From qinwang@berkeley.edu Mon Jun 3 13:27:39 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 0401521E80A9 for <6tsch@ietfa.amsl.com>; Mon, 3 Jun 2013 13:27:39 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, 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 wPt2jJez3Z74 for <6tsch@ietfa.amsl.com>; Mon, 3 Jun 2013 13:27:21 -0700 (PDT) Received: from cm06fe.IST.Berkeley.EDU (cm06fe.IST.Berkeley.EDU [169.229.218.147]) by ietfa.amsl.com (Postfix) with ESMTP id 32BBB21E810E for <6tsch@ietf.org>; Mon, 3 Jun 2013 13:13:49 -0700 (PDT) Received: from cm02ws.ist.berkeley.edu ([169.229.218.164] 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 1Ujb8V-0001cx-K9; Mon, 03 Jun 2013 13:13:48 -0700 Received: from 173.49.14.122 (SquirrelMail authenticated user qinwang@berkeley.edu) by calmail.berkeley.edu with HTTP; Mon, 3 Jun 2013 13:13:47 -0700 Message-ID: <905b12355034f5842b50e4732a75f51c.squirrel@calmail.berkeley.edu> In-Reply-To: References: Date: Mon, 3 Jun 2013 13:13:47 -0700 From: "Qin Wang" To: "Pascal Thubert (pthubert)" 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" <6tsch@ietf.org> Subject: Re: [6tsch] Routing vs. switching 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: Mon, 03 Jun 2013 20:27:39 -0000 Hi Pascal, I don't understand strategy a) clearly. According to my understanding on "Track", it consists of a sequence of cells along a multihop path, and there is one and only one cell for a pair of nodes (i.e. fixed next hop neighbor). Then, how does multicast Mac address function? What do you mean by reusing a cell? I guess that the strategy a) will be used to solve the problem of (A->C->B, D->C->E). That is, there is a cell in node-C with multicast address to both node-B and node-E. So, the cell can be reused in the two tracks. Correct? Thanks Qin > Dear all ; > > We had a great discussion today at the weekly call about 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 require queuing at > intermediate nodes to absorb burst collisions from multiple 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. With that strategy, A PCE > route is an alternate to a track that would allow cell reuse and L3 QoS > operation. We leverage the deterministic Class of service (that's > Deterministic Forwarding, DF, though encoded 0xEF). And we can emulate RPL > local instances 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 > _______________________________________________ > 6tsch mailing list > 6tsch@ietf.org > https://www.ietf.org/mailman/listinfo/6tsch > From pthubert@cisco.com Mon Jun 3 15:14:35 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 CCB0211E80FC for <6tsch@ietfa.amsl.com>; Mon, 3 Jun 2013 15:14:35 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -10.012 X-Spam-Level: X-Spam-Status: No, score=-10.012 tagged_above=-999 required=5 tests=[AWL=0.587, BAYES_00=-2.599, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com [127.0.0.1]) 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E=Sophos;i="4.87,795,1363132800"; d="scan'208";a="218286682" Received: from rcdn-core-2.cisco.com ([173.37.93.153]) by rcdn-iport-7.cisco.com with ESMTP; 03 Jun 2013 22:08:19 +0000 Received: from xhc-rcd-x13.cisco.com (xhc-rcd-x13.cisco.com [173.37.183.87]) by rcdn-core-2.cisco.com (8.14.5/8.14.5) with ESMTP id r53M8IP4005439 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Mon, 3 Jun 2013 22:08:19 GMT Received: from xmb-rcd-x01.cisco.com ([169.254.1.79]) by xhc-rcd-x13.cisco.com ([173.37.183.87]) with mapi id 14.02.0318.004; Mon, 3 Jun 2013 17:08:18 -0500 From: "Pascal Thubert (pthubert)" To: Qin Wang Thread-Topic: [6tsch] Routing vs. switching Thread-Index: Ac5eZWjm6oqA3MriRLGF9oYeNvqKCACW1qWAAAbZ4dA= Date: Mon, 3 Jun 2013 22:08:17 +0000 Deferred-Delivery: Mon, 3 Jun 2013 22:08:00 +0000 Message-ID: References: <905b12355034f5842b50e4732a75f51c.squirrel@calmail.berkeley.edu> In-Reply-To: <905b12355034f5842b50e4732a75f51c.squirrel@calmail.berkeley.edu> Accept-Language: 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dGhlIHNhbWUgcnVsZXMgYXJlIFJQTCwgDQo+IGFsb25nIHRoZSByb3V0aW5nIHRhYmxlIGluZGV4 ZWQgYnkgdGhlIGluc3RhbmNlIElELg0KPg0KPiBDb21tZW50cyB3ZWxjb21lIQ0KPg0KPiBDaGVl cnMsDQo+DQo+IFBhc2NhbA0KPiBfX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19fX19f X19fX19fX19fXw0KPiA2dHNjaCBtYWlsaW5nIGxpc3QNCj4gNnRzY2hAaWV0Zi5vcmcNCj4gaHR0 cHM6Ly93d3cuaWV0Zi5vcmcvbWFpbG1hbi9saXN0aW5mby82dHNjaA0KPg0KDQo= From twatteyne@gmail.com Mon Jun 3 20:27:50 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 C186B21E80FD for <6tsch@ietfa.amsl.com>; Mon, 3 Jun 2013 20:27:50 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.977 X-Spam-Level: X-Spam-Status: No, score=-1.977 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, FM_FORGED_GMAIL=0.622, HTML_MESSAGE=0.001, NO_RELAYS=-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 S8UfbKuj6-zr for <6tsch@ietfa.amsl.com>; Mon, 3 Jun 2013 20:27:35 -0700 (PDT) Received: from mail-pa0-x22b.google.com (mail-pa0-x22b.google.com [IPv6:2607:f8b0:400e:c03::22b]) by ietfa.amsl.com (Postfix) with ESMTP id 27CA521E8140 for <6tsch@ietf.org>; Mon, 3 Jun 2013 19:34:55 -0700 (PDT) Received: by mail-pa0-f43.google.com with SMTP id hz10so71965pad.30 for <6tsch@ietf.org>; Mon, 03 Jun 2013 19:34:54 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:sender:from:date:x-google-sender-auth:message-id :subject:to:content-type; bh=CzAsYqCeMvMSWqkWK4hJaWbliUr441dWmAL+FBZPGu8=; b=P0bJ5O+M77nUbQY2Yz+0S/mWS59RrKsrXPOy8mw1xgjRR1p3qs3v/iE1Q5eaNWhs6d AFLOw919WWPRryoPAIPihUrGnEHeyZWuWlXrT1INq6yhQCM5bOR0rldzjSQmeS8jBx/o Nhwcyg1ykiaj4ZnzW+ECR7mxZ4erATFe6kvJzTNI5VPrJgHLf4lW1PkaLacXoL0NrjKK w0Rv8yKeYN96t1vLI/T/ktyWZeNmylu2dZBXkq2VgU1LLiOIx3BHYeJgGJk2COSePtTl P7sbsGEmTs0G4aWZ6evYiEUzGNOyctULiceifbz5Aofc4Vch0/R4CHkt+LXlkCtaGoF6 35Yg== X-Received: by 10.66.244.42 with SMTP id xd10mr8295730pac.100.1370313294765; Mon, 03 Jun 2013 19:34:54 -0700 (PDT) MIME-Version: 1.0 Sender: twatteyne@gmail.com Received: by 10.66.191.161 with HTTP; Mon, 3 Jun 2013 19:34:34 -0700 (PDT) From: Thomas Watteyne Date: Mon, 3 Jun 2013 19:34:34 -0700 X-Google-Sender-Auth: 5nhDFGqLRMlsWoDxtFEVtQ83MCg Message-ID: To: 6TSCH <6tsch@ietf.org> Content-Type: multipart/alternative; boundary=047d7b15b31d2a661c04de4aed21 Subject: [6tsch] minutes webex 31 May 2013 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: Tue, 04 Jun 2013 03:27:50 -0000 --047d7b15b31d2a661c04de4aed21 Content-Type: text/plain; charset=ISO-8859-1 All, You will find the minutes of the last webex below, and the presented slides at https://bitbucket.org/6tsch/meetings/. Thanks to Xavi and Dominique for taking notes! Please note that I've changes the format a bit to give an* executive summary * of: - the *consensus *we had on the phone (to be confirmed on the ML) - the new *ideas *to be developed - the* action items*. Please fix anything we might have missed directly in the e-mail and reply. Thomas --- # Minutes Webex 31 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 * Herman Storey * Maria Rita Palattella * Pascal Thubert * Pouria Zand * Raghuram Sudhaakar * Robert Assimiti * Thomas Watteyne * Tina Tsou * Tom Phinney * Xavi Vilajosana Recording --------- * Webex recording (audio+slides,streaming) * https://cisco.webex.com/ciscosales/lsr.php?AT=pb&SP=MC&rID=68663737&rKey=2f0f3d8299a89515[65min] Slides ------ * [slides_130531_webex.ppt]( https://bitbucket.org/6tsch/meetings/src/3c563fb04b09c16df9e9a216e3bbca907ac9dd08/130531_webex/slides_130531_webex.ppt?at=master): slides shared during the call Agenda ------ * Logo Challenge [3min] * Berlin Update [3min] * 6lo [3min] * Multiplexing Tracks [10min] * Explicit Labels [10min] * Forwarding Modes [10min] * Bundle Size and ETX [10min] * "Simplest TSCH" draft [10min] *Executive summary* *-----------------* * * ** Rough consensus to be confirmed on mailing list:* * * We need to take retransmissions into account when building the schedule, and have retransmissions happen on the same track that first attempt.