05/13 19:10, En/na Thomas Watteyne ha
                        escrit:

                    

                    

                      

                        
Alfredo, 

                        

                          
=A0

                        

                        

                          
This is indeed a neat
                            idea, which feeds upon a nice feature of our
                            little TSCH networks.

                        

                        

                          
=A0

                        

                        

                          
IIRC, the points that
                            were raised during the call around this
                            issue were:

                        

                        

                          
pros:

                        

                        

                          
- we could throttle a
                            packet's priority based on the remaining
                            lifetime it has.

                        

                        

                          
- we could drop a packet
                            that has already expired

                        

                        

                          
cons:

                        

                        

                          
- reserving extra bytes
                            for this TS will add an extra energy cost,
                            and in some cases might simply not be
                            possible

                        

                        

                          
=A0

                        

                        

                          
Did I miss something?

                        

                        

                          
=A0

                        

                        

                          
Thomas

                        

                        

                          
=A0

                        

                        

                          
=A0

                          

                            
On Fri, May 24, 2013 at
                              9:00 AM, Grieco <alfredo.grieco@gmail.com>




                              wrote:

                            

                              

                                
Hi all,

                              

                              

                                
=A0
                              

                              

                                
During the today
                                  call, it emerged the possibility to
                                  stamp packets with deadlines to be
                                  updated during their trips thanks to
                                  the unique feature offered by TSCH to
                                  have a tightly synchronized LLN.

                              

                              

                                
=A0
                              

                              

                                
In this way, it
                                  could be possible to control the trip
                                  of each packet while it proceed
                                  towards the destination. In some hard
                                  real time applications, a packet that
                                  passes the deadline could be discarded
                                  thus saving energy.

                              

                              

                                
=A0
                              

                              

                                
It is true that we
                                  are installing tracks that should
                                  remain stable for a long time, but it
                                  is also true that wireless links (in
                                  any case) can come and go also for
                                  short transients.

                              

                              

                                
=A0
                              

                              

                                
Any thoughts about
                                  this point is warmly welcome and could
                                  lead to improvements to the 6tus
                                  layer.

                              

                              

                                
=A0
                              

                              

                                
=A0
                              

                              

                                
Cheers=


                              

                              

                                
=A0
                              

                              

                                
Alfredo

                                  

                                  -- 

                                

                                  

                                    
L=
uigi




                                        Alfredo Grieco, PhD

                                  

                                  

                                    
A=
ssistant




                                        Professor

                                  

                                  

                                    
D=
epartment




                                        of Electrical and Information
                                        Engineering
                                  

                                  

                                    
P=
olitecnico




                                        di Bari

                                  

                                  

                                    
V=
ia




                                        Orabona 4 - 70125 - Bari - Italy=


                                  

                                  

                                    
<=
a href=3D"tel:%2B39%20080%205963%20911" target=3D"_blank">+39 080 5963
                                          911

                                  

                                  

                                    
<=
a href=3D"http://telematics.poliba.it/grieco" target=3D"_blank">telematics.=
poliba.it/grieco





                                  

                                  

                                    
S=
kype




                                        id: l.alfredo.grieco<=
/span>

                                  

                                  

                                    
M=
obile:




                                        +39 3346715672

                                  

                                

                                

                                  

                                    
=A0

                                  

                                

                              

                            

                            


_______________________________________________

                              6tsch mailing list

                              6tsch@ietf.org

                              https://www.ietf.org/mailman/listinfo/6tsch

                          

                        

                      

                      


                        

                        

                        

                      
_______________________________________________<=
u>

                      
6tsch mailing list

                      
6tsch@ietf.org

                      
https://www.ietf.org/mailman/listinfo/6tsch

                    

                    
=A0

                  

                

                

                  

                    
________________________________=
_______________

                      6tsch mailing list

                      6=
tsch@ietf.org

                      https://www.ietf.org/mailman/listinfo/6tsch=


                  

                

              

            

            

            

            

            

            
_______________________________________________
6tsch mailing list
6tsch@ietf.org
h=
ttps://www.ietf.org/mailman/listinfo/6tsch


          

          

          

          

          

          
_______________________________________________
6tsch mailing list
6tsch@ietf.org
h=
ttps://www.ietf.org/mailman/listinfo/6tsch


        

        

        

        

        

        
_______________________________________________
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h=
ttps://www.ietf.org/mailman/listinfo/6tsch


      

      

      

      

      

      
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ttps://www.ietf.org/mailman/listinfo/6tsch


    

    

  



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Date: Thu, 30 May 2013 10:00:55 +0200
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Hello Kris:

I think that before we talk solutions we need to make sure we agree on what
we are trying to achieve. I am concerned with having to manage traffic
bursts and selective drop operations at the 6TUS level. This would
certainly make it mode complex. What we have here:

- in one hand there is the classical reservation model where you book a
constant slot rate between A and B. in that model, there is no queuing,
just buffering one or 2 frames that can be transmitted in acceptable
schedule. Excess packets cannot even enter the pipe because there is just
no slot available for it, and any QoS or shaping must be done at ingress,
either at the end-device edge or at the network edge. The pipe could be
made larger than base traffic (excess rate as Thomas indicated) in order to
accomodate retries, and what is improved in terms of delivery ratio would
be paid in terms of jitter and latency, as you indicated in a previous
mail. A simpler variation of that model drops the retries from the tunnel
and places them in best effort shared bundles with a high QoS level (we are
defining deterministic class at this moment at the transport area WG). That
way, there is no need for QoS /drop operation to be done at 6TUS level, it
is all done at L3, adn all packets that are delivered by 6TUS arrive at
determined schedule.

- Then there is the convergecast that can accommodate multiple sources of
traffic for a same egress point. What we expect with this sort of network
is an statistical effect to that the throughput of egress pipe is actually
less than the sum of the ingress. On a deterministic source of traffic, we
could use that effect on additional bandwidth that is allocated for retries=
.

- In the case of multicast, we can think of a tree topology rooted at the
source  with all hops if a constant size and replication at the branching
nodes. If we are interested in such thing, we can invite Ice in the
discussion.

- and then there is routing at 6TUS layer as I understand you address in
this mail. In that case, we lose the grip on the expected flows, and
probably have to expect statistical multiplexing, effectively reporting
some of the L3 complexity into 6TUS.

 Tons of things are doable but I think that a core value of the MPLS tunnel
is the MP part. MPLS does not look inside the packets, so you can do any
protocol over it. As you and Xavi discussed, a clean MPLS layer is not even
aware it carries IPv6. This was heavily used in early IPv6 deployments with
IPv6 PE/VPE, over an MPLS backbone that was setup using IPv4 but could be
used for whatever after that. If 6TUS does not know of IPv6, the layer does
not know about HbH headers and so on either. This is important to allow
fragments through end to end.

The more tricks we play there, the more specific and complex we make the
6TUS sublayer. I'd start simple unless a basic use case is broken.

What do you think?

Pascal




2013/5/30 Kris Pister 

>  Some comments on the last several emails on this thread:
> * it seems easy to have a table indexed by (MACsrcID, RXcell) that gives
> TXcellList
>   o having only one entry in the cell means a leakfree track (as proposed
> by Xavi?)
>   o  (0xFFFF,RXcell) --> TXcellList means any incoming packet goes out th=
e
> same way (convergecast)
>   o having several MACsrcIDs with different TXcellLists gives the two or
> more separate flows (as proposed by Dominique?)
> * there had better be idle listens in any of these schemes (more RX
> bandwidth than needed) otherwise queues and latency both tend toward
> infinity
> * if A and B both talk to C then:
>     o    either they need to be explicitly scheduled to not collide, in
> which case you might as well just have a separate cell for A-->C and B-->=
C
>     o    *or* you'd better have a *lot* idle listens, because you'll have
> slotted aloha chaotic collapse if you try to push more than PDR/e of the
> available bandwidth (absent the use of clever-but-not-general tricks that
> have been published over the years).
>
> ksjp
>
>
> On 5/29/2013 11:09 AM, Thomas Watteyne wrote:
>
> Xavi,
>
>  I agree that what you have in your e-mail is the normal way of doing
> things. The group might decide that this is the only way (e.g. Pascal's w=
ater-tight
> pipes), in which case we just use that.
>
>  I believe what Dominique brings up (Dominique, please correct me if I'm
> wrong), is that with this scheme, there is no cell reuse. So in your case=
,
> C listens twice, once for A and once for B (of course, you can generalize
> this to multiple cells, or different frame lengths). If there is no traff=
ic
> for A and B, C is wasting energy. Dominique's point is to see whether it'=
s
> possible to reuse the same cells at C for data coming from A and B, at th=
e
> cost of not having flow independence.
>
>  I hope this makes sense,
> Thomas
>
>
> On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana <
> xvilajosana@eecs.berkeley.edu> wrote:
>
>>  The key point here is that we are assuming that C can have a RX shared
>> link from A and B and then C can either send to D and E in another slot.
>> What is the benefit of that? Is it a general case? Why not having two ce=
lls
>> at C one that receives from A and another that receives from B then
>> transmission from C to D will happen in a cell and C to E in another.
>>
>> for example node C switching table
>>
>> in      out
>> 1(A)   3(D)    -- receives at slot 1 from A and sends out at slot 3 to D
>> 2(B)   4(E)     -- receives at slot 2 from B and sends out at slot 4 to =
E
>>
>> In case we want to be able to send cross flows, i.e use D for a flow fro=
m
>> B we can add more entries on the table and assign priorities
>>
>> in      out     prio
>> 1(A)   3(D)     1
>> 2(B)   4(E)     1
>> 1(A)   4(E)     2
>> 2(B)   2(D)     2
>>
>>
>> Of course if the data rate is slower than the slotframe length*time of
>> each slot then we will have idle listening at C.
>>
>> Is that what you have in mind?
>> X
>>
>> Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:
>>
>>  Would you agree that the issue you are bringing up is equivalent to the
>> statement that, with purely implicit labels, only fan-in is possible, no=
t
>> fan-out.
>>
>>  A --           --> D
>>      \       /
>>       =3D> C =3D
>>       /       \
>> B --           --> E
>>
>>  That is, given the following flows around mote C (and with the
>> assumption that both incoming and outgoing flows share the same cells), =
it
>> is possible to have A->C and B->C (e.g. fan-in), but not C->D and C->E.
>>
>>  The core issue you're raising is that there is a trade-off between
>> installing LSTs (Label Switching Tracks) and energy consumption. That is=
,
>> if you install water-tight pipes for all flows, you will waste energy if
>> data isn't flowing through those pipes, since nodes along those tracks w=
ill
>> be idle listening.
>>
>>  This might be a far-fetched, so please bear with me, but I see some
>> relationship between the problem you're raising and the use of CIR
>> (Committed Information Rate), EIR (Excess) and PIR (Peak) typically foun=
d
>> in protocols such as Frame Relay. These are used to limit under-use of
>> bandwidth, whereas we're more interested in not wasting energy, but the
>> problem can be described very similarly (I think). Now this only brings
>> more questions, since, to have this type of behavior, excess packets (i.=
e.
>> about the CIR) need to flow from the LST into some other bandwidth. Not
>> sure whether we want to go there.
>>
>>  Thomas
>>
>>
>> On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pthubert) <
>> pthubert@cisco.com> wrote:
>>
>>>  Hello Dominique:
>>>
>>>
>>>
>>> The traditional Virtual circuit is actually a water tight pipe end to
>>> end. My mind image of a track is the same. Thus traffic from B cannot b=
e
>>> merged into the A to U track.
>>>
>>> I love the idea of merging flows like 1 to u and B to U in a many to on=
e
>>> converging channel but even then you enter the world of statistical mux=
 and
>>> QoS.
>>>
>>>
>>>
>>> The case you represent does not use tracks at all. We=92ll have a bundl=
e
>>> of cells off any router that can be used unicast or multicast, some of =
the
>>> latter probably reserved for a particular neighbor.
>>>
>>> Packets received over such cell will not be G-MPLS switched. They will
>>> be punted to layer 3 through the 6LoWPAN sublayer. L3 will device eithe=
r to
>>> route them or deliver locally (punt to L4) when this node is the
>>> destination.
>>>
>>>
>>>
>>> In the former case, the packet will go down the stack again through the
>>> 6LoWPAN layer and the 6TUS sublayer will determine which bundle of cell=
s
>>> can be used to reach the next hop router. You=92ll note that in this ca=
se, we
>>> cannot route fragments so IP packets would have to be reassembled at ev=
ery
>>> hop. This is what the fragment forwarding and recovery draft is still
>>> useful. With that draft, the first frag installs forwarding states with=
in
>>> the 6LoWPAN sublayer for the next fragments based on an explicit label
>>> placed in the 6LoWPAN datagram identifier.
>>>
>>>
>>>
>>> We need a picture!!!
>>>
>>>
>>>
>>> Cheers,
>>>
>>>
>>>
>>> Pascal
>>>
>>>
>>>
>>> *From:* dominique.barthel@orange.com [mailto:
>>> dominique.barthel@orange.com]
>>> *Sent:* mercredi 29 mai 2013 08:51
>>> *To:* Pascal Thubert (pthubert); 6tsch@ietf.org
>>> *Subject:* RE: G-MPLS, implicit labeling, multiple tracks through one
>>> cell
>>>
>>>
>>>
>>> Hello Pascal,
>>>
>>>
>>>
>>> Actually, I meant the following situation: one flow goes from A to U on
>>> track A-X-Y-U, another flow goes from B to V on track B-X-Y-V.
>>>
>>> The two flows can=92t use the same cell between X and Y because Y has n=
o
>>> way of telling them apart.
>>>
>>> Correct?
>>> Thanks
>>>
>>>
>>>
>>> Dominique
>>>
>>>
>>>
>>> *De :* Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
>>>
>>> *Envoy=E9 :* mardi 28 mai 2013 18:29
>>> *=C0 :* BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org
>>> *Objet :* RE: G-MPLS, implicit labeling, multiple tracks through one
>>> cell
>>>
>>>
>>>
>>> Hello Dominique:
>>>
>>>
>>>
>>> The Time slot based =93G-MPLS=94 forwarding will not look at the flow l=
abel
>>> so it does not care whether it is one or multiple flows that get ijecte=
d in
>>> the time slots.
>>>
>>> What you will get is a regular transmit opportunity from A to B.
>>>
>>> How the source fills it is its business (one or more flows from A to B)=
,
>>> but it is not elastic so if the flows collide at some point there might=
 be
>>> drops or latency added before a frame is placed in a track.
>>>
>>> Once the frame is on track, it will follow each hop as scheduled.
>>>
>>>
>>>
>>> I think we agree=85
>>>
>>>
>>>
>>> Pascal
>>>
>>>
>>>
>>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bou=
nces@ietf.org>]
>>> *On Behalf Of *dominique.barthel@orange.com
>>> *Sent:* mardi 28 mai 2013 16:49
>>> *To:* 6tsch@ietf.org
>>> *Subject:* [6tsch] G-MPLS, implicit labeling, multiple tracks through
>>> one cell
>>>
>>>
>>>
>>> Hello all,
>>>
>>>
>>>
>>> Disclaimer:
>>>
>>> I=92m no expert in label switching. Please bear with me.
>>>
>>> This mail will at least have the benefit of documenting the question an=
d
>>> the answer.
>>>
>>>
>>>
>>>
>>>
>>> Context:
>>>
>>> I understand that the 15.4.e cell on which a frame was received by a
>>> node can be considered an implicit label. Therefore, we can avoid the
>>> overhead of explicitly carrying the label in the frame. Great!
>>>
>>>
>>>
>>> Question:
>>>
>>> If we have multiple tracks going through neighbor nodes X and Y, and
>>> supposing that their aggregated flow happily fits the data rate provide=
d by
>>> one cell, wouldn=92t we like to be able to multiplex them onto the same=
 cell
>>> in order to save on the wake-up/carrier_sense energy cost?
>>>
>>> Am I right in saying that we, the 6tsch group, decided to forego the
>>> energy saving of multiplexing several tracks on one cell in return for =
the
>>> energy saving of not carrying the label in-band?
>>>
>>> Did I miss anything?
>>>
>>>
>>>
>>> Thanks
>>>
>>>
>>>
>>> Dominique
>>>
>>> _______________________________________________________________________=
__________________________________________________
>>>
>>>
>>>
>>> Ce message et ses pieces jointes peuvent contenir des informations conf=
identielles ou privilegiees et ne doivent donc
>>>
>>> pas etre diffuses, exploites ou copies sans autorisation. Si vous avez =
recu ce message par erreur, veuillez le signaler
>>>
>>> a l'expediteur et le detruire ainsi que les pieces jointes. Les message=
s electroniques etant susceptibles d'alteration,
>>>
>>> France Telecom - Orange decline toute responsabilite si ce message a et=
e altere, deforme ou falsifie. Merci.
>>>
>>>
>>>
>>> This message and its attachments may contain confidential or privileged=
 information that may be protected by law;
>>>
>>> they should not be distributed, used or copied without authorisation.
>>>
>>> If you have received this email in error, please notify the sender and =
delete this message and its attachments.
>>>
>>> As emails may be altered, France Telecom - Orange is not liable for mes=
sages that have been modified, changed or falsified.
>>>
>>> Thank you.
>>>
>>> _______________________________________________________________________=
__________________________________________________
>>>
>>>
>>>
>>> Ce message et ses pieces jointes peuvent contenir des informations conf=
identielles ou privilegiees et ne doivent donc
>>>
>>> pas etre diffuses, exploites ou copies sans autorisation. Si vous avez =
recu ce message par erreur, veuillez le signaler
>>>
>>> a l'expediteur et le detruire ainsi que les pieces jointes. Les message=
s electroniques etant susceptibles d'alteration,
>>>
>>> France Telecom - Orange decline toute responsabilite si ce message a et=
e altere, deforme ou falsifie. Merci.
>>>
>>>
>>>
>>> This message and its attachments may contain confidential or privileged=
 information that may be protected by law;
>>>
>>> they should not be distributed, used or copied without authorisation.
>>>
>>> If you have received this email in error, please notify the sender and =
delete this message and its attachments.
>>>
>>> As emails may be altered, France Telecom - Orange is not liable for mes=
sages that have been modified, changed or falsified.
>>>
>>> Thank you.
>>>
>>>
>>> _______________________________________________
>>> 6tsch mailing list
>>> 6tsch@ietf.org
>>> https://www.ietf.org/mailman/listinfo/6tsch
>>
>>   
>>
>>
>> _______________________________________________
>> 6tsch mailing list6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/6t=
sch
>>
>>
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>
>
> _______________________________________________
> 6tsch mailing list6tsch@ietf.orghttps://www.ietf.org/mailman/listinfo/6ts=
ch
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>


--=20
Pascal

--047d7b343288e0789204ddeae570
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Hello Kris:

I think =
that before we talk solutions we need to make sure we agree on what we are =
trying to achieve. I am concerned with having to manage traffic bursts and =
selective drop operations at the 6TUS level. This would certainly make it m=
ode complex. What we have here:


- in one hand there is the classical reservation model where you =
book a constant slot rate between A and B. in that model, there is no queui=
ng, just buffering one or 2 frames that can be transmitted in acceptable sc=
hedule. Excess packets cannot even enter the pipe because there is just no =
slot available for it, and any QoS or shaping must be done at ingress, eith=
er at the end-device edge or at the network edge. The pipe could be made la=
rger than base traffic (excess rate as Thomas indicated) in order to accomo=
date retries, and what is improved in terms of delivery ratio would be paid=
 in terms of jitter and latency, as you indicated in a previous mail. A sim=
pler variation of that model drops the retries from the tunnel and places t=
hem in best effort shared bundles with a high QoS level (we are defining de=
terministic class at this moment at the transport area WG). That way, there=
 is no need for QoS /drop operation to be done at 6TUS level, it is all don=
e at L3, adn all packets that are delivered by 6TUS arrive at determined sc=
hedule.



- Then there is the convergecast that can accommodate =
multiple sources of traffic for a same egress point. What we expect with th=
is sort of network is an statistical effect to that the throughput of egres=
s pipe is actually less than the sum of the ingress. On a deterministic sou=
rce of traffic, we could use that effect on additional bandwidth that is al=
located for retries.


- In the case of multicast, we can think of a tree topology =
rooted at the source=A0 with all hops if a constant size and replication at=
 the branching nodes. If we are interested in such thing, we can invite Ice=
 in the discussion.



- and then there is routing at 6TUS layer as I underst=
and you address in this mail. In that case, we lose the grip on the expecte=
d flows, and probably have to expect statistical multiplexing, effectively =
reporting some of the L3 complexity into 6TUS. 


=A0Tons of things are doable but I think that a core value of the MPLS =
tunnel is the MP part. MPLS does not look inside the packets, so you can do=
 any protocol over it. As you and Xavi discussed, a clean MPLS layer is not=
 even aware it carries IPv6. This was heavily used in early IPv6 deployment=
s with IPv6 PE/VPE, over an MPLS backbone that was setup using IPv4 but cou=
ld be used for whatever after that. If 6TUS does not know of IPv6, the laye=
r does not know about HbH headers and so on either. This is important to al=
low fragments through end to end. 


The more tricks we play there, the more specific and complex we make th=
e 6TUS sublayer. I'd start simple unless a basic use case is broken.
What do you think?

Pascal






2013/5/30 Kris Pister <pister@eecs.berkeley.edu><=
/span>



 =20
   =20
 =20
  

    Some comments on the last several emails on this thread:

    * it seems easy to have a table indexed by (MACsrcID, RXcell) that
    gives TXcellList

    =A0 o having only one entry in the cell means a leakfree track (as
    proposed by Xavi?)

    =A0 o=A0 (0xFFFF,RXcell) --> TXcellList means any incoming packet
    goes out the same way (convergecast)

    =A0 o having several MACsrcIDs with different TXcellLists gives the
    two or more separate flows (as proposed by Dominique?)

    * there had better be idle listens in any of these schemes (more RX
    bandwidth than needed) otherwise queues and latency both tend toward
    infinity

    * if A and B both talk to C then:

    =A0=A0=A0 o=A0=A0=A0 either they need to be explicitly scheduled to not=
 collide,
    in which case you might as well just have a separate cell for
    A-->C and B-->C

    =A0=A0=A0 o=A0=A0=A0 *or* you'd better have a *lot* idle listens, b=
ecause you'll
    have slotted aloha chaotic collapse if you try to push more than
    PDR/e of the available bandwidth (absent the use of
    clever-but-not-general tricks that have been published over the
    years).

    

    ksjp


    

    
On 5/29/2013 11:09 AM, Thomas Watteyne
      wrote:

    

    

      
Xavi,
        


        

        
I agree that what you have in your e-mail is the normal way
          of doing things. The group might decide that this is the only
          way (e.g. Pascal's=A0water-tight
            pipes), in which case we just use that.

        


        

        
I believe what Dominique brings up (Dominique,
          please correct me if I'm wrong), is that with this scheme,
          there is no cell reuse. So in your case, C listens twice, once
          for A and once for B (of course, you can generalize this to
          multiple cells, or different frame lengths). If there is no
          traffic for A and B, C is wasting energy. Dominique's point i=
s
          to see whether it's possible to reuse the same cells at C for
          data coming from A and B, at the cost of not having flow
          independence.

        


        

        
I hope this makes sense,

        
Thomas

      

      


        

        
On Wed, May 29, 2013 at 10:43 AM,
          Xavier Vilajosana <xvilajosana@eecs.berkeley.edu=
>
          wrote:

          

            

              
The key point here is that we are assuming that C can
                have a RX shared link from A and B and then C can either
                send to D and E in another slot. What is the benefit of
                that? Is it a general case? Why not having two cells at
                C one that receives from A and another that receives
                from B then transmission from C to D will happen in a
                cell and C to E in another.

                

                for example node C switching table

                

                in=A0=A0=A0=A0=A0 out

                1(A)=A0=A0 3(D)=A0=A0=A0 -- receives at slot 1 from A and s=
ends
                out at slot 3 to D

                2(B)=A0=A0 4(E)=A0=A0=A0=A0 -- receives at slot 2 from B an=
d sends
                out at slot 4 to E

                

                In case we want to be able to send cross flows, i.e use
                D for a flow from B we can add more entries on the table
                and assign priorities

                

                in=A0=A0=A0=A0=A0 out=A0=A0=A0=A0 prio

                1(A)=A0=A0 3(D)=A0=A0=A0=A0 1

                2(B)=A0=A0 4(E)=A0=A0=A0=A0 1

                1(A)=A0=A0 4(E)=A0=A0=A0=A0 2

                2(B)=A0=A0 2(D)=A0=A0=A0=A0 2

                

                

                Of course if the data rate is slower than the slotframe
                length*time of each slot then we will have idle
                listening at C. 

                

                Is that what you have in mind?

                X 

                

                Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:

              

              

                

                  

                    

                      
Would you agree that the issue you are
                        bringing up is equivalent to the statement that,
                        with purely implicit labels, only fan-in is
                        possible, not fan-out.

                      

                      


                      

                      
A -- =A0 =
=A0
                          =A0 =A0 =A0 --> D

                      
=A0 =A0 =
=A0\ =A0
                          =A0 =A0 /

                      
=A0 =A0 =
=A0
                          =3D> C =3D

                      
 =A0 =A0 =
=A0/
                          =A0 =A0 =A0 \

                      
B -- =A0 =
=A0
                          =A0 =A0 =A0 --> E

                      


                      

                      
That is, given the following flows around
                        mote C (and with the assumption that both
                        incoming and outgoing flows share the same
                        cells), it is possible to have A->C and
                        B->C (e.g. fan-in), but not C->D and
                        C->E.

                      


                      

                      
The core issue you're raising is that there
                        is a trade-off between installing LSTs (Label
                        Switching Tracks) and energy consumption. That
                        is, if you install water-tight pipes for all
                        flows, you will waste energy if data isn't
                        flowing through those pipes, since nodes along
                        those tracks will be idle listening.

                      


                      

                      
This might be a far-fetched, so please bear
                        with me, but I see some relationship between the
                        problem you're raising and the use of CIR
                        (Committed Information Rate), EIR (Excess) and
                        PIR (Peak) typically found in protocols such as
                        Frame Relay. These are used to limit under-use
                        of bandwidth, whereas we're more interested in
                        not wasting energy, but the problem can be
                        described very similarly (I think). Now this
                        only brings more questions, since, to have this
                        type of behavior, excess packets (i.e. about the
                        CIR) need to flow from the LST into some other
                        bandwidth. Not sure whether we want to go there.
                      

                      


                      

                      
Thomas

                      


                        

                        
On Wed, May 29, 2013 at
                          12:50 AM, Pascal Thubert (pthubert) <pthubert@c=
isco.com>
                          wrote:

                          

                            

                              

                                
Hello
                                      Dominique:

                                
=A0

                                
The
                                    traditional Virtual circuit is
                                    actually a water tight pipe end to
                                    end. My mind image of a track is the
                                    same. Thus traffic from B cannot be
                                    merged into the A to U track. 
                                
I love the
                                    idea of merging flows like 1 to u
                                    and B to U in a many to one
                                    converging channel but even then you
                                    enter the world of statistical mux
                                    and QoS.

                                
=A0

                                
The case you
                                    represent does not use tracks at
                                    all. We=92ll have a bundle of cells
                                    off any router that can be used
                                    unicast or multicast, some of the
                                    latter probably reserved for a
                                    particular neighbor.

                                
Packets
                                    received over such cell will not be
                                    G-MPLS switched. They will be punted
                                    to layer 3 through the 6LoWPAN
                                    sublayer. L3 will device either to
                                    route them or deliver locally (punt
                                    to L4) when this node is the
                                    destination. 

                                
=A0

                                
In the former
                                    case, the packet will go down the
                                    stack again through the 6LoWPAN
                                    layer and the 6TUS sublayer will
                                    determine which bundle of cells can
                                    be used to reach the next hop
                                    router. You=92ll note that in this
                                    case, we cannot route fragments so
                                    IP packets would have to be
                                    reassembled at every hop. This is
                                    what the fragment forwarding and
                                    recovery draft is still useful. With
                                    that draft, the first frag installs
                                    forwarding states within the 6LoWPAN
                                    sublayer for the next fragments
                                    based on an explicit label placed in
                                    the 6LoWPAN datagram identifier.=


                                
=A0

                                
We need a
                                    picture!!!

                                
=A0

                                
Cheers,

                                
=A0

                                

                                  
Pascal

                                

                                
=A0

                                

                                  

                                    
From:
                                        dominique.barthel@orange.com
                                        [mailto:dominique.barthel@orange.com]
                                        

                                        Sent: mercredi 29 mai
                                        2013 08:51

                                        To: Pascal Thubert
                                        (pthubert); 6tsch@ietf.org

                                        Subject: RE: G-MPLS,
                                        implicit labeling, multiple
                                        tracks through one cell

                                  

                                

                                

                                  

                                    
=A0

                                    
Hello
                                        Pascal,

                                    
=A0

                                    
Actually,
                                        I meant the following situation:
                                        one flow goes from A to U on
                                        track A-X-Y-U, another flow goes
                                        from B to V on track B-X-Y-V.

                                    
The two
                                        flows can=92t use the same cell
                                        between X and Y because Y has no
                                        way of telling them apart.

                                    
Correct?

                                        Thanks

                                    
=A0

                                    
Dominique

                                    
=A0

                                    

                                      

                                        
De=A0: Pascal Thubert
                                            (pthubert) [mailto:pthubert@cisco.com]
                                            

                                            Envoy=E9=A0: mardi 28 ma=
i
                                            2013 18:29

                                            =C0=A0: BARTHEL Dominiqu=
e
                                            OLNC/OLPS; 6tsch@ietf.org

                                            Objet=A0: RE: G-MPLS,
                                            implicit labeling, multiple
                                            tracks through one cell<=
span lang=3D"FR">

                                      

                                    

                                    
=A0

                                    
Hello
                                        Dominique:=


                                    
=A0

                                    
The Time
                                        slot based =93G-MPLS=94 forwarding
                                        will not look at the flow label
                                        so it does not care whether it
                                        is one or multiple flows that
                                        get ijected in the time slots.

                                    
What you
                                        will get is a regular transmit
                                        opportunity from A to B. 

                                    
How the
                                        source fills it is its business
                                        (one or more flows from A to B),
                                        but it is not elastic so if the
                                        flows collide at some point
                                        there might be drops or latency
                                        added before a frame is placed
                                        in a track.

                                    
Once the
                                        frame is on track, it will
                                        follow each hop as scheduled.

                                    
=A0

                                    
I think we
                                        agree=85 <=
/span>

                                    
=A0

                                    

                                      
Pascal

                                    

                                    
=A0

                                    

                                      

                                        
From:
                                            6tsch-bounces@ietf.org
                                            [mailto:6tsch-bounces@ietf.org]
                                            On Behalf Of dominique.barthel@or=
ange.com

                                            Sent: mardi 28 mai
                                            2013 16:49

                                            To: 6tsch@ietf.org

                                            Subject: [6tsch]
                                            G-MPLS, implicit labeling,
                                            multiple tracks through one
                                            cell

                                      

                                    

                                    
=A0

                                    
Hello
                                        all,

                                    
=A0

                                    
Disclaimer:

                                    
I=92m no expert
                                      in label switching. Please bear
                                      with me.

                                    
This mail will
                                      at least have the benefit of
                                      documenting the question and the
                                      answer.

                                    
=A0

                                    
=A0

                                    
Context:

                                    
I understand
                                      that the 15.4.e cell on which a
                                      frame was received by a node can
                                      be considered an implicit label.
                                      Therefore, we can avoid the
                                      overhead of explicitly carrying
                                      the label in the frame. Great!

                                    
=A0

                                    
Question:

                                    
If we have
                                      multiple tracks going through
                                      neighbor nodes X and Y, and
                                      supposing that their aggregated
                                      flow happily fits the data rate
                                      provided by one cell, wouldn=92t we
                                      like to be able to multiplex them
                                      onto the same cell in order to
                                      save on the wake-up/carrier_sense
                                      energy cost?=


                                    
Am I right in
                                      saying that we, the 6tsch group,
                                      decided to forego the energy
                                      saving of multiplexing several
                                      tracks on one cell in return for
                                      the energy saving of not carrying
                                      the label in-band?<=
/span>

                                    
Did I miss
                                      anything?
                                    
=A0

                                    
Thanks

                                    
=A0

                                    
Dominique

                                    
____________________________=
___________________________________________________________________________=
__________________


                                    
=A0

                                    
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 ou copies sans autorisation. Si vous avez recu ce message par erreur, veui=
llez le signaler


                                    
a l'expediteur et le det=
ruire ainsi que les pieces jointes. Les messages electroniques etant suscep=
tibles d'alteration,


                                    
France Telecom - Orange decl=
ine toute responsabilite si ce message a ete altere, deforme ou falsifie. M=
erci.


                                    
=A0

                                    
This message and its attachm=
ents may contain confidential or privileged information that may be protect=
ed by law;


                                    
they should not be distribut=
ed, used or copied without authorisation.

                                    
If you have received this em=
ail in error, please notify the sender and delete this message and its atta=
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ance Telecom - Orange is not liable for messages that have been modified, c=
hanged or falsified.


                                    
Thank you.

                                    
____________________________=
___________________________________________________________________________=
__________________


                                    
=A0

                                    
Ce message et ses pieces joi=
ntes peuvent contenir des informations confidentielles ou privilegiees et n=
e doivent donc


                                    
pas etre diffuses, exploites=
 ou copies sans autorisation. Si vous avez recu ce message par erreur, veui=
llez le signaler


                                    
a l'expediteur et le det=
ruire ainsi que les pieces jointes. Les messages electroniques etant suscep=
tibles d'alteration,


                                    
France Telecom - Orange decl=
ine toute responsabilite si ce message a ete altere, deforme ou falsifie. M=
erci.


                                    
=A0

                                    
This message and its attachm=
ents may contain confidential or privileged information that may be protect=
ed by law;


                                    
they should not be distribut=
ed, used or copied without authorisation.

                                    
If you have received this em=
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As emails may be altered, Fr=
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hanged or falsified.


                                    
Thank you.

                                  

                                

                              

                            

                            

_______________________________________________

                            6tsch mailing list

                            6tsch@ietf.org

                            https://www.ietf.org/mailman/listinfo/6tsch<=
/blockquote>
                        

                         

                    

                    

                    

                    

                    
_______________________________________________
6tsch mailing list
6tsch@ietf.org
h=
ttps://www.ietf.org/mailman/listinfo/6tsch


                  

                  

                

              

            

            

            _______________________________________________

            6tsch mailing list

            6tsch@ietf.=
org

            https://www.ietf.org/mailman/listinfo/6tsch

            

          

        

        

      

      

      

      

      
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6tsch@ietf.org
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ttps://www.ietf.org/mailman/listinfo/6tsch


    

    

  



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h=
ttps://www.ietf.org/mailman/listinfo/6tsch





-- 
Pascal



--047d7b343288e0789204ddeae570--

From maria-rita.palattella@uni.lu  Thu May 30 01:28:39 2013
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From: Maria Rita PALATTELLA 
To: Pascal Thubert , Kris Pister 
Thread-Topic: [6tsch] G-MPLS, implicit labeling,	multiple tracks through one cell
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Cc: Thomas Watteyne , 6TSCH <6tsch@ietf.org>, "ice@cisco.com" 
Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cell
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Dear Pascal, Kris, all

Here are some figures that maybe will help us in carrying on the discuss on=
 this topic on the ML and during Friday call!

Kind Regards,
Maria Rita

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of P=
ascal Thubert
Sent: Thursday, May 30, 2013 10:01 AM
To: Kris Pister
Cc: Thomas Watteyne; 6TSCH; ice@cisco.com
Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through one=
 cell

Hello Kris:
I think that before we talk solutions we need to make sure we agree on what=
 we are trying to achieve. I am concerned with having to manage traffic bur=
sts and selective drop operations at the 6TUS level. This would certainly m=
ake it mode complex. What we have here:
- in one hand there is the classical reservation model where you book a con=
stant slot rate between A and B. in that model, there is no queuing, just b=
uffering one or 2 frames that can be transmitted in acceptable schedule. Ex=
cess packets cannot even enter the pipe because there is just no slot avail=
able for it, and any QoS or shaping must be done at ingress, either at the =
end-device edge or at the network edge. The pipe could be made larger than =
base traffic (excess rate as Thomas indicated) in order to accomodate retri=
es, and what is improved in terms of delivery ratio would be paid in terms =
of jitter and latency, as you indicated in a previous mail. A simpler varia=
tion of that model drops the retries from the tunnel and places them in bes=
t effort shared bundles with a high QoS level (we are defining deterministi=
c class at this moment at the transport area WG). That way, there is no nee=
d for QoS /drop operation to be done at 6TUS level, it is all done at L3, a=
dn all packets that are delivered by 6TUS arrive at determined schedule.

- Then there is the convergecast that can accommodate multiple sources of t=
raffic for a same egress point. What we expect with this sort of network is=
 an statistical effect to that the throughput of egress pipe is actually le=
ss than the sum of the ingress. On a deterministic source of traffic, we co=
uld use that effect on additional bandwidth that is allocated for retries.
- In the case of multicast, we can think of a tree topology rooted at the s=
ource  with all hops if a constant size and replication at the branching no=
des. If we are interested in such thing, we can invite Ice in the discussio=
n.

- and then there is routing at 6TUS layer as I understand you address in th=
is mail. In that case, we lose the grip on the expected flows, and probably=
 have to expect statistical multiplexing, effectively reporting some of the=
 L3 complexity into 6TUS.

 Tons of things are doable but I think that a core value of the MPLS tunnel=
 is the MP part. MPLS does not look inside the packets, so you can do any p=
rotocol over it. As you and Xavi discussed, a clean MPLS layer is not even =
aware it carries IPv6. This was heavily used in early IPv6 deployments with=
 IPv6 PE/VPE, over an MPLS backbone that was setup using IPv4 but could be =
used for whatever after that. If 6TUS does not know of IPv6, the layer does=
 not know about HbH headers and so on either. This is important to allow fr=
agments through end to end.

The more tricks we play there, the more specific and complex we make the 6T=
US sublayer. I'd start simple unless a basic use case is broken.
What do you think?

Pascal


2013/5/30 Kris Pister >
Some comments on the last several emails on this thread:
* it seems easy to have a table indexed by (MACsrcID, RXcell) that gives TX=
cellList
  o having only one entry in the cell means a leakfree track (as proposed b=
y Xavi?)
  o  (0xFFFF,RXcell) --> TXcellList means any incoming packet goes out the =
same way (convergecast)
  o having several MACsrcIDs with different TXcellLists gives the two or mo=
re separate flows (as proposed by Dominique?)
* there had better be idle listens in any of these schemes (more RX bandwid=
th than needed) otherwise queues and latency both tend toward infinity
* if A and B both talk to C then:
    o    either they need to be explicitly scheduled to not collide, in whi=
ch case you might as well just have a separate cell for A-->C and B-->C
    o    *or* you'd better have a *lot* idle listens, because you'll have s=
lotted aloha chaotic collapse if you try to push more than PDR/e of the ava=
ilable bandwidth (absent the use of clever-but-not-general tricks that have=
 been published over the years).

ksjp

On 5/29/2013 11:09 AM, Thomas Watteyne wrote:
Xavi,

I agree that what you have in your e-mail is the normal way of doing things=
. The group might decide that this is the only way (e.g. Pascal's water-tig=
ht pipes), in which case we just use that.

I believe what Dominique brings up (Dominique, please correct me if I'm wro=
ng), is that with this scheme, there is no cell reuse. So in your case, C l=
istens twice, once for A and once for B (of course, you can generalize this=
 to multiple cells, or different frame lengths). If there is no traffic for=
 A and B, C is wasting energy. Dominique's point is to see whether it's pos=
sible to reuse the same cells at C for data coming from A and B, at the cos=
t of not having flow independence.

I hope this makes sense,
Thomas

On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana > wrote:
The key point here is that we are assuming that C can have a RX shared link=
 from A and B and then C can either send to D and E in another slot. What i=
s the benefit of that? Is it a general case? Why not having two cells at C =
one that receives from A and another that receives from B then transmission=
 from C to D will happen in a cell and C to E in another.

for example node C switching table

in      out
1(A)   3(D)    -- receives at slot 1 from A and sends out at slot 3 to D
2(B)   4(E)     -- receives at slot 2 from B and sends out at slot 4 to E

In case we want to be able to send cross flows, i.e use D for a flow from B=
 we can add more entries on the table and assign priorities

in      out     prio
1(A)   3(D)     1
2(B)   4(E)     1
1(A)   4(E)     2
2(B)   2(D)     2


Of course if the data rate is slower than the slotframe length*time of each=
 slot then we will have idle listening at C.

Is that what you have in mind?
X

Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:
Would you agree that the issue you are bringing up is equivalent to the sta=
tement that, with purely implicit labels, only fan-in is possible, not fan-=
out.

A --           --> D
     \       /
      =3D> C =3D
     /       \
B --           --> E

That is, given the following flows around mote C (and with the assumption t=
hat both incoming and outgoing flows share the same cells), it is possible =
to have A->C and B->C (e.g. fan-in), but not C->D and C->E.

The core issue you're raising is that there is a trade-off between installi=
ng LSTs (Label Switching Tracks) and energy consumption. That is, if you in=
stall water-tight pipes for all flows, you will waste energy if data isn't =
flowing through those pipes, since nodes along those tracks will be idle li=
stening.

This might be a far-fetched, so please bear with me, but I see some relatio=
nship between the problem you're raising and the use of CIR (Committed Info=
rmation Rate), EIR (Excess) and PIR (Peak) typically found in protocols suc=
h as Frame Relay. These are used to limit under-use of bandwidth, whereas w=
e're more interested in not wasting energy, but the problem can be describe=
d very similarly (I think). Now this only brings more questions, since, to =
have this type of behavior, excess packets (i.e. about the CIR) need to flo=
w from the LST into some other bandwidth. Not sure whether we want to go th=
ere.

Thomas

On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pthubert) > wrote:
Hello Dominique:

The traditional Virtual circuit is actually a water tight pipe end to end. =
My mind image of a track is the same. Thus traffic from B cannot be merged =
into the A to U track.
I love the idea of merging flows like 1 to u and B to U in a many to one co=
nverging channel but even then you enter the world of statistical mux and Q=
oS.