* * * We will not support tracks between merged or split.* * * We will not remove the MAC header on packets being switched.* ** Ideas to be developed on ML:* * * [champion: Pascal] To avoid the RPL stretch, could we allow the PCE to install routes.* * * [champions: Pascal,Xavi] 1-bit so 6tus either switches or hands off to packet to routing layer. Several options: multicast MAC address, IEEE802.15.4e IE, something in 6LoWPAN.* * * [champion: Alfredo] add timestamp to packet to influence forwarding decision (most likely when routing, not switching, a packet)* * * [champion: Pascal] Dealing with 6LoWPAN fragment. To avoid re-assembly at each hop: 6tus switching or 6LoWPAN switching? (probably a combination)* ** Action items:* * * [Maria Rita, Alfredo, Pascal, Pouria] Set of slides on how to build the simplest 6TSCH network.* Minutes ------- * [08.05] Meeting starts * [Pascal] Goal: How can be avoid the waste of BW. Side discussion: Where do we place the excess bandwidth needed because of retries. * [08.07] Logo Challenge * 15 votes so far. * Logo 2 a bit ahead of logo 3 * URL on ML * Winner announced at next call * Berlin Update * Thomas presents important dates slides * Pascal social event is on Tuesday, usually lots of fun * 6lo * 6lowpan is closing * new ML for updates and other improvements * 6lowpan will hold interop in berlin * compression mechanisms * have not hear asked for a BoF * [08.11] Multiplexing Tracks [Pascal] * Statistical mux * effect of queuing on priority * undeterministic flows: multiple flows arrive in router. Complex router. * could 6tus do this sort of thing * can 6tus can have a statistical mux? * federates the cost of retries as allows slot reuse * how much of that we can to have on the 6tus sublayer? * won't expect that this will be simple. * [Thomas] * wireless is lossy in nature, retries are part of the actual flow. * it is important that we consider retries part of the initial flow. * building the track according to what is required, and use another shared track for retries will make things very complicated. * suggest: pipe on the main track should reflect the retransmissions (ETX). so reservation should take etx into account. * Errors does not translate to other hops, jitter translates to next hops. * [8:17] Implicit vs explicit pipes [Thomas] * If each flow is a dedicated pipe, when there is no traffic, the receivers idle listens for each flow. This might incur more energy. * When we are multiplexing tracks, implicit label does not identify flow, and Kris proposed to use the mac destination address as a dissector. * Idea: install a track and assume it is deterministic. One can always use routed cells. * [Pascal] We don't want to reinvent QoS in 6tus. * [Pascal] Routes are installed by RPL, would we let the PCE install routes? * [Thomas] The PCE installs L2 resources. PCE can install other cells so this can be used for non-switched routing. * Use 1 bit in 6LoWPAN header that tells whether explicit of implicit label? * In order to be able to distinguish between switched packets and packets that have an special header we need some bit at L2 so the switching component can decide to forward or to parse the header. * [Pascal] An alternative is to use multicast mac layer addresses. * Keep mac layer header in the label switched packets * Thomas ask for rough consensus between * Proposal 1: LS tracks are water tight pipes (deterministic) * Proposal 2: combine/multiples cells so we can optimize the energy consumption. * we vote for proposal 1. * [8:34] Explicit Labels [Alfredo] * Explicit label can contain TTL or a TS. * use it to drop packets on route if too old/late * change priority as a function of ttl * manage delay * How to make it optional? * how to distinguish a packet with/without header? * [Pascal] Even if jitter is accumulated in the track, at the other side of the tunnel you know what packet it is so (worst case) you can know if it is too late or delay is not guaranteed. * [Alfredo] Soft delay guarantees * Whether bot considering that for Label Switching, where the field should live? L3 has this information. * Infomration is passed to L3, * It has to be somewhere between L2 and L3. * In conclusion: * Great idea. Be able to adjust when packet is routed. * Cannot be applied to label switching * Consider this for routing not for track based switching. * [8:45] Forwarding Modes [Maria Rita] * IP Routing * different sublayers on the stack and showing how a packet flows. * x-y has a bundle of 2 cells * a packet flows through the network and goes up to L3 at each hop so the next hop is determined by routing. * Track switching: * we can use 2 tracks and use label switching * in that case the packet is directly forwarded by 6tus * Some cells are colored but others can be used for other things, so not all cells form part of the label switching path * 6LoWPAN fragments forwarding ( http://tools.ietf.org/html/draft-thubert-6lowpan-simple-fragment-recovery-07 ): * avoids fragment reassembly at each hop. * state installed in nodes by first fragments, fragments follow the same track * datagram ID of each fragment is switched at each hop to play the role of a label as in LS * we can switch at 6tus layer or at 6lowpan layer * [8:59] bundle size and ETC * long term PDT stats can be used. * account for retransmissions on the schedule. * _No concerns from the people on the call_ * [09.00] Simplest TSCH draft * good and simple base * interop events * work out all the details * how do you join, how do you synch, what's in the EB * more complex scenarios can appear later * absolute simples tsch * hardcoded slotted aloha * [Tom] The best way to do this is take an example and go through it completely to identify all the elements that you forgot about. * [Xavi] proposes to work on this * [Alfredo] proposes to work on this * [Maria Rita] proposes to work on this (by chat) * [Thomas] Could volunteers prepare a set of slides for the next call? --047d7b15b31d2a661c04de4aed21 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: quoted-printable
All,