The case you represent does not use tracks at all. We'll have a bundle of c=
ells off any router that can be used unicast or multicast, some of the latt=
er probably reserved for a particular neighbor.
Packets received over such cell will not be G-MPLS switched. They will be p=
unted to layer 3 through the 6LoWPAN sublayer. L3 will device either to rou=
te them or deliver locally (punt to L4) when this node is the destination.

In the former case, the packet will go down the stack again through the 6Lo=
WPAN layer and the 6TUS sublayer will determine which bundle of cells can b=
e used to reach the next hop router. You'll note that in this case, we cann=
ot route fragments so IP packets would have to be reassembled at every hop.=
 This is what the fragment forwarding and recovery draft is still useful. W=
ith that draft, the first frag installs forwarding states within the 6LoWPA=
N sublayer for the next fragments based on an explicit label placed in the =
6LoWPAN datagram identifier.

We need a picture!!!

Cheers,

Pascal

From: dominique.barthel@orange.com [ma=
ilto:dominique.barthel@orange.com]
Sent: mercredi 29 mai 2013 08:51
To: Pascal Thubert (pthubert); 6tsch@ietf.org
Subject: RE: G-MPLS, implicit labeling, multiple tracks through one cell

Hello Pascal,

Actually, I meant the following situation: one flow goes from A to U on tra=
ck A-X-Y-U, another flow goes from B to V on track B-X-Y-V.
The two flows can't use the same cell between X and Y because Y has no way =
of telling them apart.
Correct?
Thanks

Dominique

De : Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
Envoy=E9 : mardi 28 mai 2013 18:29
=C0 : BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org
Objet : RE: G-MPLS, implicit labeling, multiple tracks through one cell

Hello Dominique:

The Time slot based "G-MPLS" forwarding will not look at the flow label so =
it does not care whether it is one or multiple flows that get ijected in th=
e time slots.
What you will get is a regular transmit opportunity from A to B.
How the source fills it is its business (one or more flows from A to B), bu=
t it is not elastic so if the flows collide at some point there might be dr=
ops or latency added before a frame is placed in a track.
Once the frame is on track, it will follow each hop as scheduled.

I think we agree...

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of dominique.barthel@orange.com
Sent: mardi 28 mai 2013 16:49
To: 6tsch@ietf.org
Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cel=
l

Hello all,

Disclaimer:
I'm no expert in label switching. Please bear with me.
This mail will at least have the benefit of documenting the question and th=
e answer.


Context:
I understand that the 15.4.e cell on which a frame was received by a node c=
an be considered an implicit label. Therefore, we can avoid the overhead of=
 explicitly carrying the label in the frame. Great!

Question:
If we have multiple tracks going through neighbor nodes X and Y, and suppos=
ing that their aggregated flow happily fits the data rate provided by one c=
ell, wouldn't we like to be able to multiplex them onto the same cell in or=
der to save on the wake-up/carrier_sense energy cost?
Am I right in saying that we, the 6tsch group, decided to forego the energy=
 saving of multiplexing several tracks on one cell in return for the energy=
 saving of not carrying the label in-band?
Did I miss anything?

Thanks

Dominique

___________________________________________________________________________=
______________________________________________



Ce message et ses pieces jointes peuvent contenir des informations confiden=
tielles ou privilegiees et ne doivent donc

pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu=
 ce message par erreur, veuillez le signaler

a l'expediteur et le detruire ainsi que les pieces jointes. Les messages el=
ectroniques etant susceptibles d'alteration,

France Telecom - Orange decline toute responsabilite si ce message a ete al=
tere, deforme ou falsifie. Merci.



This message and its attachments may contain confidential or privileged inf=
ormation that may be protected by law;

they should not be distributed, used or copied without authorisation.

If you have received this email in error, please notify the sender and dele=
te this message and its attachments.

As emails may be altered, France Telecom - Orange is not liable for message=
s that have been modified, changed or falsified.

Thank you.

___________________________________________________________________________=
______________________________________________



Ce message et ses pieces jointes peuvent contenir des informations confiden=
tielles ou privilegiees et ne doivent donc

pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu=
 ce message par erreur, veuillez le signaler

a l'expediteur et le detruire ainsi que les pieces jointes. Les messages el=
ectroniques etant susceptibles d'alteration,

France Telecom - Orange decline toute responsabilite si ce message a ete al=
tere, deforme ou falsifie. Merci.



This message and its attachments may contain confidential or privileged inf=
ormation that may be protected by law;

they should not be distributed, used or copied without authorisation.

If you have received this email in error, please notify the sender and dele=
te this message and its attachments.

As emails may be altered, France Telecom - Orange is not liable for message=
s that have been modified, changed or falsified.

Thank you.

_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch


_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch



_______________________________________________

6tsch mailing list

6tsch@ietf.org

https://www.ietf.org/mailman/listinfo/6tsch


_______________________________________________
6tsch mailing list
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https://www.ietf.org/mailman/listinfo/6tsch



--
Pascal

--_000_F085911F642A6847987ADA23E611780D185665BAhoshiunilux_
Content-Type: text/html; charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable











Dear Pascal, Kris, all


 <=
/p>

Here are some figures tha=
t maybe will help us in carrying on the discuss on this topic on the ML and=
 during Friday call!


 <=
/p>

Kind Regards,<=
/span>


Maria Rita


 <=
/p>

From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Pascal Thubert

Sent: Thursday, May 30, 2013 10:01 AM

To: Kris Pister

Cc: Thomas Watteyne; 6TSCH; ice@cisco.com

Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks thro=
ugh one cell


 














Hello Kris:




I think that before w=
e talk solutions we need to make sure we agree on what we are trying to ach=
ieve. I am concerned with having to manage traffic bursts and selective dro=
p operations at the 6TUS level. This
 would certainly make it mode complex. What we have here:




- in one hand there is the classical reservation mod=
el where you book a constant slot rate between A and B. in that model, ther=
e is no queuing, just buffering one or 2 frames that can be transmitted in =
acceptable schedule. Excess packets
 cannot even enter the pipe because there is just no slot available for it,=
 and any QoS or shaping must be done at ingress, either at the end-device e=
dge or at the network edge. The pipe could be made larger than base traffic=
 (excess rate as Thomas indicated)
 in order to accomodate retries, and what is improved in terms of delivery =
ratio would be paid in terms of jitter and latency, as you indicated in a p=
revious mail. A simpler variation of that model drops the retries from the =
tunnel and places them in best effort
 shared bundles with a high QoS level (we are defining deterministic class =
at this moment at the transport area WG). That way, there is no need for Qo=
S /drop operation to be done at 6TUS level, it is all done at L3, adn all p=
ackets that are delivered by 6TUS
 arrive at determined schedule.






 




- Then there is the c=
onvergecast that can accommodate multiple sources of traffic for a same egr=
ess point. What we expect with this sort of network is an statistical effec=
t to that the throughput of egress pipe
 is actually less than the sum of the ingress. On a deterministic source of=
 traffic, we could use that effect on additional bandwidth that is allocate=
d for retries.






- In the case of multicast, we can think of a tree t=
opology rooted at the source  with all hops if a constant size and rep=
lication at the branching nodes. If we are interested in such thing, we can=
 invite Ice in the discussion.






 




- and then there is r=
outing at 6TUS layer as I understand you address in this mail. In that case=
, we lose the grip on the expected flows, and probably have to expect stati=
stical multiplexing, effectively reporting
 some of the L3 complexity into 6TUS. 



 Tons of things are doable but I think that a core value of the MPLS t=
unnel is the MP part. MPLS does not look inside the packets, so you can do =
any protocol over it. As you and Xavi discussed, a clean MPLS layer is not =
even aware it carries IPv6. This was
 heavily used in early IPv6 deployments with IPv6 PE/VPE, over an MPLS back=
bone that was setup using IPv4 but could be used for whatever after that. I=
f 6TUS does not know of IPv6, the layer does not know about HbH headers and=
 so on either. This is important
 to allow fragments through end to end. 



The more tricks we play there, the more specific and complex we make the 6T=
US sublayer. I'd start simple unless a basic use case is broken.=







What do you think?






 




Pascal








 






 




2013/5/30 Kris Pister <pister@eecs.berkeley.edu>




Some comments on the last several emails on this thr=
ead:

* it seems easy to have a table indexed by (MACsrcID, RXcell) that gives TX=
cellList

  o having only one entry in the cell means a leakfree track (as propo=
sed by Xavi?)

  o  (0xFFFF,RXcell) --> TXcellList means any incoming packet =
goes out the same way (convergecast)

  o having several MACsrcIDs with different TXcellLists gives the two =
or more separate flows (as proposed by Dominique?)

* there had better be idle listens in any of these schemes (more RX bandwid=
th than needed) otherwise queues and latency both tend toward infinity

* if A and B both talk to C then:

    o    either they need to be explicitly sc=
heduled to not collide, in which case you might as well just have a separat=
e cell for A-->C and B-->C

    o    *or* you'd better have a *lot* idle =
listens, because you'll have slotted aloha chaotic collapse if you try to p=
ush more than PDR/e of the available bandwidth (absent the use of clever-bu=
t-not-general tricks that have been published over the years).



ksjp






 




On 5/29/2013 11:09 AM, Thomas Watteyne wrote:








Xavi, 




 






I agree that what you have in your e-mail is the nor=
mal way of doing things. The group might decide that this is the only way (=
e.g. Pascal's water-tight pipes), in which
 case we just use that.






 






I believe what Dominique brings up (Dominique, pleas=
e correct me if I'm wrong), is that with this scheme, there is no cell reus=
e. So in your case, C listens twice, once for A and once for B (of course, =
you can generalize this to multiple
 cells, or different frame lengths). If there is no traffic for A and B, C =
is wasting energy. Dominique's point is to see whether it's possible to reu=
se the same cells at C for data coming from A and B, at the cost of not hav=
ing flow independence.






 






I hope this makes sense,






Thomas








 




On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana =
<xvil=
ajosana@eecs.berkeley.edu> wrote:






The key point here is that we are assuming that C ca=
n have a RX shared link from A and B and then C can either send to D and E =
in another slot. What is the benefit of that? Is it a general case? Why not=
 having two cells at C one that receives
 from A and another that receives from B then transmission from C to D will=
 happen in a cell and C to E in another.



for example node C switching table



in      out

1(A)   3(D)    -- receives at slot 1 from A and se=
nds out at slot 3 to D

2(B)   4(E)     -- receives at slot 2 from B =
and sends out at slot 4 to E



In case we want to be able to send cross flows, i.e use D for a flow from B=
 we can add more entries on the table and assign priorities



in      out     prio

1(A)   3(D)     1

2(B)   4(E)     1

1(A)   4(E)     2

2(B)   2(D)     2





Of course if the data rate is slower than the slotframe length*time of each=
 slot then we will have idle listening at C.




Is that what you have in mind?

X 



Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:














Would you agree that the issue you are bringing up i=
s equivalent to the statement that, with purely implicit labels, only fan-i=
n is possible, not fan-out.






 






=
A --           --> D






=
     \       /






=
      =3D> C =3D






=
     /       \






=
B --           --> E






 






That is, given the following flows around mote C (an=
d with the assumption that both incoming and outgoing flows share the same =
cells), it is possible to have A->C and B->C (e.g. fan-in), but not C=
->D and C->E.






 






The core issue you're raising is that there is a tra=
de-off between installing LSTs (Label Switching Tracks) and energy consumpt=
ion. That is, if you install water-tight pipes for all flows, you will wast=
e energy if data isn't flowing through
 those pipes, since nodes along those tracks will be idle listening.






 






This might be a far-fetched, so please bear with me,=
 but I see some relationship between the problem you're raising and the use=
 of CIR (Committed Information Rate), EIR (Excess) and PIR (Peak) typically=
 found in protocols such as Frame
 Relay. These are used to limit under-use of bandwidth, whereas we're more =
interested in not wasting energy, but the problem can be described very sim=
ilarly (I think). Now this only brings more questions, since, to have this =
type of behavior, excess packets
 (i.e. about the CIR) need to flow from the LST into some other bandwidth. =
Not sure whether we want to go there.






 






Thomas






 




On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pt=
hubert) <pthuber=
t@cisco.com> wrote:






Hello Dominique:


 


The traditional Virtual circuit is a=
ctually a water tight pipe end to end. My mind image of a track is the same=
. Thus traffic from B cannot be merged
 into the A to U track. 


I love the idea of merging flows lik=
e 1 to u and B to U in a many to one converging channel but even then you e=
nter the world of statistical mux and
 QoS.


 


The case you represent does not use =
tracks at all. We’ll have a bundle of cells off any router that can b=
e used unicast or multicast, some of the latter
 probably reserved for a particular neighbor.


Packets received over such cell will=
 not be G-MPLS switched. They will be punted to layer 3 through the 6LoWPAN=
 sublayer. L3 will device either to route
 them or deliver locally (punt to L4) when this node is the destination. 


 


In the former case, the packet will =
go down the stack again through the 6LoWPAN layer and the 6TUS sublayer wil=
l determine which bundle of cells can
 be used to reach the next hop router. You’ll note that in this case,=
 we cannot route fragments so IP packets would have to be reassembled at ev=
ery hop. This is what the fragment forwarding and recovery draft is still u=
seful. With that draft, the first frag
 installs forwarding states within the 6LoWPAN sublayer for the next fragme=
nts based on an explicit label placed in the 6LoWPAN datagram identifier.


 


We need a picture!!!


 


Cheers,


 




Pascal=





 






From:
dominique=
.barthel@orange.com [mailto:dominique.barthel@orange.com]


Sent: mercredi 29 mai 2013 08:51

To: Pascal Thubert (pthubert); 
6tsch@ietf.org

Subject: RE: G-MPLS, implicit labeling, multiple tracks through one =
cell










 


Hello Pascal,


 =



Actually, I meant the following situ=
ation: one flow goes from A to U on track A-X-Y-U, another flow goes from B=
 to V on track B-X-Y-V.


The two flows can’t use the sa=
me cell between X and Y because Y has no way of telling them apart.<=
o:p>


Correct?

Thanks


 


Dominique


 






De : Pascal Thubert
 (pthubert) [mailto=
:pthubert@cisco.com]


Envoy=E9 : mardi 28 mai 2013 18:29

=C0 : BARTHEL Dominique OLNC/OLPS; 
6tsch@ietf.org

Objet : RE: G-MPLS, implicit labeling, multiple tracks through =
one cell






 


Hello Dominique:

 


The Time slot based “G-MPLS=
221; forwarding will not look at the flow label so it does not care whether=
 it is one or multiple flows that get ijected in the
 time slots.


What you will get is a regular trans=
mit opportunity from A to B.



How the source fills it is its busin=
ess (one or more flows from A to B), but it is not elastic so if the flows =
collide at some point there might be drops
 or latency added before a frame is placed in a track.

Once the frame is on track, it will =
follow each hop as scheduled.


 


I think we agree…



 




Pascal




 






From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of dominique.barthel@orange.com

Sent: mardi 28 mai 2013 16:49

To: 6tsch@ietf.o=
rg

Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through =
one cell






 


Hello all,


 


Disclaimer:


I’m no expert in label switching. Please bear with me.<=
/o:p>


This mail will at least have the benefit of documenting the questi=
on and the answer.


 


 


Context:


I understand that the 15.4.e cell on which a frame was received by=
 a node can be considered an implicit label. Therefore, we can avoid the ov=
erhead of explicitly carrying the label
 in the frame. Great!


 


Question:


If we have multiple tracks going through neighbor nodes X and Y, a=
nd supposing that their aggregated flow happily fits the data rate provided=
 by one cell, wouldn’t we like to be
 able to multiplex them onto the same cell in order to save on the wake-up/=
carrier_sense energy cost?


Am I right in saying that we, the 6tsch group, decided to forego t=
he energy saving of multiplexing several tracks on one cell in return for t=
he energy saving of not carrying the
 label in-band?


Did I miss anything?


 


Thanks


 


Dominique


____________________________________________________=
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a l'expediteur et le detruire ainsi que les pieces j=
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France Telecom - Orange decline toute responsabilite=
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This message and its attachments may contain confide=
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_____________________________________________________________________


 


Ce message et ses pieces jointes peuvent contenir de=
s informations confidentielles ou privilegiees et ne doivent donc


pas etre diffuses, exploites ou copies sans autorisa=
tion. Si vous avez recu ce message par erreur, veuillez le signaler<=
o:p>


a l'expediteur et le detruire ainsi que les pieces j=
ointes. Les messages electroniques etant susceptibles d'alteration,<=
o:p>


France Telecom - Orange decline toute responsabilite=
 si ce message a ete altere, deforme ou falsifie. Merci.<=
/pre>

 


This message and its attachments may contain confide=
ntial or privileged information that may be protected by law;


they should not be distributed, used or copied witho=
ut authorisation.


If you have received this email in error, please not=
ify the sender and delete this message and its attachments.


As emails may be altered, France Telecom - Orange is=
 not liable for messages that have been modified, changed or falsified.


Thank you.












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h=
ttps://www.ietf.org/mailman/listinfo/6tsch








 


_______________________________________________


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6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch




 










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6tsch mailing list

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ttps://www.ietf.org/mailman/listinfo/6tsch




 




 


_______________________________________________


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-- 

Pascal 














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Content-Description: IP routing.png
Content-Disposition: attachment; filename="IP routing.png"; size=36203;
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From: Thomas Watteyne 
Date: Thu, 30 May 2013 01:44:12 -0700
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Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cell
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Maria Rita.

Wonderful stuff.

Quick questions:
- in Track Switching, what do the white X->Y cells represent?
- in IP Routing, little type boundle->bundle

Maybe it would be helpful to depict the format of the packets (i.e. which
headers go where) in the three cases. Most of those details are certainly
still in discussion.

Thomas


On Thu, May 30, 2013 at 1:27 AM, Maria Rita PALATTELLA <
maria-rita.palattella@uni.lu> wrote:

>  Dear Pascal, Kris, all****
>
> ** **
>
> Here are some figures that maybe will help us in carrying on the discuss
> on this topic on the ML and during Friday call!****
>
> ** **
>
> Kind Regards,****
>
> Maria Rita****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Pascal Thubert
> *Sent:* Thursday, May 30, 2013 10:01 AM
> *To:* Kris Pister
> *Cc:* Thomas Watteyne; 6TSCH; ice@cisco.com
> *Subject:* Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through
> one cell****
>
> ** **
>
> Hello Kris:****
>
> I think that before we talk solutions we need to make sure we agree on
> what we are trying to achieve. I am concerned with having to manage traff=
ic
> bursts and selective drop operations at the 6TUS level. This would
> certainly make it mode complex. What we have here:****
>
> - in one hand there is the classical reservation model where you book a
> constant slot rate between A and B. in that model, there is no queuing,
> just buffering one or 2 frames that can be transmitted in acceptable
> schedule. Excess packets cannot even enter the pipe because there is just
> no slot available for it, and any QoS or shaping must be done at ingress,
> either at the end-device edge or at the network edge. The pipe could be
> made larger than base traffic (excess rate as Thomas indicated) in order =
to
> accomodate retries, and what is improved in terms of delivery ratio would
> be paid in terms of jitter and latency, as you indicated in a previous
> mail. A simpler variation of that model drops the retries from the tunnel
> and places them in best effort shared bundles with a high QoS level (we a=
re
> defining deterministic class at this moment at the transport area WG). Th=
at
> way, there is no need for QoS /drop operation to be done at 6TUS level, i=
t
> is all done at L3, adn all packets that are delivered by 6TUS arrive at
> determined schedule.****
>
> ** **
>
> - Then there is the convergecast that can accommodate multiple sources of
> traffic for a same egress point. What we expect with this sort of network
> is an statistical effect to that the throughput of egress pipe is actuall=
y
> less than the sum of the ingress. On a deterministic source of traffic, w=
e
> could use that effect on additional bandwidth that is allocated for retri=
es.
> ****
>
> - In the case of multicast, we can think of a tree topology rooted at the
> source  with all hops if a constant size and replication at the branching
> nodes. If we are interested in such thing, we can invite Ice in the
> discussion.****
>
> ** **
>
> - and then there is routing at 6TUS layer as I understand you address in
> this mail. In that case, we lose the grip on the expected flows, and
> probably have to expect statistical multiplexing, effectively reporting
> some of the L3 complexity into 6TUS.
>
>  Tons of things are doable but I think that a core value of the MPLS
> tunnel is the MP part. MPLS does not look inside the packets, so you can =
do
> any protocol over it. As you and Xavi discussed, a clean MPLS layer is no=
t
> even aware it carries IPv6. This was heavily used in early IPv6 deploymen=
ts
> with IPv6 PE/VPE, over an MPLS backbone that was setup using IPv4 but cou=
ld
> be used for whatever after that. If 6TUS does not know of IPv6, the layer
> does not know about HbH headers and so on either. This is important to
> allow fragments through end to end.
>
> The more tricks we play there, the more specific and complex we make the
> 6TUS sublayer. I'd start simple unless a basic use case is broken.****
>
> What do you think?****
>
> ** **
>
> Pascal****
>
> ** **
>
> ** **
>
> 2013/5/30 Kris Pister ****
>
> Some comments on the last several emails on this thread:
> * it seems easy to have a table indexed by (MACsrcID, RXcell) that gives
> TXcellList
>   o having only one entry in the cell means a leakfree track (as proposed
> by Xavi?)
>   o  (0xFFFF,RXcell) --> TXcellList means any incoming packet goes out th=
e
> same way (convergecast)
>   o having several MACsrcIDs with different TXcellLists gives the two or
> more separate flows (as proposed by Dominique?)
> * there had better be idle listens in any of these schemes (more RX
> bandwidth than needed) otherwise queues and latency both tend toward
> infinity
> * if A and B both talk to C then:
>     o    either they need to be explicitly scheduled to not collide, in
> which case you might as well just have a separate cell for A-->C and B-->=
C
>     o    *or* you'd better have a *lot* idle listens, because you'll have
> slotted aloha chaotic collapse if you try to push more than PDR/e of the
> available bandwidth (absent the use of clever-but-not-general tricks that
> have been published over the years).
>
> ksjp****
>
> ** **
>
> On 5/29/2013 11:09 AM, Thomas Watteyne wrote:****
>
>  Xavi, ****
>
> ** **
>
> I agree that what you have in your e-mail is the normal way of doing
> things. The group might decide that this is the only way (e.g. Pascal's w=
ater-tight
> pipes), in which case we just use that.****
>
> ** **
>
> I believe what Dominique brings up (Dominique, please correct me if I'm
> wrong), is that with this scheme, there is no cell reuse. So in your case=
,
> C listens twice, once for A and once for B (of course, you can generalize
> this to multiple cells, or different frame lengths). If there is no traff=
ic
> for A and B, C is wasting energy. Dominique's point is to see whether it'=
s
> possible to reuse the same cells at C for data coming from A and B, at th=
e
> cost of not having flow independence.****
>
> ** **
>
> I hope this makes sense,****
>
> Thomas****
>
> ** **
>
> On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana <
> xvilajosana@eecs.berkeley.edu> wrote:****
>
> The key point here is that we are assuming that C can have a RX shared
> link from A and B and then C can either send to D and E in another slot.
> What is the benefit of that? Is it a general case? Why not having two cel=
ls
> at C one that receives from A and another that receives from B then
> transmission from C to D will happen in a cell and C to E in another.
>
> for example node C switching table
>
> in      out
> 1(A)   3(D)    -- receives at slot 1 from A and sends out at slot 3 to D
> 2(B)   4(E)     -- receives at slot 2 from B and sends out at slot 4 to E
>
> In case we want to be able to send cross flows, i.e use D for a flow from
> B we can add more entries on the table and assign priorities
>
> in      out     prio
> 1(A)   3(D)     1
> 2(B)   4(E)     1
> 1(A)   4(E)     2
> 2(B)   2(D)     2
>
>
> Of course if the data rate is slower than the slotframe length*time of
> each slot then we will have idle listening at C.
>
> Is that what you have in mind?
> X
>
> Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:****
>
>  Would you agree that the issue you are bringing up is equivalent to the
> statement that, with purely implicit labels, only fan-in is possible, not
> fan-out.****
>
> ** **
>
> A --           --> D****
>
>      \       /****
>
>       =3D> C =3D****
>
>      /       \****
>
> B --           --> E****
>
> ** **
>
> That is, given the following flows around mote C (and with the assumption
> that both incoming and outgoing flows share the same cells), it is possib=
le
> to have A->C and B->C (e.g. fan-in), but not C->D and C->E.****
>
> ** **
>
> The core issue you're raising is that there is a trade-off between
> installing LSTs (Label Switching Tracks) and energy consumption. That is,
> if you install water-tight pipes for all flows, you will waste energy if
> data isn't flowing through those pipes, since nodes along those tracks wi=
ll
> be idle listening.****
>
> ** **
>
> This might be a far-fetched, so please bear with me, but I see some
> relationship between the problem you're raising and the use of CIR
> (Committed Information Rate), EIR (Excess) and PIR (Peak) typically found
> in protocols such as Frame Relay. These are used to limit under-use of
> bandwidth, whereas we're more interested in not wasting energy, but the
> problem can be described very similarly (I think). Now this only brings
> more questions, since, to have this type of behavior, excess packets (i.e=
.
> about the CIR) need to flow from the LST into some other bandwidth. Not
> sure whether we want to go there.****
>
> ** **
>
> Thomas****
>
> ** **
>
> On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pthubert) <
> pthubert@cisco.com> wrote:****
>
> Hello Dominique:****
>
>  ****
>
> The traditional Virtual circuit is actually a water tight pipe end to end=
.
> My mind image of a track is the same. Thus traffic from B cannot be merge=
d
> into the A to U track. ****
>
> I love the idea of merging flows like 1 to u and B to U in a many to one
> converging channel but even then you enter the world of statistical mux a=
nd
> QoS.****
>
>  ****
>
> The case you represent does not use tracks at all. We=92ll have a bundle =
of
> cells off any router that can be used unicast or multicast, some of the
> latter probably reserved for a particular neighbor.****
>
> Packets received over such cell will not be G-MPLS switched. They will be
> punted to layer 3 through the 6LoWPAN sublayer. L3 will device either to
> route them or deliver locally (punt to L4) when this node is the
> destination. ****
>
>  ****
>
> In the former case, the packet will go down the stack again through the
> 6LoWPAN layer and the 6TUS sublayer will determine which bundle of cells
> can be used to reach the next hop router. You=92ll note that in this case=
, we
> cannot route fragments so IP packets would have to be reassembled at ever=
y
> hop. This is what the fragment forwarding and recovery draft is still
> useful. With that draft, the first frag installs forwarding states within
> the 6LoWPAN sublayer for the next fragments based on an explicit label
> placed in the 6LoWPAN datagram identifier.****
>
>  ****
>
> We need a picture!!!****
>
>  ****
>
> Cheers,****
>
>  ****
>
> Pascal****
>
>  ****
>
> *From:* dominique.barthel@orange.com [mailto:dominique.barthel@orange.com=
]
>
> *Sent:* mercredi 29 mai 2013 08:51
> *To:* Pascal Thubert (pthubert); 6tsch@ietf.org
> *Subject:* RE: G-MPLS, implicit labeling, multiple tracks through one cel=
l
> ****
>
>  ****
>
> Hello Pascal,****
>
>  ****
>
> Actually, I meant the following situation: one flow goes from A to U on
> track A-X-Y-U, another flow goes from B to V on track B-X-Y-V.****
>
> The two flows can=92t use the same cell between X and Y because Y has no =
way
> of telling them apart.****
>
> Correct?
> Thanks****
>
>  ****
>
> Dominique****
>
>  ****
>
> *De :* Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
>
> *Envoy=E9 :* mardi 28 mai 2013 18:29
> *=C0 :* BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org
> *Objet :* RE: G-MPLS, implicit labeling, multiple tracks through one cell=
*
> ***
>
>  ****
>
> Hello Dominique:****
>
>  ****
>
> The Time slot based =93G-MPLS=94 forwarding will not look at the flow lab=
el so
> it does not care whether it is one or multiple flows that get ijected in
> the time slots.****
>
> What you will get is a regular transmit opportunity from A to B. ****
>
> How the source fills it is its business (one or more flows from A to B),
> but it is not elastic so if the flows collide at some point there might b=
e
> drops or latency added before a frame is placed in a track.****
>
> Once the frame is on track, it will follow each hop as scheduled.****
>
>  ****
>
> I think we agree=85 ****
>
>  ****
>
> Pascal****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *dominique.barthel@orange.com
> *Sent:* mardi 28 mai 2013 16:49
> *To:* 6tsch@ietf.org
> *Subject:* [6tsch] G-MPLS, implicit labeling, multiple tracks through one
> cell****
>
>  ****
>
> Hello all,****
>
>  ****
>
> Disclaimer:****
>
> I=92m no expert in label switching. Please bear with me.****
>
> This mail will at least have the benefit of documenting the question and
> the answer.****
>
>  ****
>
>  ****
>
> Context:****
>
> I understand that the 15.4.e cell on which a frame was received by a node
> can be considered an implicit label. Therefore, we can avoid the overhead
> of explicitly carrying the label in the frame. Great!****
>
>  ****
>
> Question:****
>
> If we have multiple tracks going through neighbor nodes X and Y, and
> supposing that their aggregated flow happily fits the data rate provided =
by
> one cell, wouldn=92t we like to be able to multiplex them onto the same c=
ell
> in order to save on the wake-up/carrier_sense energy cost?****
>
> Am I right in saying that we, the 6tsch group, decided to forego the
> energy saving of multiplexing several tracks on one cell in return for th=
e
> energy saving of not carrying the label in-band?****
>
> Did I miss anything?****
>
>  ****
>
> Thanks****
>
>  ****
>
> Dominique****
>
> _________________________________________________________________________=
________________________________________________****
>
>  ****
>
> Ce message et ses pieces jointes peuvent contenir des informations confid=
entielles ou privilegiees et ne doivent donc****
>
> pas etre diffuses, exploites ou copies sans autorisation. Si vous avez re=
cu ce message par erreur, veuillez le signaler****
>
> a l'expediteur et le detruire ainsi que les pieces jointes. Les messages =
electroniques etant susceptibles d'alteration,****
>
> France Telecom - Orange decline toute responsabilite si ce message a ete =
altere, deforme ou falsifie. Merci.****
>
>  ****
>
> This message and its attachments may contain confidential or privileged i=
nformation that may be protected by law;****
>
> they should not be distributed, used or copied without authorisation.****
>
> If you have received this email in error, please notify the sender and de=
lete this message and its attachments.****
>
> As emails may be altered, France Telecom - Orange is not liable for messa=
ges that have been modified, changed or falsified.****
>
> Thank you.****
>
> _________________________________________________________________________=
________________________________________________****
>
>  ****
>
> Ce message et ses pieces jointes peuvent contenir des informations confid=
entielles ou privilegiees et ne doivent donc****
>
> pas etre diffuses, exploites ou copies sans autorisation. Si vous avez re=
cu ce message par erreur, veuillez le signaler****
>
> a l'expediteur et le detruire ainsi que les pieces jointes. Les messages =
electroniques etant susceptibles d'alteration,****
>
> France Telecom - Orange decline toute responsabilite si ce message a ete =
altere, deforme ou falsifie. Merci.****
>
>  ****
>
> This message and its attachments may contain confidential or privileged i=
nformation that may be protected by law;****
>
> they should not be distributed, used or copied without authorisation.****
>
> If you have received this email in error, please notify the sender and de=
lete this message and its attachments.****
>
> As emails may be altered, France Telecom - Orange is not liable for messa=
ges that have been modified, changed or falsified.****
>
> Thank you.****
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
> ** **
>
> _______________________________________________****
>
> 6tsch mailing list****
>
> 6tsch@ietf.org****
>
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>  ** **
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
> ** **
>
> ** **
>
> _______________________________________________****
>
> 6tsch mailing list****
>
> 6tsch@ietf.org****
>
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>  ** **
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>
>
>
> --
> Pascal ****
>

--047d7b86e3a8e9487204ddeb81e5
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Maria Rita.

Wonderful stuff.

Quick questions:
- in Trac=
k Switching, what do the white X->Y cells represent?
- i=
n IP Routing, little type boundle->bundle




Maybe it would be helpful to depict the for=
mat of the packets (i.e. which headers go where) in the three cases. Most o=
f those details are certainly still in discussion.




Thomas


On Thu, May 30, 2013 at 1:27 AM, Maria Rita PALATTELL=
A <maria-rita.palattella@uni.lu> wrote:














Dear Pascal, Kris, all=



=A0<=
/p>

Here are some figures tha=
t maybe will help us in carrying on the discuss on this topic on the ML and=
 during Friday call!




=A0<=
/p>

Kind Regards,


Maria Rita<=
/span>


=A0<=
/p>

From: 6tsch-bounces@ietf.org=
 [mailto:6t=
sch-bounces@ietf.org]
On Behalf Of Pascal Thubert

Sent: Thursday, May 30, 2013 10:01 AM

To: Kris Pister

Cc: Thomas Watteyne; 6TSCH; ice@cisco.com

Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks thro=
ugh one cell


=A0














Hello Kris:=





I think that before w=
e talk solutions we need to make sure we agree on what we are trying to ach=
ieve. I am concerned with having to manage traffic bursts and selective dro=
p operations at the 6TUS level. This
 would certainly make it mode complex. What we have here:




- in one hand there is the classical reservation mod=
el where you book a constant slot rate between A and B. in that model, ther=
e is no queuing, just buffering one or 2 frames that can be transmitted in =
acceptable schedule. Excess packets
 cannot even enter the pipe because there is just no slot available for it,=
 and any QoS or shaping must be done at ingress, either at the end-device e=
dge or at the network edge. The pipe could be made larger than base traffic=
 (excess rate as Thomas indicated)
 in order to accomodate retries, and what is improved in terms of delivery =
ratio would be paid in terms of jitter and latency, as you indicated in a p=
revious mail. A simpler variation of that model drops the retries from the =
tunnel and places them in best effort
 shared bundles with a high QoS level (we are defining deterministic class =
at this moment at the transport area WG). That way, there is no need for Qo=
S /drop operation to be done at 6TUS level, it is all done at L3, adn all p=
ackets that are delivered by 6TUS
 arrive at determined schedule.






=A0




- Then there is the c=
onvergecast that can accommodate multiple sources of traffic for a same egr=
ess point. What we expect with this sort of network is an statistical effec=
t to that the throughput of egress pipe
 is actually less than the sum of the ingress. On a deterministic source of=
 traffic, we could use that effect on additional bandwidth that is allocate=
d for retries.






- In the case of multicast, we can think of a tree t=
opology rooted at the source=A0 with all hops if a constant size and replic=
ation at the branching nodes. If we are interested in such thing, we can in=
vite Ice in the discussion.








=A0




- and then there is r=
outing at 6TUS layer as I understand you address in this mail. In that case=
, we lose the grip on the expected flows, and probably have to expect stati=
stical multiplexing, effectively reporting
 some of the L3 complexity into 6TUS. 



=A0Tons of things are doable but I think that a core value of the MPLS tunn=
el is the MP part. MPLS does not look inside the packets, so you can do any=
 protocol over it. As you and Xavi discussed, a clean MPLS layer is not eve=
n aware it carries IPv6. This was
 heavily used in early IPv6 deployments with IPv6 PE/VPE, over an MPLS back=
bone that was setup using IPv4 but could be used for whatever after that. I=
f 6TUS does not know of IPv6, the layer does not know about HbH headers and=
 so on either. This is important
 to allow fragments through end to end. 



The more tricks we play there, the more specific and complex we make the 6T=
US sublayer. I'd start simple unless a basic use case is broken.=







What do you think?






=A0




Pascal








=A0






=A0




2013/5/30 Kris Pister <pister@eecs.berkeley.edu>=





Some comments on the last several emails on this thr=
ead:

* it seems easy to have a table indexed by (MACsrcID, RXcell) that gives TX=
cellList

=A0 o having only one entry in the cell means a leakfree track (as proposed=
 by Xavi?)

=A0 o=A0 (0xFFFF,RXcell) --> TXcellList means any incoming packet goes o=
ut the same way (convergecast)

=A0 o having several MACsrcIDs with different TXcellLists gives the two or =
more separate flows (as proposed by Dominique?)

* there had better be idle listens in any of these schemes (more RX bandwid=
th than needed) otherwise queues and latency both tend toward infinity

* if A and B both talk to C then:

=A0=A0=A0 o=A0=A0=A0 either they need to be explicitly scheduled to not col=
lide, in which case you might as well just have a separate cell for A-->=
C and B-->C

=A0=A0=A0 o=A0=A0=A0 *or* you'd better have a *lot* idle listens, becau=
se you'll have slotted aloha chaotic collapse if you try to push more t=
han PDR/e of the available bandwidth (absent the use of clever-but-not-gene=
ral tricks that have been published over the years).





ksjp






=A0




On 5/29/2013 11:09 AM, Thomas Watteyne wrote:=









Xavi, 




=A0






I agree that what you have in your e-mail is the nor=
mal way of doing things. The group might decide that this is the only way (=
e.g. Pascal's=A0water-tight pipes), in which
 case we just use that.






=A0






I believe what Dominique brings up (Dominique, pleas=
e correct me if I'm wrong), is that with this scheme, there is no cell =
reuse. So in your case, C listens twice, once for A and once for B (of cour=
se, you can generalize this to multiple
 cells, or different frame lengths). If there is no traffic for A and B, C =
is wasting energy. Dominique's point is to see whether it's possibl=
e to reuse the same cells at C for data coming from A and B, at the cost of=
 not having flow independence.








=A0






I hope this makes sense,






Thomas








=A0




On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana =
<xvil=
ajosana@eecs.berkeley.edu> wrote:






The key point here is that we are assuming that C ca=
n have a RX shared link from A and B and then C can either send to D and E =
in another slot. What is the benefit of that? Is it a general case? Why not=
 having two cells at C one that receives
 from A and another that receives from B then transmission from C to D will=
 happen in a cell and C to E in another.



for example node C switching table



in=A0=A0=A0=A0=A0 out

1(A)=A0=A0 3(D)=A0=A0=A0 -- receives at slot 1 from A and sends out at slot=
 3 to D

2(B)=A0=A0 4(E)=A0=A0=A0=A0 -- receives at slot 2 from B and sends out at s=
lot 4 to E



In case we want to be able to send cross flows, i.e use D for a flow from B=
 we can add more entries on the table and assign priorities



in=A0=A0=A0=A0=A0 out=A0=A0=A0=A0 prio

1(A)=A0=A0 3(D)=A0=A0=A0=A0 1

2(B)=A0=A0 4(E)=A0=A0=A0=A0 1

1(A)=A0=A0 4(E)=A0=A0=A0=A0 2

2(B)=A0=A0 2(D)=A0=A0=A0=A0 2





Of course if the data rate is slower than the slotframe length*time of each=
 slot then we will have idle listening at C.




Is that what you have in mind?

X 



Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:














Would you agree that the issue you are bringing up i=
s equivalent to the statement that, with purely implicit labels, only fan-i=
n is possible, not fan-out.






=A0






=
A -- =A0 =A0 =A0 =A0 =A0 --> D






=
=A0 =A0 =A0\ =A0 =A0 =A0 /






=
=A0 =A0 =A0 =3D> C =3D






=
=A0 =A0 =A0/ =A0 =A0 =A0 \






=
B -- =A0 =A0 =A0 =A0 =A0 --> E






=A0






That is, given the following flows around mote C (an=
d with the assumption that both incoming and outgoing flows share the same =
cells), it is possible to have A->C and B->C (e.g. fan-in), but not C=
->D and C->E.








=A0






The core issue you're raising is that there is a=
 trade-off between installing LSTs (Label Switching Tracks) and energy cons=
umption. That is, if you install water-tight pipes for all flows, you will =
waste energy if data isn't flowing through
 those pipes, since nodes along those tracks will be idle listening.=







=A0






This might be a far-fetched, so please bear with me,=
 but I see some relationship between the problem you're raising and the=
 use of CIR (Committed Information Rate), EIR (Excess) and PIR (Peak) typic=
ally found in protocols such as Frame
 Relay. These are used to limit under-use of bandwidth, whereas we're m=
ore interested in not wasting energy, but the problem can be described very=
 similarly (I think). Now this only brings more questions, since, to have t=
his type of behavior, excess packets
 (i.e. about the CIR) need to flow from the LST into some other bandwidth. =
Not sure whether we want to go there.






=A0






Thomas






=A0




On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pt=
hubert) <pthuber=
t@cisco.com> wrote:






Hello Dominique:=



=A0


The traditional Virtua=
l circuit is actually a water tight pipe end to end. My mind image of a tra=
ck is the same. Thus traffic from B cannot be merged
 into the A to U track. 


I love the idea of mer=
ging flows like 1 to u and B to U in a many to one converging channel but e=
ven then you enter the world of statistical mux and
 QoS.


=A0


The case you represent=
 does not use tracks at all. We=92ll have a bundle of cells off any router =
that can be used unicast or multicast, some of the latter
 probably reserved for a particular neighbor.


Packets received over =
such cell will not be G-MPLS switched. They will be punted to layer 3 throu=
gh the 6LoWPAN sublayer. L3 will device either to route
 them or deliver locally (punt to L4) when this node is the destination. 


=A0


In the former case, th=
e packet will go down the stack again through the 6LoWPAN layer and the 6TU=
S sublayer will determine which bundle of cells can
 be used to reach the next hop router. You=92ll note that in this case, we =
cannot route fragments so IP packets would have to be reassembled at every =
hop. This is what the fragment forwarding and recovery draft is still usefu=
l. With that draft, the first frag
 installs forwarding states within the 6LoWPAN sublayer for the next fragme=
nts based on an explicit label placed in the 6LoWPAN datagram identifier.


=A0


We need a picture!!!


=A0


Cheers,<=
u>


=A0




Pascal




=A0






From:
dominique=
.barthel@orange.com [mailto:dominique.barthel@orange.com]


Sent: mercredi 29 mai 2013 08:51

To: Pascal Thubert (pthubert); 
6tsch@ietf.org

Subject: RE: G-MPLS, implicit labeling, multiple tracks through one =
cell










=A0


Hello Pasc=
al,


=A0=



Actually, I meant the =
following situation: one flow goes from A to U on track A-X-Y-U, another fl=
ow goes from B to V on track B-X-Y-V.