You will find the minut= es of the last webex below, and the presented slides at https://bitbucket.org/6tsch/meetings/.

Thanks to Xavi and Dominique for taking notes!

Please note that I've changes the=A0format=A0a bit to = give an executive summary of:
- the consensus we ha= d on the phone (to be confirmed on the ML)
- the new ideas to be=A0developed
- the action ite= ms.

Please fix anything we might have missed d= irectly in the e-mail and reply.

Thomas

---

# Minutes Webex 31 May 2013, 6TSCH group #

Note: timestamps in PDT.

Taking notes (using Etherpad)
= -----------------------------<= /div>

1. Xavi Vilajosana
2. Dominique Barthel
3. Thomas Watteyne

Present (alphabetically)
------------------------
=
* Alfredo Grieco
* Dominique Barthel
* Herman Storey=
* Maria Rita Palattella
* Pascal Thubert
* Pouria Zand
= * Raghuram Sudhaakar
* Robert Assimiti
* Thomas Watteyne
* Tina Tsou
* Tom Phinney
* Xavi Vilajosana

Recording
---------

* Webex recording (audio+slides,streaming)

Slides
------

Agenda
------
* Logo Challenge [3= min]
* Berlin Update= [3min]
* 6lo [3min]=
* Multiplexing Tracks [10min]
* Explicit Labels [10m= in]
* Forwarding Mod= es [10min]
* Bundle Size and ETX [10min]
* "Simplest TSCH&= quot; draft [10min]
=
Executive summar= y
-----------= ------

* Rough consensus to be confi= rmed on mailing list:
=A0 =A0 * We need to take retransmissions into account when buildi= ng the schedule, and have retransmissions happen on the same track that fir= st attempt.
=A0 =A0 * We will not support= tracks between merged or split.
=A0 =A0 * We will not remove the MAC header on packets = being switched.
* Ideas to be developed on ML= :
=A0 =A0 * [= champion: Pascal] To avoid the RPL stretch, could we allow the PCE to insta= ll routes.
=A0 =A0 * [champions: Pascal,= Xavi] 1-bit so 6tus either switches or hands off to packet to routing layer= . Several options: multicast MAC address, IEEE802.15.4e IE, something in 6L= oWPAN.
=A0 =A0 * [champion: Alfredo]= add timestamp to packet to influence forwarding decision (most likely when= routing, not switching, a packet)
=A0 =A0 * [champion: Pascal] Dealing with 6LoWPAN fra= gment. To avoid re-assembly at each hop: 6tus switching or 6LoWPAN switchin= g? (probably a combination)
* Action items:
=A0 =A0 * [Maria Rita, Alf= redo, Pascal, Pouria] Set of slides on how to build the simplest 6TSCH netw= ork.

Minutes
-------

* [08.05] Meeting s= tarts
=A0 =A0* [Pasc= al] Goal: How can be avoid the waste of BW. Side discussion: Where do we pl= ace the excess bandwidth needed because of retries.
* [08.07] Logo Challenge<= /div>
=A0 =A0* 15 votes so far.
=A0 =A0* Logo 2 a bit= ahead of logo 3
=A0 =A0* URL on ML
<= div>=A0 =A0* Winner announced at next= call
* Berlin Updat= e
=A0 =A0* Thomas presents importa= nt dates slides
=A0 = =A0* Pascal social event is on Tuesday, usually lots of fun
* 6lo
=A0 =A0 * 6lowpan is closing
=A0 =A0 * new ML for up= dates and other improvements
=A0 =A0 * 6lowpan will hold interop in berlin
=A0 =A0 * compression mechanisms=
=A0 =A0 * have not = hear asked for a BoF
* [08.11] Multiplexing Tracks [Pascal]
=A0 =A0 * Statistical mux=
=A0 =A0 =A0 =A0 * effect o= f queuing on priority=A0
=A0 =A0 =A0 =A0 * undeterministic flows: multiple flows arrive in rout= er. Complex router.
=A0 =A0 =A0 =A0 * could 6tus do = this sort of thing
= =A0 =A0 =A0 =A0 * can 6tus can have a statistical mux?=A0
= =A0 =A0 =A0 =A0 * federates the cost = of retries as allows slot reuse
=A0 =A0 =A0 =A0 * how much of th= at we can to have on the 6tus sublayer?
=A0 =A0 =A0 =A0 * won't expect that this will be si= mple.
=A0 =A0 =A0 =A0 * [Thomas]
=A0 =A0 =A0 =A0 =A0 =A0 *= wireless is lossy in nature, retries are part of the actual flow.=A0
=A0 =A0 =A0 =A0 =A0 =A0 *= it is important that we consider retries part of the initial flow.<= /div>
=A0 =A0 =A0 =A0 =A0 =A0 * buildi= ng the track according to what is required, and use another shared track fo= r retries will make things very complicated.
=A0 =A0 =A0 =A0 =A0 =A0 * suggest: pipe on the mai= n track should reflect the retransmissions (ETX). so reservation should tak= e etx into account.
=A0 =A0 =A0 =A0 =A0 =A0 * Errors= does not translate to other hops, jitter translates to next hops.
=A0 =A0 * [8:17] Implicit vs= explicit pipes [Thomas]
=A0 =A0 =A0 =A0 * If each flow i= s a dedicated pipe, when there is no traffic, the receivers idle listens fo= r each flow. This might incur more energy.
=A0 =A0 =A0 =A0 * When we are multiplexing tracks, i= mplicit label does not identify flow, and Kris proposed to use the mac dest= ination address as a dissector.
=A0 =A0 =A0 =A0 * Idea: install = a track and assume it is deterministic. One can always use routed cells.
=A0 =A0 =A0 =A0 * [Pas= cal] We don't want to reinvent QoS in 6tus.
=A0 =A0 =A0 =A0 * [Pascal] Route= s are installed by RPL, would we let the PCE install routes?
=A0 =A0 =A0 =A0 * [Thomas] The PCE= installs L2 resources. PCE can install other cells so this can be used for= non-switched routing.
=A0 =A0 =A0 =A0 * Use 1 bit in 6= LoWPAN header that tells whether explicit of implicit label?
=A0 =A0 =A0 =A0 * In order to be a= ble to distinguish between switched packets and packets that have an specia= l header we need some bit at L2 so the switching component can decide to fo= rward or to parse the header.
=A0 =A0 =A0 =A0 * [Pascal] An al= ternative is to use multicast mac layer addresses.
=A0 =A0 =A0 =A0 * Keep mac layer header in t= he label switched packets
=A0 =A0 =A0 =A0 * Thomas ask for= rough consensus between
=A0 =A0 =A0 =A0 =A0 =A0 * Proposal 1: LS tracks are water tight pipes = (deterministic)
=A0 =A0 =A0 =A0 =A0 =A0 * Propos= al 2: combine/multiples cells so we can optimize the energy consumption.
=A0 =A0 =A0 =A0 =A0 = =A0 * we vote for proposal 1.
* [8:34] Explicit Labels [Alfred= o]
=A0 =A0 * Explici= t label can contain TTL or a TS.=A0
=A0 =A0 =A0 =A0 * use it to drop packets on route if too ol= d/late
=A0 =A0 =A0 =A0 * change priorit= y as a function of ttl
=A0 =A0 =A0 =A0 * manage delay
=A0 =A0 * How to make it optional?
=A0 =A0 =A0 =A0 * how to disting= uish a packet with/without header?
=A0 =A0 =A0 =A0 * [Pascal] Even if jitter is accumulated in = the track, at the other side of the tunnel you know what packet it is so (w= orst case) you can know if it is too late or delay is not guaranteed.
=A0 =A0 =A0 =A0 * [Alfredo] Soft= delay guarantees
= =A0 =A0 =A0 =A0 * Whether bot considering that for Label Switching, where t= he field should live? L3 has this information.
=A0 =A0 =A0 =A0 * Infomration is= passed to L3,=A0
= =A0 =A0 =A0 =A0 * It has to be somewhere between L2 and L3.
=A0 =A0 =A0 =A0 * In conclusion:=A0=
=A0 =A0 =A0 =A0 =A0 =A0 * Great = idea. Be able to adjust when packet is routed.
=A0 =A0 =A0 =A0 =A0 =A0 * Cannot be applied to = label switching
=A0 =A0 =A0 =A0 =A0 =A0 * Consid= er this for routing not for track based switching.
* [8:45] Forwarding Modes [Maria Rita]
=A0 =A0 * IP Routing
=A0 =A0 =A0 =A0 * different sublayer= s on the stack and showing how a packet flows.
=A0 =A0 =A0 =A0 * x-y has a bundle of 2 cells
=A0 =A0 =A0 =A0 * a packet flows= through the network and goes up to L3 at each hop so the next hop is deter= mined by routing.
= =A0 =A0 * Track switching:
=A0 =A0 =A0 =A0 * we can use 2 t= racks and use label switching
=A0 =A0 =A0 =A0 * in that case the packet is directly forwarded b= y 6tus
=A0 =A0 =A0 =A0 * Some cells are= colored but others can be used for other things, so not all cells form par= t of the label switching path
=A0 =A0 =A0 =A0 * avoids fragmen= t reassembly at each hop.
=A0 =A0 =A0 =A0 * state installed in nodes by first fragments, fragme= nts follow the same track
=A0 =A0 =A0 =A0 * datagram ID of= each fragment is switched at each hop to play the role of a label as in LS=
=A0 =A0 =A0 =A0 * w= e can switch at 6tus layer or at 6lowpan layer
* [8:59] bundle size and ETC
=A0 =A0 * long term PDT= stats can be used.
= =A0 =A0 * account for retransmissions on the schedule.
=A0 =A0 * _No concerns from the = people on the call_
= * [09.00] Simplest TSCH draft
=A0 =A0 * good and simple base
=A0 =A0 * interop events<= /div>
=A0 =A0 * work out all the = details
=A0 =A0 * ho= w do you join, how do you synch, what's in the EB
=A0 =A0 * more complex scenarios= can appear later
= =A0 =A0 * absolute simples tsch
=A0 =A0 * hardcoded slotted aloha
=A0 =A0 * [Tom] The best way to = do this is take an example and go through it completely to identify all the= elements that you forgot about.
=A0 =A0 * [Xavi] proposes to work on this