The two flows can=92t =
use the same cell between X and Y because Y has no way of telling them apar=
t.


Correct?

Thanks


=A0


Dominique


=A0






De=A0: Pascal Thubert
 (pthubert) [mailto=
:pthubert@cisco.com]


Envoy=E9=A0: mardi 28 mai 2013 18:29

=C0=A0: BARTHEL Dominique OLNC/OLPS; 
6tsch@ietf.org

Objet=A0: RE: G-MPLS, implicit labeling, multiple tracks through one=
 cell






=A0


Hello Dominique:


=A0


The Time slot based =
=93G-MPLS=94 forwarding will not look at the flow label so it does not care=
 whether it is one or multiple flows that get ijected in the
 time slots.


What you will get is a=
 regular transmit opportunity from A to B.



How the source fills i=
t is its business (one or more flows from A to B), but it is not elastic so=
 if the flows collide at some point there might be drops
 or latency added before a frame is placed in a track.=



Once the frame is on t=
rack, it will follow each hop as scheduled.


=A0


I think we agree=85



=A0




Pascal




=A0






From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of dominique.barthel@orange.com

Sent: mardi 28 mai 2013 16:49

To: 6tsch@ietf.o=
rg

Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through =
one cell






=A0


Hello all,

=A0


Disclaimer:


I=92m no expert in label switching. Please bear with=
 me.


This mail will at least have the benefit of document=
ing the question and the answer.


=A0


=A0


Context:


I understand that the 15.4.e cell on which a frame w=
as received by a node can be considered an implicit label. Therefore, we ca=
n avoid the overhead of explicitly carrying the label
 in the frame. Great!


=A0


Question:


If we have multiple tracks going through neighbor no=
des X and Y, and supposing that their aggregated flow happily fits the data=
 rate provided by one cell, wouldn=92t we like to be
 able to multiplex them onto the same cell in order to save on the wake-up/=
carrier_sense energy cost?


Am I right in saying that we, the 6tsch group, decid=
ed to forego the energy saving of multiplexing several tracks on one cell i=
n return for the energy saving of not carrying the
 label in-band?


Did I miss anything?


=A0


Thanks


=A0


Dominique


____________________________________________________=
_____________________________________________________________________


=A0


Ce message et ses pieces jointes peuvent contenir de=
s informations confidentielles ou privilegiees et ne doivent donc=



pas etre diffuses, exploites ou copies sans autorisa=
tion. Si vous avez recu ce message par erreur, veuillez le signaler<=
u>


a l'expediteur et le detruire ainsi que les piec=
es jointes. Les messages electroniques etant susceptibles d'alteration,=



France Telecom - Orange decline toute responsabilite=
 si ce message a ete altere, deforme ou falsifie. Merci.


=A0


This message and its attachments may contain confide=
ntial or privileged information that may be protected by law;=



they should not be distributed, used or copied witho=
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From: Maria Rita PALATTELLA 
To: Thomas Watteyne , 6TSCH <6tsch@ietf.org>
Thread-Topic: [6tsch] G-MPLS, implicit labeling,	multiple tracks through one cell
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Thanks Thomas!

Quick answers:

-        With the white X->Y cells I wanted to show that even though in a t=
rack we use specific cells (those in green or purpose), within the same sch=
edule we can have others equivalent cells (the white ones) that will be ass=
igned to other tracks, or create a bundle for IP-routing. Am I wrong?

-        Sorry for the type, It is fixed in the attached file!

I do agree about having in the figures also the packets format, with header=
s, etc., but maybe we can do that once we agree/converge to a final solutio=
n. What do you think?

Maria Rita

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: Thursday, May 30, 2013 10:44 AM
To: 6TSCH
Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through one=
 cell

Maria Rita.

Wonderful stuff.

Quick questions:
- in Track Switching, what do the white X->Y cells represent?
- in IP Routing, little type boundle->bundle

Maybe it would be helpful to depict the format of the packets (i.e. which h=
eaders go where) in the three cases. Most of those details are certainly st=
ill in discussion.

Thomas

On Thu, May 30, 2013 at 1:27 AM, Maria Rita PALATTELLA > wrote:
Dear Pascal, Kris, all

Here are some figures that maybe will help us in carrying on the discuss on=
 this topic on the ML and during Friday call!

Kind Regards,
Maria Rita

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Pascal Thubert
Sent: Thursday, May 30, 2013 10:01 AM
To: Kris Pister
Cc: Thomas Watteyne; 6TSCH; ice@cisco.com
Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through one=
 cell

Hello Kris:
I think that before we talk solutions we need to make sure we agree on what=
 we are trying to achieve. I am concerned with having to manage traffic bur=
sts and selective drop operations at the 6TUS level. This would certainly m=
ake it mode complex. What we have here:
- in one hand there is the classical reservation model where you book a con=
stant slot rate between A and B. in that model, there is no queuing, just b=
uffering one or 2 frames that can be transmitted in acceptable schedule. Ex=
cess packets cannot even enter the pipe because there is just no slot avail=
able for it, and any QoS or shaping must be done at ingress, either at the =
end-device edge or at the network edge. The pipe could be made larger than =
base traffic (excess rate as Thomas indicated) in order to accomodate retri=
es, and what is improved in terms of delivery ratio would be paid in terms =
of jitter and latency, as you indicated in a previous mail. A simpler varia=
tion of that model drops the retries from the tunnel and places them in bes=
t effort shared bundles with a high QoS level (we are defining deterministi=
c class at this moment at the transport area WG). That way, there is no nee=
d for QoS /drop operation to be done at 6TUS level, it is all done at L3, a=
dn all packets that are delivered by 6TUS arrive at determined schedule.

- Then there is the convergecast that can accommodate multiple sources of t=
raffic for a same egress point. What we expect with this sort of network is=
 an statistical effect to that the throughput of egress pipe is actually le=
ss than the sum of the ingress. On a deterministic source of traffic, we co=
uld use that effect on additional bandwidth that is allocated for retries.
- In the case of multicast, we can think of a tree topology rooted at the s=
ource  with all hops if a constant size and replication at the branching no=
des. If we are interested in such thing, we can invite Ice in the discussio=
n.

- and then there is routing at 6TUS layer as I understand you address in th=
is mail. In that case, we lose the grip on the expected flows, and probably=
 have to expect statistical multiplexing, effectively reporting some of the=
 L3 complexity into 6TUS.

 Tons of things are doable but I think that a core value of the MPLS tunnel=
 is the MP part. MPLS does not look inside the packets, so you can do any p=
rotocol over it. As you and Xavi discussed, a clean MPLS layer is not even =
aware it carries IPv6. This was heavily used in early IPv6 deployments with=
 IPv6 PE/VPE, over an MPLS backbone that was setup using IPv4 but could be =
used for whatever after that. If 6TUS does not know of IPv6, the layer does=
 not know about HbH headers and so on either. This is important to allow fr=
agments through end to end.

The more tricks we play there, the more specific and complex we make the 6T=
US sublayer. I'd start simple unless a basic use case is broken.
What do you think?

Pascal


2013/5/30 Kris Pister >
Some comments on the last several emails on this thread:
* it seems easy to have a table indexed by (MACsrcID, RXcell) that gives TX=
cellList
  o having only one entry in the cell means a leakfree track (as proposed b=
y Xavi?)
  o  (0xFFFF,RXcell) --> TXcellList means any incoming packet goes out the =
same way (convergecast)
  o having several MACsrcIDs with different TXcellLists gives the two or mo=
re separate flows (as proposed by Dominique?)
* there had better be idle listens in any of these schemes (more RX bandwid=
th than needed) otherwise queues and latency both tend toward infinity
* if A and B both talk to C then:
    o    either they need to be explicitly scheduled to not collide, in whi=
ch case you might as well just have a separate cell for A-->C and B-->C
    o    *or* you'd better have a *lot* idle listens, because you'll have s=
lotted aloha chaotic collapse if you try to push more than PDR/e of the ava=
ilable bandwidth (absent the use of clever-but-not-general tricks that have=
 been published over the years).

ksjp

On 5/29/2013 11:09 AM, Thomas Watteyne wrote:
Xavi,

I agree that what you have in your e-mail is the normal way of doing things=
. The group might decide that this is the only way (e.g. Pascal's water-tig=
ht pipes), in which case we just use that.

I believe what Dominique brings up (Dominique, please correct me if I'm wro=
ng), is that with this scheme, there is no cell reuse. So in your case, C l=
istens twice, once for A and once for B (of course, you can generalize this=
 to multiple cells, or different frame lengths). If there is no traffic for=
 A and B, C is wasting energy. Dominique's point is to see whether it's pos=
sible to reuse the same cells at C for data coming from A and B, at the cos=
t of not having flow independence.

I hope this makes sense,
Thomas

On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana > wrote:
The key point here is that we are assuming that C can have a RX shared link=
 from A and B and then C can either send to D and E in another slot. What i=
s the benefit of that? Is it a general case? Why not having two cells at C =
one that receives from A and another that receives from B then transmission=
 from C to D will happen in a cell and C to E in another.

for example node C switching table

in      out
1(A)   3(D)    -- receives at slot 1 from A and sends out at slot 3 to D
2(B)   4(E)     -- receives at slot 2 from B and sends out at slot 4 to E

In case we want to be able to send cross flows, i.e use D for a flow from B=
 we can add more entries on the table and assign priorities

in      out     prio
1(A)   3(D)     1
2(B)   4(E)     1
1(A)   4(E)     2
2(B)   2(D)     2


Of course if the data rate is slower than the slotframe length*time of each=
 slot then we will have idle listening at C.

Is that what you have in mind?
X

Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:
Would you agree that the issue you are bringing up is equivalent to the sta=
tement that, with purely implicit labels, only fan-in is possible, not fan-=
out.

A --           --> D
     \       /
      =3D> C =3D
     /       \
B --           --> E

That is, given the following flows around mote C (and with the assumption t=
hat both incoming and outgoing flows share the same cells), it is possible =
to have A->C and B->C (e.g. fan-in), but not C->D and C->E.

The core issue you're raising is that there is a trade-off between installi=
ng LSTs (Label Switching Tracks) and energy consumption. That is, if you in=
stall water-tight pipes for all flows, you will waste energy if data isn't =
flowing through those pipes, since nodes along those tracks will be idle li=
stening.

This might be a far-fetched, so please bear with me, but I see some relatio=
nship between the problem you're raising and the use of CIR (Committed Info=
rmation Rate), EIR (Excess) and PIR (Peak) typically found in protocols suc=
h as Frame Relay. These are used to limit under-use of bandwidth, whereas w=
e're more interested in not wasting energy, but the problem can be describe=
d very similarly (I think). Now this only brings more questions, since, to =
have this type of behavior, excess packets (i.e. about the CIR) need to flo=
w from the LST into some other bandwidth. Not sure whether we want to go th=
ere.

Thomas

On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pthubert) > wrote:
Hello Dominique:

The traditional Virtual circuit is actually a water tight pipe end to end. =
My mind image of a track is the same. Thus traffic from B cannot be merged =
into the A to U track.
I love the idea of merging flows like 1 to u and B to U in a many to one co=
nverging channel but even then you enter the world of statistical mux and Q=
oS.

The case you represent does not use tracks at all. We'll have a bundle of c=
ells off any router that can be used unicast or multicast, some of the latt=
er probably reserved for a particular neighbor.
Packets received over such cell will not be G-MPLS switched. They will be p=
unted to layer 3 through the 6LoWPAN sublayer. L3 will device either to rou=
te them or deliver locally (punt to L4) when this node is the destination.

In the former case, the packet will go down the stack again through the 6Lo=
WPAN layer and the 6TUS sublayer will determine which bundle of cells can b=
e used to reach the next hop router. You'll note that in this case, we cann=
ot route fragments so IP packets would have to be reassembled at every hop.=
 This is what the fragment forwarding and recovery draft is still useful. W=
ith that draft, the first frag installs forwarding states within the 6LoWPA=
N sublayer for the next fragments based on an explicit label placed in the =
6LoWPAN datagram identifier.

We need a picture!!!

Cheers,

Pascal

From: dominique.barthel@orange.com [ma=
ilto:dominique.barthel@orange.com]
Sent: mercredi 29 mai 2013 08:51
To: Pascal Thubert (pthubert); 6tsch@ietf.org
Subject: RE: G-MPLS, implicit labeling, multiple tracks through one cell

Hello Pascal,

Actually, I meant the following situation: one flow goes from A to U on tra=
ck A-X-Y-U, another flow goes from B to V on track B-X-Y-V.
The two flows can't use the same cell between X and Y because Y has no way =
of telling them apart.
Correct?
Thanks

Dominique

De : Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
Envoy=E9 : mardi 28 mai 2013 18:29
=C0 : BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org
Objet : RE: G-MPLS, implicit labeling, multiple tracks through one cell

Hello Dominique:

The Time slot based "G-MPLS" forwarding will not look at the flow label so =
it does not care whether it is one or multiple flows that get ijected in th=
e time slots.
What you will get is a regular transmit opportunity from A to B.
How the source fills it is its business (one or more flows from A to B), bu=
t it is not elastic so if the flows collide at some point there might be dr=
ops or latency added before a frame is placed in a track.
Once the frame is on track, it will follow each hop as scheduled.

I think we agree...

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of dominique.barthel@orange.com
Sent: mardi 28 mai 2013 16:49
To: 6tsch@ietf.org
Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cel=
l

Hello all,

Disclaimer:
I'm no expert in label switching. Please bear with me.
This mail will at least have the benefit of documenting the question and th=
e answer.


Context:
I understand that the 15.4.e cell on which a frame was received by a node c=
an be considered an implicit label. Therefore, we can avoid the overhead of=
 explicitly carrying the label in the frame. Great!

Question:
If we have multiple tracks going through neighbor nodes X and Y, and suppos=
ing that their aggregated flow happily fits the data rate provided by one c=
ell, wouldn't we like to be able to multiplex them onto the same cell in or=
der to save on the wake-up/carrier_sense energy cost?
Am I right in saying that we, the 6tsch group, decided to forego the energy=
 saving of multiplexing several tracks on one cell in return for the energy=
 saving of not carrying the label in-band?
Did I miss anything?

Thanks

Dominique

___________________________________________________________________________=
______________________________________________



Ce message et ses pieces jointes peuvent contenir des informations confiden=
tielles ou privilegiees et ne doivent donc

pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu=
 ce message par erreur, veuillez le signaler

a l'expediteur et le detruire ainsi que les pieces jointes. Les messages el=
ectroniques etant susceptibles d'alteration,

France Telecom - Orange decline toute responsabilite si ce message a ete al=
tere, deforme ou falsifie. Merci.



This message and its attachments may contain confidential or privileged inf=
ormation that may be protected by law;

they should not be distributed, used or copied without authorisation.

If you have received this email in error, please notify the sender and dele=
te this message and its attachments.

As emails may be altered, France Telecom - Orange is not liable for message=
s that have been modified, changed or falsified.

Thank you.

___________________________________________________________________________=
______________________________________________



Ce message et ses pieces jointes peuvent contenir des informations confiden=
tielles ou privilegiees et ne doivent donc

pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu=
 ce message par erreur, veuillez le signaler

a l'expediteur et le detruire ainsi que les pieces jointes. Les messages el=
ectroniques etant susceptibles d'alteration,

France Telecom - Orange decline toute responsabilite si ce message a ete al=
tere, deforme ou falsifie. Merci.



This message and its attachments may contain confidential or privileged inf=
ormation that may be protected by law;

they should not be distributed, used or copied without authorisation.

If you have received this email in error, please notify the sender and dele=
te this message and its attachments.

As emails may be altered, France Telecom - Orange is not liable for message=
s that have been modified, changed or falsified.

Thank you.

_______________________________________________
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https://www.ietf.org/mailman/listinfo/6tsch


_______________________________________________

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https://www.ietf.org/mailman/listinfo/6tsch


_______________________________________________
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https://www.ietf.org/mailman/listinfo/6tsch



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https://www.ietf.org/mailman/listinfo/6tsch


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--
Pascal


--_000_F085911F642A6847987ADA23E611780D185665F5hoshiunilux_
Content-Type: text/html; charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable











Thanks Thomas!=



 <=
/p>

Quick answers:=



- =
      
With the white X-=
>Y cells I wanted to show that even though in a track we use specific ce=
lls (those in green or purpose), within the same schedule
 we can have others equivalent cells (the white ones) that will be assigned=
 to other tracks, or create a bundle for IP-routing. Am I wrong?=



- =
      
Sorry for the typ=
e, It is fixed in the attached file!


 <=
/p>

I do agree about having i=
n the figures also the packets format, with headers, etc., but maybe we can=
 do that once we agree/converge to a final solution. What
 do you think?


 <=
/p>

Maria Rita   


 <=
/p>

From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Thursday, May 30, 2013 10:44 AM

To: 6TSCH

Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks thro=
ugh one cell


 




Maria Rita.




 






Wonderful stuff.






 






Quick questions:






- in Track Switching, what do the white X->Y cell=
s represent?






- in IP Routing, little type boundle->bundle=







 






Maybe it would be helpful to depict the format of th=
e packets (i.e. which headers go where) in the three cases. Most of those d=
etails are certainly still in discussion.






 






Thomas








 




On Thu, May 30, 2013 at 1:27 AM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Dear Pascal, Kris, all


 


Here are some figures that maybe will h=
elp us in carrying on the discuss on this topic on the ML
 and during Friday call!


 


Kind Regards,


Maria Rita


 


From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Pascal Thubert

Sent: Thursday, May 30, 2013 10:01 AM

To: Kris Pister

Cc: Thomas Watteyne; 6TSCH; 
ice@cisco.com

Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks thro=
ugh one cell






 














Hello Kris:




I think that before we talk solutions we need to make sure we agree on w=
hat we are trying to achieve. I am concerned with having to manage traffic =
bursts and selective drop operations
 at the 6TUS level. This would certainly make it mode complex. What we have=
 here:




- in one hand there is the classical reservation model where you b=
ook a constant slot rate between A and B. in that model, there is no queuin=
g, just buffering one or 2 frames that
 can be transmitted in acceptable schedule. Excess packets cannot even ente=
r the pipe because there is just no slot available for it, and any QoS or s=
haping must be done at ingress, either at the end-device edge or at the net=
work edge. The pipe could be made
 larger than base traffic (excess rate as Thomas indicated) in order to acc=
omodate retries, and what is improved in terms of delivery ratio would be p=
aid in terms of jitter and latency, as you indicated in a previous mail. A =
simpler variation of that model
 drops the retries from the tunnel and places them in best effort shared bu=
ndles with a high QoS level (we are defining deterministic class at this mo=
ment at the transport area WG). That way, there is no need for QoS /drop op=
eration to be done at 6TUS level,
 it is all done at L3, adn all packets that are delivered by 6TUS arrive at=
 determined schedule.






 




- Then there is the convergecast that can accommodate multiple sources o=
f traffic for a same egress point. What we expect with this sort of network=
 is an statistical effect to that the
 throughput of egress pipe is actually less than the sum of the ingress. On=
 a deterministic source of traffic, we could use that effect on additional =
bandwidth that is allocated for retries.






- In the case of multicast, we can think of a tree topology rooted=
 at the source  with all hops if a constant size and replication at th=
e branching nodes. If we are interested in
 such thing, we can invite Ice in the discussion.






 




- and then there is routing at 6TUS layer as I understand you address in=
 this mail. In that case, we lose the grip on the expected flows, and proba=
bly have to expect statistical multiplexing,
 effectively reporting some of the L3 complexity into 6TUS. 



 Tons of things are doable but I think that a core value of the MPLS t=
unnel is the MP part. MPLS does not look inside the packets, so you can do =
any protocol over it. As you and Xavi discussed, a clean MPLS layer is not =
even aware it carries IPv6. This was
 heavily used in early IPv6 deployments with IPv6 PE/VPE, over an MPLS back=
bone that was setup using IPv4 but could be used for whatever after that. I=
f 6TUS does not know of IPv6, the layer does not know about HbH headers and=
 so on either. This is important
 to allow fragments through end to end. 



The more tricks we play there, the more specific and complex we make the 6T=
US sublayer. I'd start simple unless a basic use case is broken.=







What do you think?






 




Pascal








 






 




2013/5/30 Kris Pister <pister@eecs.berkeley.edu>




Some comments on the last several emails on this thread:

* it seems easy to have a table indexed by (MACsrcID, RXcell) that gives TX=
cellList

  o having only one entry in the cell means a leakfree track (as propo=
sed by Xavi?)

  o  (0xFFFF,RXcell) --> TXcellList means any incoming packet =
goes out the same way (convergecast)

  o having several MACsrcIDs with different TXcellLists gives the two =
or more separate flows (as proposed by Dominique?)

* there had better be idle listens in any of these schemes (more RX bandwid=
th than needed) otherwise queues and latency both tend toward infinity

* if A and B both talk to C then:

    o    either they need to be explicitly sc=
heduled to not collide, in which case you might as well just have a separat=
e cell for A-->C and B-->C

    o    *or* you'd better have a *lot* idle =
listens, because you'll have slotted aloha chaotic collapse if you try to p=
ush more than PDR/e of the available bandwidth (absent the use of clever-bu=
t-not-general tricks that have been published over the years).



ksjp






 




On 5/29/2013 11:09 AM, Thomas Watteyne wrote:








Xavi,





 






I agree that what you have in your e-mail is the normal way of doi=
ng things. The group might decide that this is the only way (e.g. Pascal's&=
nbsp;water-tight
 pipes), in which case we just use that.






 






I believe what Dominique brings up (Dominique, please correct me i=
f I'm wrong), is that with this scheme, there is no cell reuse. So in your =
case, C listens twice, once for A and
 once for B (of course, you can generalize this to multiple cells, or diffe=
rent frame lengths). If there is no traffic for A and B, C is wasting energ=
y. Dominique's point is to see whether it's possible to reuse the same cell=
s at C for data coming from A and
 B, at the cost of not having flow independence.






 






I hope this makes sense,






Thomas








 




On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana <xvilajosana@eecs.b=
erkeley.edu> wrote:






The key point here is that we are assuming that C can have a RX sh=
ared link from A and B and then C can either send to D and E in another slo=
t. What is the benefit of that? Is it
 a general case? Why not having two cells at C one that receives from A and=
 another that receives from B then transmission from C to D will happen in =
a cell and C to E in another.



for example node C switching table



in      out

1(A)   3(D)    -- receives at slot 1 from A and se=
nds out at slot 3 to D

2(B)   4(E)     -- receives at slot 2 from B =
and sends out at slot 4 to E



In case we want to be able to send cross flows, i.e use D for a flow from B=
 we can add more entries on the table and assign priorities



in      out     prio

1(A)   3(D)     1

2(B)   4(E)     1

1(A)   4(E)     2

2(B)   2(D)     2





Of course if the data rate is slower than the slotframe length*time of each=
 slot then we will have idle listening at C.




Is that what you have in mind?

X 



Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:














Would you agree that the issue you are bringing up is equivalent t=
o the statement that, with purely implicit labels, only fan-in is possible,=
 not fan-out.






 






A --   &n=
bsp;       --> D






    =
 \       /






    =
  =3D> C =3D






    =
 /       \






B --   &n=
bsp;       --> E






 






That is, given the following flows around mote C (and with the ass=
umption that both incoming and outgoing flows share the same cells), it is =
possible to have A->C and B->C (e.g.
 fan-in), but not C->D and C->E.






 






The core issue you're raising is that there is a trade-off between=
 installing LSTs (Label Switching Tracks) and energy consumption. That is, =
if you install water-tight pipes for
 all flows, you will waste energy if data isn't flowing through those pipes=
, since nodes along those tracks will be idle listening.






 






This might be a far-fetched, so please bear with me, but I see som=
e relationship between the problem you're raising and the use of CIR (Commi=
tted Information Rate), EIR (Excess)
 and PIR (Peak) typically found in protocols such as Frame Relay. These are=
 used to limit under-use of bandwidth, whereas we're more interested in not=
 wasting energy, but the problem can be described very similarly (I think).=
 Now this only brings more questions,
 since, to have this type of behavior, excess packets (i.e. about the CIR) =
need to flow from the LST into some other bandwidth. Not sure whether we wa=
nt to go there.






 






Thomas






 




On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pthubert) <pthubert@cisco.com> wrote:






Hello Dominique:


 


The traditional Virtual circuit is a=
ctually a water tight pipe end to end. My mind image of a track is the same=
. Thus traffic from B cannot be merged
 into the A to U track. 


I love the idea of merging flows lik=
e 1 to u and B to U in a many to one converging channel but even then you e=
nter the world of statistical mux and
 QoS.


 


The case you represent does not use =
tracks at all. We’ll have a bundle of cells off any router that can b=
e used unicast or multicast, some of the latter
 probably reserved for a particular neighbor.


Packets received over such cell will=
 not be G-MPLS switched. They will be punted to layer 3 through the 6LoWPAN=
 sublayer. L3 will device either to route
 them or deliver locally (punt to L4) when this node is the destination. 


 


In the former case, the packet will =
go down the stack again through the 6LoWPAN layer and the 6TUS sublayer wil=
l determine which bundle of cells can
 be used to reach the next hop router. You’ll note that in this case,=
 we cannot route fragments so IP packets would have to be reassembled at ev=
ery hop. This is what the fragment forwarding and recovery draft is still u=
seful. With that draft, the first frag
 installs forwarding states within the 6LoWPAN sublayer for the next fragme=
nts based on an explicit label placed in the 6LoWPAN datagram identifier.


 


We need a picture!!!


 


Cheers,


 




Pascal=





 






From:
dominique=
.barthel@orange.com [mailto:dominique.barthel@orange.com]


Sent: mercredi 29 mai 2013 08:51

To: Pascal Thubert (pthubert); 
6tsch@ietf.org

Subject: RE: G-MPLS, implicit labeling, multiple tracks through one =
cell










 


Hello Pascal,


 =



Actually, I meant the following situ=
ation: one flow goes from A to U on track A-X-Y-U, another flow goes from B=
 to V on track B-X-Y-V.


The two flows can’t use the sa=
me cell between X and Y because Y has no way of telling them apart.<=
o:p>


Correct?

Thanks


 


Dominique


 






De : Pascal Thubert
 (pthubert) [mailto=
:pthubert@cisco.com]


Envoy=E9 : mardi 28 mai 2013 18:29

=C0 : BARTHEL Dominique OLNC/OLPS; 
6tsch@ietf.org

Objet : RE: G-MPLS, implicit labeling, multiple tracks through =
one cell






 


Hello Dominique:

 


The Time slot based “G-MPLS=
221; forwarding will not look at the flow label so it does not care whether=
 it is one or multiple flows that get ijected in the
 time slots.


What you will get is a regular trans=
mit opportunity from A to B.



How the source fills it is its busin=
ess (one or more flows from A to B), but it is not elastic so if the flows =
collide at some point there might be drops
 or latency added before a frame is placed in a track.

Once the frame is on track, it will =
follow each hop as scheduled.


 


I think we agree…



 




Pascal




 






From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of dominique.barthel@orange.com

Sent: mardi 28 mai 2013 16:49

To: 6tsch@ietf.o=
rg

Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through =
one cell






 


Hello all,


 


Disclaimer:


I’m no expert in label switching. Please bear with me.<=
/o:p>


This mail will at least have the benefit of documenting the questi=
on and the answer.


 


 


Context:


I understand that the 15.4.e cell on which a frame was received by=
 a node can be considered an implicit label. Therefore, we can avoid the ov=
erhead of explicitly carrying the label
 in the frame. Great!


 


Question:


If we have multiple tracks going through neighbor nodes X and Y, a=
nd supposing that their aggregated flow happily fits the data rate provided=
 by one cell, wouldn’t we like to be
 able to multiplex them onto the same cell in order to save on the wake-up/=
carrier_sense energy cost?


Am I right in saying that we, the 6tsch group, decided to forego t=
he energy saving of multiplexing several tracks on one cell in return for t=
he energy saving of not carrying the
 label in-band?


Did I miss anything?


 


Thanks


 


Dominique


____________________________________________________=
_____________________________________________________________________


 


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tion. Si vous avez recu ce message par erreur, veuillez le signaler<=
o:p>


a l'expediteur et le detruire ainsi que les pieces j=
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France Telecom - Orange decline toute responsabilite=
 si ce message a ete altere, deforme ou falsifie. Merci.<=
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This message and its attachments may contain confide=
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they should not be distributed, used or copied witho=
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If you have received this email in error, please not=
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____________________________________________________=
_____________________________________________________________________


 


Ce message et ses pieces jointes peuvent contenir de=
s informations confidentielles ou privilegiees et ne doivent donc


pas etre diffuses, exploites ou copies sans autorisa=
tion. Si vous avez recu ce message par erreur, veuillez le signaler<=
o:p>


a l'expediteur et le detruire ainsi que les pieces j=
ointes. Les messages electroniques etant susceptibles d'alteration,<=
o:p>


France Telecom - Orange decline toute responsabilite=
 si ce message a ete altere, deforme ou falsifie. Merci.<=
/pre>

 


This message and its attachments may contain confide=
ntial or privileged information that may be protected by law;


they should not be distributed, used or copied witho=
ut authorisation.


If you have received this email in error, please not=
ify the sender and delete this message and its attachments.


As emails may be altered, France Telecom - Orange is=
 not liable for messages that have been modified, changed or falsified.


Thank you.












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h=
ttps://www.ietf.org/mailman/listinfo/6tsch








 


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6tsch@ietf.org=



https://www.ietf.org/mailman/listinfo/6tsch




 










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ttps://www.ietf.org/mailman/listinfo/6tsch




 




 


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-- 

Pascal 




















 








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From pister@eecs.berkeley.edu  Thu May 30 16:19:19 2013
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Date: Thu, 30 May 2013 16:19:10 -0700
From: Kris Pister 
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Cc: Thomas Watteyne , 6TSCH <6tsch@ietf.org>, ice@cisco.com
Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cell
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My guess is that we are mostly on the same page, but as usual I have a 
hard time understanding the differences in what we're saying.

On 5/30/2013 1:00 AM, Pascal Thubert wrote:
> Hello Kris:
>
> I think that before we talk solutions we need to make sure we agree on 
> what we are trying to achieve.
OK, so what are you trying to achieve?  I'm trying to achieve high 
reliability, low power IPv6 communication over a multi-hop 15.4E network 
with the simplest possible solution that works, while providing a 
platform on which future optimizations can be made.  In that sense, I 
think that the whole tunnel idea is about two years ahead of where we 
are today, and it's a distraction from the important work that we should 
be doing.
> I am concerned with having to manage traffic bursts and selective drop 
> operations at the 6TUS level.
That sounds like something that would concern me as well.  How does it 
relate to my email?  Was there something implicit in what I wrote that 
means we have to handle traffic bursts and selective drop operations?  
That's certainly not what I was thinking.
> This would certainly make it mode complex. What we have here:
>
> - in one hand there is the classical reservation model where you book 
> a constant slot rate between A and B. in that model, there is no 
> queuing, just buffering one or 2 frames that can be transmitted in 
> acceptable schedule.
I don't understand the distinction between queuing and "buffering one or 
2 packets".  Whether you have a buffer (queue?) of length 1 or 1 billion 
packets, you still need more "gazoutas" than "gazintas" or you're in 
trouble, yes?
> Excess packets cannot even enter the pipe because there is just no 
> slot available for it,
I don't see how that could be true.  If we refer to Maria Rita's very 
nice track-switching.png and ignore B and V, and only look at the green 
links, then here is what can happen in a real network.
Superframe cycle 1: A --> X, X-->Y, Y-->U, success!
cycle 2: A-->X, X-->Y, Y-->U but U does not ACK (interference), packet 
stays in Y's buffer
cycle 3: A-->X, X-->Y, Y-->U and Y fails again.  Now Y has two packets 
in its buffers, which are now full.
cycle 4: A-->X, X-->Y, Y sends a NACK to X
cycle 5: A-->X, X-->Y, Y sends a NACK to X, now X's buffers are full.
cycle 6: A-->X, X sends a NACK to A
In this example the link from Y-->U is down a lot, but if we say that it 
only goes down 0.1% more often than the link from A-->X, then the same 
thing happens, you just multiply the cycle count by 1000 to see it.

> and any QoS or shaping must be done at ingress, either at the 
> end-device edge or at the network edge.
I don't think that this will work, unless by that you mean "this pipe to 
be able to carry 1 packet per second if all links work perfectly, 
therefore as the edge device I know that I should never send more than 
one packet every two seconds into the pipe, or I will be asking for trouble"
> The pipe could be made larger than base traffic (excess rate as Thomas 
> indicated) in order to accomodate retries, and what is improved in 
> terms of delivery ratio would be paid in terms of jitter and latency, 
> as you indicated in a previous mail. A simpler variation of that model 
> drops the retries from the tunnel and places them in best effort 
> shared bundles with a high QoS level (we are defining deterministic 
> class at this moment at the transport area WG). That way, there is no 
> need for QoS /drop operation to be done at 6TUS level, it is all done 
> at L3, adn all packets that are delivered by 6TUS arrive at determined 
> schedule.
This sounds more complicated, not less.
>
> - Then there is the convergecast that can accommodate multiple sources 
> of traffic for a same egress point. What we expect with this sort of 
> network is an statistical effect to that the throughput of egress pipe 
> is actually less than the sum of the ingress. On a deterministic 
> source of traffic, we could use that effect on additional bandwidth 
> that is allocated for retries.
Yes, that's a good idea.  It's a very nonlinear effect that shapes the 
individual path statistics, ~1/(1-x) at each hop, and hard to predict 
over a mesh.
>
> - In the case of multicast, we can think of a tree topology rooted at 
> the source  with all hops if a constant size and replication at the 
> branching nodes. If we are interested in such thing, we can invite Ice 
> in the discussion.
?  I don't understand this at all.
>
> - and then there is routing at 6TUS layer as I understand you address 
> in this mail. In that case, we lose the grip on the expected flows, 
> and probably have to expect statistical multiplexing, effectively 
> reporting some of the L3 complexity into 6TUS.
Switching not routing, right?
>
>  Tons of things are doable but I think that a core value of the MPLS 
> tunnel is the MP part. MPLS does not look inside the packets, so you 
> can do any protocol over it. As you and Xavi discussed, a clean MPLS 
> layer is not even aware it carries IPv6. This was heavily used in 
> early IPv6 deployments with IPv6 PE/VPE, over an MPLS backbone that 
> was setup using IPv4 but could be used for whatever after that. If 
> 6TUS does not know of IPv6, the layer does not know about HbH headers 
> and so on either. This is important to allow fragments through end to 
> end.
This makes sense.
>
> The more tricks we play there, the more specific and complex we make 
> the 6TUS sublayer. I'd start simple unless a basic use case is broken.
Here I agree with you 100%.  I think that we are getting way ahead of 
ourselves.  I am still naively hopeful that we can get a simple RFC out 
the door early that defines how to set up a very simple slotted aloha 
version of the network as a default, and provides the hooks necessary to 
do all of the cool things that people are talking about now.  But the 
details of those cool things should remain out of scope (for the first 
RFC at least) until we have the simple stuff working in interops.  After 
that we can write lots of papers and IDs about how lousy the simple 
approach is relative to our super-duper ideas for PCEs, distributed 
scheduling and QoS, and leaky or tight pipes, and we'll have a common 
platform to stand on.

ksjp
>
> What do you think?
>
> Pascal
>
>
>
>
> 2013/5/30 Kris Pister  >
>
>     Some comments on the last several emails on this thread:
>     * it seems easy to have a table indexed by (MACsrcID, RXcell) that
>     gives TXcellList
>       o having only one entry in the cell means a leakfree track (as
>     proposed by Xavi?)
>       o  (0xFFFF,RXcell) --> TXcellList means any incoming packet goes
>     out the same way (convergecast)
>       o having several MACsrcIDs with different TXcellLists gives the
>     two or more separate flows (as proposed by Dominique?)
>     * there had better be idle listens in any of these schemes (more
>     RX bandwidth than needed) otherwise queues and latency both tend
>     toward infinity
>     * if A and B both talk to C then:
>         o    either they need to be explicitly scheduled to not
>     collide, in which case you might as well just have a separate cell
>     for A-->C and B-->C
>         o    *or* you'd better have a *lot* idle listens, because
>     you'll have slotted aloha chaotic collapse if you try to push more
>     than PDR/e of the available bandwidth (absent the use of
>     clever-but-not-general tricks that have been published over the
>     years).
>
>     ksjp
>
>
>     On 5/29/2013 11:09 AM, Thomas Watteyne wrote:
>>     Xavi,
>>
>>     I agree that what you have in your e-mail is the normal way of
>>     doing things. The group might decide that this is the only way
>>     (e.g. Pascal's water-tight pipes), in which case we just use that.
>>
>>     I believe what Dominique brings up (Dominique, please correct me
>>     if I'm wrong), is that with this scheme, there is no cell reuse.
>>     So in your case, C listens twice, once for A and once for B (of
>>     course, you can generalize this to multiple cells, or different
>>     frame lengths). If there is no traffic for A and B, C is wasting
>>     energy. Dominique's point is to see whether it's possible to
>>     reuse the same cells at C for data coming from A and B, at the
>>     cost of not having flow independence.
>>
>>     I hope this makes sense,
>>     Thomas
>>
>>
>>     On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana
>>     >     > wrote:
>>
>>         The key point here is that we are assuming that C can have a
>>         RX shared link from A and B and then C can either send to D
>>         and E in another slot. What is the benefit of that? Is it a
>>         general case? Why not having two cells at C one that receives
>>         from A and another that receives from B then transmission
>>         from C to D will happen in a cell and C to E in another.
>>
>>         for example node C switching table
>>
>>         in      out
>>         1(A)   3(D)    -- receives at slot 1 from A and sends out at
>>         slot 3 to D
>>         2(B)   4(E)     -- receives at slot 2 from B and sends out at
>>         slot 4 to E
>>
>>         In case we want to be able to send cross flows, i.e use D for
>>         a flow from B we can add more entries on the table and assign
>>         priorities
>>
>>         in      out     prio
>>         1(A)   3(D)     1
>>         2(B)   4(E)     1
>>         1(A)   4(E)     2
>>         2(B)   2(D)     2
>>
>>
>>         Of course if the data rate is slower than the slotframe
>>         length*time of each slot then we will have idle listening at C.
>>
>>         Is that what you have in mind?
>>         X
>>
>>         Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:
>>>         Would you agree that the issue you are bringing up is
>>>         equivalent to the statement that, with purely implicit
>>>         labels, only fan-in is possible, not fan-out.
>>>
>>>         A -- --> D
>>>              \       /
>>>               => C =
>>>              /   \
>>>         B -- --> E
>>>
>>>         That is, given the following flows around mote C (and with
>>>         the assumption that both incoming and outgoing flows share
>>>         the same cells), it is possible to have A->C and B->C (e.g.
>>>         fan-in), but not C->D and C->E.
>>>
>>>         The core issue you're raising is that there is a trade-off
>>>         between installing LSTs (Label Switching Tracks) and energy
>>>         consumption. That is, if you install water-tight pipes for
>>>         all flows, you will waste energy if data isn't flowing
>>>         through those pipes, since nodes along those tracks will be
>>>         idle listening.
>>>
>>>         This might be a far-fetched, so please bear with me, but I
>>>         see some relationship between the problem you're raising and
>>>         the use of CIR (Committed Information Rate), EIR (Excess)
>>>         and PIR (Peak) typically found in protocols such as Frame
>>>         Relay. These are used to limit under-use of bandwidth,
>>>         whereas we're more interested in not wasting energy, but the
>>>         problem can be described very similarly (I think). Now this
>>>         only brings more questions, since, to have this type of
>>>         behavior, excess packets (i.e. about the CIR) need to flow
>>>         from the LST into some other bandwidth. Not sure whether we
>>>         want to go there.
>>>
>>>         Thomas
>>>
>>>
>>>         On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pthubert)
>>>         > wrote:
>>>
>>>             Hello Dominique:
>>>
>>>             The traditional Virtual circuit is actually a water
>>>             tight pipe end to end. My mind image of a track is the
>>>             same. Thus traffic from B cannot be merged into the A to
>>>             U track.
>>>
>>>             I love the idea of merging flows like 1 to u and B to U
>>>             in a many to one converging channel but even then you
>>>             enter the world of statistical mux and QoS.
>>>
>>>             The case you represent does not use tracks at all. We’ll
>>>             have a bundle of cells off any router that can be used
>>>             unicast or multicast, some of the latter probably
>>>             reserved for a particular neighbor.
>>>
>>>             Packets received over such cell will not be G-MPLS
>>>             switched. They will be punted to layer 3 through the
>>>             6LoWPAN sublayer. L3 will device either to route them or
>>>             deliver locally (punt to L4) when this node is the
>>>             destination.
>>>
>>>             In the former case, the packet will go down the stack
>>>             again through the 6LoWPAN layer and the 6TUS sublayer
>>>             will determine which bundle of cells can be used to
>>>             reach the next hop router. You’ll note that in this
>>>             case, we cannot route fragments so IP packets would have
>>>             to be reassembled at every hop. This is what the
>>>             fragment forwarding and recovery draft is still useful.
>>>             With that draft, the first frag installs forwarding
>>>             states within the 6LoWPAN sublayer for the next
>>>             fragments based on an explicit label placed in the
>>>             6LoWPAN datagram identifier.
>>>
>>>             We need a picture!!!
>>>
>>>             Cheers,
>>>
>>>             Pascal
>>>
>>>             *From:*dominique.barthel@orange.com
>>>             
>>>             [mailto:dominique.barthel@orange.com
>>>             ]
>>>             *Sent:* mercredi 29 mai 2013 08:51
>>>             *To:* Pascal Thubert (pthubert); 6tsch@ietf.org
>>>             
>>>             *Subject:* RE: G-MPLS, implicit labeling, multiple
>>>             tracks through one cell
>>>
>>>             Hello Pascal,
>>>
>>>             Actually, I meant the following situation: one flow goes
>>>             from A to U on track A-X-Y-U, another flow goes from B
>>>             to V on track B-X-Y-V.
>>>
>>>             The two flows can’t use the same cell between X and Y
>>>             because Y has no way of telling them apart.
>>>
>>>             Correct?
>>>             Thanks
>>>
>>>             Dominique
>>>
>>>             *De :*Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
>>>             *Envoyé :* mardi 28 mai 2013 18:29
>>>             *À :* BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org
>>>             
>>>             *Objet :* RE: G-MPLS, implicit labeling, multiple tracks
>>>             through one cell
>>>
>>>             Hello Dominique:
>>>
>>>             The Time slot based “G-MPLS” forwarding will not look at
>>>             the flow label so it does not care whether it is one or
>>>             multiple flows that get ijected in the time slots.
>>>
>>>             What you will get is a regular transmit opportunity from
>>>             A to B.
>>>
>>>             How the source fills it is its business (one or more
>>>             flows from A to B), but it is not elastic so if the
>>>             flows collide at some point there might be drops or
>>>             latency added before a frame is placed in a track.
>>>
>>>             Once the frame is on track, it will follow each hop as
>>>             scheduled.
>>>
>>>             I think we agree…
>>>
>>>             Pascal
>>>
>>>             *From:*6tsch-bounces@ietf.org
>>>             
>>>             [mailto:6tsch-bounces@ietf.org] *On Behalf Of
>>>             *dominique.barthel@orange.com
>>>             
>>>             *Sent:* mardi 28 mai 2013 16:49
>>>             *To:* 6tsch@ietf.org 
>>>             *Subject:* [6tsch] G-MPLS, implicit labeling, multiple
>>>             tracks through one cell
>>>
>>>             Hello all,
>>>
>>>             Disclaimer:
>>>
>>>             I’m no expert in label switching. Please bear with me.
>>>
>>>             This mail will at least have the benefit of documenting
>>>             the question and the answer.
>>>
>>>             Context:
>>>
>>>             I understand that the 15.4.e cell on which a frame was
>>>             received by a node can be considered an implicit label.
>>>             Therefore, we can avoid the overhead of explicitly
>>>             carrying the label in the frame. Great!
>>>
>>>             Question:
>>>
>>>             If we have multiple tracks going through neighbor nodes
>>>             X and Y, and supposing that their aggregated flow
>>>             happily fits the data rate provided by one cell,
>>>             wouldn’t we like to be able to multiplex them onto the
>>>             same cell in order to save on the wake-up/carrier_sense
>>>             energy cost?
>>>
>>>             Am I right in saying that we, the 6tsch group, decided
>>>             to forego the energy saving of multiplexing several
>>>             tracks on one cell in return for the energy saving of
>>>             not carrying the label in-band?
>>>
>>>             Did I miss anything?
>>>
>>>             Thanks
>>>
>>>             Dominique
>>>
>>>             _________________________________________________________________________________________________________________________
>>>
>>>               
>>>
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>>>
>>>             pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu ce message par erreur, veuillez le signaler
>>>
>>>             a l'expediteur et le detruire ainsi que les pieces jointes. Les messages electroniques etant susceptibles d'alteration,
>>>
>>>             France Telecom - Orange decline toute responsabilite si ce message a ete altere, deforme ou falsifie. Merci.
>>>
>>>               
>>>
>>>             This message and its attachments may contain confidential or privileged information that may be protected by law;
>>>
>>>             they should not be distributed, used or copied without authorisation.
>>>
>>>             If you have received this email in error, please notify the sender and delete this message and its attachments.
>>>
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>>>
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>>>
>>>             Ce message et ses pieces jointes peuvent contenir des informations confidentielles ou privilegiees et ne doivent donc
>>>
>>>             pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu ce message par erreur, veuillez le signaler
>>>
>>>             a l'expediteur et le detruire ainsi que les pieces jointes. Les messages electroniques etant susceptibles d'alteration,
>>>
>>>             France Telecom - Orange decline toute responsabilite si ce message a ete altere, deforme ou falsifie. Merci.
>>>
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>>>
>>>             This message and its attachments may contain confidential or privileged information that may be protected by law;
>>>
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>>>
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>>>
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>>>
>>>
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>>>         6tsch mailing list
>>>         6tsch@ietf.org  
>>>         https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>>         _______________________________________________
>>         6tsch mailing list
>>         6tsch@ietf.org 
>>         https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>>
>>
>>     _______________________________________________
>>     6tsch mailing list
>>     6tsch@ietf.org  
>>     https://www.ietf.org/mailman/listinfo/6tsch
>
>
>     _______________________________________________
>     6tsch mailing list
>     6tsch@ietf.org 
>     https://www.ietf.org/mailman/listinfo/6tsch
>
>
>
>
> -- 
> Pascal


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    My guess is that we are mostly on the same page, but as usual I have
    a hard time understanding the differences in what we're saying.