=A0 =A0 * [Alfredo] proposes to = work on this
=A0 =A0= * [Maria Rita] proposes to work on this (by chat)
=A0 =A0 * [Thomas] Could volunteers prepare = a set of slides for the next call?
--047d7b15b31d2a661c04de4aed21-- From twatteyne@gmail.com Mon Jun 3 20:37:38 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 C012421E8140 for <6tsch@ietfa.amsl.com>; Mon, 3 Jun 2013 20:37:37 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.977 X-Spam-Level: X-Spam-Status: No, score=-1.977 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, FM_FORGED_GMAIL=0.622, HTML_MESSAGE=0.001, NO_RELAYS=-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 o+Lq4vjBGKqu for <6tsch@ietfa.amsl.com>; Mon, 3 Jun 2013 20:37:27 -0700 (PDT) Received: from mail-pa0-x22c.google.com (mail-pa0-x22c.google.com [IPv6:2607:f8b0:400e:c03::22c]) by ietfa.amsl.com (Postfix) with ESMTP id 47DAB21E8168 for <6tsch@ietf.org>; Mon, 3 Jun 2013 19:47:22 -0700 (PDT) Received: by mail-pa0-f44.google.com with SMTP id wp1so76990pac.17 for <6tsch@ietf.org>; Mon, 03 Jun 2013 19:47:22 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:sender:from:date:x-google-sender-auth:message-id :subject:to:content-type; bh=OvutHxAsdrKVCAE0JQQMA9+OzoZKxe5mCFQIPSjIZLQ=; b=Y0vWQ/BDSliKg+he+LeDgVBzf8gbU2h/D0qWkKyXR1RnmtQYbBtr6nlW9+a6UMeC9C DC/7/wgud25jCkE4Lx5PR6Ggk1MGjpbVZ39TIge46YI8lC8YAgzwmXLqhYBdpV6bn3Ee cZT/WHj20U01yqbRx6FQZnjvyKyt9K+EAuIDxahzN7kAFCLNuL4X8+CkiEa5d3VjJKAD VSfVezHUF9AA0FBdFdoPaBbSuIKw7vaktxkd6CrrPzihoa74EhG4AHHX/YHwAx2DLMaz Kg3xgP+McRhVvaWE767Z7Z3Q/D6yu6H470yejL9Ku9wWJsaLGLOmhQ/Bkch/xZduCfMF 1XvA== X-Received: by 10.68.65.134 with SMTP id x6mr26279741pbs.219.1370314042699; Mon, 03 Jun 2013 19:47:22 -0700 (PDT) MIME-Version: 1.0 Sender: twatteyne@gmail.com Received: by 10.66.191.161 with HTTP; Mon, 3 Jun 2013 19:47:02 -0700 (PDT) From: Thomas Watteyne Date: Mon, 3 Jun 2013 19:47:02 -0700 X-Google-Sender-Auth: 9pMF4FhPT1CQEvU38WxPYry1LSY Message-ID: To: "6tsch@ietf.org" <6tsch@ietf.org> Content-Type: multipart/alternative; boundary=bcaec544ec6abef55204de4b1969 Subject: [6tsch] recycle unused track cells (was: Routing vs. switching) 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: Tue, 04 Jun 2013 03:37:38 -0000 --bcaec544ec6abef55204de4b1969 Content-Type: text/plain; charset=ISO-8859-1 Pascal, I agree that a single bit is enough to differentiate between switched packets and routed packets. During the call on Friday, we identified 3 locations where that bit could live: - somewhere in the 6LoWPAN header. Too high? - as an IEEE802.15.4e IE: too many bytes for a single bit? - represented by the fact that the destination MAC address is a broadcast address. Agreed? In the latter case, what would a multicast MAC address look like? Assuming we're using long addresses address, we could set the multicast bit in the EUI64. Are you imagining having the next hop address with that bit set, or assigning a specific track identifier, encoded as a multicast address? Also, once the network is running, I'm assuming we will be using short 2B addresses. It's not clear how we can fit the multicast bit in there. Thomas On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert) < pthubert@cisco.com> wrote: > Hello Qin: > > I expect that without this proposal, the dest mac of a packet would be the > next L2 node, so that the next hop picks it and passes it to 6TUS layer. > With the proposal, all nodes along a track would accept the multicast dest > mac address associated to that track, so the packet is recognized as > receivable by this node at L2 and yet can be forwarded at 6TUS layer > without dest MAC rewrite. > > Reusing the cell would be the case where this router did not receive a > frame on the track incoming slot, so the outgoing slot will be wasted. If > we have a packet for which the next hop the same router as the receiver of > the wasted cell, then we'd want to use the cell to progress the packet one > hop. But then the receiver router needs to figure out that this is not a > frame to be switched at 6TUS layer but a packet to be routed at L3. The > trick is that in this case, the destination MAC address would be > effectively that of the receiver router so 6TUS would punt the packet to L3. > > Reusing a cell between 2 tracks is not the idea because there might be > collisions. Here we are talking about using an unsed cell opportunistically > for L3 best effort traffic. If there is an unused track cell, it adds up to > the bundle between the 2 adjacent routers for that particular slotframe. > > Makes sense? > > Pascal > > > -----Original Message----- > From: Qin Wang [mailto:qinwang@berkeley.edu] > Sent: lundi 3 juin 2013 13:14 > To: Pascal Thubert (pthubert) > Cc: 6tsch@ietf.org > Subject: Re: [6tsch] Routing vs. switching > > Hi Pascal, > > I don't understand strategy a) clearly. According to my understanding on > "Track", it consists of a sequence of cells along a multihop path, and > there is one and only one cell for a pair of nodes (i.e. fixed next hop > neighbor). Then, how does multicast Mac address function? What do you mean > by reusing a cell? > > I guess that the strategy a) will be used to solve the problem of > (A->C->B, D->C->E). That is, there is a cell in node-C with multicast > address to both node-B and node-E. So, the cell can be reused in the two > tracks. Correct? > > Thanks > Qin > > > > Dear all ; > > > > We had a great discussion today at the weekly call about 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 require queuing at > > intermediate nodes to absorb burst collisions from multiple 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. With that strategy, A > > PCE route is an alternate to a track that would allow cell reuse and > > L3 QoS operation. We leverage the deterministic Class of service > > (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can > > emulate RPL local instances 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 > > _______________________________________________ > > 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 > --bcaec544ec6abef55204de4b1969 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: quoted-printable
Pascal,

I agree that a single bit is en= ough to differentiate between switched packets and routed packets. During t= he call on Friday, we identified 3 locations where that bit could live:
- somewhere in the 6LoWPAN header. Too high?
- a= s an IEEE802.15.4e IE: too many bytes for a single bit?
- r= epresented by the fact that the destination MAC address is a broadcast addr= ess.

Agreed?

In the latter case, what would a multicast MAC address look like? Assumin= g we're using long addresses address, we could set the multicast bit in= the EUI64. Are you imagining having the next hop address with that bit set= , or assigning a specific track identifier, encoded as a multicast address?=

Also, once the network is running, I'm = assuming we will be using short 2B addresses. It's not clear how we can= fit the multicast bit in there.

Thomas

On Mon, Jun = 3, 2013 at 3:08 PM, Pascal Thubert (pthubert) <pthubert@cisco.com>= wrote:
Hello Qin:

I expect that without this proposal, the dest mac of a packet would be the = next L2 node, so that the next hop picks it and passes it to 6TUS layer. With the proposal, all nodes along a track would accept the multicast dest = mac address associated to that track, so the packet is recognized as receiv= able by this node at L2 and yet can be forwarded at 6TUS layer without dest= MAC rewrite.

Reusing the cell would be the case where this router did not receive a fram= e on the track incoming slot, so the outgoing slot will be wasted. If we ha= ve a packet for which the next hop the same router as the receiver of the w= asted cell, then we'd want to use the cell to progress the packet one h= op. But then the receiver router needs to figure out that this is not a fra= me to be switched at 6TUS layer but a packet to be routed at L3. The trick = is that in this case, the destination MAC address would be effectively that= of the receiver router so 6TUS would punt the packet to L3.

Reusing a cell between 2 tracks is not the idea because there might be coll= isions. Here we are talking about using an unsed cell opportunistically for= L3 best effort traffic. If there is an unused track cell, it adds up to th= e bundle between the 2 adjacent routers for that particular slotframe.

Makes sense?

Pascal


-----Original Message-----
From: Qin Wang [mailto:qinwang@berk= eley.edu]
Sent: lundi 3 juin 2013 13:14
To: Pascal Thubert (pthubert)
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] Routing vs. switching

Hi Pascal,

I don't understand strategy a) clearly. According to my understanding o= n "Track", it consists of a sequence of cells along a multihop pa= th, and there is one and only one cell for a pair of nodes (i.e. fixed next= hop neighbor). Then, how does multicast Mac address function? What do you = mean by reusing a cell?

I guess that the strategy a) will be used to solve the problem of (A->C-= >B, D->C->E). That is, there is a cell in node-C with multicast ad= dress to both node-B and node-E. So, the cell can be reused in the two trac= ks. Correct?

Thanks
Qin


> Dear all ;
>
> We had a great discussion today at the weekly call about routing that<= br> > relies 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 > intermediate nodes to absorb burst collisions from multiple 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<= br> > 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. With that strategy, A=
> PCE route is an alternate to a track that would allow cell reuse and > L3 QoS operation. We leverage the deterministic Class of service
> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we= can
> emulate RPL local instances 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
> _______________________________________________
> 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