    

    
On 5/30/2013 1:00 AM, Pascal Thubert
      wrote:

    

    

      

        

          

            

              

                
Hello Kris:

                  

                

                I think that before we talk solutions we need to make
                sure we agree on what we are trying to achieve. 

            

          

        

      

    

    OK, so what are you trying to achieve?  I'm trying to achieve high
    reliability, low power IPv6 communication over a multi-hop 15.4E
    network with the simplest possible solution that works, while
    providing a platform on which future optimizations can be made.  In
    that sense, I think that the whole tunnel idea is about two years
    ahead of where we are today, and it's a distraction from the
    important work that we should be doing.

    

      

        

          

            

              
I am concerned with having to manage traffic bursts
                and selective drop operations at the 6TUS level. 

            

          

        

      

    

    That sounds like something that would concern me as well.  How does
    it relate to my email?  Was there something implicit in what I wrote
    that means we have to handle traffic bursts and selective drop
    operations?  That's certainly not what I was thinking.

    

      

        

          

            

              
This would certainly make it mode complex. What we
                have here:

                

              

              - in one hand there is the classical reservation model
              where you book a constant slot rate between A and B. in
              that model, there is no queuing, just buffering one or 2
              frames that can be transmitted in acceptable schedule.

          

        

      

    

    I don't understand the distinction between queuing and "buffering
    one or 2 packets".  Whether you have a buffer (queue?) of length 1
    or 1 billion packets, you still need more "gazoutas" than "gazintas"
    or you're in trouble, yes?

    

      

        

          

            
 Excess packets cannot even enter the pipe because
              there is just no slot available for it,

          

        

      

    

    I don't see how that could be true.  If we refer to Maria Rita's
    very nice track-switching.png and ignore B and V, and only look at
    the green links, then here is what can happen in a real network.

    Superframe cycle 1: A --> X, X-->Y, Y-->U, success!

    cycle 2: A-->X, X-->Y, Y-->U but U does not ACK
    (interference), packet stays in Y's buffer

    cycle 3: A-->X, X-->Y, Y-->U and Y fails again.  Now Y has
    two packets in its buffers, which are now full.

    cycle 4: A-->X, X-->Y, Y sends a NACK to X

    cycle 5: A-->X, X-->Y, Y sends a NACK to X, now X's buffers
    are full.

    cycle 6: A-->X, X sends a NACK to A

    In this example the link from Y-->U is down a lot, but if we say
    that it only goes down 0.1% more often than the link from A-->X,
    then the same thing happens, you just multiply the cycle count by
    1000 to see it.

    

    

      

        

          

            
 and any QoS or shaping must be done at ingress, either
              at the end-device edge or at the network edge. 

          

        

      

    

    I don't think that this will work, unless by that you mean "this
    pipe to be able to carry 1 packet per second if all links work
    perfectly, therefore as the edge device I know that I should never
    send more than one packet every two seconds into the pipe, or I will
    be asking for trouble"

    

      

        

          

            
The pipe could be made larger than base traffic (excess
              rate as Thomas indicated) in order to accomodate retries,
              and what is improved in terms of delivery ratio would be
              paid in terms of jitter and latency, as you indicated in a
              previous mail. A simpler variation of that model drops the
              retries from the tunnel and places them in best effort
              shared bundles with a high QoS level (we are defining
              deterministic class at this moment at the transport area
              WG). That way, there is no need for QoS /drop operation to
              be done at 6TUS level, it is all done at L3, adn all
              packets that are delivered by 6TUS arrive at determined
              schedule.

            

          

        

      

    

    This sounds more complicated, not less.

    

      

        

          

            

            

            


            

            - Then there is the convergecast that can accommodate
            multiple sources of traffic for a same egress point. What we
            expect with this sort of network is an statistical effect to
            that the throughput of egress pipe is actually less than the
            sum of the ingress. On a deterministic source of traffic, we
            could use that effect on additional bandwidth that is
            allocated for retries.

          

        

      

    

    Yes, that's a good idea.  It's a very nonlinear effect that shapes
    the individual path statistics, ~1/(1-x) at each hop, and hard to
    predict over a mesh.

    

      

        

          

            

          

          
- In the case of multicast, we can think of a tree
            topology rooted at the source  with all hops if a constant
            size and replication at the branching nodes. If we are
            interested in such thing, we can invite Ice in the
            discussion.

          

        

      

    

    ?  I don't understand this at all.

    

      

        

          

          

          


          

          - and then there is routing at 6TUS layer as I understand you
          address in this mail. In that case, we lose the grip on the
          expected flows, and probably have to expect statistical
          multiplexing, effectively reporting some of the L3 complexity
          into 6TUS. 

        

      

    

    Switching not routing, right?

    

      

        

          

           Tons of things are doable but I think that a core value of
          the MPLS tunnel is the MP part. MPLS does not look inside the
          packets, so you can do any protocol over it. As you and Xavi
          discussed, a clean MPLS layer is not even aware it carries
          IPv6. This was heavily used in early IPv6 deployments with
          IPv6 PE/VPE, over an MPLS backbone that was setup using IPv4
          but could be used for whatever after that. If 6TUS does not
          know of IPv6, the layer does not know about HbH headers and so
          on either. This is important to allow fragments through end to
          end. 

        

      

    

    This makes sense.

    

      

        

          

          The more tricks we play there, the more specific and complex
          we make the 6TUS sublayer. I'd start simple unless a basic use
          case is broken.

        

      

    

    Here I agree with you 100%.  I think that we are getting way ahead
    of ourselves.  I am still naively hopeful that we can get a simple
    RFC out the door early that defines how to set up a very simple
    slotted aloha version of the network as a default, and provides the
    hooks necessary to do all of the cool things that people are talking
    about now.  But the details of those cool things should remain out
    of scope (for the first RFC at least) until we have the simple stuff
    working in interops.  After that we can write lots of papers and IDs
    about how lousy the simple approach is relative to our super-duper
    ideas for PCEs, distributed scheduling and QoS, and leaky or tight
    pipes, and we'll have a common platform to stand on.

    

    ksjp

    

      

        


        

        
What do you think?

        

        


        

        Pascal

        

          

            


              

            

            


              

              
2013/5/30 Kris Pister <pister@eecs.berkeley.edu>

                

                  
 Some comments
                    on the last several emails on this thread:

                    * it seems easy to have a table indexed by
                    (MACsrcID, RXcell) that gives TXcellList

                      o having only one entry in the cell means a
                    leakfree track (as proposed by Xavi?)

                      o  (0xFFFF,RXcell) --> TXcellList means any
                    incoming packet goes out the same way (convergecast)

                      o having several MACsrcIDs with different
                    TXcellLists gives the two or more separate flows (as
                    proposed by Dominique?)

                    * there had better be idle listens in any of these
                    schemes (more RX bandwidth than needed) otherwise
                    queues and latency both tend toward infinity

                    * if A and B both talk to C then:

                        o    either they need to be explicitly scheduled
                    to not collide, in which case you might as well just
                    have a separate cell for A-->C and B-->C

                        o    *or* you'd better have a *lot* idle
                    listens, because you'll have slotted aloha chaotic
                    collapse if you try to push more than PDR/e of the
                    available bandwidth (absent the use of
                    clever-but-not-general tricks that have been
                    published over the years).

                    

                    ksjp
                    

                      


                        

                        
On 5/29/2013 11:09 AM, Thomas Watteyne
                          wrote:

                        

                        

                          
Xavi,
                            


                            

                            
I agree that what you have in your
                              e-mail is the normal way of doing things.
                              The group might decide that this is the
                              only way (e.g. Pascal's water-tight

                                pipes), in which case we just use
                              that.

                            


                            

                            
I believe what Dominique brings up
                              (Dominique, please correct me if I'm
                              wrong), is that with this scheme, there is
                              no cell reuse. So in your case, C listens
                              twice, once for A and once for B (of
                              course, you can generalize this to
                              multiple cells, or different frame
                              lengths). If there is no traffic for A and
                              B, C is wasting energy. Dominique's point
                              is to see whether it's possible to reuse
                              the same cells at C for data coming from A
                              and B, at the cost of not having flow
                              independence.

                            


                            

                            
I hope this makes sense,

                            
Thomas

                          

                          


                            

                            
On Wed, May 29,
                              2013 at 10:43 AM, Xavier Vilajosana <xvilajosana@eecs.berkeley.edu>
                              wrote:

                              

                                

                                  
The key point here is that we are
                                    assuming that C can have a RX shared
                                    link from A and B and then C can
                                    either send to D and E in another
                                    slot. What is the benefit of that?
                                    Is it a general case? Why not having
                                    two cells at C one that receives
                                    from A and another that receives
                                    from B then transmission from C to D
                                    will happen in a cell and C to E in
                                    another.

                                    

                                    for example node C switching table

                                    

                                    in      out

                                    1(A)   3(D)    -- receives at slot 1
                                    from A and sends out at slot 3 to D

                                    2(B)   4(E)     -- receives at slot
                                    2 from B and sends out at slot 4 to
                                    E

                                    

                                    In case we want to be able to send
                                    cross flows, i.e use D for a flow
                                    from B we can add more entries on
                                    the table and assign priorities

                                    

                                    in      out     prio

                                    1(A)   3(D)     1

                                    2(B)   4(E)     1

                                    1(A)   4(E)     2

                                    2(B)   2(D)     2

                                    

                                    

                                    Of course if the data rate is slower
                                    than the slotframe length*time of
                                    each slot then we will have idle
                                    listening at C. 

                                    

                                    Is that what you have in mind?

                                    X 

                                    

                                    Al 29/05/13 10:23, En/na Thomas
                                    Watteyne ha escrit:

                                  

                                  

                                    

                                      

                                        

                                          
Would you agree that the
                                            issue you are bringing up is
                                            equivalent to the statement
                                            that, with purely implicit
                                            labels, only fan-in is
                                            possible, not fan-out.

                                          

                                          


                                          

                                          
A --          
                                              --> D

                                          
     \       /

                                          
      => C =

                                          
      /    
                                                \

                                          
B --          
                                              --> E

                                          


                                          

                                          
That is, given the
                                            following flows around mote
                                            C (and with the assumption
                                            that both incoming and
                                            outgoing flows share the
                                            same cells), it is possible
                                            to have A->C and B->C
                                            (e.g. fan-in), but not
                                            C->D and C->E.

                                          


                                          

                                          
The core issue you're
                                            raising is that there is a
                                            trade-off between installing
                                            LSTs (Label Switching
                                            Tracks) and energy
                                            consumption. That is, if you
                                            install water-tight pipes
                                            for all flows, you will
                                            waste energy if data isn't
                                            flowing through those pipes,
                                            since nodes along those
                                            tracks will be idle
                                            listening.

                                          


                                          

                                          
This might be a
                                            far-fetched, so please bear
                                            with me, but I see some
                                            relationship between the
                                            problem you're raising and
                                            the use of CIR (Committed
                                            Information Rate), EIR
                                            (Excess) and PIR (Peak)
                                            typically found in protocols
                                            such as Frame Relay. These
                                            are used to limit under-use
                                            of bandwidth, whereas we're
                                            more interested in not
                                            wasting energy, but the
                                            problem can be described
                                            very similarly (I think).
                                            Now this only brings more
                                            questions, since, to have
                                            this type of behavior,
                                            excess packets (i.e. about
                                            the CIR) need to flow from
                                            the LST into some other
                                            bandwidth. Not sure whether
                                            we want to go there.

                                          

                                          


                                          

                                          
Thomas

                                          


                                            

                                            
On
                                              Wed, May 29, 2013 at 12:50
                                              AM, Pascal Thubert
                                              (pthubert) <pthubert@cisco.com>
                                              wrote:

                                              

                                                

                                                  

                                                    
Hello Dominique:

                                                    
 

                                                    
The traditional Virtual circuit is actually a
                                                        water tight pipe
                                                        end to end. My
                                                        mind image of a
                                                        track is the
                                                        same. Thus
                                                        traffic from B
                                                        cannot be merged
                                                        into the A to U
                                                        track. 

                                                    
I love the idea of merging flows like 1 to u and B
                                                        to U in a many
                                                        to one
                                                        converging
                                                        channel but even
                                                        then you enter
                                                        the world of
                                                        statistical mux
                                                        and QoS.

                                                    
 

                                                    
The case you represent does not use tracks at all.
                                                        We’ll have a
                                                        bundle of cells
                                                        off any router
                                                        that can be used
                                                        unicast or
                                                        multicast, some
                                                        of the latter
                                                        probably
                                                        reserved for a
                                                        particular
                                                        neighbor.

                                                    
Packets received over such cell will not be G-MPLS
                                                        switched. They
                                                        will be punted
                                                        to layer 3
                                                        through the
                                                        6LoWPAN
                                                        sublayer. L3
                                                        will device
                                                        either to route
                                                        them or deliver
                                                        locally (punt to
                                                        L4) when this
                                                        node is the
                                                        destination. 

                                                    
 

                                                    
In the former case, the packet will go down the
                                                        stack again
                                                        through the
                                                        6LoWPAN layer
                                                        and the 6TUS
                                                        sublayer will
                                                        determine which
                                                        bundle of cells
                                                        can be used to
                                                        reach the next
                                                        hop router.
                                                        You’ll note that
                                                        in this case, we
                                                        cannot route
                                                        fragments so IP
                                                        packets would
                                                        have to be
                                                        reassembled at
                                                        every hop. This
                                                        is what the
                                                        fragment
                                                        forwarding and
                                                        recovery draft
                                                        is still useful.
                                                        With that draft,
                                                        the first frag
                                                        installs
                                                        forwarding
                                                        states within
                                                        the 6LoWPAN
                                                        sublayer for the
                                                        next fragments
                                                        based on an
                                                        explicit label
                                                        placed in the
                                                        6LoWPAN datagram
                                                        identifier.

                                                    
 

                                                    
We need a picture!!!

                                                    
 

                                                    
Cheers,

                                                    
 

                                                    

                                                      
Pascal

                                                    

                                                    
 

                                                    

                                                      

                                                        
From:
                                                          dominique.barthel@orange.com
                                                          [mailto:dominique.barthel@orange.com]
                                                          

                                                          Sent:
                                                          mercredi 29
                                                          mai 2013 08:51

                                                          To:
                                                          Pascal Thubert
                                                          (pthubert); 6tsch@ietf.org

                                                          Subject:
                                                          RE: G-MPLS,
                                                          implicit
                                                          labeling,
                                                          multiple
                                                          tracks through
                                                          one cell

                                                      

                                                    

                                                    

                                                      

                                                        
 

                                                        
Hello Pascal,

                                                        
 

                                                        
Actually, I meant the following situation: one
                                                          flow goes from
                                                          A to U on
                                                          track A-X-Y-U,
                                                          another flow
                                                          goes from B to
                                                          V on track
                                                          B-X-Y-V.

                                                        
The two flows can’t use the same cell between X
                                                          and Y because
                                                          Y has no way
                                                          of telling
                                                          them apart.

                                                        
Correct?

                                                          Thanks

                                                        
 

                                                        
Dominique

                                                        
 

                                                        

                                                          

                                                          
De :
                                                          Pascal Thubert
                                                          (pthubert) [mailto:pthubert@cisco.com]
                                                          

                                                          Envoyé :
                                                          mardi 28 mai
                                                          2013 18:29

                                                          À :
                                                          BARTHEL
                                                          Dominique
                                                          OLNC/OLPS; 6tsch@ietf.org

                                                          Objet :
                                                          RE: G-MPLS,
                                                          implicit
                                                          labeling,
                                                          multiple
                                                          tracks through
                                                          one cell

                                                          

                                                        

                                                        
 

                                                        
Hello Dominique:

                                                        
 

                                                        
The Time slot based “G-MPLS” forwarding will not
                                                          look at the
                                                          flow label so
                                                          it does not
                                                          care whether
                                                          it is one or
                                                          multiple flows
                                                          that get
                                                          ijected in the
                                                          time slots.

                                                        
What you will get is a regular transmit
                                                          opportunity
                                                          from A to B. 

                                                        
How the source fills it is its business (one or
                                                          more flows
                                                          from A to B),
                                                          but it is not
                                                          elastic so if
                                                          the flows
                                                          collide at
                                                          some point
                                                          there might be
                                                          drops or
                                                          latency added
                                                          before a frame
                                                          is placed in a
                                                          track.

                                                        
Once the frame is on track, it will follow each
                                                          hop as
                                                          scheduled.

                                                        
 

                                                        
I think we agree… 

                                                        
 

                                                        

                                                          
Pascal

                                                        

                                                        
 

                                                        

                                                          

                                                          
From:
                                                          6tsch-bounces@ietf.org
                                                          [mailto:6tsch-bounces@ietf.org]
                                                          On Behalf
                                                          Of dominique.barthel@orange.com

                                                          Sent:
                                                          mardi 28 mai
                                                          2013 16:49

                                                          To: 6tsch@ietf.org

                                                          Subject:
                                                          [6tsch]
                                                          G-MPLS,
                                                          implicit
                                                          labeling,
                                                          multiple
                                                          tracks through
                                                          one cell

                                                          

                                                        

                                                        
 

                                                        
Hello

                                                          all,

                                                        
 

                                                        
Disclaimer:

                                                        
I’m
                                                          no expert in
                                                          label
                                                          switching.
                                                          Please bear
                                                          with me.

                                                        
This
                                                          mail will at
                                                          least have the
                                                          benefit of
                                                          documenting
                                                          the question
                                                          and the
                                                          answer.

                                                        
 

                                                        
 

                                                        
Context:

                                                        
I
                                                          understand
                                                          that the
                                                          15.4.e cell on
                                                          which a frame
                                                          was received
                                                          by a node can
                                                          be considered
                                                          an implicit
                                                          label.
                                                          Therefore, we
                                                          can avoid the
                                                          overhead of
                                                          explicitly
                                                          carrying the
                                                          label in the
                                                          frame. Great!

                                                        
 

                                                        
Question:

                                                        
If
                                                          we have
                                                          multiple
                                                          tracks going
                                                          through
                                                          neighbor nodes
                                                          X and Y, and
                                                          supposing that
                                                          their
                                                          aggregated
                                                          flow happily
                                                          fits the data
                                                          rate provided
                                                          by one cell,
                                                          wouldn’t we
                                                          like to be
                                                          able to
                                                          multiplex them
                                                          onto the same
                                                          cell in order
                                                          to save on the
                                                          wake-up/carrier_sense

                                                          energy cost?

                                                        
Am
                                                          I right in
                                                          saying that
                                                          we, the 6tsch
                                                          group, decided
                                                          to forego the
                                                          energy saving
                                                          of
                                                          multiplexing
                                                          several tracks
                                                          on one cell in
                                                          return for the
                                                          energy saving
                                                          of not
                                                          carrying the
                                                          label in-band?

                                                        
Did
                                                          I miss
                                                          anything?

                                                        
 

                                                        
Thanks

                                                        
 

                                                        
Dominique

                                                        
_________________________________________________________________________________________________________________________

                                                        
 

                                                        
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France Telecom - Orange decline toute responsabilite si ce message a ete altere, deforme ou falsifie. Merci.

                                                        
 

                                                        
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_________________________________________________________________________________________________________________________

                                                        
 

                                                        
Ce message et ses pieces jointes peuvent contenir des informations confidentielles ou privilegiees et ne doivent donc

                                                        
pas etre diffuses, exploites ou copies sans autorisation. Si vous avez recu ce message par erreur, veuillez le signaler

                                                        
a l'expediteur et le detruire ainsi que les pieces jointes. Les messages electroniques etant susceptibles d'alteration,

                                                        
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This message and its attachments may contain confidential or privileged information that may be protected by law;

                                                        
they should not be distributed, used or copied without authorisation.

                                                        
If you have received this email in error, please notify the sender and delete this message and its attachments.

                                                        
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_______________________________________________

                                                6tsch mailing list

                                                6tsch@ietf.org

                                                https://www.ietf.org/mailman/listinfo/6tsch

                                            

                                             

                                        

                                        

                                        

                                        

                                        
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


                                      

                                      

                                    

                                  

                                

                                

_______________________________________________

                                6tsch mailing list

                                6tsch@ietf.org

                                https://www.ietf.org/mailman/listinfo/6tsch

                                

                              

                            

                            

                          

                          

                          

                          

                          
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


                        

                        

                      

                    

                  

                  

                  _______________________________________________

                  6tsch mailing list

                  6tsch@ietf.org

                  https://www.ietf.org/mailman/listinfo/6tsch

                  

                

              

              

              

              

              -- 

              Pascal
            

          

        

      

    

    

  


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Subject: Re: [6tsch] On exploiting time synchronisation and deadlines in 6tus
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inline

> I looks like we have encountered 2 instances where an explicit L2.5 
> label could be used: hlim and ttl. I'd hate to have the purely G-MPLS 
> mode go away, so I propose that, if we add in this header, we make it 
> optional.
>
> If we do, one can imagine having packets flow along a track with and 
> without this header. Xavi, do you have some ideas about how we could 
> distinguish those two?
>

That's not easy as we don't have any means to tell L2.5 to look at the 
header or just forward the packet. In upper layers we have the next 
header field that helps us to see what's the next layer and hence notify 
the right component. The only option that comes to my mind is to use 
some flag at L2 header (if there is any available -- reserved) and see 
if  header-less Label Switching is enabled or not. If it is not enabled 
then parse the header which might be IPHC and then this packet is not 
being label switched, if it is the optional header then check if the 
packet has to be discarded according to the ttl.

My vote is still to try it without any header, as simple as possible, 
note that this networks use to have very regular traffic so delays might 
be closely related to bad links which the PCE might try to minimize. So 
maybe the mechanism actuate for a little, discarding a packet too old, 
but the PCE will be trying to solve that too so I am not sure if in 
overall there is a big advantage.

X
> Thomas
>
> On Tue, May 28, 2013 at 1:05 PM, Xavier Vilajosana 
> > 
> wrote:
>
>     great question... not sure.. but I think so, from L3 point of
>     view, a pkt crossing a tunnel is the same as crossing 1 hop at L3.
>     Internally might be crossing several hops but from L3 we cannot
>     see it so the hop by hop header would only apply to the hop as
>     seen at L3 (even if internally there are multiple hops).
>
>     I will check RFCs for MPLS/GMPLS to see if there is some
>     information about that.
>     X
>
>
>     Al 28/05/13 12:51, En/na Kris Pister ha escrit:
>>     Interesting.  So we're proposing to ignore all hop-by-hop options?
>>     Do MPLS routers/switches ignore hop-by-hop options when they
>>     encounter a level 2.5 label?
>>
>>     ksjp
>>
>>     On 5/28/2013 10:43 AM, Xavier Vilajosana wrote:
>>>     Hi Kris,
>>>
>>>     the thing is that we want to skip going up to L3 when using
>>>     forwarding based on labels, so L3 header is not parsed at each
>>>     hop. Alfredo suggestion was to use a little "header" including a
>>>     timestamp so we can discard packets in case their deadline
>>>     cannot be meet. This will happen at L2.5 and i.e inside the
>>>     "tunnel".
>>>
>>>     An alternative is to use L3 option header but then the packet
>>>     will be discarded outside of the "tunnel" maybe having hop more
>>>     than needed.
>>>
>>>     X
>>>
>>>     Al 28/05/13 10:07, En/na Kris Pister ha escrit:
>>>>     It seems to me that this is an important feature for some class
>>>>     of applications, but that it has nothing directly to do with
>>>>     the 4E MAC layer.  There are many ways to provide time
>>>>     synchronization in a multi-hop network, and many ways to track
>>>>     the total wall-clock time that a packet has been in transit.
>>>>
>>>>     So...shouldn't the deadline information be in an IPv6
>>>>     hop-by-hop option header?
>>>>
>>>>     ksjp
>>>>
>>>>     On 5/28/2013 6:48 AM, Xavier Vilajosana wrote:
>>>>>     Hi Maria Rita,
>>>>>
>>>>>     I agree that the feature is really interesting and might be
>>>>>     very useful in some cases, specially for time sensitive
>>>>>     applications, however, including a header will require the
>>>>>     parsing at each hop which would be very convenient to avoid.
>>>>>     As I said, I vote for having this feature as an optional
>>>>>     header and in case we define more options that we consider
>>>>>     important then we can discuss if a permanent header is needed.
>>>>>
>>>>>     Note also that when label switching is not used the Hop Limit
>>>>>     field is used to count the number of hops and detect loops,
>>>>>     however in that case there is no timestamp to discard expired
>>>>>     packets. I'm wondering if we want to add that information
>>>>>     despite of having label switching at L2.5 or not.
>>>>>
>>>>>     regards,
>>>>>     Xavi
>>>>>
>>>>>     Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:
>>>>>>
>>>>>>     Pascal, I do agree with you and  Xavi about keeping things as
>>>>>>     simple as possible...
>>>>>>
>>>>>>     But about the dedicated track, I have a different thought.
>>>>>>     Knowing that the timelife of a packet is expired can be STILL
>>>>>>     useful along a dedicated track. In fact, we can discard the
>>>>>>     packet instead of keeping in forwarding it along the
>>>>>>     successive cells of the track, thus saving energy.
>>>>>>
>>>>>>     Of course, it is even more useful in shared cells, because in
>>>>>>     presence of collision, we will avoid to re-transmit expired
>>>>>>     packets,  giving to those with TTL >0 more chance to be
>>>>>>     transmitted with success.
>>>>>>
>>>>>>     In this way, we save energy and also reduce latency-delay.
>>>>>>
>>>>>>     Maria Rita
>>>>>>
>>>>>>     *From:*6tsch-bounces@ietf.org 
>>>>>>     [mailto:6tsch-bounces@ietf.org] *On Behalf Of *Pascal Thubert
>>>>>>     *Sent:* Saturday, May 25, 2013 7:36 AM
>>>>>>     *To:* Xavier Vilajosana
>>>>>>     *Cc:* 6tsch@ietf.org 
>>>>>>     *Subject:* Re: [6tsch] On exploiting time synchronisation and
>>>>>>     deadlines in 6tus
>>>>>>
>>>>>>     Same here,
>>>>>>
>>>>>>     I think the info could indeed be very useful on shared slots
>>>>>>     but along a dedicated track there is no choice but continue
>>>>>>     along schedule...
>>>>>>
>>>>>>     Cheers,
>>>>>>
>>>>>>     Pascal
>>>>>>
>>>>>>
>>>>>>     Le 25 mai 2013 à 04:39, Xavier Vilajosana
>>>>>>     >>>>>     > a écrit :
>>>>>>
>>>>>>
>>>>>>         My little point on that. I like the idea of "not" having
>>>>>>         a header if we do switching, i.e not having a header
>>>>>>         makes things so simple and it becomes a very transparent
>>>>>>         mechanism, no parsing, no processing at each hop, just in
>>>>>>         and out until it reaches the end of the label switched track.
>>>>>>
>>>>>>         I agree that having these feature would be also good,
>>>>>>         however this might require looking the header at each
>>>>>>         hop, so there is a trade-off between energy consumption,
>>>>>>         need for that and simplicity. We need to keep this in
>>>>>>         mind too, maybe an optional feature would work?
>>>>>>
>>>>>>         X
>>>>>>
>>>>>>         Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:
>>>>>>
>>>>>>             Alfredo,
>>>>>>
>>>>>>             This is indeed a neat idea, which feeds upon a nice
>>>>>>             feature of our little TSCH networks.
>>>>>>
>>>>>>             IIRC, the points that were raised during the call
>>>>>>             around this issue were:
>>>>>>
>>>>>>             pros:
>>>>>>
>>>>>>             - we could throttle a packet's priority based on the
>>>>>>             remaining lifetime it has.
>>>>>>
>>>>>>             - we could drop a packet that has already expired
>>>>>>
>>>>>>             cons:
>>>>>>
>>>>>>             - reserving extra bytes for this TS will add an extra
>>>>>>             energy cost, and in some cases might simply not be
>>>>>>             possible
>>>>>>
>>>>>>             Did I miss something?
>>>>>>
>>>>>>             Thomas
>>>>>>
>>>>>>             On Fri, May 24, 2013 at 9:00 AM, Grieco
>>>>>>             >>>>>             > wrote:
>>>>>>
>>>>>>             Hi all,
>>>>>>
>>>>>>             During the today call, it emerged the possibility to
>>>>>>             stamp packets with deadlines to be updated during
>>>>>>             their trips thanks to the unique feature offered by
>>>>>>             TSCH to have a tightly synchronized LLN.
>>>>>>
>>>>>>             In this way, it could be possible to control the trip
>>>>>>             of each packet while it proceed towards the
>>>>>>             destination. In some hard real time applications, a
>>>>>>             packet that passes the deadline could be discarded
>>>>>>             thus saving energy.
>>>>>>
>>>>>>             It is true that we are installing tracks that should
>>>>>>             remain stable for a long time, but it is also true
>>>>>>             that wireless links (in any case) can come and go
>>>>>>             also for short transients.
>>>>>>
>>>>>>             Any thoughts about this point is warmly welcome and
>>>>>>             could lead to improvements to the 6tus layer.
>>>>>>
>>>>>>             Cheers
>>>>>>
>>>>>>             Alfredo
>>>>>>
>>>>>>             -- 
>>>>>>
>>>>>>             Luigi Alfredo Grieco, PhD
>>>>>>
>>>>>>             Assistant Professor
>>>>>>
>>>>>>             Department of Electrical and Information Engineering
>>>>>>
>>>>>>             Politecnico di Bari
>>>>>>
>>>>>>             Via Orabona 4 - 70125 - Bari - Italy
>>>>>>
>>>>>>             +39 080 5963 911 
>>>>>>
>>>>>>             telematics.poliba.it/grieco
>>>>>>             
>>>>>>
>>>>>>             Skype id: l.alfredo.grieco
>>>>>>
>>>>>>             Mobile: +39 3346715672 
>>>>>>
>>>>>>
>>>>>>             _______________________________________________
>>>>>>             6tsch mailing list
>>>>>>             6tsch@ietf.org 
>>>>>>             https://www.ietf.org/mailman/listinfo/6tsch
>>>>>>
>>>>>>
>>>>>>
>>>>>>
>>>>>>             _______________________________________________
>>>>>>
>>>>>>             6tsch mailing list
>>>>>>
>>>>>>             6tsch@ietf.org  
>>>>>>
>>>>>>             https://www.ietf.org/mailman/listinfo/6tsch
>>>>>>
>>>>>>         _______________________________________________
>>>>>>         6tsch mailing list
>>>>>>         6tsch@ietf.org 
>>>>>>         https://www.ietf.org/mailman/listinfo/6tsch
>>>>>>
>>>>>
>>>>>
>>>>>
>>>>>     _______________________________________________
>>>>>     6tsch mailing list
>>>>>     6tsch@ietf.org  
>>>>>     https://www.ietf.org/mailman/listinfo/6tsch
>>>>
>>>>
>>>>
>>>>     _______________________________________________
>>>>     6tsch mailing list
>>>>     6tsch@ietf.org  
>>>>     https://www.ietf.org/mailman/listinfo/6tsch
>>>
>>>
>>>
>>>     _______________________________________________
>>>     6tsch mailing list
>>>     6tsch@ietf.org  
>>>     https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>>
>>     _______________________________________________
>>     6tsch mailing list
>>     6tsch@ietf.org  
>>     https://www.ietf.org/mailman/listinfo/6tsch
>
>
>     _______________________________________________
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inline

      

    

    

      
I looks like we have encountered 2 instances where
        an explicit L2.5 label could be used: hlim and ttl. I'd hate to
        have the purely G-MPLS mode go away, so I propose that, if we
        add in this header, we make it optional.
        

          

        

        
If we do, one can imagine having packets flow along a track
          with and without this header. Xavi, do you have some ideas
          about how we could distinguish those two?

        


        

      

    

    

      That's not easy as we don't have any means to tell L2.5 to look at
      the header or just forward the packet. In upper layers we have the
      next header field that helps us to see what's the next layer and
      hence notify the right component. The only option that comes to my
      mind is to use some flag at L2 header (if there is any available
      -- reserved) and see if  header-less Label Switching is enabled or
      not. If it is not enabled then parse the header which might be
      IPHC and then this packet is not being label switched, if it is
      the optional header then check if the packet has to be discarded
      according to the ttl.

    

    My vote is still to try it without any header,
      as simple as possible, note that this networks use to have very
      regular traffic so delays might be closely related to bad links
      which the PCE might try to minimize. So maybe the mechanism
      actuate for a little, discarding a packet too old, but the PCE
      will be trying to solve that too so I am not sure if in overall
      there is a big advantage. 

    

    X

    

      

        
Thomas

          

          
On Tue, May 28, 2013 at 1:05 PM,
            Xavier Vilajosana <xvilajosana@eecs.berkeley.edu>
            wrote:

            

              

                
great question... not sure.. but I think so, from
                  L3 point of view, a pkt crossing a tunnel is the same
                  as crossing 1 hop at L3. Internally might be crossing
                  several hops but from L3 we cannot see it so the hop
                  by hop header would only apply to the hop as seen at
                  L3 (even if internally there are multiple hops).

                  

                  I will check RFCs for MPLS/GMPLS to see if there is
                  some information about that.

                  X

                  

                  

                  Al 28/05/13 12:51, En/na Kris Pister ha escrit:

                

                

                  

                    
 Interesting.  So we're
                      proposing to ignore all hop-by-hop options?

                      Do MPLS routers/switches ignore hop-by-hop options
                      when they encounter a level 2.5 label?

                      

                      ksjp

                      

                      
On 5/28/2013 10:43 AM, Xavier Vilajosana
                        wrote:

                      

                      

                        
Hi Kris,

                          

                          the thing is that we want to skip going up to
                          L3 when using forwarding based on labels, so
                          L3 header is not parsed at each hop. Alfredo
                          suggestion was to use a little "header"
                          including a timestamp so we can discard
                          packets in case their deadline cannot be meet.
                          This will happen at L2.5 and i.e inside the
                          "tunnel".

                          

                          An alternative is to use L3 option header but
                          then the packet will be discarded outside of
                          the "tunnel" maybe having hop more than
                          needed.

                          

                          X

                          

                          Al 28/05/13 10:07, En/na Kris Pister ha
                          escrit:

                        

                        
 It seems to me that
                          this is an important feature for some class of
                          applications, but that it has nothing directly
                          to do with the 4E MAC layer.  There are many
                          ways to provide time synchronization in a
                          multi-hop network, and many ways to track the
                          total wall-clock time that a packet has been
                          in transit.

                          

                          So...shouldn't the deadline information be in
                          an IPv6 hop-by-hop option header?

                          

                          ksjp

                          

                          
On 5/28/2013 6:48 AM, Xavier Vilajosana
                            wrote:

                          

                          

                            
Hi Maria Rita, 

                              

                              I agree that the feature is really
                              interesting and might be very useful in
                              some cases, specially for time sensitive
                              applications, however, including a header
                              will require the parsing at each hop which
                              would be very convenient to avoid. As I
                              said, I vote for having this feature as an
                              optional header and in case we define more
                              options that we consider important then we
                              can discuss if a permanent header is
                              needed. 

                              

                              Note also that when label switching is not
                              used the Hop Limit field is used to count
                              the number of hops and detect loops,
                              however in that case there is no timestamp
                              to discard expired packets. I'm wondering
                              if we want to add that information despite
                              of having label switching at L2.5 or not.

                              

                              regards,

                              Xavi

                              

                              Al 28/05/13 03:08, En/na Maria Rita
                              PALATTELLA ha escrit:

                            

                            

                              

                                
Pascal,





                                    I do agree with you and  Xavi about
                                    keeping things as simple as
                                    possible…

                                
 

                                
But





                                    about the dedicated track, I have a
                                    different thought. Knowing that the
                                    timelife of a packet is expired can
                                    be STILL useful along a dedicated
                                    track. In fact, we can discard the
                                    packet instead of keeping in
                                    forwarding it along the successive
                                    cells of the track, thus saving
                                    energy.

                                
 

                                
Of





                                    course, it is even more useful in
                                    shared cells, because in presence of
                                    collision, we will avoid to
                                    re-transmit expired packets,  giving
                                    to those with TTL >0 more chance
                                    to be transmitted with success.

                                
In





                                    this way, we save energy and also
                                    reduce latency-delay.

                                
 

                                
Maria





                                    Rita

                                
 

                                

                                  

                                    
From:
                                        6tsch-bounces@ietf.org
                                        [mailto:6tsch-bounces@ietf.org]
                                        On Behalf Of Pascal
                                        Thubert

                                        Sent: Saturday, May 25,
                                        2013 7:36 AM

                                        To: Xavier Vilajosana

                                        Cc: 6tsch@ietf.org

                                        Subject: Re: [6tsch] On
                                        exploiting time synchronisation
                                        and deadlines in 6tus

                                  

                                

                                
 

                                

                                  
Same here,

                                

                                

                                  
 

                                

                                

                                  
I think the info
                                    could indeed be very useful on
                                    shared slots but along a dedicated
                                    track there is no choice but
                                    continue along schedule...

                                

                                

                                  
 

                                

                                

                                  
Cheers,

                                    

                                    Pascal

                                

                                

                                  


                                    Le 25 mai 2013 à 04:39, Xavier
                                    Vilajosana <xvilajosana@eecs.berkeley.edu>





                                    a écrit :

                                

                                

                                  

                                    

                                      


                                        My little point on that. I like
                                        the idea of "not" having a
                                        header if we do switching, i.e
                                        not having a header makes things
                                        so simple and it becomes a very
                                        transparent mechanism, no
                                        parsing, no processing at each
                                        hop, just in and out until it
                                        reaches the end of the label
                                        switched track.