--bcaec544ec6abef55204de4b1969-- From sensys@cfpmail.info Mon Jun 3 21:10:20 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 E92C221F9A2C for <6tsch@ietfa.amsl.com>; Mon, 3 Jun 2013 21:10:20 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.425 X-Spam-Level: X-Spam-Status: No, score=-0.425 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, FH_RELAY_NODNS=1.451, FM_FORGED_GMAIL=0.622, HTML_MESSAGE=0.001, RDNS_NONE=0.1] 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 Ay0pa8SidB-y for <6tsch@ietfa.amsl.com>; Mon, 3 Jun 2013 21:10:06 -0700 (PDT) Received: from mail-vb0-x22e.google.com (mail-vb0-x22e.google.com [IPv6:2607:f8b0:400c:c02::22e]) by ietfa.amsl.com (Postfix) with ESMTP id 9499E21E80D5 for <6tsch@ietf.org>; Mon, 3 Jun 2013 20:09:48 -0700 (PDT) Received: by mail-vb0-f46.google.com with SMTP id 10so1346674vbe.33 for <6tsch@ietf.org>; Mon, 03 Jun 2013 20:09:48 -0700 (PDT) X-Google-DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=google.com; s=20120113; h=mime-version:x-originating-ip:in-reply-to:references:date :message-id:subject:from:to:content-type:x-gm-message-state; bh=SUQZAV+6en92fEPlWLwuy4syo3ZWYS+4tJOKrQbO1A0=; b=AqC2AJ7dCQIpWxCv+zc7yvIuT6FeWfQVEin1xRXKME+9oMKjhgJwhcUT/3mHOZPwjc PODEZaKs07qCtrypEtPVXMYQjibrw8tGeY2cIS2gEzFONjMdt5jvuxMJ4Tr9BgGWc1m1 ZwZYhoniHgO52AWeabFBtk8AjfsXmu58iYZ6IJcBf87rZrbbcBMp6ZWDw1B9ZOK/PHsB 1ypJzBy/vNlmubGN1YJxHL7X7iapqtHkwyOp4gg4ooQUub5RVhg/80jWUfDcKqD0d6Tz kCGtJxiGUMtBGjpX77trNnK7LYq5zCfY1n9leEL2WslbCd0E1YGJk52sv99hmVK0xMuv 3RGA== MIME-Version: 1.0 X-Received: by 10.52.0.49 with SMTP id 17mr15428675vdb.109.1370315387878; Mon, 03 Jun 2013 20:09:47 -0700 (PDT) Received: by 10.52.156.12 with HTTP; Mon, 3 Jun 2013 20:09:47 -0700 (PDT) X-Originating-IP: [169.236.151.15] In-Reply-To: References: Date: Mon, 3 Jun 2013 20:09:47 -0700 Message-ID: From: "SenSys'13 Publicity" To: 6tsch@ietf.org Content-Type: multipart/alternative; boundary=e89a8ffba4e7ecd20304de4b693c X-Gm-Message-State: ALoCoQmmxafM20EjHYWN3o3tQN78vxEArUh6P2ywf2CYPcQQ4JUKhs7YKOtX302GHcR8P4eo6P1z Subject: [6tsch] Fwd: Call for Posters and Demos -- SenSys 2013 -- The 11th ACM Conference on Embedded Networked Sensor Systems 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: Tue, 04 Jun 2013 04:10:21 -0000 --e89a8ffba4e7ecd20304de4b693c Content-Type: text/plain; charset=ISO-8859-1 [Apologies in advance for any cross-postings] -=* The 11th ACM Conference on Embedded Networked Sensor Systems (SenSys 2013) *=- CALL FOR POSTERS AND DEMOS The ACM Conference on Embedded Networked Sensor Systems (SenSys) is a highly selective forum for the presentation of research results on systems issues in the area of embedded, networked sensors. Distributed systems based on networked sensors and actuators with embedded computation capabilities allow for an instrumentation of the physical world at an unprecedented scale and density, thus enabling a new generation of monitoring and control applications. SenSys provides a cross-disciplinary venue for researchers addressing the rich space of networked sensor system design issues to interact, present and exchange research results, and demonstrate their work in a hands-on research exhibition. SenSys 2013 solicits submissions of both poster and demo abstracts in reflecting research and development in the above areas of interest. Contributions from industry presenting prototypes of platforms and solutions that might enhance future innovative applications are also encouraged. Submitted abstracts will be evaluated based on technical merit and innovation as well as their potential to stimulate interesting discussions and exchange of ideas. Authors of accepted abstracts will be given a one-minute slot in a "madness session" during the conference to present their work in front of the conference audience. As with previous editions of SenSys, the best poster and demo will receive an award. All abstracts shall be formatted according to the main conference paper layout. Accepted abstracts will appear in the conference proceedings. - IMPORTANT DATES - Abstract submission: July 22nd, 2013 Notification of acceptance: August 19th, 2013 Camera-ready abstract: August 30th, 2013 - SUBMISSION INSTRUCTIONS - If you are submitting a poster abstract, please add "Poster Abstract:" at the beginning of the abstract's title. Use instead "Demo Abstract:" otherwise. Please submit your abstract here:https://sensys2013.cs.virginia.edu/postersDemos/ - POSTERS - The poster session at SenSys provides a forum for researchers to present their work and receive feedback from experts attending the conference. We explicitly encourage submissions from students. Posters must be submitted as a single PDF containing no more than 3 pages. The first two pages should contain an abstract describing the research content of the poster, along with title, authors, institutional affiliations and contact information. The third page should contain a thumbnail draft of the poster's contents. For more information, please contact the poster chairs: Chenyang Lu Luca Mottola - DEMOS - Sensys solicits demonstrations showing innovative research and applications. Demos which showcase working systems, new platforms and tools, innovative applications, path breaking ideas, and other revolutionary concepts are welcome. Submissions from both industry and universities are encouraged. Demos must be submitted as a single PDF containing no more than 3 pages. The first two pages should contain an abstract describing the research content of the demo, along with title, authors, institutional affiliations and contact information. The third, optional page, whose format is at your discretion, should contain any additional information that will be used only to evaluate your demonstration proposal. For example, you may detail what you will show during the demo, outline special requirements (e.g., unusual space needs, exclusive access to a wireless channel, etc.), or provide links to additional online material related to your demo. Links to videos showing the demonstration are especially encouraged and videos of accepted demos will be linked from the SenSys web pages. For more information, please contact the demo chairs: Emiliano Miluzzo Amy Murphy --e89a8ffba4e7ecd20304de4b693c Content-Type: text/html; charset=ISO-8859-1
[Apologies in advance for any cross-postings]
-=* The 11th ACM Conference on Embedded Networked Sensor Systems (SenSys 2013) *=-
                         CALL FOR POSTERS AND DEMOS

The ACM Conference on Embedded Networked Sensor Systems (SenSys) is a
highly selective forum for the presentation of research results on
systems issues in the area of embedded, networked sensors. Distributed
systems based on networked sensors and actuators with embedded
computation capabilities allow for an instrumentation of the physical
world at an unprecedented scale and density, thus enabling a new
generation of monitoring and control applications. SenSys provides a
cross-disciplinary venue for researchers addressing the rich space of
networked sensor system design issues to interact, present and
exchange research results, and demonstrate their work in a hands-on
research exhibition.