                                        

                                        I agree that having these
                                        feature would be also good,
                                        however this might require
                                        looking the header at each hop,
                                        so there is a trade-off between
                                        energy consumption, need for
                                        that and simplicity. We need to
                                        keep this in mind too, maybe an
                                        optional feature would work?

                                        

                                        X

                                        

                                        Al 24/05/13 19:10, En/na Thomas
                                        Watteyne ha escrit:

                                    

                                    

                                      

                                        
Alfredo, 

                                        

                                          
 

                                        

                                        

                                          
This is
                                            indeed a neat idea, which
                                            feeds upon a nice feature of
                                            our little TSCH networks.

                                        

                                        

                                          
 

                                        

                                        

                                          
IIRC, the
                                            points that were raised
                                            during the call around this
                                            issue were:

                                        

                                        

                                          
pros:

                                        

                                        

                                          
- we
                                            could throttle a packet's
                                            priority based on the
                                            remaining lifetime it has.

                                        

                                        

                                          
- we
                                            could drop a packet that has
                                            already expired

                                        

                                        

                                          
cons:

                                        

                                        

                                          
-
                                            reserving extra bytes for
                                            this TS will add an extra
                                            energy cost, and in some
                                            cases might simply not be
                                            possible

                                        

                                        

                                          
 

                                        

                                        

                                          
Did I
                                            miss something?

                                        

                                        

                                          
 

                                        

                                        

                                          
Thomas

                                        

                                        

                                          
 

                                        

                                        

                                          
 

                                          

                                            
On Fri,
                                              May 24, 2013 at 9:00 AM,
                                              Grieco <alfredo.grieco@gmail.com>





                                              wrote:

                                            

                                              

                                                
Hi
                                                  all,

                                              

                                              

                                                
 

                                              

                                              

                                                
During
                                                  the today call, it
                                                  emerged the
                                                  possibility to stamp
                                                  packets with deadlines
                                                  to be updated during
                                                  their trips thanks to
                                                  the unique feature
                                                  offered by TSCH to
                                                  have a tightly
                                                  synchronized LLN.

                                              

                                              

                                                
 

                                              

                                              

                                                
In
                                                  this way, it could be
                                                  possible to control
                                                  the trip of each
                                                  packet while it
                                                  proceed towards the
                                                  destination. In some
                                                  hard real time
                                                  applications, a packet
                                                  that passes the
                                                  deadline could be
                                                  discarded thus saving
                                                  energy.

                                              

                                              

                                                
 

                                              

                                              

                                                
It
                                                  is true that we are
                                                  installing tracks that
                                                  should remain stable
                                                  for a long time, but
                                                  it is also true that
                                                  wireless links (in any
                                                  case) can come and go
                                                  also for short
                                                  transients.

                                              

                                              

                                                
 

                                              

                                              

                                                
Any
                                                  thoughts about this
                                                  point is warmly
                                                  welcome and could lead
                                                  to improvements to the
                                                  6tus layer.

                                              

                                              

                                                
 

                                              

                                              

                                                
 

                                              

                                              

                                                
Cheers

                                              

                                              

                                                
 

                                              

                                              

                                                
Alfredo

                                                  

                                                  -- 

                                                

                                                  

                                                    
Luigi





                                                        Alfredo Grieco,
                                                        PhD

                                                  

                                                  

                                                    
Assistant





                                                        Professor

                                                  

                                                  

                                                    
Department





                                                        of Electrical
                                                        and Information
                                                        Engineering

                                                  

                                                  

                                                    
Politecnico





                                                        di Bari

                                                  

                                                  

                                                    
Via





                                                        Orabona 4 -
                                                        70125 - Bari -
                                                        Italy

                                                  

                                                  
                                                  
                                                  

                                                    
Skype





                                                        id:
                                                        l.alfredo.grieco

                                                  

                                                  

                                                    
Mobile:





                                                        +39 3346715672

                                                  

                                                

                                                

                                                  

                                                    
 

                                                  

                                                

                                              

                                            

                                            


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From: "Pascal Thubert (pthubert)" 
To: Kris Pister , Alfredo Grieco 
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Dear Kris and Alfredo:

This is where we hit the limits of determinism, mostly if we talk about the=
 ISM band.

I went longer on that discussion in an earlier mail, but yes, I suspect the=
 user will want in some cases to increase the capacity of the track to acco=
mmodate ETX, in which case we are in the distribution you mention. For traf=
fic that falls in the 'buffered' category, it seems logical to me that the =
retry can only happen before the next frame shows up.

There are other more extreme behaviours that we might revert to: we might e=
ither drop the packet (eg there is a parallel track for bicasting aka duoca=
sting aka live live) or the retry goes through traditional routing / best e=
ffort. And the latter will not work for fragments.

Let's put that discussion on the table at the call Friday?

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of K=
ris Pister
Sent: mardi 28 mai 2013 19:02
To: 6tsch@ietf.org
Subject: Re: [6tsch] R: On exploiting time synchronisation and deadlines in=
 6tus

Alfredo brings up an important point.  Latency along a track is only known =
if the PDR for all links is 100%.  In reality, it's a Poisson distribution =
that depends on the schedule&PDR at each hop.

ksjp
On 5/28/2013 9:35 AM, Alfredo Grieco wrote:
Dear all, Pascal,

I am glad everybody consider this proposal interesting and is providing ver=
y precious comments.

A track has an exact schedule: I am ok, but let's consider the case a sched=
uled cell is faulty and the packet that cannot be transmitted on that cell =
has to be delivered using (let's say) a best effort service towards the sin=
k.

This is a hybrid condition (the faulty cell can be referred to a mote in th=
e middle of the path) that could happen in reality and for which knowing th=
e age of the packet is important too.

Am I missing something ?

Cheers

Alfredo


Da: 6tsch-bounces@ietf.org [mailto:6tsch-bou=
nces@ietf.org] Per conto di Pascal Thubert (pthubert)
Inviato: Tuesday, May 28, 2013 6:21 PM
A: Xavier Vilajosana; Maria Rita PALATTELLA
Cc: Pascal Thubert; 6tsch@ietf.org
Oggetto: Re: [6tsch] On exploiting time synchronisation and deadlines in 6t=
us

Dear all:

A track has an exact schedule, so we know how long since the emission at ev=
ery hop.
OTOH, in the case of best effort forwarding, knowing the age of a packet an=
d how that sit within a desired schedule can become very interesting.

Do I miss something?

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Xavier Vilajosana
Sent: mardi 28 mai 2013 15:49
To: Maria Rita PALATTELLA
Cc: Pascal Thubert; 6tsch@ietf.org
Subject: Re: [6tsch] On exploiting time synchronisation and deadlines in 6t=
us

Hi Maria Rita,

I agree that the feature is really interesting and might be very useful in =
some cases, specially for time sensitive applications, however, including a=
 header will require the parsing at each hop which would be very convenient=
 to avoid. As I said, I vote for having this feature as an optional header =
and in case we define more options that we consider important then we can d=
iscuss if a permanent header is needed.

Note also that when label switching is not used the Hop Limit field is used=
 to count the number of hops and detect loops, however in that case there i=
s no timestamp to discard expired packets. I'm wondering if we want to add =
that information despite of having label switching at L2.5 or not.

regards,
Xavi

Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:
Pascal, I do agree with you and  Xavi about keeping things as simple as pos=
sible...

But about the dedicated track, I have a different thought. Knowing that the=
 timelife of a packet is expired can be STILL useful along a dedicated trac=
k. In fact, we can discard the packet instead of keeping in forwarding it a=
long the successive cells of the track, thus saving energy.

Of course, it is even more useful in shared cells, because in presence of c=
ollision, we will avoid to re-transmit expired packets,  giving to those wi=
th TTL >0 more chance to be transmitted with success.
In this way, we save energy and also reduce latency-delay.

Maria Rita

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Pascal Thubert
Sent: Saturday, May 25, 2013 7:36 AM
To: Xavier Vilajosana
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] On exploiting time synchronisation and deadlines in 6t=
us

Same here,

I think the info could indeed be very useful on shared slots but along a de=
dicated track there is no choice but continue along schedule...

Cheers,

Pascal

Le 25 mai 2013 =E0 04:39, Xavier Vilajosana > a =E9crit :

My little point on that. I like the idea of "not" having a header if we do =
switching, i.e not having a header makes things so simple and it becomes a =
very transparent mechanism, no parsing, no processing at each hop, just in =
and out until it reaches the end of the label switched track.

I agree that having these feature would be also good, however this might re=
quire looking the header at each hop, so there is a trade-off between energ=
y consumption, need for that and simplicity. We need to keep this in mind t=
oo, maybe an optional feature would work?

X

Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:
Alfredo,

This is indeed a neat idea, which feeds upon a nice feature of our little T=
SCH networks.

IIRC, the points that were raised during the call around this issue were:
pros:
- we could throttle a packet's priority based on the remaining lifetime it =
has.
- we could drop a packet that has already expired
cons:
- reserving extra bytes for this TS will add an extra energy cost, and in s=
ome cases might simply not be possible

Did I miss something?

Thomas


On Fri, May 24, 2013 at 9:00 AM, Grieco > wrote:
Hi all,

During the today call, it emerged the possibility to stamp packets with dea=
dlines to be updated during their trips thanks to the unique feature offere=
d by TSCH to have a tightly synchronized LLN.

In this way, it could be possible to control the trip of each packet while =
it proceed towards the destination. In some hard real time applications, a =
packet that passes the deadline could be discarded thus saving energy.

It is true that we are installing tracks that should remain stable for a lo=
ng time, but it is also true that wireless links (in any case) can come and=
 go also for short transients.

Any thoughts about this point is warmly welcome and could lead to improveme=
nts to the 6tus layer.


Cheers

Alfredo

--
Luigi Alfredo Grieco, PhD
Assistant Professor
Department of Electrical and Information Engineering
Politecnico di Bari
Via Orabona 4 - 70125 - Bari - Italy
+39 080 5963 911
telematics.poliba.it/grieco
Skype id: l.alfredo.grieco
Mobile: +39 3346715672


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Dear Kris and Alfredo:


 <=
/p>

This is where we hit the =
limits of determinism, mostly if we talk about the ISM band.


 <=
/p>

I went longer on that dis=
cussion in an earlier mail, but yes, I suspect the user will want in some c=
ases to increase the capacity of the track to accommodate
 ETX, in which case we are in the distribution you mention. For traffic tha=
t falls in the ‘buffered’ category, it seems logical to me that=
 the retry can only happen before the next frame shows up.



 <=
/p>

There are other more extr=
eme behaviours that we might revert to: we might either drop the packet (eg=
 there is a parallel track for bicasting aka duocasting
 aka live live) or the retry goes through traditional routing / best effort=
. And the latter will not work for fragments.



 <=
/p>

Let’s put that disc=
ussion on the table at the call Friday?


 <=
/p>



Pascal




 <=
/p>





From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf=
.org]
On Behalf Of Kris Pister

Sent: mardi 28 mai 2013 19:02

To: 6tsch@ietf.org

Subject: Re: [6tsch] R: On exploiting time synchronisation and deadl=
ines in 6tus






 


Alfredo brings up an =
important point.  Latency along a track is only known if the PDR for a=
ll links is 100%.  In reality, it's a Poisson distribution that depend=
s on the schedule&PDR at each hop.



ksjp




On 5/28/2013 9:35 AM, Alfredo Grieco wrote:






Dear all, Pascal,<=
o:p>


 <=
/p>

I am glad everybody consi=
der this proposal interesting and is providing very precious comments.


 <=
/p>

A track has an exact sche=
dule: I am ok, but let’s consider the case a scheduled cell is faulty=
 and the packet that cannot be transmitted on that cell has to
 be delivered using (let’s say) a best effort service towards the sin=
k.


 <=
/p>

This is a hybrid conditio=
n (the faulty cell can be referred to a mote in the middle of the path) tha=
t could happen in reality and for which knowing the age
 of the packet is important too.


 <=
/p>

Am I missing something ?<=
/span>


 <=
/p>

Cheers<=
/p>

 <=
/p>

Alfredo=



 <=
/p>

 <=
/p>





Da:
6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
Per conto di Pascal Thubert (pthubert)

Inviato: Tuesday, May 28, 2013 6:21 PM

A: Xavier Vilajosana; Maria Rita PALATTELLA

Cc: Pascal Thubert; 6tsch@ietf.org=


Oggetto: Re: [6tsch] On exploiting time synchronisation and deadline=
s in 6tus






 


Dear all:


 <=
/p>

A track has an exact sche=
dule, so we know how long since the emission at every hop.


OTOH, in the case of best=
 effort forwarding, knowing the age of a packet and how that sit within a d=
esired schedule can become very interesting.


 <=
/p>

Do I miss something?


 <=
/p>



Pascal=





 <=
/p>





From:
6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana

Sent: mardi 28 mai 2013 15:49

To: Maria Rita PALATTELLA

Cc: Pascal Thubert; 6tsch@ietf.org=


Subject: Re: [6tsch] On exploiting time synchronisation and deadline=
s in 6tus






 




Hi Maria Rita,




I agree that the feature is really interesting and might be very useful in =
some cases, specially for time sensitive applications, however, including a=
 header will require the parsing at each hop which would be very convenient=
 to avoid. As I said, I vote for
 having this feature as an optional header and in case we define more optio=
ns that we consider important then we can discuss if a permanent header is =
needed.




Note also that when label switching is not used the Hop Limit field is used=
 to count the number of hops and detect loops, however in that case there i=
s no timestamp to discard expired packets. I'm wondering if we want to add =
that information despite of having
 label switching at L2.5 or not.



regards,

Xavi



Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:=







Pascal, I do agree with y=
ou and  Xavi about keeping things as simple as possible…<=
o:p>


 <=
/p>

But about the dedicated t=
rack, I have a different thought. Knowing that the timelife of a packet is =
expired can be STILL useful along a dedicated track. In
 fact, we can discard the packet instead of keeping in forwarding it along =
the successive cells of the track, thus saving energy.

 <=
/p>

Of course, it is even mor=
e useful in shared cells, because in presence of collision, we will avoid t=
o re-transmit expired packets,  giving to those with TTL
 >0 more chance to be transmitted with success.


In this way, we save ener=
gy and also reduce latency-delay.


 <=
/p>

Maria Rita


 <=
/p>





From:
6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Pascal Thubert

Sent: Saturday, May 25, 2013 7:36 AM

To: Xavier Vilajosana

Cc: 6tsch@ietf.org

Subject: Re: [6tsch] On exploiting time synchronisation and deadline=
s in 6tus






 



Same here,






 






I think the info could indeed be very useful on shar=
ed slots but along a dedicated track there is no choice but continue along =
schedule...






 






Cheers,



Pascal








Le 25 mai 2013 =E0 04:39, Xavier Vilajosana <xvilajosana@eecs.berkeley.edu> a =E9crit =
:












My little point on that. I like the idea of "not" having a header=
 if we do switching, i.e not having a header makes things so simple and it =
becomes a very transparent mechanism, no parsing, no processing at each hop=
, just in and out until it reaches the end
 of the label switched track.



I agree that having these feature would be also good, however this might re=
quire looking the header at each hop, so there is a trade-off between energ=
y consumption, need for that and simplicity. We need to keep this in mind t=
oo, maybe an optional feature would
 work?



X



Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:








Alfredo, 




 






This is indeed a neat idea, which feeds upon a nice =
feature of our little TSCH networks.






 






IIRC, the points that were raised during the call ar=
ound this issue were:






pros:






- we could throttle a packet's priority based on the=
 remaining lifetime it has.






- we could drop a packet that has already expired






cons:






- reserving extra bytes for this TS will add an extr=
a energy cost, and in some cases might simply not be possible





 






Did I miss something?






 






Thomas






 






 




On Fri, May 24, 2013 at 9:00 AM, Grieco <alfredo.grieco@gmail=
.com> wrote:






Hi all,






 






During the today call, it emerged the possibility to=
 stamp packets with deadlines to be updated during their trips thanks to th=
e unique feature offered by TSCH to have a tightly synchronized LLN.






 






In this way, it could be possible to control the tri=
p of each packet while it proceed towards the destination. In some hard rea=
l time applications, a packet that passes the deadline could be discarded t=
hus saving energy.






 






It is true that we are installing tracks that should=
 remain stable for a long time, but it is also true that wireless links (in=
 any case) can come and go also for short transients.






 






Any thoughts about this point is warmly welcome and =
could lead to improvements to the 6tus layer.






 






 






Cheers






 






Alfredo



-- 






Luigi Alfredo Grieco, PhD=







Assistant Professor=







Department of Electrical and Informat=
ion Engineering






Politecnico di Bari=







Via Orabona 4 - 70125 - Bari - Italy<=
/span>








Skype id: l.alfredo.grieco






Mobile:
+39 3346715672=











 












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From: "Pascal Thubert (pthubert)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>, "JP Vasseur (jvasseur)" , "Ted Lemon (ted.lemon@nominum.com)" , "Adrian Farrel (adrian@olddog.co.uk)" 
Thread-Topic: Agenda for the call on May 31st
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Dear all :

Please find a proposed agenda for the call tomorrow.

This time, it will be simple. We have a heated discussion in the list of ho=
w we use the 6TUS layer track switching, vs. switching at 6LoWPAN or routin=
g.
Let us continue this discussion during the call.

As usual; please feel free to propose changes / additions, and remember tha=
t the call should be recorded!

Cheers,

Pascal



Topic: 6TSCH Weekly
Date: Friday, May 31st, 2013
Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)
Meeting Number: 206 802 913
Meeting Password: sixtus

-------------------------------------------------------
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-------------------------------------------------------
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3. Click "Start Now".
4. Follow the instructions that appear on your screen.

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Dear all :


 


Please find a proposed=
 agenda for the call tomorrow.



 


This time, it will be =
simple. We have a heated discussion in the list of how we use the 6TUS laye=
r track switching, vs. switching at 6LoWPAN or routing.

Let us continue this d=
iscussion during the call.





 


As usual; please feel =
free to propose changes / additions, and remember that the call should be r=
ecorded!


 


Cheers,


 


Pascal


 


 




 


Topic: 6TSCH Weekly


Date: Friday, May 31st, 2013 

Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00) 

Meeting Number: 206 802 913 

Meeting Password: sixtus 



------------------------------------------------------- 

To start the online meeting 

------------------------------------------------------- 

1. Go to https://ciscosales.webex.com/ciscosales/j=
.php?ED=3D219615007&UID=3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiM=
yMw%3D%3D


2. Log in to your account. 

3. Click "Start Now". 

4. Follow the instructions that appear on your screen. 



---------------------------------------------------------------- 

ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes 

---------------------------------------------------------------- 



The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita=
s area and (866) 349-3520 for the RTP area.




Please dial the local access number for your area from the list below: 

- San Jose/Milpitas (408) area: 525-6800 

- RTP (919) area: 392-3330 



------------------------------------------------------- 

To join the teleconference only 

------------------------------------------------------- 

1. Dial into Cisco WebEx (view all Global Access Numbers at 

http://cisco.com/en/US/about/doin=
g_business/conferencing/index.html


2. Follow the prompts to enter the Meeting Number (listed above) or Access =
Code followed by the # sign.




San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330 



US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117 



India: +91.80.4350.1111 Germany: +49.619.6773.9002 



Japan: +81.3.5763.9394 China: +86.10.8515.5666 



To check whether you have the appropriate players installed for UCF (Univer=
sal Communications Format) rich media files, go to
https://ciscosales.webex.com/ciscosales/s=
ystemdiagnosis.php




http:=
//www.webex.com




CCM:+14085256800x206802913


 






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From: "Pascal Thubert (pthubert)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>
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Dear all,

As promised, here's the link to vote!

http://www.surveymonkey.com/s/GN5V7KT

[cid:image002.png@01CE5D6C.69FD9280]

Have fun!

Pascal

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Dear all,


 


As promised, here̵=
7;s the link to vote!


 


ht=
tp://www.surveymonkey.com/s/GN5V7KT



 




 


Have fun!


 


Pascal






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From: Thomas Watteyne 
Date: Thu, 30 May 2013 19:43:33 -0700
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To: "6tsch@ietf.org" <6tsch@ietf.org>
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Subject: Re: [6tsch] logo finalists (2)
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Pascal,
Great! When do the polls close? I propose to leave them open for a week, so
we can discover the winner at the 6TSCH call one week from now.
Thomas


On Thu, May 30, 2013 at 7:33 PM, Pascal Thubert (pthubert) <
pthubert@cisco.com> wrote:

>  Dear all,****
>
> ** **
>
> As promised, here=92s the link to vote!****
>
> ** **
>
> http://www.surveymonkey.com/s/GN5V7KT ****
>
> ** **
>
> ****
>
> ** **
>
> Have fun!****
>
> ** **
>
> Pascal****
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

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Pascal,
Great! When do the polls close? I propos=
e to leave them open for a week, so we can discover the winner at the 6TSCH=
 call one week from now.
Thomas




On Thu, May 30, 2013 at 7:33 PM, Pascal =
Thubert (pthubert) <pthubert@cisco.com> wrote:













Dear all,


=A0


As promised, here=92s =
the link to vote!


=A0


http://www.surveymonkey.com/s/GN5V7KT



=A0




=A0


Have fun!
=


=A0


Pascal







_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch





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From: Thomas Watteyne 
Date: Thu, 30 May 2013 22:17:09 -0700
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Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through one cell
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Maria Rita,

Thanks for the updated figure! I am putting together some slides for the
call, I'll put your (updated) figure in pole position. Great discussion
material, thanks a million!

I agree that we haven't converged on what sequence of headers appear in a
switched packet, so let's not forget to discuss this on the call.

Thomas


On Thu, May 30, 2013 at 2:01 AM, Maria Rita PALATTELLA <
maria-rita.palattella@uni.lu> wrote:

>  Thanks Thomas!****
>
> ** **
>
> Quick answers:****
>
> **-        **With the white X->Y cells I wanted to show that even though
> in a track we use specific cells (those in green or purpose), within the
> same schedule we can have others equivalent cells (the white ones) that
> will be assigned to other tracks, or create a bundle for IP-routing. Am I
> wrong?****
>
> **-        **Sorry for the type, It is fixed in the attached file!****
>
> ** **
>
> I do agree about having in the figures also the packets format, with
> headers, etc., but maybe we can do that once we agree/converge to a final
> solution. What do you think?****
>
> ** **
>
> Maria Rita   ****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Thomas Watteyne
> *Sent:* Thursday, May 30, 2013 10:44 AM
> *To:* 6TSCH
>
> *Subject:* Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through
> one cell****
>
> ** **
>
> Maria Rita.****
>
> ** **
>
> Wonderful stuff.****
>
> ** **
>
> Quick questions:****
>
> - in Track Switching, what do the white X->Y cells represent?****
>
> - in IP Routing, little type boundle->bundle****
>
> ** **
>
> Maybe it would be helpful to depict the format of the packets (i.e. which
> headers go where) in the three cases. Most of those details are certainly
> still in discussion.****
>
> ** **
>
> Thomas****
>
> ** **
>
> On Thu, May 30, 2013 at 1:27 AM, Maria Rita PALATTELLA <
> maria-rita.palattella@uni.lu> wrote:****
>
> Dear Pascal, Kris, all****
>
>  ****
>
> Here are some figures that maybe will help us in carrying on the discuss
> on this topic on the ML and during Friday call!****
>
>  ****
>
> Kind Regards,****
>
> Maria Rita****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Pascal Thubert
> *Sent:* Thursday, May 30, 2013 10:01 AM
> *To:* Kris Pister
> *Cc:* Thomas Watteyne; 6TSCH; ice@cisco.com
> *Subject:* Re: [6tsch] G-MPLS, implicit labeling, multiple tracks through
> one cell****
>
>  ****
>
> Hello Kris:****
>
> I think that before we talk solutions we need to make sure we agree on
> what we are trying to achieve. I am concerned with having to manage traff=
ic
> bursts and selective drop operations at the 6TUS level. This would
> certainly make it mode complex. What we have here:****
>
> - in one hand there is the classical reservation model where you book a
> constant slot rate between A and B. in that model, there is no queuing,
> just buffering one or 2 frames that can be transmitted in acceptable
> schedule. Excess packets cannot even enter the pipe because there is just
> no slot available for it, and any QoS or shaping must be done at ingress,
> either at the end-device edge or at the network edge. The pipe could be
> made larger than base traffic (excess rate as Thomas indicated) in order =
to
> accomodate retries, and what is improved in terms of delivery ratio would
> be paid in terms of jitter and latency, as you indicated in a previous
> mail. A simpler variation of that model drops the retries from the tunnel
> and places them in best effort shared bundles with a high QoS level (we a=
re
> defining deterministic class at this moment at the transport area WG). Th=
at
> way, there is no need for QoS /drop operation to be done at 6TUS level, i=
t
> is all done at L3, adn all packets that are delivered by 6TUS arrive at
> determined schedule.****
>
>  ****
>
> - Then there is the convergecast that can accommodate multiple sources of
> traffic for a same egress point. What we expect with this sort of network
> is an statistical effect to that the throughput of egress pipe is actuall=
y
> less than the sum of the ingress. On a deterministic source of traffic, w=
e
> could use that effect on additional bandwidth that is allocated for retri=
es.
> ****
>
> - In the case of multicast, we can think of a tree topology rooted at the
> source  with all hops if a constant size and replication at the branching
> nodes. If we are interested in such thing, we can invite Ice in the
> discussion.****
>
>  ****
>
> - and then there is routing at 6TUS layer as I understand you address in
> this mail. In that case, we lose the grip on the expected flows, and
> probably have to expect statistical multiplexing, effectively reporting
> some of the L3 complexity into 6TUS.
>
>  Tons of things are doable but I think that a core value of the MPLS
> tunnel is the MP part. MPLS does not look inside the packets, so you can =
do
> any protocol over it. As you and Xavi discussed, a clean MPLS layer is no=
t
> even aware it carries IPv6. This was heavily used in early IPv6 deploymen=
ts
> with IPv6 PE/VPE, over an MPLS backbone that was setup using IPv4 but cou=
ld
> be used for whatever after that. If 6TUS does not know of IPv6, the layer
> does not know about HbH headers and so on either. This is important to
> allow fragments through end to end.
>
> The more tricks we play there, the more specific and complex we make the
> 6TUS sublayer. I'd start simple unless a basic use case is broken.****
>
> What do you think?****
>
>  ****
>
> Pascal****
>
>  ****
>
>  ****
>
> 2013/5/30 Kris Pister ****
>
> Some comments on the last several emails on this thread:
> * it seems easy to have a table indexed by (MACsrcID, RXcell) that gives
> TXcellList
>   o having only one entry in the cell means a leakfree track (as proposed
> by Xavi?)
>   o  (0xFFFF,RXcell) --> TXcellList means any incoming packet goes out th=
e
> same way (convergecast)
>   o having several MACsrcIDs with different TXcellLists gives the two or
> more separate flows (as proposed by Dominique?)
> * there had better be idle listens in any of these schemes (more RX
> bandwidth than needed) otherwise queues and latency both tend toward
> infinity
> * if A and B both talk to C then:
>     o    either they need to be explicitly scheduled to not collide, in
> which case you might as well just have a separate cell for A-->C and B-->=
C
>     o    *or* you'd better have a *lot* idle listens, because you'll have
> slotted aloha chaotic collapse if you try to push more than PDR/e of the
> available bandwidth (absent the use of clever-but-not-general tricks that
> have been published over the years).
>
> ksjp****
>
>  ****
>
> On 5/29/2013 11:09 AM, Thomas Watteyne wrote:****
>
>  Xavi, ****
>
>  ****
>
> I agree that what you have in your e-mail is the normal way of doing
> things. The group might decide that this is the only way (e.g. Pascal's w=
ater-tight
> pipes), in which case we just use that.****
>
>  ****
>
> I believe what Dominique brings up (Dominique, please correct me if I'm
> wrong), is that with this scheme, there is no cell reuse. So in your case=
,
> C listens twice, once for A and once for B (of course, you can generalize
> this to multiple cells, or different frame lengths). If there is no traff=
ic
> for A and B, C is wasting energy. Dominique's point is to see whether it'=
s
> possible to reuse the same cells at C for data coming from A and B, at th=
e
> cost of not having flow independence.****
>
>  ****
>
> I hope this makes sense,****
>
> Thomas****
>
>  ****
>
> On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana <
> xvilajosana@eecs.berkeley.edu> wrote:****
>
> The key point here is that we are assuming that C can have a RX shared
> link from A and B and then C can either send to D and E in another slot.
> What is the benefit of that? Is it a general case? Why not having two cel=
ls
> at C one that receives from A and another that receives from B then
> transmission from C to D will happen in a cell and C to E in another.
>
> for example node C switching table
>
> in      out
> 1(A)   3(D)    -- receives at slot 1 from A and sends out at slot 3 to D
> 2(B)   4(E)     -- receives at slot 2 from B and sends out at slot 4 to E
>
> In case we want to be able to send cross flows, i.e use D for a flow from
> B we can add more entries on the table and assign priorities
>
> in      out     prio
> 1(A)   3(D)     1
> 2(B)   4(E)     1
> 1(A)   4(E)     2
> 2(B)   2(D)     2
>
>
> Of course if the data rate is slower than the slotframe length*time of
> each slot then we will have idle listening at C.
>
> Is that what you have in mind?
> X
>
> Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:****
>
>  Would you agree that the issue you are bringing up is equivalent to the
> statement that, with purely implicit labels, only fan-in is possible, not
> fan-out.****
>
>  ****
>
> A --           --> D****
>
>      \       /****
>
>       =3D> C =3D****
>
>      /       \****
>
> B --           --> E****
>
>  ****
>
> That is, given the following flows around mote C (and with the assumption
> that both incoming and outgoing flows share the same cells), it is possib=
le
> to have A->C and B->C (e.g. fan-in), but not C->D and C->E.****
>
>  ****
>
> The core issue you're raising is that there is a trade-off between
> installing LSTs (Label Switching Tracks) and energy consumption. That is,
> if you install water-tight pipes for all flows, you will waste energy if
> data isn't flowing through those pipes, since nodes along those tracks wi=
ll
> be idle listening.****
>
>  ****
>
> This might be a far-fetched, so please bear with me, but I see some
> relationship between the problem you're raising and the use of CIR
> (Committed Information Rate), EIR (Excess) and PIR (Peak) typically found
> in protocols such as Frame Relay. These are used to limit under-use of
> bandwidth, whereas we're more interested in not wasting energy, but the
> problem can be described very similarly (I think). Now this only brings
> more questions, since, to have this type of behavior, excess packets (i.e=
.
> about the CIR) need to flow from the LST into some other bandwidth. Not
> sure whether we want to go there.****
>
>  ****
>
> Thomas****
>
>  ****
>
> On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pthubert) <
> pthubert@cisco.com> wrote:****
>
> Hello Dominique:****
>
>  ****
>
> The traditional Virtual circuit is actually a water tight pipe end to end=
.
> My mind image of a track is the same. Thus traffic from B cannot be merge=
d
> into the A to U track. ****
>
> I love the idea of merging flows like 1 to u and B to U in a many to one
> converging channel but even then you enter the world of statistical mux a=
nd
> QoS.****
>
>  ****
>
> The case you represent does not use tracks at all. We=92ll have a bundle =
of
> cells off any router that can be used unicast or multicast, some of the
> latter probably reserved for a particular neighbor.****
>
> Packets received over such cell will not be G-MPLS switched. They will be
> punted to layer 3 through the 6LoWPAN sublayer. L3 will device either to
> route them or deliver locally (punt to L4) when this node is the
> destination. ****
>
>  ****
>
> In the former case, the packet will go down the stack again through the
> 6LoWPAN layer and the 6TUS sublayer will determine which bundle of cells
> can be used to reach the next hop router. You=92ll note that in this case=
, we
> cannot route fragments so IP packets would have to be reassembled at ever=
y
> hop. This is what the fragment forwarding and recovery draft is still
> useful. With that draft, the first frag installs forwarding states within
> the 6LoWPAN sublayer for the next fragments based on an explicit label
> placed in the 6LoWPAN datagram identifier.****
>
>  ****
>
> We need a picture!!!****
>
>  ****
>
> Cheers,****
>
>  ****
>
> Pascal****
>
>  ****
>
> *From:* dominique.barthel@orange.com [mailto:dominique.barthel@orange.com=
]
>
> *Sent:* mercredi 29 mai 2013 08:51
> *To:* Pascal Thubert (pthubert); 6tsch@ietf.org
> *Subject:* RE: G-MPLS, implicit labeling, multiple tracks through one cel=
l
> ****
>
>  ****
>
> Hello Pascal,****
>
>  ****
>
> Actually, I meant the following situation: one flow goes from A to U on
> track A-X-Y-U, another flow goes from B to V on track B-X-Y-V.****
>
> The two flows can=92t use the same cell between X and Y because Y has no =
way
> of telling them apart.****
>
> Correct?
> Thanks****
>
>  ****
>
> Dominique****
>
>  ****
>
> *De :* Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
>
> *Envoy=E9 :* mardi 28 mai 2013 18:29
> *=C0 :* BARTHEL Dominique OLNC/OLPS; 6tsch@ietf.org
> *Objet :* RE: G-MPLS, implicit labeling, multiple tracks through one cell=
*
> ***
>
>  ****
>
> Hello Dominique:****
>
>  ****
>
> The Time slot based =93G-MPLS=94 forwarding will not look at the flow lab=
el so
> it does not care whether it is one or multiple flows that get ijected in
> the time slots.****
>
> What you will get is a regular transmit opportunity from A to B. ****
>
> How the source fills it is its business (one or more flows from A to B),
> but it is not elastic so if the flows collide at some point there might b=
e
> drops or latency added before a frame is placed in a track.****
>
> Once the frame is on track, it will follow each hop as scheduled.****
>
>  ****
>
> I think we agree=85 ****
>
>  ****
>
> Pascal****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *dominique.barthel@orange.com
> *Sent:* mardi 28 mai 2013 16:49
> *To:* 6tsch@ietf.org
> *Subject:* [6tsch] G-MPLS, implicit labeling, multiple tracks through one
> cell****
>
>  ****
>
> Hello all,****
>
>  ****
>
> Disclaimer:****
>
> I=92m no expert in label switching. Please bear with me.****
>
> This mail will at least have the benefit of documenting the question and
> the answer.****
>
>  ****
>
>  ****
>
> Context:****
>
> I understand that the 15.4.e cell on which a frame was received by a node
> can be considered an implicit label. Therefore, we can avoid the overhead
> of explicitly carrying the label in the frame. Great!****
>
>  ****
>
> Question:****
>
> If we have multiple tracks going through neighbor nodes X and Y, and
> supposing that their aggregated flow happily fits the data rate provided =
by
> one cell, wouldn=92t we like to be able to multiplex them onto the same c=
ell
> in order to save on the wake-up/carrier_sense energy cost?****
>
> Am I right in saying that we, the 6tsch group, decided to forego the
> energy saving of multiplexing several tracks on one cell in return for th=
e
> energy saving of not carrying the label in-band?****
>
> Did I miss anything?****
>
>  ****
>
> Thanks****
>
>  ****
>
> Dominique****
>
> _________________________________________________________________________=
________________________________________________****
>
>  ****
>
> Ce message et ses pieces jointes peuvent contenir des informations confid=
entielles ou privilegiees et ne doivent donc****
>
> pas etre diffuses, exploites ou copies sans autorisation. Si vous avez re=
cu ce message par erreur, veuillez le signaler****
>
> a l'expediteur et le detruire ainsi que les pieces jointes. Les messages =
electroniques etant susceptibles d'alteration,****
>
> France Telecom - Orange decline toute responsabilite si ce message a ete =
altere, deforme ou falsifie. Merci.****
>
>  ****
>
> This message and its attachments may contain confidential or privileged i=
nformation that may be protected by law;****
>
> they should not be distributed, used or copied without authorisation.****
>
> If you have received this email in error, please notify the sender and de=
lete this message and its attachments.****
>
> As emails may be altered, France Telecom - Orange is not liable for messa=
ges that have been modified, changed or falsified.****
>
> Thank you.****
>
> _________________________________________________________________________=
________________________________________________****
>
>  ****
>
> Ce message et ses pieces jointes peuvent contenir des informations confid=
entielles ou privilegiees et ne doivent donc****
>
> pas etre diffuses, exploites ou copies sans autorisation. Si vous avez re=
cu ce message par erreur, veuillez le signaler****
>
> a l'expediteur et le detruire ainsi que les pieces jointes. Les messages =
electroniques etant susceptibles d'alteration,****
>
> France Telecom - Orange decline toute responsabilite si ce message a ete =
altere, deforme ou falsifie. Merci.****
>
>  ****
>
> This message and its attachments may contain confidential or privileged i=
nformation that may be protected by law;****
>
> they should not be distributed, used or copied without authorisation.****
>
> If you have received this email in error, please notify the sender and de=
lete this message and its attachments.****
>
> As emails may be altered, France Telecom - Orange is not liable for messa=
ges that have been modified, changed or falsified.****
>
> Thank you.****
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>  ****
>
> _______________________________________________****
>
> 6tsch mailing list****
>
> 6tsch@ietf.org****
>
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>   ****
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>  ****
>
>  ****
>
> _______________________________________________****
>
> 6tsch mailing list****
>
> 6tsch@ietf.org****
>
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>   ****
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>
>
>
> --
> Pascal ****
>
> ** **
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--001a11c1b9684c162a04ddfcbbaf
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Maria Rita,

Thanks for the =
updated figure! I am putting together some slides for the call, I'll pu=
t your (updated) figure in pole position. Great discussion material, thanks=
 a million!




I agree that we haven't converged on wh=
at sequence of headers appear in a switched packet, so let's not forget=
 to discuss this on the call.

Thomas




On Thu,=
 May 30, 2013 at 2:01 AM, Maria Rita PALATTELLA <maria-rita.pal=
attella@uni.lu> wrote:














Thanks Thomas!<=
/u>


=A0<=
/p>

Quick answers:<=
/u>


-=A0=A0=A0=A0=A0=A0=A0
With the white X->=
;Y cells I wanted to show that even though in a track we use specific cells=
 (those in green or purpose), within the same schedule
 we can have others equivalent cells (the white ones) that will be assigned=
 to other tracks, or create a bundle for IP-routing. Am I wrong?<=
/u>


-=A0=A0=A0=A0=A0=A0=A0
Sorry for the type, =
It is fixed in the attached file!


=A0<=
/p>

I do agree about having i=
n the figures also the packets format, with headers, etc., but maybe we can=
 do that once we agree/converge to a final solution. What
 do you think?


=A0<=
/p>

Maria Rita =A0=A0<=
u>


=A0<=
/p>

From: 6tsch-bounces@ietf.org=
 [mailto:6t=
sch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: Thursday, May 30, 2013 10:44 AM

To: 6TSCH


Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks thro=
ugh one cell


=A0




Maria Rita.




=A0






Wonderful stuff.






=A0






Quick questions:






- in Track Switching, what do the white X->Y cell=
s represent?






- in IP Routing, little type boundle->bundle






=A0






Maybe it would be helpful to depict the format of th=
e packets (i.e. which headers go where) in the three cases. Most of those d=
etails are certainly still in discussion.






=A0






Thomas








=A0




On Thu, May 30, 2013 at 1:27 AM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Dear Pascal, Kris, all


=A0<=
/p>

Here are some figures tha=
t maybe will help us in carrying on the discuss on this topic on the ML
 and during Friday call!


=A0<=
/p>

Kind Regards,


Maria Rita<=
u>


=A0<=
/p>

From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Pascal Thubert

Sent: Thursday, May 30, 2013 10:01 AM

To: Kris Pister

Cc: Thomas Watteyne; 6TSCH; 
ice@cisco.com

Subject: Re: [6tsch] G-MPLS, implicit labeling, multiple tracks thro=
ugh one cell






=A0














Hello Kris:=





I think that before w=
e talk solutions we need to make sure we agree on what we are trying to ach=
ieve. I am concerned with having to manage traffic bursts and selective dro=
p operations
 at the 6TUS level. This would certainly make it mode complex. What we have=
 here:




- in one hand there is the classical reservation mod=
el where you book a constant slot rate between A and B. in that model, ther=
e is no queuing, just buffering one or 2 frames that
 can be transmitted in acceptable schedule. Excess packets cannot even ente=
r the pipe because there is just no slot available for it, and any QoS or s=
haping must be done at ingress, either at the end-device edge or at the net=
work edge. The pipe could be made
 larger than base traffic (excess rate as Thomas indicated) in order to acc=
omodate retries, and what is improved in terms of delivery ratio would be p=
aid in terms of jitter and latency, as you indicated in a previous mail. A =
simpler variation of that model
 drops the retries from the tunnel and places them in best effort shared bu=
ndles with a high QoS level (we are defining deterministic class at this mo=
ment at the transport area WG). That way, there is no need for QoS /drop op=
eration to be done at 6TUS level,
 it is all done at L3, adn all packets that are delivered by 6TUS arrive at=
 determined schedule.






=A0




- Then there is the c=
onvergecast that can accommodate multiple sources of traffic for a same egr=
ess point. What we expect with this sort of network is an statistical effec=
t to that the
 throughput of egress pipe is actually less than the sum of the ingress. On=
 a deterministic source of traffic, we could use that effect on additional =
bandwidth that is allocated for retries.






- In the case of multicast, we can think of a tree t=
opology rooted at the source=A0 with all hops if a constant size and replic=
ation at the branching nodes. If we are interested in
 such thing, we can invite Ice in the discussion.






=A0




- and then there is r=
outing at 6TUS layer as I understand you address in this mail. In that case=
, we lose the grip on the expected flows, and probably have to expect stati=
stical multiplexing,
 effectively reporting some of the L3 complexity into 6TUS. 



=A0Tons of things are doable but I think that a core value of the MPLS tunn=
el is the MP part. MPLS does not look inside the packets, so you can do any=
 protocol over it. As you and Xavi discussed, a clean MPLS layer is not eve=
n aware it carries IPv6. This was
 heavily used in early IPv6 deployments with IPv6 PE/VPE, over an MPLS back=
bone that was setup using IPv4 but could be used for whatever after that. I=
f 6TUS does not know of IPv6, the layer does not know about HbH headers and=
 so on either. This is important
 to allow fragments through end to end. 



The more tricks we play there, the more specific and complex we make the 6T=
US sublayer. I'd start simple unless a basic use case is broken.=







What do you think?






=A0




Pascal








=A0






=A0




2013/5/30 Kris Pister <pister@eecs.berkeley.edu>=





Some comments on the last several emails on this thr=
ead:

* it seems easy to have a table indexed by (MACsrcID, RXcell) that gives TX=
cellList

=A0 o having only one entry in the cell means a leakfree track (as proposed=
 by Xavi?)

=A0 o=A0 (0xFFFF,RXcell) --> TXcellList means any incoming packet goes o=
ut the same way (convergecast)

=A0 o having several MACsrcIDs with different TXcellLists gives the two or =
more separate flows (as proposed by Dominique?)

* there had better be idle listens in any of these schemes (more RX bandwid=
th than needed) otherwise queues and latency both tend toward infinity

* if A and B both talk to C then:

=A0=A0=A0 o=A0=A0=A0 either they need to be explicitly scheduled to not col=
lide, in which case you might as well just have a separate cell for A-->=
C and B-->C

=A0=A0=A0 o=A0=A0=A0 *or* you'd better have a *lot* idle listens, becau=
se you'll have slotted aloha chaotic collapse if you try to push more t=
han PDR/e of the available bandwidth (absent the use of clever-but-not-gene=
ral tricks that have been published over the years).





ksjp






=A0




On 5/29/2013 11:09 AM, Thomas Watteyne wrote:=









Xavi,





=A0






I agree that what you have in your e-mail is the nor=
mal way of doing things. The group might decide that this is the only way (=
e.g. Pascal's=A0water-tight
 pipes), in which case we just use that.






=A0






I believe what Dominique brings up (Dominique, pleas=
e correct me if I'm wrong), is that with this scheme, there is no cell =
reuse. So in your case, C listens twice, once for A and
 once for B (of course, you can generalize this to multiple cells, or diffe=
rent frame lengths). If there is no traffic for A and B, C is wasting energ=
y. Dominique's point is to see whether it's possible to reuse the s=
ame cells at C for data coming from A and
 B, at the cost of not having flow independence.






=A0






I hope this makes sense,






Thomas








=A0




On Wed, May 29, 2013 at 10:43 AM, Xavier Vilajosana =
<xvil=
ajosana@eecs.berkeley.edu> wrote:






The key point here is that we are assuming that C ca=
n have a RX shared link from A and B and then C can either send to D and E =
in another slot. What is the benefit of that? Is it
 a general case? Why not having two cells at C one that receives from A and=
 another that receives from B then transmission from C to D will happen in =
a cell and C to E in another.



for example node C switching table



in=A0=A0=A0=A0=A0 out

1(A)=A0=A0 3(D)=A0=A0=A0 -- receives at slot 1 from A and sends out at slot=
 3 to D

2(B)=A0=A0 4(E)=A0=A0=A0=A0 -- receives at slot 2 from B and sends out at s=
lot 4 to E



In case we want to be able to send cross flows, i.e use D for a flow from B=
 we can add more entries on the table and assign priorities



in=A0=A0=A0=A0=A0 out=A0=A0=A0=A0 prio

1(A)=A0=A0 3(D)=A0=A0=A0=A0 1

2(B)=A0=A0 4(E)=A0=A0=A0=A0 1

1(A)=A0=A0 4(E)=A0=A0=A0=A0 2

2(B)=A0=A0 2(D)=A0=A0=A0=A0 2





Of course if the data rate is slower than the slotframe length*time of each=
 slot then we will have idle listening at C.




Is that what you have in mind?

X 



Al 29/05/13 10:23, En/na Thomas Watteyne ha escrit:














Would you agree that the issue you are bringing up i=
s equivalent to the statement that, with purely implicit labels, only fan-i=
n is possible, not fan-out.






=A0






=
A -- =A0 =A0 =A0 =A0 =A0 --> D






=
=A0 =A0 =A0\ =A0 =A0 =A0 /






=
=A0 =A0 =A0 =3D> C =3D






=
=A0 =A0 =A0/ =A0 =A0 =A0 \






=
B -- =A0 =A0 =A0 =A0 =A0 --> E






=A0






That is, given the following flows around mote C (an=
d with the assumption that both incoming and outgoing flows share the same =
cells), it is possible to have A->C and B->C (e.g.
 fan-in), but not C->D and C->E.






=A0






The core issue you're raising is that there is a=
 trade-off between installing LSTs (Label Switching Tracks) and energy cons=
umption. That is, if you install water-tight pipes for
 all flows, you will waste energy if data isn't flowing through those p=
ipes, since nodes along those tracks will be idle listening.<=
/p>





=A0






This might be a far-fetched, so please bear with me,=
 but I see some relationship between the problem you're raising and the=
 use of CIR (Committed Information Rate), EIR (Excess)
 and PIR (Peak) typically found in protocols such as Frame Relay. These are=
 used to limit under-use of bandwidth, whereas we're more interested in=
 not wasting energy, but the problem can be described very similarly (I thi=
nk). Now this only brings more questions,
 since, to have this type of behavior, excess packets (i.e. about the CIR) =
need to flow from the LST into some other bandwidth. Not sure whether we wa=
nt to go there.






=A0






Thomas






=A0




On Wed, May 29, 2013 at 12:50 AM, Pascal Thubert (pt=
hubert) <pthuber=
t@cisco.com> wrote:






Hello Dominique:=



=A0


The traditional Virtua=
l circuit is actually a water tight pipe end to end. My mind image of a tra=
ck is the same. Thus traffic from B cannot be merged
 into the A to U track. 


I love the idea of mer=
ging flows like 1 to u and B to U in a many to one converging channel but e=
ven then you enter the world of statistical mux and
 QoS.


=A0


The case you represent=
 does not use tracks at all. We=92ll have a bundle of cells off any router =
that can be used unicast or multicast, some of the latter
 probably reserved for a particular neighbor.


Packets received over =
such cell will not be G-MPLS switched. They will be punted to layer 3 throu=
gh the 6LoWPAN sublayer. L3 will device either to route
 them or deliver locally (punt to L4) when this node is the destination. 


=A0


In the former case, th=
e packet will go down the stack again through the 6LoWPAN layer and the 6TU=
S sublayer will determine which bundle of cells can
 be used to reach the next hop router. You=92ll note that in this case, we =
cannot route fragments so IP packets would have to be reassembled at every =
hop. This is what the fragment forwarding and recovery draft is still usefu=
l. With that draft, the first frag
 installs forwarding states within the 6LoWPAN sublayer for the next fragme=
nts based on an explicit label placed in the 6LoWPAN datagram identifier.


=A0


We need a picture!!!


=A0


Cheers,<=
u>


=A0




Pascal




=A0






From:
dominique=
.barthel@orange.com [mailto:dominique.barthel@orange.com]


Sent: mercredi 29 mai 2013 08:51

To: Pascal Thubert (pthubert); 
6tsch@ietf.org

Subject: RE: G-MPLS, implicit labeling, multiple tracks through one =
cell










=A0


Hello Pasc=
al,


=A0=



Actually, I meant the =
following situation: one flow goes from A to U on track A-X-Y-U, another fl=
ow goes from B to V on track B-X-Y-V.


The two flows can=92t =
use the same cell between X and Y because Y has no way of telling them apar=
t.


Correct?

Thanks


=A0


Dominique


=A0






De=A0: Pascal Thubert
 (pthubert) [mailto=
:pthubert@cisco.com]


Envoy=E9=A0: mardi 28 mai 2013 18:29

=C0=A0: BARTHEL Dominique OLNC/OLPS; 
6tsch@ietf.org

Objet=A0: RE: G-MPLS, implicit labeling, multiple tracks through one=
 cell






=A0


Hello Dominique:


=A0


The Time slot based =
=93G-MPLS=94 forwarding will not look at the flow label so it does not care=
 whether it is one or multiple flows that get ijected in the
 time slots.


What you will get is a=
 regular transmit opportunity from A to B.



How the source fills i=
t is its business (one or more flows from A to B), but it is not elastic so=
 if the flows collide at some point there might be drops
 or latency added before a frame is placed in a track.=



Once the frame is on t=
rack, it will follow each hop as scheduled.


=A0


I think we agree=85



=A0




Pascal




=A0






From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of dominique.barthel@orange.com

Sent: mardi 28 mai 2013 16:49

To: 6tsch@ietf.o=
rg

Subject: [6tsch] G-MPLS, implicit labeling, multiple tracks through =
one cell






=A0


Hello all,

=A0


Disclaimer:


I=92m no expert in label switching. Please bear with=
 me.


This mail will at least have the benefit of document=
ing the question and the answer.


=A0


=A0


Context:


I understand that the 15.4.e cell on which a frame w=
as received by a node can be considered an implicit label. Therefore, we ca=
n avoid the overhead of explicitly carrying the label
 in the frame. Great!


=A0


Question:


If we have multiple tracks going through neighbor no=
des X and Y, and supposing that their aggregated flow happily fits the data=
 rate provided by one cell, wouldn=92t we like to be
 able to multiplex them onto the same cell in order to save on the wake-up/=
carrier_sense energy cost?


Am I right in saying that we, the 6tsch group, decid=
ed to forego the energy saving of multiplexing several tracks on one cell i=
n return for the energy saving of not carrying the
 label in-band?


Did I miss anything?


=A0


Thanks


=A0


Dominique


____________________________________________________=
_____________________________________________________________________


=A0


Ce message et ses pieces jointes peuvent contenir de=
s informations confidentielles ou privilegiees et ne doivent donc=



pas etre diffuses, exploites ou copies sans autorisa=
tion. Si vous avez recu ce message par erreur, veuillez le signaler<=
u>


a l'expediteur et le detruire ainsi que les piec=
es jointes. Les messages electroniques etant susceptibles d'alteration,=



France Telecom - Orange decline toute responsabilite=
 si ce message a ete altere, deforme ou falsifie. Merci.


=A0


This message and its attachments may contain confide=
ntial or privileged information that may be protected by law;=



they should not be distributed, used or copied witho=
ut authorisation.


If you have received this email in error, please not=
ify the sender and delete this message and its attachments.


As emails may be altered, France Telecom - Orange is=
 not liable for messages that have been modified, changed or falsified.


Thank you.


____________________________________________________=
_____________________________________________________________________


=A0


Ce message et ses pieces jointes peuvent contenir de=
s informations confidentielles ou privilegiees et ne doivent donc=



pas etre diffuses, exploites ou copies sans autorisa=
tion. Si vous avez recu ce message par erreur, veuillez le signaler<=
u>


a l'expediteur et le detruire ainsi que les piec=
es jointes. Les messages electroniques etant susceptibles d'alteration,=



France Telecom - Orange decline toute responsabilite=
 si ce message a ete altere, deforme ou falsifie. Merci.


=A0


This message and its attachments may contain confide=
ntial or privileged information that may be protected by law;=



they should not be distributed, used or copied witho=
ut authorisation.


If you have received this email in error, please not=
ify the sender and delete this message and its attachments.


As emails may be altered, France Telecom - Orange is=
 not liable for messages that have been modified, changed or falsified.


Thank you.












_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch








=A0


_______________________________________________


6tsch mailing list


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https://www.ietf.org/mailman/listinfo/6tsch




=A0










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6tsch mailing list

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h=
ttps://www.ietf.org/mailman/listinfo/6tsch




=A0




=A0


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=A0










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h=
ttps://www.ietf.org/mailman/listinfo/6tsch










-- 

Pascal 




















=A0









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Subject: Re: [6tsch] R: On exploiting time synchronisation and deadlines in 6tus
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Pascal,

I agree that, with the unreliable nature of wireless, we need to pull in
statistics when talking about determinism.

Some frames exchanged between these low-power wireless devices will simply
get lost. We have the advantage - with TSCH - of using channel hopping, so
the effect of a "bad" channel is averaged out by the other "good" channels.
This has the hugely beneficial side-effect that a wireless link in more
stable, i.e. it's a PDR=3D85% link for quite a bit of time. Certainly enoug=
h
time to make the approach of tuning the number of cells in a bundle to that
ETX a valid one. From a connectivity point of view, the advantage channel
hopping gives us is that links don't suddenly "disappear" when someone
opens a door.

I will argue that the effect of multi-path fading is more dramatic even
than that of interference (I assume that's what you were referring to by
"ISM band"?). That is, you can have two motes happily chatting (on a single
frequency), move one by a handful of cm, and have the link disappear. No
need to talk louder, the multi-path interference just kills the signal. In
essence, that pair of motes is "at wrong place at the wrong frequency".
This effects is especially true is a very "3-D" environment, i.e. indoors,
in a building, in a city, etc.

But I think that we can simply let wireless be wireless, and deal with it
in the way we schedule things. That is, match the number of cells in a
bundle to a desired bandwidth/latency, times the ETX. This does require
statistics to be collected per bundle (or better, per pair of motes), and
have that information continuously stream to the scheduling entity. This
might be the PCE in the centralized case, or just 6tus in the distributed
case. 6tus is already collecting those statistics, it's just a matter of
getting those to the right place.

In my mind, what this means is that we need to take determinism with a
grain of salt. And that grain of salt is statistics. E.g. "if you want to
pay that much energy, I will guarantee that 99.9% of the packet will reach
their destination within this deadline, but for some more energy, I can
make that 99.99%". Or something similar.

This is truly interesting stuff, very much looking forward to discussing
this during the call on Friday. I'll prepare a handful of slides, in case
this comes up.

Thomas

On Thu, May 30, 2013 at 7:03 PM, Pascal Thubert (pthubert) <
pthubert@cisco.com> wrote:

>  Dear Kris and Alfredo:****
>
> ** **
>
> This is where we hit the limits of determinism, mostly if we talk about
> the ISM band.****
>
> ** **
>
> I went longer on that discussion in an earlier mail, but yes, I suspect
> the user will want in some cases to increase the capacity of the track to
> accommodate ETX, in which case we are in the distribution you mention. Fo=
r
> traffic that falls in the =91buffered=92 category, it seems logical to me=
 that
> the retry can only happen before the next frame shows up. ****
>
> ** **
>
> There are other more extreme behaviours that we might revert to: we might
> either drop the packet (eg there is a parallel track for bicasting aka
> duocasting aka live live) or the retry goes through traditional routing /
> best effort. And the latter will not work for fragments. ****
>
> ** **
>
> Let=92s put that discussion on the table at the call Friday?****
>
> ** **
>
> Pascal****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Kris Pister
> *Sent:* mardi 28 mai 2013 19:02
> *To:* 6tsch@ietf.org
> *Subject:* Re: [6tsch] R: On exploiting time synchronisation and
> deadlines in 6tus****
>
> ** **
>
> Alfredo brings up an important point.  Latency along a track is only know=
n
> if the PDR for all links is 100%.  In reality, it's a Poisson distributio=
n
> that depends on the schedule&PDR at each hop.
>
> ksjp****
>
> On 5/28/2013 9:35 AM, Alfredo Grieco wrote:****
>
> Dear all, Pascal,****
>
>  ****
>
> I am glad everybody consider this proposal interesting and is providing
> very precious comments.****
>
>  ****
>
> A track has an exact schedule: I am ok, but let=92s consider the case a
> scheduled cell is faulty and the packet that cannot be transmitted on tha=
t
> cell has to be delivered using (let=92s say) a best effort service toward=
s
> the sink.****
>
>  ****
>
> This is a hybrid condition (the faulty cell can be referred to a mote in
> the middle of the path) that could happen in reality and for which knowin=
g
> the age of the packet is important too.****
>
>  ****
>
> Am I missing something ?****
>
>  ****
>
> Cheers****
>
>  ****
>
> Alfredo****
>
>  ****
>
>  ****
>
> *Da:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounces=
@ietf.org>]
> *Per conto di *Pascal Thubert (pthubert)
> *Inviato:* Tuesday, May 28, 2013 6:21 PM
> *A:* Xavier Vilajosana; Maria Rita PALATTELLA
> *Cc:* Pascal Thubert; 6tsch@ietf.org
> *Oggetto:* Re: [6tsch] On exploiting time synchronisation and deadlines
> in 6tus****
>
>  ****
>
> Dear all:****
>
>  ****
>
> A track has an exact schedule, so we know how long since the emission at
> every hop.****
>
> OTOH, in the case of best effort forwarding, knowing the age of a packet
> and how that sit within a desired schedule can become very interesting.**=
*
> *
>
>  ****
>
> Do I miss something?****
>
>  ****
>
> Pascal****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Xavier Vilajosana
> *Sent:* mardi 28 mai 2013 15:49
> *To:* Maria Rita PALATTELLA
> *Cc:* Pascal Thubert; 6tsch@ietf.org
> *Subject:* Re: [6tsch] On exploiting time synchronisation and deadlines
> in 6tus****
>
>  ****
>
> Hi Maria Rita,
>
> I agree that the feature is really interesting and might be very useful i=
n
> some cases, specially for time sensitive applications, however, including=
 a
> header will require the parsing at each hop which would be very convenien=
t
> to avoid. As I said, I vote for having this feature as an optional header
> and in case we define more options that we consider important then we can
> discuss if a permanent header is needed.
>
> Note also that when label switching is not used the Hop Limit field is
> used to count the number of hops and detect loops, however in that case
> there is no timestamp to discard expired packets. I'm wondering if we wan=
t
> to add that information despite of having label switching at L2.5 or not.
>
> regards,
> Xavi
>
> Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:****
>
> Pascal, I do agree with you and  Xavi about keeping things as simple as
> possible=85****
>
>  ****
>
> But about the dedicated track, I have a different thought. Knowing that
> the timelife of a packet is expired can be STILL useful along a dedicated
> track. In fact, we can discard the packet instead of keeping in forwardin=
g
> it along the successive cells of the track, thus saving energy.****
>
>  ****
>
> Of course, it is even more useful in shared cells, because in presence of
> collision, we will avoid to re-transmit expired packets,  giving to those
> with TTL >0 more chance to be transmitted with success.****
>
> In this way, we save energy and also reduce latency-delay.****
>
>  ****
>
> Maria Rita****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Pascal Thubert
> *Sent:* Saturday, May 25, 2013 7:36 AM
> *To:* Xavier Vilajosana
> *Cc:* 6tsch@ietf.org
> *Subject:* Re: [6tsch] On exploiting time synchronisation and deadlines
> in 6tus****
>
>  ****
>
> Same here,****
>
>  ****
>
> I think the info could indeed be very useful on shared slots but along a
> dedicated track there is no choice but continue along schedule...****
>
>  ****
>
> Cheers,
>
> Pascal****
>
>
> Le 25 mai 2013 =E0 04:39, Xavier Vilajosana 
> a =E9crit :****
>
>
> My little point on that. I like the idea of "not" having a header if we d=
o
> switching, i.e not having a header makes things so simple and it becomes =
a
> very transparent mechanism, no parsing, no processing at each hop, just i=
n
> and out until it reaches the end of the label switched track.
>
> I agree that having these feature would be also good, however this might
> require looking the header at each hop, so there is a trade-off between
> energy consumption, need for that and simplicity. We need to keep this in
> mind too, maybe an optional feature would work?
>
> X
>
> Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:****
>
>  Alfredo, ****
>
>  ****
>
> This is indeed a neat idea, which feeds upon a nice feature of our little
> TSCH networks.****
>
>  ****
>
> IIRC, the points that were raised during the call around this issue were:=
*
> ***
>
> pros:****
>
> - we could throttle a packet's priority based on the remaining lifetime i=
t
> has.****
>
> - we could drop a packet that has already expired****
>
> cons:****
>
> - reserving extra bytes for this TS will add an extra energy cost, and in
> some cases might simply not be possible****
>
>  ****
>
> Did I miss something?****
>
>  ****
>
> Thomas****
>
>  ****
>
>  ****
>
> On Fri, May 24, 2013 at 9:00 AM, Grieco  wrote:=
*
> ***
>
> Hi all,****
>
>  ****
>
> During the today call, it emerged the possibility to stamp packets with
> deadlines to be updated during their trips thanks to the unique feature
> offered by TSCH to have a tightly synchronized LLN.****
>
>  ****
>
> In this way, it could be possible to control the trip of each packet whil=
e
> it proceed towards the destination. In some hard real time applications, =
a
> packet that passes the deadline could be discarded thus saving energy.***=
*
>
>  ****
>
> It is true that we are installing tracks that should remain stable for a
> long time, but it is also true that wireless links (in any case) can come
> and go also for short transients.****
>
>  ****
>
> Any thoughts about this point is warmly welcome and could lead to
> improvements to the 6tus layer.****
>
>  ****
>
>  ****
>
> Cheers****
>
>  ****
>
> Alfredo
>
> -- ****
>
> Luigi Alfredo Grieco, PhD****
>
> Assistant Professor****
>
> Department of Electrical and Information Engineering****
>
> Politecnico di Bari****
>
> Via Orabona 4 - 70125 - Bari - Italy****
>
> +39 080 5963 911****
>
> telematics.poliba.it/grieco****
>
> Skype id: l.alfredo.grieco****
>
> Mobile: +39 3346715672****
>
>  ****
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>
>
>
> ****
>
> _______________________________________________****
>
> 6tsch mailing list****
>
> 6tsch@ietf.org****
>
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>   ****
>
>  _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>   ****
>
>
>
>
> ****
>
> _______________________________________________****
>
> 6tsch mailing list****
>
> 6tsch@ietf.org****
>
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>  ** **
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--047d7b604f9822cc1a04ddfceb05
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Pascal,

I agree that, with the unreliab=
le nature of wireless, we need to pull in statistics when talking about det=
erminism.

Some frames exchanged between these low-=
power wireless devices will simply get lost. We have the advantage - with T=
SCH - of using channel hopping, so the effect of a "bad" channel =
is averaged out by the other "good" channels. This has the hugely=
 beneficial side-effect that a wireless link in more stable, i.e. it's =
a PDR=3D85% link for quite a bit of time. Certainly enough time to make the=
 approach of tuning the number of cells in a bundle to that ETX a valid one=
. From a connectivity point of view, the advantage channel hopping gives us=
 is that links don't suddenly "disappear" when someone opens =
a door.






I will argue that the effect of multi-path fading is mo=
re dramatic even than that of interference (I assume that's what you we=
re referring to by "ISM band"?). That is, you can have two motes =
happily chatting (on a single frequency), move one by a handful of cm, and =
have the link disappear. No need to talk louder, the multi-path interferenc=
e just kills the signal. In essence, that pair of motes is "at wrong p=
lace at the wrong frequency". This effects is especially true is a ver=
y "3-D" environment, i.e. indoors, in a building, in a city, etc.=






But I think that we can simply let wireless be wireless=
, and deal with it in the way we schedule things. That is, match the number=
 of cells in a bundle to a desired bandwidth/latency, times the ETX. This d=
oes require statistics to be collected per bundle (or better, per pair of m=
otes), and have that information continuously stream to the scheduling enti=
ty. This might be the PCE in the centralized case, or just 6tus in the dist=
ributed case. 6tus is already collecting those statistics, it's just a =
matter of getting those to the right place.





In my mind, what this means is that we need to take det=
erminism with a grain of salt. And that grain of salt is statistics. E.g. &=
quot;if you want to pay that much energy, I will guarantee that 99.9% of th=
e packet will reach their destination within this deadline, but for some mo=
re energy, I can make that 99.99%". Or something similar.





This is truly interesting stuff, very much looking forw=
ard to discussing this during the call on Friday. I'll prepare a handfu=
l of slides, in case this comes up.


Thomas

On Th=
u, May 30, 2013 at 7:03 PM, Pascal Thubert (pthubert) <=
;pthubert@cisco.com=
> wrote:
















Dear Kris and Alfredo=
:





=A0<=
/p>

This is where we hit the =
limits of determinism, mostly if we talk about the ISM band.<=
/span>






=A0<=
/p>

I went longer on that dis=
cussion in an earlier mail, but yes, I suspect the user will want in some c=
ases to increase the capacity of the track to accommodate
 ETX, in which case we are in the distribution you mention. For traffic tha=
t falls in the =91buffered=92 category, it seems logical to me that the ret=
ry can only happen before the next frame shows up.



=A0<=
/p>

There are other more extr=
eme behaviours that we might revert to: we might either drop the packet (eg=
 there is a parallel track for bicasting aka duocasting
 aka live live) or the retry goes through traditional routing / best effort=
. And the latter will not work for fragments.



=A0<=
/p>

Let=92s put that discussi=
on on the table at the call Friday?


=A0<=
/p>



Pascal=





=A0<=
/p>





From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Kris Pister

Sent: mardi 28 mai 2013 19:02

To: 6tsch@ietf.o=
rg

Subject: Re: [6tsch] R: On exploiting time synchronisation and deadl=
ines in 6tus






=A0


Alfredo brings up an =
important point.=A0 Latency along a track is only known if the PDR for all =
links is 100%.=A0 In reality, it's a Poisson distribution that depends =
on the schedule&PDR at each hop.







ksjp




On 5/28/2013 9:35 AM, Alfredo Grieco wrote:






Dear all, Pascal,<=
u>


=A0<=
/p>

I am glad everybody consi=
der this proposal interesting and is providing very precious comments.






=A0<=
/p>

A track has an exact sche=
dule: I am ok, but let=92s consider the case a scheduled cell is faulty and=
 the packet that cannot be transmitted on that cell has to
 be delivered using (let=92s say) a best effort service towards the sink.


=A0<=
/p>

This is a hybrid conditio=
n (the faulty cell can be referred to a mote in the middle of the path) tha=
t could happen in reality and for which knowing the age
 of the packet is important too.


=A0<=
/p>

Am I missing something ?<=
/span>


=A0<=
/p>

Cheers


=A0<=
/p>

Alfredo<=
/u>


=A0<=
/p>

=A0<=
/p>





Da:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
Per conto di Pascal Thubert (pthubert)

Inviato: Tuesday, May 28, 2013 6:21 PM

A: Xavier Vilajosana; Maria Rita PALATTELLA

Cc: Pascal Thubert; 6tsch@ietf.org

Oggetto: Re: [6tsch] On exploiting time synchronisation and deadline=
s in 6tus






=A0


Dear all:


=A0<=
/p>

A track has an exact sche=
dule, so we know how long since the emission at every hop.=







OTOH, in the case of best=
 effort forwarding, knowing the age of a packet and how that sit within a d=
esired schedule can become very interesting.






=A0<=
/p>

Do I miss something?


=A0<=
/p>



Pascal=





=A0<=
/p>





From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana

Sent: mardi 28 mai 2013 15:49

To: Maria Rita PALATTELLA

Cc: Pascal Thubert; 6tsch@ietf.org

Subject: Re: [6tsch] On exploiting time synchronisation and deadline=
s in 6tus






=A0




Hi Maria Rita,




I agree that the feature is really interesting and might be very useful in =
some cases, specially for time sensitive applications, however, including a=
 header will require the parsing at each hop which would be very convenient=
 to avoid. As I said, I vote for
 having this feature as an optional header and in case we define more optio=
ns that we consider important then we can discuss if a permanent header is =
needed.




Note also that when label switching is not used the Hop Limit field is used=
 to count the number of hops and detect loops, however in that case there i=
s no timestamp to discard expired packets. I'm wondering if we want to =
add that information despite of having
 label switching at L2.5 or not.



regards,

Xavi



Al 28/05/13 03:08, En/na Maria Rita PALATTELLA ha escrit:<=
/u>






Pascal, I do agree with y=
ou and =A0Xavi about keeping things as simple as possible=85<=
u>






=A0<=
/p>

But about the dedicated t=
rack, I have a different thought. Knowing that the timelife of a packet is =
expired can be STILL useful along a dedicated track. In
 fact, we can discard the packet instead of keeping in forwarding it along =
the successive cells of the track, thus saving energy.=



=A0<=
/p>

Of course, it is even mor=
e useful in shared cells, because in presence of collision, we will avoid t=
o re-transmit expired packets, =A0giving to those with TTL
 >0 more chance to be transmitted with success.


In this way, we save ener=
gy and also reduce latency-delay.


=A0<=
/p>

Maria Rita<=
u>


=A0<=
/p>





From:
6tsch-bounces@i=
etf.org [ma=
ilto:6tsch-bounces@ietf.org]
On Behalf Of Pascal Thubert

Sent: Saturday, May 25, 2013 7:36 AM

To: Xavier Vilajosana

Cc: 6tsch@ietf.o=
rg

Subject: Re: [6tsch] On exploiting time synchronisation and deadline=
s in 6tus






=A0




Same here,






=A0






I think the info could indeed be very useful on shar=
ed slots but along a dedicated track there is no choice but continue along =
schedule...






=A0






Cheers,



Pascal








Le 25 mai 2013 =E0 04:39, Xavier Vilajosana <xvilajosana@eecs.berkeley.edu&g=
t; a =E9crit=A0:












My little point on that. I like the idea of "not" having a header=
 if we do switching, i.e not having a header makes things so simple and it =
becomes a very transparent mechanism, no parsing, no processing at each hop=
, just in and out until it reaches the end
 of the label switched track.



I agree that having these feature would be also good, however this might re=
quire looking the header at each hop, so there is a trade-off between energ=
y consumption, need for that and simplicity. We need to keep this in mind t=
oo, maybe an optional feature would
 work?



X



Al 24/05/13 19:10, En/na Thomas Watteyne ha escrit:








Alfredo, 




=A0






This is indeed a neat idea, which feeds upon a nice =
feature of our little TSCH networks.






=A0






IIRC, the points that were raised during the call ar=
ound this issue were:






pros:






- we could throttle a packet's priority based on=
 the remaining lifetime it has.






- we could drop a packet that has already expired=







cons:






- reserving extra bytes for this TS will add an extr=
a energy cost, and in some cases might simply not be possible=







=A0






Did I miss something?






=A0






Thomas






=A0






=A0




On Fri, May 24, 2013 at 9:00 AM, Grieco <alfredo.grieco@gmail=
.com> wrote:






Hi all,






=A0






During the today call, it emerged the possibility to=
 stamp packets with deadlines to be updated during their trips thanks to th=
e unique feature offered by TSCH to have a tightly synchronized LLN.=











=A0






In this way, it could be possible to control the tri=
p of each packet while it proceed towards the destination. In some hard rea=
l time applications, a packet that passes the deadline could be discarded t=
hus saving energy.










=A0






It is true that we are installing tracks that should=
 remain stable for a long time, but it is also true that wireless links (in=
 any case) can come and go also for short transients.






=A0






Any thoughts about this point is warmly welcome and =
could lead to improvements to the 6tus layer.






=A0






=A0






Cheers






=A0






Alfredo



-- 






Luigi Alfredo Grieco, PhD






Assistant Professor<=
/u>






Department of Electrical and Informat=
ion Engineering






Politecnico di Bari<=
/u>






Via Orabona 4 - 70125 - Bari - Italy<=
/span>








Skype id: l.alfredo.grieco<=
/u>






Mobile:
+39 3346715672










=A0












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6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch

















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From alfredo.grieco@gmail.com  Thu May 30 23:30:33 2013
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Date: Fri, 31 May 2013 08:30:25 +0200
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From: Alfredo Grieco 
To: 6tsch@ietf.org
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Hi all,

Very thoughtful this exchange of mails.

Just a further point: Thomas and Pascal are proposing  to statically
overprovision the tracks using the ETX.

I do not know if frame losses with TSCH happen as they are evenly
distributed over the time or  they are bursty as in all wireless systems. I
am carefully checking this point with experiments.

In case they would be  bursty, a static overprovisioning would surely
increase the duty cycle and hence energy consumptions without making
possible an effective recovery of lost frames.

Are we sure that keeping things simpler surely helps decreasing the energy
drainage and surely fits the requirements of deterministic services ?

My two cents

Cheers

Al



On Friday, May 31, 2013, Thomas Watteyne wrote:

> Pascal,
>
> I agree that, with the unreliable nature of wireless, we need to pull in
> statistics when talking about determinism.
>
> Some frames exchanged between these low-power wireless devices will simpl=
y
> get lost. We have the advantage - with TSCH - of using channel hopping, s=
o
> the effect of a "bad" channel is averaged out by the other "good" channel=
s.
> This has the hugely beneficial side-effect that a wireless link in more
> stable, i.e. it's a PDR=3D85% link for quite a bit of time. Certainly eno=
ugh
> time to make the approach of tuning the number of cells in a bundle to th=
at
> ETX a valid one. From a connectivity point of view, the advantage channel
> hopping gives us is that links don't suddenly "disappear" when someone
> opens a door.
>
> I will argue that the effect of multi-path fading is more dramatic even
> than that of interference (I assume that's what you were referring to by
> "ISM band"?). That is, you can have two motes happily chatting (on a sing=
le
> frequency), move one by a handful of cm, and have the link disappear. No
> need to talk louder, the multi-path interference just kills the signal. I=
n
> essence, that pair of motes is "at wrong place at the wrong frequency".
> This effects is especially true is a very "3-D" environment, i.e. indoors=
,
> in a building, in a city, etc.
>
> But I think that we can simply let wireless be wireless, and deal with it
> in the way we schedule things. That is, match the number of cells in a
> bundle to a desired bandwidth/latency, times the ETX. This does require
> statistics to be collected per bundle (or better, per pair of motes), and
> have that information continuously stream to the scheduling entity. This
> might be the PCE in the centralized case, or just 6tus in the distributed
> case. 6tus is already collecting those statistics, it's just a matter of
> getting those to the right place.
>
> In my mind, what this means is that we need to take determinism with a
> grain of salt. And that grain of salt is statistics. E.g. "if you want to
> pay that much energy, I will guarantee that 99.9% of the packet will reac=
h
> their destination within this deadline, but for some more energy, I can
> make that 99.99%". Or something similar.
>
> This is truly interesting stuff, very much looking forward to discussing
> this during the call on Friday. I'll prepare a handful of slides, in case
> this comes up.
>
> Thomas
>
> On Thu, May 30, 2013 at 7:03 PM, Pascal Thubert (pthubert) <
> pthubert@cisco.com> wrote:
>
>  Dear Kris and Alfredo:****
>
> ** **
>
> This is where we hit the limits of determinism, mostly if we talk about
> the ISM band.****
>
> ** **
>
> I went longer on that discussion in an earlier mail, but yes, I suspect
> the user will want in some cases to increase the capacity of the track to
> accommodate ETX, in which case we are in the distribution you mention. Fo=
r
> traffic that falls in the =91buffered=92 category, it seems logical to me=
 that
> the retry can only happen before the next frame shows up. ****
>
> ** **
>
> There are other more extreme behaviours that we might revert to: we might
> either drop the packet (eg there is a parallel track for bicasting aka
> duocasting aka live live) or the retry goes through traditional routing /
> best effort. And the latter will not work for fragments. ****
>
> ** **
>
> Let=92s put that discussion on the table at the call Friday?****
>
> ** **
>
> Pascal****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Kris Pister
> *Sent:* mardi 28 mai 2013 19:02
> *To:* 6tsch@ietf.org
> *Subject:* Re: [6tsch] R: On exploiting time synchronisation and
> deadlines in 6tus****
>
> ** **
>
> Alfredo brings up an important point.  Latency along a track is only know=
n
> if the PDR for all links is 100%.  In reality, it's a Poisson distributio=
n
> that depends on the schedule&PDR at each hop.
>
> ksjp****
>
> On 5/28/2013 9:35 AM, Alfredo Grieco wrote:****
>
> Dear all, Pascal,****
>
>  ****
>
> I am glad everybody consider this proposal interesting and is providing
> very precious comments.****
> <
>
>

--001a11c3735c16ff4304ddfdc042
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable

Hi all,

Very thoughtful this exchange of mails.

Just a further point: Thomas and Pascal are proposing =A0t=
o statically overprovision the tracks using the ETX.=A0



I do not know if frame losses with TSCH happen as they ar=
e evenly distributed over the time or =A0they are=A0bursty as in all wirele=
ss systems. I am carefully=A0checking this point with experiments.


In case they would be=A0=A0bursty,=A0a static overprovisioni=
ng would surely increase the duty cycle and hence energy consumptions witho=
ut making possible an effective recovery of lost frames.=A0

<=
/div>

Are we sure that keeping things simpler surely helps decreasing the en=
ergy drainage and surely fits the requirements of deterministic services ?<=
/div>

My two cents

Cheers



Al



On Friday, May 31, =
2013, Thomas Watteyne  wrote:

Pascal,

I agree that, with the unreliable nature of wire=
less, we need to pull in statistics when talking about determinism.

Some frames exchanged between these low-power wireless de=
vices will simply get lost. We have the advantage - with TSCH - of using ch=
annel hopping, so the effect of a "bad" channel is averaged out b=
y the other "good" channels. This has the hugely beneficial side-=
effect that a wireless link in more stable, i.e. it's a PDR=3D85% link =
for quite a bit of time. Certainly enough time to make the approach of tuni=
ng the number of cells in a bundle to that ETX a valid one. From a connecti=
vity point of view, the advantage channel hopping gives us is that links do=
n't suddenly "disappear" when someone opens a door.







I will argue that the effect of multi-path fading is mo=
re dramatic even than that of interference (I assume that's what you we=
re referring to by "ISM band"?). That is, you can have two motes =
happily chatting (on a single frequency), move one by a handful of cm, and =
have the link disappear. No need to talk louder, the multi-path interferenc=
e just kills the signal. In essence, that pair of motes is "at wrong p=
lace at the wrong frequency". This effects is especially true is a ver=
y "3-D" environment, i.e. indoors, in a building, in a city, etc.=







But I think that we can simply let wireless be wireless=
, and deal with it in the way we schedule things. That is, match the number=
 of cells in a bundle to a desired bandwidth/latency, times the ETX. This d=
oes require statistics to be collected per bundle (or better, per pair of m=
otes), and have that information continuously stream to the scheduling enti=
ty. This might be the PCE in the centralized case, or just 6tus in the dist=
ributed case. 6tus is already collecting those statistics, it's just a =
matter of getting those to the right place.






In my mind, what this means is that we need to take det=
erminism with a grain of salt. And that grain of salt is statistics. E.g. &=
quot;if you want to pay that much energy, I will guarantee that 99.9% of th=
e packet will reach their destination within this deadline, but for some mo=
re energy, I can make that 99.99%". Or something similar.






This is truly interesting stuff, very much looking forw=
ard to discussing this during the call on Friday. I'll prepare a handfu=
l of slides, in case this comes up.


Thomas

On Thu, May 30, 2013 at 7:03 PM, Pascal Thubert (=
pthubert) <pthubert@cisco.com> wrote:=

















Dear Kr=
is and Alfredo:






=A0


This is where we hit the limits of determinis=
m, mostly if we talk about the ISM band.






=A0


I went longer on that discussion in an earlie=
r mail, but yes, I suspect the user will want in some cases to increase the=
 capacity of the track to accommodate
 ETX, in which case we are in the distribution you mention. For traffic tha=
t falls in the =91buffered=92 category, it seems logical to me that the ret=
ry can only happen before the next frame shows up.



=A0


There are other more extreme behaviours that =
we might revert to: we might either drop the packet (eg there is a parallel=
 track for bicasting aka duocasting
 aka live live) or the retry goes through traditional routing / best effort=
. And the latter will not work for fragments.



=A0


Let=92s put that discussion on the table at t=
he call Friday?


=A0




Pascal




=A0






From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Kris Pister

Sent: mardi 28 mai 2013 19:02

To: 6tsch@ietf.org

Subject: Re: [6tsch] R: On exploiting time synchronisation and deadl=
ines in 6tus






=A0


Alfredo brings up an important point.=A0 =
Latency along a track is only known if the PDR for all links is 100%.=A0 In=
 reality, it's a Poisson distribution that depends on the schedule&=
PDR at each hop.








ksjp




On 5/28/2013 9:35 AM, Alfredo Grieco wrote:






Dear all, Pascal,


=A0


I am glad everybody consider this proposal in=
teresting and is providing very precious comments.






<




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From: Thomas Watteyne 
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Alfredo,

Here is my side of things. In a TSCH network, the quality of a link between
two motes does vary, but over the course of multiple hours, or days, or
weeks. You might be interested in the dataset at
http://wsn.eecs.berkeley.edu/connectivity/download.php?dataset=3Ddust. It
shows how the PDR of links evolves in a 44-mote TSCH network deployed in an
industrial setting. The data covers a month of operation, and shows the PDR
of all used links in the network, and for all of the 16 frequencies used,
in 15 minute intervals. If you plot the data, you can see that the PDR
varies more during the day than during the night, or during the week days
than during the week-ends. Interesting little things, but the most
important message is that, while it's common place to have 1-2 frequencies
be bad, never are all of them bad.

I agree with you that, as the environment changes, packet losses are
bursty. But that's at one frequency. Luckily, the motes channel hop, and
while at one frequency hardly any packet gets through, communication is
probably just fine on most of the others. So your link ends up being fine.
That is, let's say that you are hopping on 16 channels. As the environment
changes, sometimes channels 11 and 16 are bad, sometimes it's 17 and 13,
but on average you have 14/16 good channels, which is close to the PDR of
your link.

This is one of the main reasons why TSCH networks has been so successful at
delivering ultra high reliability.

Allow me to put some measurement data in some slides, if we want to talk
about it tomorrow.

Thomas


On Thu, May 30, 2013 at 11:30 PM, Alfredo Grieco
wrote:

> Hi all,
>
> Very thoughtful this exchange of mails.
>
> Just a further point: Thomas and Pascal are proposing  to statically
> overprovision the tracks using the ETX.
>
> I do not know if frame losses with TSCH happen as they are evenly
> distributed over the time or  they are bursty as in all wireless systems.=
 I
> am carefully checking this point with experiments.
>
> In case they would be  bursty, a static overprovisioning would surely
> increase the duty cycle and hence energy consumptions without making
> possible an effective recovery of lost frames.
>
> Are we sure that keeping things simpler surely helps decreasing the energ=
y
> drainage and surely fits the requirements of deterministic services ?
>
> My two cents
>
> Cheers
>
> Al
>
>
>
> On Friday, May 31, 2013, Thomas Watteyne wrote:
>
>>  Pascal,
>>
>> I agree that, with the unreliable nature of wireless, we need to pull in
>> statistics when talking about determinism.
>>
>> Some frames exchanged between these low-power wireless devices will
>> simply get lost. We have the advantage - with TSCH - of using channel
>> hopping, so the effect of a "bad" channel is averaged out by the other
>> "good" channels. This has the hugely beneficial side-effect that a wirel=
ess
>> link in more stable, i.e. it's a PDR=3D85% link for quite a bit of time.
>> Certainly enough time to make the approach of tuning the number of cells=
 in
>> a bundle to that ETX a valid one. From a connectivity point of view, the
>> advantage channel hopping gives us is that links don't suddenly "disappe=
ar"
>> when someone opens a door.
>>
>> I will argue that the effect of multi-path fading is more dramatic even
>> than that of interference (I assume that's what you were referring to by
>> "ISM band"?). That is, you can have two motes happily chatting (on a sin=
gle
>> frequency), move one by a handful of cm, and have the link disappear. No
>> need to talk louder, the multi-path interference just kills the signal. =
In
>> essence, that pair of motes is "at wrong place at the wrong frequency".
>> This effects is especially true is a very "3-D" environment, i.e. indoor=
s,
>> in a building, in a city, etc.
>>
>> But I think that we can simply let wireless be wireless, and deal with i=
t
>> in the way we schedule things. That is, match the number of cells in a
>> bundle to a desired bandwidth/latency, times the ETX. This does require
>> statistics to be collected per bundle (or better, per pair of motes), an=
d
>> have that information continuously stream to the scheduling entity. This
>> might be the PCE in the centralized case, or just 6tus in the distribute=
d
>> case. 6tus is already collecting those statistics, it's just a matter of
>> getting those to the right place.
>>
>> In my mind, what this means is that we need to take determinism with a
>> grain of salt. And that grain of salt is statistics. E.g. "if you want t=
o
>> pay that much energy, I will guarantee that 99.9% of the packet will rea=
ch
>> their destination within this deadline, but for some more energy, I can
>> make that 99.99%". Or something similar.
>>
>> This is truly interesting stuff, very much looking forward to discussing
>> this during the call on Friday. I'll prepare a handful of slides, in cas=
e
>> this comes up.
>>
>> Thomas
>>
>> On Thu, May 30, 2013 at 7:03 PM, Pascal Thubert (pthubert) <
>> pthubert@cisco.com> wrote:
>>
>>  Dear Kris and Alfredo:****
>>
>> ** **
>>
>> This is where we hit the limits of determinism, mostly if we talk about
>> the ISM band.****
>>
>> ** **
>>
>> I went longer on that discussion in an earlier mail, but yes, I suspect
>> the user will want in some cases to increase the capacity of the track t=
o
>> accommodate ETX, in which case we are in the distribution you mention. F=
or
>> traffic that falls in the =91buffered=92 category, it seems logical to m=
e that
>> the retry can only happen before the next frame shows up. ****
>>
>> ** **
>>
>> There are other more extreme behaviours that we might revert to: we migh=
t
>> either drop the packet (eg there is a parallel track for bicasting aka
>> duocasting aka live live) or the retry goes through traditional routing =
/
>> best effort. And the latter will not work for fragments. ****
>>
>> ** **
>>
>> Let=92s put that discussion on the table at the call Friday?****
>>
>> ** **
>>
>> Pascal****
>>
>> ** **
>>
>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>> Behalf Of *Kris Pister
>> *Sent:* mardi 28 mai 2013 19:02
>> *To:* 6tsch@ietf.org
>> *Subject:* Re: [6tsch] R: On exploiting time synchronisation and
>> deadlines in 6tus****
>>
>> ** **
>>
>> Alfredo brings up an important point.  Latency along a track is only
>> known if the PDR for all links is 100%.  In reality, it's a Poisson
>> distribution that depends on the schedule&PDR at each hop.
>>
>> ksjp****
>>
>> On 5/28/2013 9:35 AM, Alfredo Grieco wrote:****
>>
>> Dear all, Pascal,****
>>
>>  ****
>>
>> I am glad everybody consider this proposal interesting and is providing
>> very precious comments.****
>> <
>>
>>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--047d7b15ac19feadb804ddfe6c8f
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Alfredo,

Here =
is my side of things. In a TSCH network, the quality of a link between two =
motes does vary, but over the course of multiple hours, or days, or weeks. =
You might be interested in the dataset at=A0http:/=
/wsn.eecs.berkeley.edu/connectivity/download.php?dataset=3Ddust. It sho=
ws how the PDR of links evolves in a 44-mote TSCH network deployed in an in=
dustrial setting. The data covers a month of operation, and shows the PDR o=
f all used links in the network, and for all of the 16 frequencies used, in=
 15 minute intervals. If you plot the data, you can see that the PDR varies=
 more during the day than during the night, or during the week days than du=
ring the week-ends. Interesting little things, but the most important messa=
ge is that, while it's common place to have 1-2 frequencies be bad, nev=
er are all of them bad.




=

I agree with you=
 that, as the environment changes, packet losses are bursty. But that's=
 at one frequency. Luckily, the motes channel hop, and while at one frequen=
cy hardly any packet gets through, communication is probably just fine on m=
ost of the others. So your link ends up being fine. That is, let's say =
that you are hopping on 16 channels. As the environment changes, sometimes =
channels 11 and 16 are bad, sometimes it's 17 and 13, but on average yo=
u have 14/16 good channels, which is close to the PDR of your link.




This is one of the mai=
n reasons why TSCH networks has been so successful at delivering ultra high=
 reliability.




Allow me to put some m=
easurement data in some slides, if we want to talk about it tomorrow.=A0




Thomas


On Thu, May 30, 2=
013 at 11:30 PM, Alfredo Grieco <alfredo.grieco@gmail.com> wrote:



Hi all,

Very thoughtful t=
his exchange of mails.

Just a further point: Thoma=
s and Pascal are proposing =A0to statically overprovision the tracks using =
the ETX.=A0






I do not know if frame losses with TSCH happen as they ar=
e evenly distributed over the time or =A0they are=A0bursty as in all wirele=
ss systems. I am carefully=A0checking this point with experiments.




In case they would be=A0=A0bursty,=A0a static overprovisioni=
ng would surely increase the duty cycle and hence energy consumptions witho=
ut making possible an effective recovery of lost frames.=A0

<=
/div>



Are we sure that keeping things simpler surely helps decreasing the en=
ergy drainage and surely fits the requirements of deterministic services ?<=
/div>

My two cents

Cheers





Al


On Friday, May 31, 2013, Thomas Watteyne  wrote:




Pascal,

I agree that, with the unreliable nature of wire=
less, we need to pull in statistics when talking about determinism.

Some frames exchanged between these low-power wireless de=
vices will simply get lost. We have the advantage - with TSCH - of using ch=
annel hopping, so the effect of a "bad" channel is averaged out b=
y the other "good" channels. This has the hugely beneficial side-=
effect that a wireless link in more stable, i.e. it's a PDR=3D85% link =
for quite a bit of time. Certainly enough time to make the approach of tuni=
ng the number of cells in a bundle to that ETX a valid one. From a connecti=
vity point of view, the advantage channel hopping gives us is that links do=
n't suddenly "disappear" when someone opens a door.









I will argue that the effect of multi-path fading is mo=
re dramatic even than that of interference (I assume that's what you we=
re referring to by "ISM band"?). That is, you can have two motes =
happily chatting (on a single frequency), move one by a handful of cm, and =
have the link disappear. No need to talk louder, the multi-path interferenc=
e just kills the signal. In essence, that pair of motes is "at wrong p=
lace at the wrong frequency". This effects is especially true is a ver=
y "3-D" environment, i.e. indoors, in a building, in a city, etc.=









But I think that we can simply let wireless be wireless=
, and deal with it in the way we schedule things. That is, match the number=
 of cells in a bundle to a desired bandwidth/latency, times the ETX. This d=
oes require statistics to be collected per bundle (or better, per pair of m=
otes), and have that information continuously stream to the scheduling enti=
ty. This might be the PCE in the centralized case, or just 6tus in the dist=
ributed case. 6tus is already collecting those statistics, it's just a =
matter of getting those to the right place.








In my mind, what this means is that we need to take det=
erminism with a grain of salt. And that grain of salt is statistics. E.g. &=
quot;if you want to pay that much energy, I will guarantee that 99.9% of th=
e packet will reach their destination within this deadline, but for some mo=
re energy, I can make that 99.99%". Or something similar.








This is truly interesting stuff, very much looking forw=
ard to discussing this during the call on Friday. I'll prepare a handfu=
l of slides, in case this comes up.


Thomas

On Thu, May 30, 2013 at 7:03 PM, Pascal Thubert (=
pthubert) <pthubert@cisco.com> wrote:=

















Dear Kris and Alfredo:








=A0


This is where we hit the limits of determinis=
m, mostly if we talk about the ISM band.






=A0


I went longer on that discussion in an earlie=
r mail, but yes, I suspect the user will want in some cases to increase the=
 capacity of the track to accommodate
 ETX, in which case we are in the distribution you mention. For traffic tha=
t falls in the =91buffered=92 category, it seems logical to me that the ret=
ry can only happen before the next frame shows up.



=A0


There are other more extreme behaviours that =
we might revert to: we might either drop the packet (eg there is a parallel=
 track for bicasting aka duocasting
 aka live live) or the retry goes through traditional routing / best effort=
. And the latter will not work for fragments.



=A0


Let=92s put that discussion on the table at t=
he call Friday?


=A0




Pascal




=A0






From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Kris Pister

Sent: mardi 28 mai 2013 19:02

To: 6tsch@ietf.org

Subject: Re: [6tsch] R: On exploiting time synchronisation and deadl=
ines in 6tus






=A0


Alfredo brings up an important point.=A0 =
Latency along a track is only known if the PDR for all links is 100%.=A0 In=
 reality, it's a Poisson distribution that depends on the schedule&=
PDR at each hop.










ksjp




On 5/28/2013 9:35 AM, Alfredo Grieco wrote:






Dear all, Pascal,


=A0


I am glad everybody consider this proposal in=
teresting and is providing very precious comments.








<





_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch





--047d7b15ac19feadb804ddfe6c8f--

From alfredo.grieco@gmail.com  Fri May 31 00:42:33 2013
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Date: Fri, 31 May 2013 09:42:29 +0200
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Thomas,

I get your point but I have a new issue.

We have multiple channels and this is great, but in one cell we can only
use one channel. If that cell is faulty you have to retransmit your frame,
of course in another cell (hopefully on a different channel).

Now we can choose to overprovision the track so that, in case a frame is
lost, we can use another recovery cell. This inflates the duty cycle. In
fact,  If frames are not lost, recovery cells are not used: we are wasting
resources.

Another possibility, is to use shared cells to handle retranmissions to
take advantage of statistical multiplexing and reduce the duty cycle. A
shared recovery cell would  remain unused with a lower probability.

I am very looking forward to discuss About this point this afternoon.

Cheers

Alfredo

P.s. We were discussing about deadlines ... Isnt't ? :-)

On Friday, May 31, 2013, Thomas Watteyne wrote:

> Alfredo,
>
> Here is my side of things. In a TSCH network, the quality of a link
> between two motes does vary, but over the course of multiple hours, or
> days, or weeks. You might be interested in the dataset at
> http://wsn.eecs.berkeley.edu/connectivity/download.php?dataset=dust. It
> shows how the PDR of links evolves in a 44-mote TSCH network deployed in an
> industrial setting. The data covers a month of operation, and shows the PDR
> of all used links in the network, and for all of the 16 frequencies used,
> in 15 minute intervals. If you plot the data, you can see that the PDR
> varies more during the day than during the night, or during the week days
> than during the week-ends. Interesting little things, but the most
> important message is that, while it's common place to have 1-2 frequencies
> be bad, never are all of them bad.
>
> I agree with you that, as the environment changes, packet losses are
> bursty. But that's at one frequency. Luckily, the motes channel hop, and
> while at one frequency hardly any packet gets through, communication is
> probably just fine on most of the others. So your link ends up being fine.
> That is, let's say that you are hopping on 16 channels. As the environment
> changes, sometimes channels 11 and 16 are bad, sometimes it's 17 and 13,
> but on average you have 14/16 good channels, which is close to the PDR of
> your link.
>
> This is one of the main reasons why TSCH networks has been so successful
> at delivering ultra high reliability.
>
> Allow me to put some measurement data in some slides, if we want to talk
> about it tomorrow.
>
> Thomas
>
>
> On Thu, May 30, 2013 at 11:30 PM, Alfredo Grieco 
> > wrote:
>
>> Hi all,
>>
>> Very thoughtful this exchange of mails.
>>
>> Just a further point: Thomas and Pascal are proposing  to statically
>> overprovision the tracks using the ETX.
>>
>> I do not know if frame losses with TSCH happen as they are evenly
>> distributed over the time or  they are bursty as in all wireless systems. I
>> am carefully checking this point with experiments.
>>
>> In case they would be  bursty, a static overprovisioning would surely
>> increase the duty cycle and hence energy consumptions without making
>> possible an effective recovery of lost frames.
>>
>> Are we sure that keeping things simpler surely helps decreasing the
>> energy drainage and surely fits the requirements of deterministic services ?
>>
>> My two cents
>>
>> Cheers
>>
>> Al
>>
>>
>>
>> On Friday, May 31, 2013, Thomas Watteyne wrote:
>>
>>  Pascal,
>>
>> I agree that, with the unreliable nature of wireless, we need to pull in
>> statistics when talking about determinism.
>>
>> Some frames exchanged between these low-power wireless devices will
>> simply get lost. We have the advantage - with TSCH - of using channel
>> hopping, so the effect of a "bad" channel is averaged out by the other
>> "good" channels. This has the hugely beneficial side-effect that a wireless
>> link in more stable, i.e. it's a PDR=85% link for quite a bit of time.
>> Certainly enough time to make the approach of tuning the number of cells in
>> a bundle to that ETX a valid one. From a connectivity point of view, the
>> advantage channel hopping gives us is that links don't suddenly "disappear"
>> when someone opens a door.
>>
>> I will argue that the effect of multi-path fading is more dramatic even
>> than that of interference (I assume that's what you were referring to by
>> "ISM band"?). That is, you can have two motes happily chatting (on a single
>> frequency), move one by a handful of cm, and have the link disappear. No
>> need to talk louder, the multi-path interference just kills the signal. In
>> essence, that pair of motes is "at wrong place at the wrong frequency".
>> This effects is especially true is a very "3-D" environment, i.e. indoors,
>> in a building, in a city, etc.
>>
>> But I think that we can simply let wireless be wireless, and deal with it
>> in the way we schedule things. That is, match the number of cells in a
>> bundle to a desired bandwidth/latency, times the ETX. This does require
>> statistics to be collected per bundle (or better, per pair of motes), and
>> have that information continuously stream to the scheduling entity. This
>> might be the PCE in the centralized case, or just 6tus in the distributed
>> case. 6tus is already collecting those statistics, it's just a matter of
>> getting those to the right place.
>>
>> In my mind, what this means is that we need to take determinism with a
>> grain of salt. And that grain of salt is statistics. E.g. "if you want to
>> pay that much energy, I will guarantee that 99.9% of the packet will reach
>> their destination within this deadline, but for some more energy, I can
>> make that 99.99%". Or something similar.
>>
>> This is truly interesting stuff, very much looking forward to discussing
>> this during the call on Friday. I'll prepare a handful of slides, in case
>> this comes up.
>>
>> Thomas
>>
>> On Thu, May 30, 2013 at 7:03 PM, Pascal Thubert (pthubert) <
>> pthubert@cisco.com> wrote:
>>
>>  Dear Kris and Alfredo:****
>>
>> ** **
>>
>> This is where we hit the limits of determinism, mostly if we talk about
>> the ISM band.****
>>
>> ** **
>>
>> I went longer on that discussion in an earlier mail, but yes, I suspect
>> the user will want in some cases to increase the capacity of the track to
>> accommodate ETX, in which case
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org 
>> https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>

--001a11c37a84cfda5904ddfec12c
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Thomas,

I get your point but I have a new issue.

We have multiple channels and this is great, but in o=
ne cell we can=A0only use one channel. If that cell is faulty you have to r=
etransmit your frame, of course in another cell (hopefully on a different c=
hannel).



Now we can choose to overprovision the track so that, i=
n case a frame is lost, we can use another recovery cell. This inflates the=
 duty cycle. In fact,=A0=A0If frames are not lost,=A0recovery cells are not=
 used: we are wasting resources.



Another possibility, is to use shared cells to handle r=
etranmissions to take advantage of statistical multiplexing and reduce the =
duty cycle. A shared recovery cell would =A0remain unused with=
 a lower probability.=A0



I am very looking forward to discuss About this point t=
his afternoon.

Cheers

Alf=
redo

P.s. We were discussing about deadlines ... I=
snt't ? :-)



On Friday, May 31, 2013, Thomas Watteyne  wrote:
Alfredo,


Here i=
s my side of things. In a TSCH network, the quality of a link between two m=
otes does vary, but over the course of multiple hours, or days, or weeks. Y=
ou might be interested in the dataset at=A0http://=
wsn.eecs.berkeley.edu/connectivity/download.php?dataset=3Ddust. It show=
s how the PDR of links evolves in a 44-mote TSCH network deployed in an ind=
ustrial setting. The data covers a month of operation, and shows the PDR of=
 all used links in the network, and for all of the 16 frequencies used, in =
15 minute intervals. If you plot the data, you can see that the PDR varies =
more during the day than during the night, or during the week days than dur=
ing the week-ends. Interesting little things, but the most important messag=
e is that, while it's common place to have 1-2 frequencies be bad, neve=
r are all of them bad.





=

I agree with you=
 that, as the environment changes, packet losses are bursty. But that's=
 at one frequency. Luckily, the motes channel hop, and while at one frequen=
cy hardly any packet gets through, communication is probably just fine on m=
ost of the others. So your link ends up being fine. That is, let's say =
that you are hopping on 16 channels. As the environment changes, sometimes =
channels 11 and 16 are bad, sometimes it's 17 and 13, but on average yo=
u have 14/16 good channels, which is close to the PDR of your link.





This is one of the mai=
n reasons why TSCH networks has been so successful at delivering ultra high=
 reliability.





Allow me to put some m=
easurement data in some slides, if we want to talk about it tomorrow.=A0





Thomas


On Thu, May 30, 2=
013 at 11:30 PM, Alfredo Grieco <alfredo.grieco@gmail.com> wrote:




Hi all,

Very thoughtful t=
his exchange of mails.

Just a further point: Thoma=
s and Pascal are proposing =A0to statically overprovision the tracks using =
the ETX.=A0







I do not know if frame losses with TSCH happen as they ar=
e evenly distributed over the time or =A0they are=A0bursty as in all wirele=
ss systems. I am carefully=A0checking this point with experiments.





In case they would be=A0=A0bursty,=A0a static overprovisioni=
ng would surely increase the duty cycle and hence energy consumptions witho=
ut making possible an effective recovery of lost frames.=A0

<=
/div>




Are we sure that keeping things simpler surely helps decreasing the en=
ergy drainage and surely fits the requirements of deterministic services ?<=
/div>

My two cents

Cheers






Al



On Friday=
, May 31, 2013, Thomas Watteyne  wrote:




Pascal,

I agree that, with the unreliable nature of wire=
less, we need to pull in statistics when talking about determinism.

Some frames exchanged between these low-power wireless de=
vices will simply get lost. We have the advantage - with TSCH - of using ch=
annel hopping, so the effect of a "bad" channel is averaged out b=
y the other "good" channels. This has the hugely beneficial side-=
effect that a wireless link in more stable, i.e. it's a PDR=3D85% link =
for quite a bit of time. Certainly enough time to make the approach of tuni=
ng the number of cells in a bundle to that ETX a valid one. From a connecti=
vity point of view, the advantage channel hopping gives us is that links do=
n't suddenly "disappear" when someone opens a door.










I will argue that the effect of multi-path fading is mo=
re dramatic even than that of interference (I assume that's what you we=
re referring to by "ISM band"?). That is, you can have two motes =
happily chatting (on a single frequency), move one by a handful of cm, and =
have the link disappear. No need to talk louder, the multi-path interferenc=
e just kills the signal. In essence, that pair of motes is "at wrong p=
lace at the wrong frequency". This effects is especially true is a ver=
y "3-D" environment, i.e. indoors, in a building, in a city, etc.=










But I think that we can simply let wireless be wireless=
, and deal with it in the way we schedule things. That is, match the number=
 of cells in a bundle to a desired bandwidth/latency, times the ETX. This d=
oes require statistics to be collected per bundle (or better, per pair of m=
otes), and have that information continuously stream to the scheduling enti=
ty. This might be the PCE in the centralized case, or just 6tus in the dist=
ributed case. 6tus is already collecting those statistics, it's just a =
matter of getting those to the right place.









In my mind, what this means is that we need to take det=
erminism with a grain of salt. And that grain of salt is statistics. E.g. &=
quot;if you want to pay that much energy, I will guarantee that 99.9% of th=
e packet will reach their destination within this deadline, but for some mo=
re energy, I can make that 99.99%". Or something similar.









This is truly interesting stuff, very much looking forw=
ard to discussing this during the call on Friday. I'll prepare a handfu=
l of slides, in case this comes up.


Thomas

On Thu, May 30, 2013 at 7:03 PM, Pascal Thubert (=
pthubert) <pthubert@cisco.com> wrote:=

















Dear Kris and Alfredo:









=A0


This is where we hit the limits of determinis=
m, mostly if we talk about the ISM band.






=A0


I went longer on that discussion in an earlie=
r mail, but yes, I suspect the user will want in some cases to increase the=
 capacity of the track to accommodate
 ETX, in which case
______________________________________________=
_

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch







--001a11c37a84cfda5904ddfec12c--

From twatteyne@gmail.com  Fri May 31 00:55:46 2013
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From: Thomas Watteyne 
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Well, you know, deadlines, channel hopping, same stuff :)

I believe there is a trick in channel hopping which might address the
issues you raise. Assume node A has a *single* cell scheduled to node B,
say on channelOffset 5. Each time that cell shows up, the actual
*frequency*the transmission happens on is different each time. That is
because both
the channelOffset *and the ASN* are used to calculate this frequency. The
channelOffset can stay the same, but the ASN constantly changes, and so the
frequency is always different.

In my mind, this technique is the difference between an multi-channel and a
channel hopping solution. This is what we tried to explain in
http://tools.ietf.org/html/draft-watteyne-6tsch-tsch-lln-context-02#appendix-A.7,
but maybe not clear?

The consequence is that you don't need multiple cells to channel hop, a
single one is enough. The number of cells in your bundle just determines
how many opportunities you get to communicate, but has no impact of how
much "channel hopping" is going on. Another nice thing is that you don't
have to carefully pick the channelOffset, since all are equivalent (i.e.
all provide the same amount of channel diversity).

Does that answer your concerns, or did I miss your point?

Thomas


On Fri, May 31, 2013 at 12:42 AM, Alfredo Grieco
wrote:

>
> Thomas,
>
> I get your point but I have a new issue.
>
> We have multiple channels and this is great, but in one cell we can only
> use one channel. If that cell is faulty you have to retransmit your frame,
> of course in another cell (hopefully on a different channel).
>
> Now we can choose to overprovision the track so that, in case a frame is
> lost, we can use another recovery cell. This inflates the duty cycle. In
> fact,  If frames are not lost, recovery cells are not used: we are wasting
> resources.
>
> Another possibility, is to use shared cells to handle retranmissions to
> take advantage of statistical multiplexing and reduce the duty cycle. A
> shared recovery cell would  remain unused with a lower probability.
>
> I am very looking forward to discuss About this point this afternoon.
>
> Cheers
>
> Alfredo
>
> P.s. We were discussing about deadlines ... Isnt't ? :-)
>
> On Friday, May 31, 2013, Thomas Watteyne wrote:
>
>> Alfredo,
>>
>> Here is my side of things. In a TSCH network, the quality of a link
>> between two motes does vary, but over the course of multiple hours, or
>> days, or weeks. You might be interested in the dataset at
>> http://wsn.eecs.berkeley.edu/connectivity/download.php?dataset=dust. It
>> shows how the PDR of links evolves in a 44-mote TSCH network deployed in an
>> industrial setting. The data covers a month of operation, and shows the PDR
>> of all used links in the network, and for all of the 16 frequencies used,
>> in 15 minute intervals. If you plot the data, you can see that the PDR
>> varies more during the day than during the night, or during the week days
>> than during the week-ends. Interesting little things, but the most
>> important message is that, while it's common place to have 1-2 frequencies
>> be bad, never are all of them bad.
>>
>> I agree with you that, as the environment changes, packet losses are
>> bursty. But that's at one frequency. Luckily, the motes channel hop, and
>> while at one frequency hardly any packet gets through, communication is
>> probably just fine on most of the others. So your link ends up being fine.
>> That is, let's say that you are hopping on 16 channels. As the environment
>> changes, sometimes channels 11 and 16 are bad, sometimes it's 17 and 13,
>> but on average you have 14/16 good channels, which is close to the PDR of
>> your link.
>>
>> This is one of the main reasons why TSCH networks has been so successful
>> at delivering ultra high reliability.
>>
>> Allow me to put some measurement data in some slides, if we want to talk
>> about it tomorrow.
>>
>> Thomas
>>
>>
>> On Thu, May 30, 2013 at 11:30 PM, Alfredo Grieco <
>> alfredo.grieco@gmail.com> wrote:
>>
>>> Hi all,
>>>
>>> Very thoughtful this exchange of mails.
>>>
>>> Just a further point: Thomas and Pascal are proposing  to statically
>>> overprovision the tracks using the ETX.
>>>
>>> I do not know if frame losses with TSCH happen as they are evenly
>>> distributed over the time or  they are bursty as in all wireless systems. I
>>> am carefully checking this point with experiments.
>>>
>>> In case they would be  bursty, a static overprovisioning would surely
>>> increase the duty cycle and hence energy consumptions without making
>>> possible an effective recovery of lost frames.
>>>
>>> Are we sure that keeping things simpler surely helps decreasing the
>>> energy drainage and surely fits the requirements of deterministic services ?
>>>
>>> My two cents
>>>
>>> Cheers
>>>
>>> Al
>>>
>>>
>>>
>>> On Friday, May 31, 2013, Thomas Watteyne wrote:
>>>
>>>  Pascal,
>>>
>>> I agree that, with the unreliable nature of wireless, we need to pull in
>>> statistics when talking about determinism.
>>>
>>> Some frames exchanged between these low-power wireless devices will
>>> simply get lost. We have the advantage - with TSCH - of using channel
>>> hopping, so the effect of a "bad" channel is averaged out by the other
>>> "good" channels. This has the hugely beneficial side-effect that a wireless
>>> link in more stable, i.e. it's a PDR=85% link for quite a bit of time.
>>> Certainly enough time to make the approach of tuning the number of cells in
>>> a bundle to that ETX a valid one. From a connectivity point of view, the
>>> advantage channel hopping gives us is that links don't suddenly "disappear"
>>> when someone opens a door.
>>>
>>> I will argue that the effect of multi-path fading is more dramatic even
>>> than that of interference (I assume that's what you were referring to by
>>> "ISM band"?). That is, you can have two motes happily chatting (on a single
>>> frequency), move one by a handful of cm, and have the link disappear. No
>>> need to talk louder, the multi-path interference just kills the signal. In
>>> essence, that pair of motes is "at wrong place at the wrong frequency".
>>> This effects is especially true is a very "3-D" environment, i.e. indoors,
>>> in a building, in a city, etc.
>>>
>>> But I think that we can simply let wireless be wireless, and deal with
>>> it in the way we schedule things. That is, match the number of cells in a
>>> bundle to a desired bandwidth/latency, times the ETX. This does require
>>> statistics to be collected per bundle (or better, per pair of motes), and
>>> have that information continuously stream to the scheduling entity. This
>>> might be the PCE in the centralized case, or just 6tus in the distributed
>>> case. 6tus is already collecting those statistics, it's just a matter of
>>> getting those to the right place.
>>>
>>> In my mind, what this means is that we need to take determinism with a
>>> grain of salt. And that grain of salt is statistics. E.g. "if you want to
>>> pay that much energy, I will guarantee that 99.9% of the packet will reach
>>> their destination within this deadline, but for some more energy, I can
>>> make that 99.99%". Or something similar.
>>>
>>> This is truly interesting stuff, very much looking forward to discussing
>>> this during the call on Friday. I'll prepare a handful of slides, in case
>>> this comes up.
>>>
>>> Thomas
>>>
>>> On Thu, May 30, 2013 at 7:03 PM, Pascal Thubert (pthubert) <
>>> pthubert@cisco.com> wrote:
>>>
>>>  Dear Kris and Alfredo:****
>>>
>>> ** **
>>>
>>> This is where we hit the limits of determinism, mostly if we talk about
>>> the ISM band.****
>>>
>>> ** **
>>>
>>> I went longer on that discussion in an earlier mail, but yes, I suspect
>>> the user will want in some cases to increase the capacity of the track to
>>> accommodate ETX, in which case
>>>
>>> _______________________________________________
>>>
>>> 6tsch mailing list
>>> 6tsch@ietf.org
>>> https://www.ietf.org/mailman/listinfo/6tsch
>>>
>>>
>>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--047d7b6d7c1c117f3204ddfef1e9
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Well, you know, deadlines, channel hopping, same stuff :)<=
div>
I believe there is a trick in channel hopping which migh=
t address the issues you raise. Assume node A has a *single* cell scheduled=
 to node B, say on channelOffset 5. Each time that cell shows up, the actua=
l frequency the transmission happens on is different each time. That=
 is because both the channelOffset and the ASN are used to calculate=
 this frequency. The channelOffset can stay the same, but the ASN constantl=
y changes, and so the frequency is always different.





In my mind, this technique is the difference between an=
 multi-channel and a channel hopping solution. This is what we tried to exp=
lain in=A0http://tools.ietf.org/html/dr=
aft-watteyne-6tsch-tsch-lln-context-02#appendix-A.7, but maybe not clea=
r?=A0





The consequence is that you don't need multiple cel=
ls to channel hop, a single one is enough. The number of cells in your bund=
le just determines how many opportunities you get to communicate, but has n=
o impact of how much "channel hopping" is going on. Another nice =
thing is that you don't have to carefully pick the channelOffset, since=
 all are equivalent (i.e. all provide the same amount of channel diversity)=
.





Does that answer your concerns, or did I miss your poin=
t?

Thomas


=

On Fri, May 31, 2013 at 12:42 AM, Alfredo Grieco=
 <alfredo.grieco@gmail.com> wrote:





Thomas,

I get your po=
int but I have a new issue.

We have multiple chann=
els and this is great, but in one cell we can=A0only use one channel. If th=
at cell is faulty you have to retransmit your frame, of course in another c=
ell (hopefully on a different channel).






Now we can choose to overprovision the track so that, i=
n case a frame is lost, we can use another recovery cell. This inflates the=
 duty cycle. In fact,=A0=A0If frames are not lost,=A0recovery cells are not=
 used: we are wasting resources.






Another possibility, is to use shared cells to handle r=
etranmissions to take advantage of statistical multiplexing and reduce the =
duty cycle. A shared recovery cell would =A0remain unused with=
 a lower probability.=A0






I am very looking forward to discuss About this point t=
his afternoon.

Cheers

Alf=
redo

P.s. We were discussing about deadlines ... I=
snt't ? :-)






On Friday, May 31, 2013, Thomas Watteyne  wro=
te:


Alfredo,


Here i=
s my side of things. In a TSCH network, the quality of a link between two m=
otes does vary, but over the course of multiple hours, or days, or weeks. Y=
ou might be interested in the dataset at=A0http://=
wsn.eecs.berkeley.edu/connectivity/download.php?dataset=3Ddust. It show=
s how the PDR of links evolves in a 44-mote TSCH network deployed in an ind=
ustrial setting. The data covers a month of operation, and shows the PDR of=
 all used links in the network, and for all of the 16 frequencies used, in =
15 minute intervals. If you plot the data, you can see that the PDR varies =
more during the day than during the night, or during the week days than dur=
ing the week-ends. Interesting little things, but the most important messag=
e is that, while it's common place to have 1-2 frequencies be bad, neve=
r are all of them bad.








=

I agree with you=
 that, as the environment changes, packet losses are bursty. But that's=
 at one frequency. Luckily, the motes channel hop, and while at one frequen=
cy hardly any packet gets through, communication is probably just fine on m=
ost of the others. So your link ends up being fine. That is, let's say =
that you are hopping on 16 channels. As the environment changes, sometimes =
channels 11 and 16 are bad, sometimes it's 17 and 13, but on average yo=
u have 14/16 good channels, which is close to the PDR of your link.








This is one of the mai=
n reasons why TSCH networks has been so successful at delivering ultra high=
 reliability.








Allow me to put some m=
easurement data in some slides, if we want to talk about it tomorrow.=A0








Thomas


=




On Thu, May 30, 2013 at 11:30 PM, Alfredo Grieco <a=
lfredo.grieco@gmail.com> wrote:




Hi all,

=

Very thoughtful this exchange of mails.



Just a further point: Thomas and Pascal are proposing =A0to statically=
 overprovision the tracks using the ETX.=A0







I do not know if frame losses with TSCH happen as they ar=
e evenly distributed over the time or =A0they are=A0bursty as in all wirele=
ss systems. I am carefully=A0checking this point with experiments.








In case they would be=A0=A0bursty,=A0a static overprovisioni=
ng would surely increase the duty cycle and hence energy consumptions witho=
ut making possible an effective recovery of lost frames.=A0

<=
/div>







Are we sure that keeping things simpler surely helps decreasing the en=
ergy drainage and surely fits the requirements of deterministic services ?<=
/div>

My two cents

Cheers









Al



On Friday=
, May 31, 2013, Thomas Watteyne  wrote:




Pascal,

I agree that, with the unreliable nature of wire=
less, we need to pull in statistics when talking about determinism.

Some frames exchanged between these low-power wireless de=
vices will simply get lost. We have the advantage - with TSCH - of using ch=
annel hopping, so the effect of a "bad" channel is averaged out b=
y the other "good" channels. This has the hugely beneficial side-=
effect that a wireless link in more stable, i.e. it's a PDR=3D85% link =
for quite a bit of time. Certainly enough time to make the approach of tuni=
ng the number of cells in a bundle to that ETX a valid one. From a connecti=
vity point of view, the advantage channel hopping gives us is that links do=
n't suddenly "disappear" when someone opens a door.













I will argue that the effect of multi-path fading is mo=
re dramatic even than that of interference (I assume that's what you we=
re referring to by "ISM band"?). That is, you can have two motes =
happily chatting (on a single frequency), move one by a handful of cm, and =
have the link disappear. No need to talk louder, the multi-path interferenc=
e just kills the signal. In essence, that pair of motes is "at wrong p=
lace at the wrong frequency". This effects is especially true is a ver=
y "3-D" environment, i.e. indoors, in a building, in a city, etc.=













But I think that we can simply let wireless be wireless=
, and deal with it in the way we schedule things. That is, match the number=
 of cells in a bundle to a desired bandwidth/latency, times the ETX. This d=
oes require statistics to be collected per bundle (or better, per pair of m=
otes), and have that information continuously stream to the scheduling enti=
ty. This might be the PCE in the centralized case, or just 6tus in the dist=
ributed case. 6tus is already collecting those statistics, it's just a =
matter of getting those to the right place.












In my mind, what this means is that we need to take det=
erminism with a grain of salt. And that grain of salt is statistics. E.g. &=
quot;if you want to pay that much energy, I will guarantee that 99.9% of th=
e packet will reach their destination within this deadline, but for some mo=
re energy, I can make that 99.99%". Or something similar.












This is truly interesting stuff, very much looking forw=
ard to discussing this during the call on Friday. I'll prepare a handfu=
l of slides, in case this comes up.


Thomas

On Thu, May 30, 2013 at 7:03 PM, Pascal Thubert (=
pthubert) <pthubert@cisco.com> wrote:=

















Dear Kris and Alfredo:












=A0


This is where we hit the limits of determinis=
m, mostly if we talk about the ISM band.






=A0


I went longer on that discussion in an earlie=
r mail, but yes, I suspect the user will want in some cases to increase the=
 capacity of the track to accommodate
 ETX, in which case
__________________________________=
_____________





_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch





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From alfredo.grieco@gmail.com  Fri May 31 01:13:07 2013
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Subject: Re: [6tsch] On exploiting time synchronisation and deadlines in 6tus
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I agree on channel hopping, but the number of cells in my bundle affects
the duty cycle, and many of these cells could remain not used when we do
not need retransmissions.

If a parent node P has three sons, i could imagine a very small bundle
reservend to each son and a shared link to handle the aggregated traffic
arising from retransmissions of all sons toghether.

Thanks for your answers

Cheers


Alfredo

On Friday, May 31, 2013, Thomas Watteyne wrote:

> Well, you know, deadlines, channel hopping, same stuff :)
>
> I believe there is a trick in channel hopping which might address the
> issues you raise. Assume node A has a *single* cell scheduled to node B,
> say on channelOffset 5. Each time that cell shows up, the actual *
> frequency* the transmission happens on is different each time. That is
> because both the channelOffset *and the ASN* are used to calculate this
> frequency. The channelOffset can stay the same, but the ASN constantly
> changes, and so the frequency is always different.
>
> In my mind, this technique is the difference between an multi-channel and
> a channel hopping solution. This is what we tried to explain in
> http://tools.ietf.org/html/draft-watteyne-6tsch-tsch-lln-context-02#appendix-A.7,
> but maybe not clear?
>
> The consequence is that you don't need multiple cells to channel hop, a
> single one is enough. The number of cells in your bundle just determines
> how many opportunities you get to communicate, but has no impact of how
> much "channel hopping" is going on. Another nice thing is that you don't
> have to carefully pick the channelOffset, since all are equivalent (i.e.
> all provide the same amount of channel diversity).
>
> Does that answer your concerns, or did I miss your point?
>
> Thomas
>
>
> On Fri, May 31, 2013 at 12:42 AM, Alfredo Grieco  > wrote:
>
>
> Thomas,
>
> I get your point but I have a new issue.
>
> We have multiple channels and this is great, but in one cell we can only
> use one channel. If that cell is faulty you have to retransmit your frame,
> of course in another cell (hopefully on a different channel).
>
> Now we can choose to overprovision the track so that, in case a frame is
> lost, we can use another recovery cell. This inflates the duty cycle. In
> fact,  If frames are not lost, recovery cells are not used: we are wasting
> resources.
>
> Another possibility, is to use shared cells to handle retranmissions to
> take advantage of statistical multiplexing and reduce the duty cycle. A
> shared recovery cell would  remain unused with a lower probability.
>
> I am very looking forward to discuss About this point this afternoon.
>
> Cheers
>
> Alfredo
>
> P.s. We were discussing about deadlines ... Isnt't ? :-)
>
> On Friday, May 31, 2013, Thomas Watteyne wrote:
>
> Alfredo,
>
> Here is my side of things. In a TSCH network, the quality of a link
> between two motes does vary, but over the course of multiple hours, or
> days, or weeks. You might be interested in the dataset at
> http://wsn.eecs.berkeley.edu/connectivity/download.php?dataset=dust. It
> shows how the PDR of links evolves in a 44-mote TSCH network deployed in an
> industrial setting. The data covers a month of operation, and shows the PDR
> of all used links in the network, and for all of the 16 frequencies used,
> in 15 minute intervals. If you plot the data, you can see that the PDR
> varies more during the day than during the night, or during the week days
> than during the week-ends. Interesting little things, but the most
> important message is that, while it's common place to have 1-2 frequencies
> be bad, never are all of them bad.
>
> I agree with you that, as the environment changes, packet losses are
> bursty. But that's at one frequency. Luckily, the motes channel hop, and
> while at one frequency hardly any packet gets through, communication is
> probably just fine on most of the others. So your link ends up being fine.
> That is, let's say that you are hopping on 16 channels. As the environment
> changes, sometimes channels 11 and 16 are bad, sometimes it's 17 and 13,
> but on average you have 14/16 good channels, which is close to the PDR of
> your link.
>
> This is one of the main reasons why TSCH networks has been so successful
> at delivering ultra high reliability.
>
> Allow me to put some measurement data in some slides, if we want to talk
> about it tomorrow.
>
> Thomas
>
>
> On Thu, May 30, 2013 at 11:30 PM, Alfredo Grieco  > wrote:
>
> Hi all,
>
> Very thoughtful this exchange of mails.
>
> Just a further point: Thomas and Pascal are proposing  to statically
> overprovision the tracks using the ETX.
>
> I do not know if frame losses with TSCH happen as they are evenly
> distributed over the time or  they are bursty as in all wireless systems. I
> am carefully checking this point with experiments.
>
> In case they would be  bursty, a static overprovisioning would surely
> increase the duty cycle and hence energy consumptions without making
> possible an effective recovery of lost frames.
>
>

--089e0158c302145b9d04ddff2f7d
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


I agree on channel hopping, but the number of cells in my bundle affec=
ts the duty cycle, and many of these cells could remain not used when we do=
 not need retransmissions.

If a parent node P has =
three sons, i could imagine a very small bundle reservend to each son and a=
 shared link to handle the aggregated traffic arising from retransmissions =
of all sons toghether.



Thanks for your answers

Cheers=



Alfredo
On Friday, May 31, 2013, Thomas Watteyne  wrote:


Well, you know, deadlines, channel hopping, same stuff :)<=
div>
I believe there is a trick in channel hopping which migh=
t address the issues you raise. Assume node A has a *single* cell scheduled=
 to node B, say on channelOffset 5. Each time that cell shows up, the actua=
l frequency the transmission happens on is different each time. That=
 is because both the channelOffset and the ASN are used to calculate=
 this frequency. The channelOffset can stay the same, but the ASN constantl=
y changes, and so the frequency is always different.






In my mind, this technique is the difference between an=
 multi-channel and a channel hopping solution. This is what we tried to exp=
lain in=A0http://tools.ietf.org/html/dr=
aft-watteyne-6tsch-tsch-lln-context-02#appendix-A.7, but maybe not clea=
r?=A0






The consequence is that you don't need multiple cel=
ls to channel hop, a single one is enough. The number of cells in your bund=
le just determines how many opportunities you get to communicate, but has n=
o impact of how much "channel hopping" is going on. Another nice =
thing is that you don't have to carefully pick the channelOffset, since=
 all are equivalent (i.e. all provide the same amount of channel diversity)=
.






Does that answer your concerns, or did I miss your poin=
t?

Thomas


On Fri, May 31, 2=
013 at 12:42 AM, Alfredo Grieco <alfredo.grieco@gma=
il.com> wrote:






Thomas,

I get your point but I have a new i=
ssue.

We have multiple channels and this is great,=
 but in one cell we can=A0only use one channel. If that cell is faulty you =
have to retransmit your frame, of course in another cell (hopefully on a di=
fferent channel).







Now we can choose to overprovision the track so that, i=
n case a frame is lost, we can use another recovery cell. This inflates the=
 duty cycle. In fact,=A0=A0If frames are not lost,=A0recovery cells are not=
 used: we are wasting resources.







Another possibility, is to use shared cells to handle r=
etranmissions to take advantage of statistical multiplexing and reduce the =
duty cycle. A shared recovery cell would =A0remain unused with=
 a lower probability.=A0







I am very looking forward to discuss About this point t=
his afternoon.

Cheers

Alf=
redo

P.s. We were discussing about deadlines ... I=
snt't ? :-)







On Friday, May 31, 2013, Thomas Watteyne  wro=
te:


Alfredo,


Here i=
s my side of things. In a TSCH network, the quality of a link between two m=
otes does vary, but over the course of multiple hours, or days, or weeks. Y=
ou might be interested in the dataset at=A0http://=
wsn.eecs.berkeley.edu/connectivity/download.php?dataset=3Ddust. It show=
s how the PDR of links evolves in a 44-mote TSCH network deployed in an ind=
ustrial setting. The data covers a month of operation, and shows the PDR of=
 all used links in the network, and for all of the 16 frequencies used, in =
15 minute intervals. If you plot the data, you can see that the PDR varies =
more during the day than during the night, or during the week days than dur=
ing the week-ends. Interesting little things, but the most important messag=
e is that, while it's common place to have 1-2 frequencies be bad, neve=
r are all of them bad.









=

I agree with you=
 that, as the environment changes, packet losses are bursty. But that's=
 at one frequency. Luckily, the motes channel hop, and while at one frequen=
cy hardly any packet gets through, communication is probably just fine on m=
ost of the others. So your link ends up being fine. That is, let's say =
that you are hopping on 16 channels. As the environment changes, sometimes =
channels 11 and 16 are bad, sometimes it's 17 and 13, but on average yo=
u have 14/16 good channels, which is close to the PDR of your link.









This is one of the mai=
n reasons why TSCH networks has been so successful at delivering ultra high=
 reliability.









Allow me to put some m=
easurement data in some slides, if we want to talk about it tomorrow.=A0









Thomas





On Thu, May 30, 2013 at 11:30 PM, Alfredo Grieco <a=
lfredo.grieco@gmail.com> wrote:




Hi all,

Very thoughtful t=
his exchange of mails.



Just a further point: Thomas and Pascal are proposing =A0to statically=
 overprovision the tracks using the ETX.=A0







I do not know if frame losses with TSCH happen as they ar=
e evenly distributed over the time or =A0they are=A0bursty as in all wirele=
ss systems. I am carefully=A0checking this point with experiments.









In case they would be=A0=A0bursty,=A0a static overprovisioni=
ng would surely increase the duty cycle and hence energy consumptions witho=
ut making possible an effective recovery of lost frames.=A0

<=
/div>

=





--089e0158c302145b9d04ddff2f7d--

From maria-rita.palattella@uni.lu  Fri May 31 03:03:50 2013
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From: Maria Rita PALATTELLA 
To: "Pascal Thubert (pthubert)" , "6tsch@ietf.org" <6tsch@ietf.org>, "JP Vasseur (jvasseur)" , "Ted Lemon (ted.lemon@nominum.com)" , "Adrian Farrel (adrian@olddog.co.uk)" 
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Pascal, all,

http://www.etsi.org/news-events/events/663-2013-6lowpan-plugtests

This event will be co-located with the 87th IETF meeting (28 July - 02 Augu=
st 2013). It can be of interest for our group.

Maria Rita


From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of P=
ascal Thubert (pthubert)
Sent: Friday, May 31, 2013 4:14 AM
To: 6tsch@ietf.org; JP Vasseur (jvasseur); Ted Lemon (ted.lemon@nominum.com=
); Adrian Farrel (adrian@olddog.co.uk)
Subject: Re: [6tsch] Agenda for the call on May 31st

Dear all :

Please find a proposed agenda for the call tomorrow.

This time, it will be simple. We have a heated discussion in the list of ho=
w we use the 6TUS layer track switching, vs. switching at 6LoWPAN or routin=
g.
Let us continue this discussion during the call.

As usual; please feel free to propose changes / additions, and remember tha=
t the call should be recorded!

Cheers,

Pascal



Topic: 6TSCH Weekly
Date: Friday, May 31st, 2013
Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)
Meeting Number: 206 802 913
Meeting Password: sixtus

-------------------------------------------------------
To start the online meeting
-------------------------------------------------------
1. Go to https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID=
=3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D
2. Log in to your account.
3. Click "Start Now".
4. Follow the instructions that appear on your screen.

----------------------------------------------------------------
ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes
----------------------------------------------------------------

The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita=
s area and (866) 349-3520 for the RTP area.

Please dial the local access number for your area from the list below:
- San Jose/Milpitas (408) area: 525-6800
- RTP (919) area: 392-3330

-------------------------------------------------------
To join the teleconference only
-------------------------------------------------------
1. Dial into Cisco WebEx (view all Global Access Numbers at
http://cisco.com/en/US/about/doing_business/conferencing/index.html
2. Follow the prompts to enter the Meeting Number (listed above) or Access =
Code followed by the # sign.

San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330

US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117

India: +91.80.4350.1111 Germany: +49.619.6773.9002

Japan: +81.3.5763.9394 China: +86.10.8515.5666

To check whether you have the appropriate players installed for UCF (Univer=
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.com/ciscosales/systemdiagnosis.php

http://www.webex.com

CCM:+14085256800x206802913


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Pascal, all,  &nb=
sp;


 


http://www.etsi.org=
/news-events/events/663-2013-6lowpan-plugtests


 


This event will be co-located with the 87th IETF mee=
ting (28 July - 02 August 2013). It can be of interest for our group.<=
/o:p>


 


Maria Rita<=
/span>


 


 






From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Pascal Thubert (pthubert)

Sent: Friday, May 31, 2013 4:14 AM

To: 6tsch@ietf.org; JP Vasseur (jvasseur); Ted Lemon (ted.lemon@nomi=
num.com); Adrian Farrel (adrian@olddog.co.uk)

Subject: Re: [6tsch] Agenda for the call on May 31st






 


Dear all :


 


Please find a proposed=
 agenda for the call tomorrow.



 


This time, it will be =
simple. We have a heated discussion in the list of how we use the 6TUS laye=
r track switching, vs. switching at 6LoWPAN or routing.

Let us continue this d=
iscussion during the call.





 


As usual; please feel =
free to propose changes / additions, and remember that the call should be r=
ecorded!


 


Cheers,


 


Pascal


 


 




 


Topic: 6TSCH Weekly


Date: Friday, May 31st, 2013 

Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00) 

Meeting Number: 206 802 913 

Meeting Password: sixtus 



------------------------------------------------------- 

To start the online meeting 

------------------------------------------------------- 

1. Go to https://ciscosales.webex.com/ciscosales/j=
.php?ED=3D219615007&UID=3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiM=
yMw%3D%3D


2. Log in to your account. 

3. Click "Start Now". 

4. Follow the instructions that appear on your screen. 



---------------------------------------------------------------- 

ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes 

---------------------------------------------------------------- 



The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita=
s area and (866) 349-3520 for the RTP area.




Please dial the local access number for your area from the list below: 

- San Jose/Milpitas (408) area: 525-6800 

- RTP (919) area: 392-3330 



------------------------------------------------------- 

To join the teleconference only 

------------------------------------------------------- 

1. Dial into Cisco WebEx (view all Global Access Numbers at 

http://cisco.com/en/US/about/doin=
g_business/conferencing/index.html


2. Follow the prompts to enter the Meeting Number (listed above) or Access =
Code followed by the # sign.




San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330 



US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117 



India: +91.80.4350.1111 Germany: +49.619.6773.9002 



Japan: +81.3.5763.9394 China: +86.10.8515.5666 



To check whether you have the appropriate players installed for UCF (Univer=
sal Communications Format) rich media files, go to
https://ciscosales.webex.com/ciscosales/s=
ystemdiagnosis.php




http:=
//www.webex.com




CCM:+14085256800x206802913


 






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From: "Pascal Thubert (pthubert)" 
To: Thomas Watteyne , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] logo finalists (2)
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Perfect...

Sorry for the crossing work. I should have told you I was on it too...

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: jeudi 30 mai 2013 19:44
To: 6tsch@ietf.org
Subject: Re: [6tsch] logo finalists (2)

Pascal,
Great! When do the polls close? I propose to leave them open for a week, so=
 we can discover the winner at the 6TSCH call one week from now.
Thomas

On Thu, May 30, 2013 at 7:33 PM, Pascal Thubert (pthubert) > wrote:
Dear all,

As promised, here's the link to vote!

http://www.surveymonkey.com/s/GN5V7KT

[cid:image001.png@01CE5DBE.43392130]

Have fun!

Pascal

_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


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Perfect…


 <=
/p>

Sorry for the crossing wo=
rk. I should have told you I was on it too…


 <=
/p>

Pascal


 <=
/p>

From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne

Sent: jeudi 30 mai 2013 19:44

To: 6tsch@ietf.org

Subject: Re: [6tsch] logo finalists (2)


 




Pascal,




Great! When do the polls close? I propose to leave t=
hem open for a week, so we can discover the winner at the 6TSCH call one we=
ek from now.






Thomas








 




On Thu, May 30, 2013 at 7:33 PM, Pascal Thubert (pth=
ubert) <pthubert=
@cisco.com> wrote:






Dear all,


 


As promised, here’s the link t=
o vote!


 


http://www.surveymonkey.com/s/GN5V7KT



 




 


Have fun!


 


Pascal








_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://www.ietf.org/mailman/listinfo/6tsch




 








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From: Pascal Thubert 
Date: Fri, 31 May 2013 07:27:03 -0700
To: Alfredo Grieco 
Cc: "6tsch@ietf.org" <6tsch@ietf.org>
Subject: Re: [6tsch] On exploiting time synchronisation and deadlines in 6tus
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Hello Alfredo

This is a bit different, yes.

So what you are up to is allow routing to use a track cell for 1 hop, and th=
en the pak would be extracted from the track and punted to l3?

This could be done and only requires 1 bit to mean that this is an opportuni=
stic reuse of the slot to be punted as opposed to mpls switched

Doable i expect...

Pascal

Le 31 mai 2013 =C3=A0 01:13, Alfredo Grieco  a =C3=
=A9crit :

> I agree on channel hopping, but the number of cells in my bundle affects t=
he duty cycle, and many of these cells could remain not used when we do not n=
eed retransmissions.
>=20
> If a parent node P has three sons, i could imagine a very small bundle res=
ervend to each son and a shared link to handle the aggregated traffic arisin=
g from retransmissions of all sons toghether.
>=20
> Thanks for your answers
>=20
> Cheers
>=20
>=20
> Alfredo
>=20
> On Friday, May 31, 2013, Thomas Watteyne wrote:
>> Well, you know, deadlines, channel hopping, same stuff :)
>>=20
>> I believe there is a trick in channel hopping which might address the iss=
ues you raise. Assume node A has a *single* cell scheduled to node B, say on=
 channelOffset 5. Each time that cell shows up, the actual frequency the tra=
nsmission happens on is different each time. That is because both the channe=
lOffset and the ASN are used to calculate this frequency. The channelOffset c=
an stay the same, but the ASN constantly changes, and so the frequency is al=
ways different.
>>=20
>> In my mind, this technique is the difference between an multi-channel and=
 a channel hopping solution. This is what we tried to explain in http://tool=
s.ietf.org/html/draft-watteyne-6tsch-tsch-lln-context-02#appendix-A.7, but m=
aybe not clear?=20
>>=20
>> The consequence is that you don't need multiple cells to channel hop, a s=
ingle one is enough. The number of cells in your bundle just determines how m=
any opportunities you get to communicate, but has no impact of how much "cha=
nnel hopping" is going on. Another nice thing is that you don't have to care=
fully pick the channelOffset, since all are equivalent (i.e. all provide the=
 same amount of channel diversity).
>>=20
>> Does that answer your concerns, or did I miss your point?
>>=20
>> Thomas
>>=20
>>=20
>> On Fri, May 31, 2013 at 12:42 AM, Alfredo Grieco  wrote:
>>=20
>> Thomas,
>>=20
>> I get your point but I have a new issue.
>>=20
>> We have multiple channels and this is great, but in one cell we can only u=
se one channel. If that cell is faulty you have to retransmit your frame, of=
 course in another cell (hopefully on a different channel).
>>=20
>> Now we can choose to overprovision the track so that, in case a frame is l=
ost, we can use another recovery cell. This inflates the duty cycle. In fact=
,  If frames are not lost, recovery cells are not used: we are wasting resou=
rces.
>>=20
>> Another possibility, is to use shared cells to handle retranmissions to t=
ake advantage of statistical multiplexing and reduce the duty cycle. A share=
d recovery cell would  remain unused with a lower probability.=20
>>=20
>> I am very looking forward to discuss About this point this afternoon.
>>=20
>> Cheers
>>=20
>> Alfredo
>>=20
>> P.s. We were discussing about deadlines ... Isnt't ? :-)
>>=20
>> On Friday, May 31, 2013, Thomas Watteyne wrote:
>> Alfredo,
>>=20
>> Here is my side of things. In a TSCH network, the quality of a link betwe=
en two motes does vary, but over the course of multiple hours, or days, or w=
eeks. You might be interested in the dataset at http://wsn.eecs.berkeley.edu=
/connectivity/download.php?dataset=3Ddust. It shows how the PDR of links evo=
lves in a 44-mote TSCH network deployed in an industrial setting. The data c=
overs a month of operation, and shows the PDR of all used links in the netwo=
rk, and for all of the 16 frequencies used, in 15 minute intervals. If you p=
lot the data, you can see that the PDR varies more during the day than durin=
g the night, or during the week days than during the week-ends. Interesting l=
ittle things, but the most important message is that, while it's common plac=
e to have 1-2 frequencies be bad, never are all of them bad.
>>=20
>> I agree with you that, as the environment changes, packet losses are burs=
ty. But that's at one frequency. Luckily, the motes channel hop, and while a=
t one frequency hardly any packet gets through, communication is probably ju=
st fine on most of the others. So your link ends up being fine. That is, let=
's say that you are hopping on 16 channels. As the environment changes, some=
times channels 11 and 16 are bad, sometimes it's 17 and 13, but on average y=
ou have 14/16 good channels, which is close to the PDR of your link.
>>=20
>> This is one of the main reasons why TSCH networks has been so successful a=
t delivering ultra high reliability.
>>=20
>> Allow me to put some measurement data in some slides, if we want to talk a=
bout it tomorrow.=20
>>=20
>> Thomas
>>=20
>>=20
>> On Thu, May 30, 2013 at 11:30 PM, Alfredo Grieco  wrote:
>> Hi all,
>>=20
>> Very thoughtful this exchange of mails.
>>=20
>> Just a further point: Thomas and Pascal are proposing  to statically over=
provision the tracks using the ETX.=20
>>=20
>> I do not know if frame losses with TSCH happen as they are evenly distrib=
uted over the time or  they are bursty as in all wireless systems. I am care=
fully checking this point with experiments.
>>=20
>> In case they would be  bursty, a static overprovisioning would surely inc=
rease the duty cycle and hence energy consumptions without making possible a=
n effective recovery of lost frames.=20
>>=20
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch

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Hello Alfredo

This is a bit different, yes.

So what you are up t=
o is allow routing to use a track cell for 1 hop, and then the pak would be e=
xtracted from the track and punted to l3?

This coul=
d be done and only requires 1 bit to mean that this is an opportunistic reus=
e of the slot to be punted as opposed to mpls switched

<=
div>Doable i expect...

Pascal

Le 31 mai 2013 =C3=A0 01:=
13, Alfredo Grieco <alfredo.g=
rieco@gmail.com> a =C3=A9crit :

I agree on channel hopping, but the number of cells in my b=
undle affects the duty cycle, and many of these cells could remain not used w=
hen we do not need retransmissions.

If a parent nod=
e P has three sons, i could imagine a very small bundle reservend to each so=
n and a shared link to handle the aggregated traffic arising from retransmis=
sions of all sons toghether.



Thanks for your answers

Cheers<=
span>


Alfredo

O=
n Friday, May 31, 2013, Thomas Watteyne  wrote:


Well, you know, deadlines, channel hopping, same stuff :)
I believe there is a trick in channel hopping which might a=
ddress the issues you raise. Assume node A has a *single* cell scheduled to n=
ode B, say on channelOffset 5. Each time that cell shows up, the actual f=
requency the transmission happens on is different each time. That is bec=
ause both the channelOffset and the ASN are used to calculate this fr=
equency. The channelOffset can stay the same, but the ASN constantly changes=
, and so the frequency is always different.






In my mind, this technique is the difference between an m=
ulti-channel and a channel hopping solution. This is what we tried to explai=
n in http://tools.ietf.org/html/draf=
t-watteyne-6tsch-tsch-lln-context-02#appendix-A.7, but maybe not clear?&=
nbsp;






The consequence is that you don't need multiple cells to=
 channel hop, a single one is enough. The number of cells in your bundle jus=
t determines how many opportunities you get to communicate, but has no impac=
t of how much "channel hopping" is going on. Another nice thing is that you d=
on't have to carefully pick the channelOffset, since all are equivalent (i.e=
. all provide the same amount of channel diversity).






Does that answer your concerns, or did I miss your point=
?

Thomas


On Fri, May 31, 201=
3 at 12:42 AM, Alfredo Grieco <alfredo.grieco@gmail.=
com> wrote:






Thomas,

I get your point but I have a new iss=
ue.

We have multiple channels and this is great, bu=
t in one cell we can only use one channel. If that cell is faulty you h=
ave to retransmit your frame, of course in another cell (hopefully on a diff=
erent channel).







Now we can choose to overprovision the track so that, in=
 case a frame is lost, we can use another recovery cell. This inflates the d=
uty cycle. In fact,  If frames are not lost, recovery cells a=
re not used: we are wasting resources.







Another possibility, is to use shared cells to handle re=
tranmissions to take advantage of statistical multiplexing and reduce the du=
ty cycle. A shared recovery cell would  remain unused with=
 a lower probability. 







I am very looking forward to discuss About this point th=
is afternoon.

Cheers

Alfre=
do

P.s. We were discussing about deadlines ... Isnt=
't ? :-)







On Friday, May 31, 2013, Thomas Watteyne  wrot=
e:


Alfredo,


Here is=
 my side of things. In a TSCH network, the quality of a link between two mot=
es does vary, but over the course of multiple hours, or days, or weeks. You m=
ight be interested in the dataset at http://wsn=
.eecs.berkeley.edu/connectivity/download.php?dataset=3Ddust. It shows ho=
w the PDR of links evolves in a 44-mote TSCH network deployed in an industri=
al setting. The data covers a month of operation, and shows the PDR of all u=
sed links in the network, and for all of the 16 frequencies used, in 15 minu=
te intervals. If you plot the data, you can see that the PDR varies more dur=
ing the day than during the night, or during the week days than during the w=
eek-ends. Interesting little things, but the most important message is that,=
 while it's common place to have 1-2 frequencies be bad, never are all of th=
em bad.









<=
div style=3D"font-family:arial,sans-serif;font-size:13px">I agree with you t=
hat, as the environment changes, packet losses are bursty. But that's at one=
 frequency. Luckily, the motes channel hop, and while at one frequency hardl=
y any packet gets through, communication is probably just fine on most of th=
e others. So your link ends up being fine. That is, let's say that you are h=
opping on 16 channels. As the environment changes, sometimes channels 11 and=
 16 are bad, sometimes it's 17 and 13, but on average you have 14/16 good ch=
annels, which is close to the PDR of your link.









This is one of the main r=
easons why TSCH networks has been so successful at delivering ultra high rel=
iability.









Allow me to put some mea=
surement data in some slides, if we want to talk about it tomorrow. 









Thomas
=






On Thu, May 30, 2013 at 11:30 PM, Alfredo Grieco <al=
fredo.grieco@gmail.com> wrote:




Hi all,

Very thoughtful thi=
s exchange of mails.



Just a further point: Thomas and Pascal are proposing  to statical=
ly overprovision the tracks using the ETX. 







I do not know if frame losses with TSCH happen as they are=
 evenly distributed over the time or  they are bursty as in all wi=
reless systems. I am carefully checking this point with experiments.









In case they would be  bursty, a static overpr=
ovisioning would surely increase the duty cycle and hence energy consumption=
s without making possible an effective recovery of lost frames. 
<=
div>


<=
/div>




____________________=
___________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mai=
lman/listinfo/6tsch
=

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From robert.assimiti@nivis.com  Fri May 31 15:17:43 2013
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From: Robert Assimiti 
To: Maria Rita PALATTELLA , "Pascal Thubert (pthubert)" , "6tsch@ietf.org" <6tsch@ietf.org>, "JP Vasseur (jvasseur)" , "Ted Lemon	(ted.lemon@nominum.com)" , "Adrian Farrel	(adrian@olddog.co.uk)" 
Thread-Topic: Agenda for the call on May 31st
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Date: Fri, 31 May 2013 22:16:47 +0000
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Pascal and all,

This will be a joint ETSI and IPSO interoperability event that will be co-l=
ocated with the IETF.

As suggested to you a short while ago Pascal, the IPSO (and ETSI) interoper=
ability events would provide an ideal sandbox to test our 6tus implementati=
ons.

I highly recommend attending the event.

Thanks

Robert Assimiti

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of M=
aria Rita PALATTELLA
Sent: Friday, May 31, 2013 6:04 AM
To: Pascal Thubert (pthubert); 6tsch@ietf.org; JP Vasseur (jvasseur); Ted L=
emon (ted.lemon@nominum.com); Adrian Farrel (adrian@olddog.co.uk)
Subject: Re: [6tsch] Agenda for the call on May 31st

Pascal, all,

http://www.etsi.org/news-events/events/663-2013-6lowpan-plugtests

This event will be co-located with the 87th IETF meeting (28 July - 02 Augu=
st 2013). It can be of interest for our group.

Maria Rita


From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Pascal Thubert (pthubert)
Sent: Friday, May 31, 2013 4:14 AM
To: 6tsch@ietf.org; JP Vasseur (jvasseur); Ted Lemon=
 (ted.lemon@nominum.com); Adrian Farrel (adri=
an@olddog.co.uk)
Subject: Re: [6tsch] Agenda for the call on May 31st

Dear all :

Please find a proposed agenda for the call tomorrow.

This time, it will be simple. We have a heated discussion in the list of ho=
w we use the 6TUS layer track switching, vs. switching at 6LoWPAN or routin=
g.
Let us continue this discussion during the call.

As usual; please feel free to propose changes / additions, and remember tha=
t the call should be recorded!

Cheers,

Pascal



Topic: 6TSCH Weekly
Date: Friday, May 31st, 2013
Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)
Meeting Number: 206 802 913
Meeting Password: sixtus

-------------------------------------------------------
To start the online meeting
-------------------------------------------------------
1. Go to https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID=
=3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D
2. Log in to your account.
3. Click "Start Now".
4. Follow the instructions that appear on your screen.

----------------------------------------------------------------
ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes
----------------------------------------------------------------

The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita=
s area and (866) 349-3520 for the RTP area.

Please dial the local access number for your area from the list below:
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- RTP (919) area: 392-3330

-------------------------------------------------------
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Code followed by the # sign.

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US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117

India: +91.80.4350.1111 Germany: +49.619.6773.9002

Japan: +81.3.5763.9394 China: +86.10.8515.5666

To check whether you have the appropriate players installed for UCF (Univer=
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.com/ciscosales/systemdiagnosis.php

http://www.webex.com

CCM:+14085256800x206802913


--_000_8CF9EAFF7636FC419FEE1042DC36C12F15725BD1S04MBX0108s04lo_
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Pascal and all,


 


This will be a joint E=
TSI and IPSO interoperability event that will be co-located with the IETF.<=
o:p>


 


As suggested to you a =
short while ago Pascal, the IPSO (and ETSI) interoperability events would p=
rovide an ideal sandbox to test our 6tus implementations.=



 


I highly recommend att=
ending the event.




Thanks


 




Robert Assimiti




 






From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Maria Rita PALATTELLA

Sent: Friday, May 31, 2013 6:04 AM

To: Pascal Thubert (pthubert); 6tsch@ietf.org; JP Vasseur (jvasseur)=
; Ted Lemon (ted.lemon@nominum.com); Adrian Farrel (adrian@olddog.co.uk)
Subject: Re: [6tsch] Agenda for the call on May 31st






 


Pascal, all,  &nb=
sp;


 


http://www.etsi.org=
/news-events/events/663-2013-6lowpan-plugtests


 


This event will be co-located with the 87th IETF mee=
ting (28 July - 02 August 2013). It can be of interest for our group.<=
/o:p>


 


Maria Rita<=
/span>


 


 






From:
6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Pascal Thubert (pthubert)

Sent: Friday, May 31, 2013 4:14 AM

To: 6tsch@ietf.org; JP Vasseur=
 (jvasseur); Ted Lemon (ted.lemon@=
nominum.com); Adrian Farrel (adr=
ian@olddog.co.uk)

Subject: Re: [6tsch] Agenda for the call on May 31st






 


Dear all :


 


Please find a proposed=
 agenda for the call tomorrow.



 


This time, it will be =
simple. We have a heated discussion in the list of how we use the 6TUS laye=
r track switching, vs. switching at 6LoWPAN or routing.

Let us continue this d=
iscussion during the call.





 


As usual; please feel =
free to propose changes / additions, and remember that the call should be r=
ecorded!


 


Cheers,


 


Pascal


 


 




 


Topic: 6TSCH Weekly


Date: Friday, May 31st, 2013 

Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00) 

Meeting Number: 206 802 913 

Meeting Password: sixtus 



------------------------------------------------------- 

To start the online meeting 

------------------------------------------------------- 

1. Go to https://ciscosales.webex.com/ciscosales/j=
.php?ED=3D219615007&UID=3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiM=
yMw%3D%3D


2. Log in to your account. 

3. Click "Start Now". 

4. Follow the instructions that appear on your screen. 



---------------------------------------------------------------- 

ALERT:Toll-Free Dial Restrictions for (408) and (919) Area Codes 

---------------------------------------------------------------- 



The affected toll free numbers are: (866) 432-9903 for the San Jose/Milpita=
s area and (866) 349-3520 for the RTP area.




Please dial the local access number for your area from the list below: 

- San Jose/Milpitas (408) area: 525-6800 

- RTP (919) area: 392-3330 



------------------------------------------------------- 

To join the teleconference only 

------------------------------------------------------- 

1. Dial into Cisco WebEx (view all Global Access Numbers at 

http://cisco.com/en/US/about/doin=
g_business/conferencing/index.html


2. Follow the prompts to enter the Meeting Number (listed above) or Access =
Code followed by the # sign.




San Jose, CA: +1.408.525.6800 RTP: +1.919.392.3330 



US/Canada: +1.866.432.9903 United Kingdom: +44.20.8824.0117 



India: +91.80.4350.1111 Germany: +49.619.6773.9002 



Japan: +81.3.5763.9394 China: +86.10.8515.5666 



To check whether you have the appropriate players installed for UCF (Univer=
sal Communications Format) rich media files, go to
https://ciscosales.webex.com/ciscosales/s=
ystemdiagnosis.php




http:=
//www.webex.com




CCM:+14085256800x206802913


 






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From: "Pascal Thubert (pthubert)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: logo finalists (2)
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Dear all:

We will announce the results at the next call.
So far, 21 responses - great, but we are 130+ on this list so we can do bet=
ter : ), and 2 still leads the pack!
Keep on going!!!

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of P=
ascal Thubert (pthubert)
Sent: jeudi 30 mai 2013 19:34
To: 6tsch@ietf.org
Subject: [6tsch] logo finalists (2)

Dear all,

As promised, here's the link to vote!

http://www.surveymonkey.com/s/GN5V7KT

[cid:image001.png@01CE5E27.5C8BE2D0]

Have fun!

Pascal

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Dear all:


 


We will announce the r=
esults at the next call.



So far, 21 responses -=
 great, but we are 130+ on this list so we can do better : ), and 2 sti=
ll leads the pack!


Keep on going!!!<=
/o:p>


 




Pascal




 






From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Pascal Thubert (pthubert)

Sent: jeudi 30 mai 2013 19:34

To: 6tsch@ietf.org

Subject: [6tsch] logo finalists (2)






 


Dear all,


 


As promised, here̵=
7;s the link to vote!


 


ht=
tp://www.surveymonkey.com/s/GN5V7KT



 




 


Have fun!


 


Pascal






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--_004_E045AECD98228444A58C61C200AE1BD84130323Exmbrcdx01ciscoc_--

From pthubert@cisco.com  Fri May 31 18:15:23 2013
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From: "Pascal Thubert (pthubert)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: Routing vs. switching
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Dear all ;

We had a great discussion today at the weekly call about routing that relie=
s on 1 hop cell bundles vs. switching that operates on end to end tracks.

We agreed that merging and splitting tracks could require queuing at interm=
ediate nodes to absorb burst collisions from multiple sources and decided t=
o go for the watertight pipes.

We proposed 2 additional strategies:

a) define a multicast mac address for the track, so we can 1) reuse a track=
 cell that is not used by a deterministic packet for hop by hop L3 traffic =
as differentiated by its unicast MAC destination and 2) forward with no cha=
nge to the destination.

b) let the PCE install routes as well as tracks. With that strategy, A PCE =
route is an alternate to a track that would allow cell reuse and L3 QoS ope=
ration. We leverage the deterministic Class of service (that's Deterministi=
c Forwarding, DF, though encoded 0xEF). And we can emulate RPL local instan=
ces as indexed by the tuple (source address, local_instance_id) and forward=
 the packet with the same rules are RPL, along the routing table indexed by=
 the instance ID.

Comments welcome!

Cheers,

Pascal

--_000_E045AECD98228444A58C61C200AE1BD84130327Fxmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Dear all ;


 


We had a great discussion today at the weekly call a=
bout routing that relies on 1 hop cell bundles vs. switching that operates =
on end to end tracks.


 


We agreed that merging and splitting tracks could re=
quire queuing at intermediate nodes to absorb burst collisions from multipl=
e sources and decided to go for the watertight pipes.


 


We proposed 2 additional strategies:


 


a) define a multicast mac address for the track, so =
we can 1) reuse a track cell that is not used by a deterministic packet for=
 hop by hop L3 traffic as differentiated by its unicast MAC destination and=
 2) forward with no change to the
 destination.


 


b) let the PCE install routes as well as tracks. Wit=
h that strategy, A PCE route is an alternate to a track that would allow ce=
ll reuse and L3 QoS operation. We leverage the deterministic Class of servi=
ce (that’s Deterministic Forwarding,
 DF, though encoded 0xEF). And we can emulate RPL local instances as indexe=
d by the tuple (source address, local_instance_id) and forward the packet w=
ith the same rules are RPL, along the routing table indexed by the instance=
 ID.


 


Comments welcome!


 


Cheers,


 


Pascal






--_000_E045AECD98228444A58C61C200AE1BD84130327Fxmbrcdx01ciscoc_--



Hello Xavi;


 


One good point is that=
 we should dive into the functionalities that we need in our building block=
s.


For the centralized ro=
uting, we have:


- dependencies on the =
peering protocol to establish the links that IP sees between nodes



- a PCEP-like protocol=
 to obtain a track (and destroy or update it?),



- an OAM (Operations A=
dministration and Maintenance) protocol to validate a track is still good e=
nough,



- a new link-state-lik=
e protocol to inform the PCE of links and (RPL’s?) metrics;


 


For this building bloc=
k and actually all the others, it would be good to dive a next level into t=
he functional set so as to refine the work items.


What do you think?


 




Pascal




 






From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf=
.org]
On Behalf Of Xavier Vilajosana

Sent: mercredi 1 mai 2013 21:01

To: 6tsch@ietf.org

Subject: Re: [6tsch] PCEP for centralized scheduling in 6TSCH archit=
ecture






 




Hi,



I like to look in the inverse direction, PCEP seems to me very close to RSV=
P-TE. But with the difference that RSVP provides path maintenance functiona=
lities in addition to reservation functionalities. Maintenance functionalit=
ies (TIME object in RSVP) are used
 to trigger a refresh operation to a track. In a refresh operation the requ=
irements of the path are checked and if not met this can trigger a new rese=
rvation. This mechanism can be used by the nodes to inform the PCE about ne=
twork status.




Maybe I am biased by my recent readings on NSIS/RSVP but I don't see a bene=
fit on PCEP over a minimal version of NSIS or RSVP.


As far as I understand NSIS/RSVP can provide:



+supported on UDP

+reservation (Point to Point)

+maintenance - status collection and monitoring

+Ad-hoc QoS content definition following a TLV and being appended to a =
generic header


+upstream and downstream reservation

+In case of NSIS neighbour discovery in case no routing state is instal=
led.

+hop by hop state installation, does not require end to end messaging p=
er hop



as negative points:

 -if fully implemented on motes will require lots of memory

 -long headers (although this messages are not very frequent so maybe =
this is not important)

 -not sure if there is support for  P2MP and MP2P reservation

 -RSVP - end to end state reservation. 



Finally, I am not saying that I am against PCEP, but maybe we need to get a=
n in deep knowledge of why PCEP should be better suited for our scenario.






On 01/05/13 07:21, Pascal Thubert (pthubert) wrote:






Hello Maria Rita:


>> Explicit path:  Full explicit path from =
start to destination; made of a list of
strict hops where a hop may be an abstract node such as an AS.


 [MR] The explicit path could be s=
een as a 6TSCH track, composed by hard cells.


[PT] agreed


>> […] it is assumed that the PCE has the =
required information (usually including network topology and resource
 information) so as to perform the computation of a path for a TE LSP. =
; Such information can be gathered by routing protocols or by some other me=
ans.  The way in which the information is gathered is out of the scope=
 of this document (i.e, RFC5440).



 [Thomas]
 Is that not a bit limiting? This means that we need one protocol (PCEP) to=
 send data from the PCE to the motes, and another for stats and topological=
 and requirement data to go from the motes to the PCE.

 [MR] Yes, it is. Like 15.4e TSCH =
that uses a schedule but it doesn’t specify how to build and distribu=
te
 it, PCEP does not define how to collect the required information (network =
topology, requirements) used for computing paths. But the motes can specify=
 the requirements of the requested path within the PCReq messages.



[PT] This is actually cool, be=
cause we probably want to reuse RPL’s metrics containers, and we can =
do that with no change to PCEP. But since RPL
 is not a link state protocol, we will have to add stuff to describe the sl=
ot-frames, cells and the associated metrics to the PCE. In short, we’=
ll have a brand new protocol for what’s really specific, and we’=
;ll reuse PCEP for what’s common.


>>  Transport Protocol. PCEP operates over =
TCP using a registered TCP port (4189). This allows the requirements
 of reliable messaging and flow control to be met without further protocol =
work. All PCEP messages MUST be sent using the registered TCP port for the =
source and destination TCP port.


 [Thomas] can PC=
EP run on
 something else than TCP? It looks like no. There is always the possibility=
 for proposing a UDP version of PCEP, but it's unclear to me how much rewor=
k is required.



[MR] According to the RFC5440, a PCEP session ca=
n be established ONLY  over a  TCP connection. In other words, fi=
rst a TCP connection (3-way handshake) between the PCC and the PCE
 has to be established, and after a PCEP session can be started. About prop=
osing an UDP version of PCEP, it is something to be investigated.



 



[PT] I talked to JP about that at the l=
ast IETF. He mentioned that PCEP over UDP had been evaluated and was possib=
le. Now that we have a use case, I can imagine that we could convince the P=
CE WG to take that work to completion.



 


>> Once the PCC has selected a PCE, it sends a Path Computation R=
equest to the PCE (PCReq message) that contains a variety of objects
 that 

specify the set of constraints and attributes for the path to be computed.&=
nbsp; For example, "Compute a TE LSP path with source IP address=3Dx.y=
.z.t,

 destination IP address=3Dx'.y'.z'.t', bandwidth=3DB Mbit/s, Setup/Hol=
ding priority=3DP, ...".  Additionally, the PCC may desire to spe=
cify the urgency

 of such request by assigning a request priority.  


 


[Thomas]If the PCE received a PCReq to go from A to B, is there a way f=
or the PCE to contact all the motes along the multi-hop path
 between A and B and


install cells/links? it looks like the PCE is only used to calculate a =
multi-hop path on an already existing topology.



[MR]I agree with you. PCEP can set up a multi-ho=
p path on an already existing topology. There is correspondence 1-to-1 betw=
een PCReq and PCRep. Thus, it seems that PCE cannot contact
 the motes along the multi-hop path between A and B. BUT… PCEP includ=
e some RP in the messages (see below)



[PT] Defining the topological informati=
on, selecting the peerings that are advertised to the PCE, etc… All t=
hat takes will end up with a considerable piece of work. We can probably ex=
port the PCEP over UDPO work to PCE, but
 the rest is a good piece of work altogether. 


 >>A Path Computation Reply(PCRep) Message can contain either a se=
t of computed paths
 if the request can be satisfied, or a negative reply if not.  The neg=
ative reply may indicate the reason why no path could be found.=



>>The RP (Request Parameters) obje=
ct MUST be carried within each PCReq and PCRep messages. The RP object is u=
sed to specify various characteristics of the path computation
 request. 


[PT] We will hav=
e to validate whether we can work out our use cases with RPs as specified. =
 



 >> The END-POINTS object is used in a PCReq message=
 to specify the source IP address and the destination IP address of the pat=
h for which a path computation is requested. Note that the source
 and destination addresses specified in the END-POINTS object may correspon=
d to the source and destination IP address of the TE LSP or to those of a p=
ath segment.



 [MR] Settin=
g the END-POINT object, maybe it could be possible to allocate cells/links =
for each
 path segment. This is something to be investigated.




 >>The BANDWIDTH object is used to specify the reque=
sted bandwidth for a TE LSP. The notion of bandwidth is similar to the one =
used for RSVP >>signaling in [RFC2205], [RFC3209], and [RFC3473].



 >>The METRIC object is optional and can be used for=
 several purposes. In a PCReq message, a PCC MAY insert one or more METRIC =
objects:



 o To indicate the metric that MUST be optimized by the pa=
th computation algorithm (IGP metric, TE metric, hop counts).



Currently, three metrics are defined: the IGP cost, the TE metr=
ic (see [RFC3785]), and the number of hops traversed by a TE LSP.



 o To indicate a bound on the path cost that MUST NOT be e=
xceeded for the path to be considered as acceptable by the PCC.=




 >>The path computation algorithmic aspects used =
by the PCE to optimize a path with respect to a specific metric are outside=
 the scope of this >>document.


[MR] TASA could be a possible algorithm for computing the path. It seem=
s to
fits well with the RFC5440 Specification.=



 


TASA provides a method to the PCE for computing a networ=
k path, based on the network graph and applying computational
 constraints (i.e., selecting duplex- and 

interference-free conflict links, according to local and global queue level=
).


Each node in the TSCH TASA-based network could act as PC=
C (Path Computation Client), requesting a path computation to
 be performed by the PCE. In detail, with the PCReq message,

the PCC asks the PCE to compute a path toward it (thus, source IP address =
=3D PCC IP address, destination IP address =3D PCE destination address), ha=
ving a  given bandwidth, equal to the number of packets it wants to tr=
ansmit (i.e., TASA local queue level, or 
 in other word, traffic load offered by the single node to the network).


After having collected all the PCReq messages from all t=
he nodes in the network, the PCE can build a schedule, setting
 one or more paths for each PCC.


Once, the schedule has been built according to TASA matc=
hing and coloring procedures, it is transmitted to each node
 in the network, using PCRep messages.


Then, the 6TSCH 6TUS adaptation protocol can provide the=
 functionality for delivering the traffic in the queues, according
 to the schedule built with TASA+PCEP. 


 


[PT] We could imagine that the root acts =
as a relay (like in DHCP) for TASA, PCEP, etc… In that case, the disc=
overy and security model is greatly simplified.



Some Open ISSUES:


 


Q1: How the PCE collect the in=
formation
 related to the network graph?


R1: Note that this is out of t=
he scope
 of both RCF5440 and TASA. However, we may suppose that such information ar=
e provided by the routing protocol, RPL, as suggested in RFC5440.


“How” still has to be defined!



[Thomas] Agreed, that's a really imp=
ortant point.



 


Q2: How the network is set up =
before implementing
 TASA+PCEP for building the schedule?


R2: TASA does not specify how =
the network
 is built. In fact, TASA runs over a network that has been already built, a=
nd that needs a schedule in order


to allow traffic-flow exchanges (i.e., transmissions between each node and =
the PCE). Maybe, 6TUS could fill this gap and provide the functionality for=
 the 15.4e TSCH network formation.


 


[Thomas] I believe the "minimal" use case identif=
ied in the charter covers this.


 


[PT] Yes. It is fundamental that the basic operation maintains=
 connectivity to all nodes at all times possible, so that anything else we =
do (PCE, management) can rely on that
 connectivity.


Q3:
Is there any need to change the PCReq=
 and PCRep messages format, for allowing the integration of PCEP with TASA?=



[MR] there could be such need.


 


 


Q4:How the info in the PCRep m=
essages can
 be used by 6TUS?


 


[Thomas] The entity in the motes which received PCRep messa=
ge simply send commands over the 6tus interface.



 



Q5: How would a TASA+PCEP solutio=
n work for P2P traffic? That is, data flowing from a switch to a light with=
out going
 through the DAGroot?



[MR]TASA supports multi-point-to-point traffic (=
from each mote in the network to the DODAGroot). PCEP support P2P traffic. =
TASA+PCEP maybe could support P2P traffic. This is something
 to be investigated.


 


 


[PT] Thanks Mari=
a for this great start!


 


Pascal











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