SenSys 2013 solicits submissions of both poster and demo abstracts in
reflecting research and development in the above areas of interest.
Contributions from industry presenting prototypes of platforms and
solutions that might enhance future innovative applications are also
encouraged. Submitted abstracts will be evaluated based on technical
merit and innovation as well as their potential to stimulate
interesting discussions and exchange of ideas. Authors of accepted
abstracts will be given a one-minute slot in a "madness session"
during the conference to present their work in front of the conference
audience. As with previous editions of SenSys, the best poster and
demo will receive an award.

All abstracts shall be formatted according to the main conference
paper layout. Accepted abstracts will appear in the conference
proceedings.

- IMPORTANT DATES - 

Abstract submission: July 22nd, 2013
Notification of acceptance: August 19th, 2013
Camera-ready abstract: August 30th, 2013

- SUBMISSION INSTRUCTIONS -

If you are submitting a poster abstract, please add "Poster Abstract:"
at the beginning of the abstract's title. Use instead "Demo Abstract:"
otherwise.  Please submit your abstract here:
https://sensys2013.cs.virginia.edu/postersDemos/

- POSTERS -

The poster session at SenSys provides a forum for researchers to
present their work and receive feedback from experts attending the
conference. We explicitly encourage submissions from students.

Posters must be submitted as a single PDF containing no more than 3
pages. The first two pages should contain an abstract describing the
research content of the poster, along with title, authors,
institutional affiliations and contact information. The third page
should contain a thumbnail draft of the poster's contents. 

For more information, please contact the poster chairs:

Chenyang Lu <lu@cse.wustl.edu>
Luca Mottola <luca.mottola@polimi.it>

- DEMOS - 

Sensys solicits demonstrations showing innovative research and
applications. Demos which showcase working systems, new platforms and
tools, innovative applications, path breaking ideas, and other
revolutionary concepts are welcome. Submissions from both industry and
universities are encouraged.

Demos must be submitted as a single PDF containing no more than 3
pages.  The first two pages should contain an abstract describing the
research content of the demo, along with title, authors, institutional
affiliations and contact information.  The third, optional page, whose
format is at your discretion, should contain any additional
information that will be used only to evaluate your demonstration
proposal.  For example, you may detail what you will show during the
demo, outline special requirements (e.g., unusual space needs,
exclusive access to a wireless channel, etc.), or provide links to
additional online material related to your demo.  Links to videos
showing the demonstration are especially encouraged and videos of
accepted demos will be linked from the SenSys web pages.

For more information, please contact the demo chairs:

Emiliano Miluzzo <miluzzo@research.att.com>
Amy Murphy <murphy@fbk.eu>
--e89a8ffba4e7ecd20304de4b693c-- From pascal.thubert@gmail.com Mon Jun 3 22:20:37 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 4953D21E80BE for <6tsch@ietfa.amsl.com>; Mon, 3 Jun 2013 22:20:37 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.202 X-Spam-Level: X-Spam-Status: No, score=-1.202 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HTML_MESSAGE=0.001, MIME_QP_LONG_LINE=1.396] 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 DxFLVl0o016P for <6tsch@ietfa.amsl.com>; Mon, 3 Jun 2013 22:20:22 -0700 (PDT) Received: from mail-pb0-x229.google.com (mail-pb0-x229.google.com [IPv6:2607:f8b0:400e:c01::229]) by ietfa.amsl.com (Postfix) with ESMTP id C295921F8411 for <6tsch@ietf.org>; Mon, 3 Jun 2013 21:31:08 -0700 (PDT) Received: by mail-pb0-f41.google.com with SMTP id rp2so528431pbb.14 for <6tsch@ietf.org>; Mon, 03 Jun 2013 21:31:08 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=references:mime-version:in-reply-to:content-type :content-transfer-encoding:message-id:cc:x-mailer:from:subject:date :to; bh=4BehwgvqRU3DFyloGsnhEUAz+w6BI9QLGxpeQbiViV8=; b=bRllQWJFAf5A5B5P7//mi5DEKr4TVpzHLJT/aDMgGaXopm6mw5QrX/buEn6aJBAAyQ P7ms3P0o2/fcsccdeiJOlNUlIYAKA7AfwycBGaRvD19HpkbEU7udhIIFPF4wgO6dP1/q +ejI/WxjqDv/4aXgEEy/eVJt8uaY99XRtQ7pS8VGvr/tgdpYeEtoeU/MwfUNxJ8QicRH 6Nzq3LV9cMnECWL1rp3hX4l3qeyaQzhb1+qPqtC0qNOGcyBKVZiTkwfpkFMayVsaJ+jY kJocFOUV9TttvnKzp8u3SNY8kmQMt5emiKI/EfoASweI+jUVG7j1ugoi1zk+F7S1lJFT vAlg== X-Received: by 10.66.232.9 with SMTP id tk9mr27087002pac.20.1370320268223; Mon, 03 Jun 2013 21:31:08 -0700 (PDT) Received: from [172.17.179.82] ([12.3.154.2]) by mx.google.com with ESMTPSA id 10sm61604563pbm.0.2013.06.03.21.31.04 for (version=TLSv1 cipher=ECDHE-RSA-RC4-SHA bits=128/128); Mon, 03 Jun 2013 21:31:06 -0700 (PDT) References: Mime-Version: 1.0 (1.0) In-Reply-To: Content-Type: multipart/alternative; boundary=Apple-Mail-81FD8494-A5EA-443B-AED7-AEF17CC2D9A4 Content-Transfer-Encoding: 7bit Message-Id: <790AE139-4314-4143-86BC-030ED6D5AB4C@gmail.com> X-Mailer: iPhone Mail (10B350) From: Pascal Thubert Date: Mon, 3 Jun 2013 21:30:58 -0700 To: Thomas Watteyne Cc: "6tsch@ietf.org" <6tsch@ietf.org> Subject: Re: [6tsch] recycle unused track cells (was: Routing vs. switching) 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: Tue, 04 Jun 2013 05:20:37 -0000 --Apple-Mail-81FD8494-A5EA-443B-AED7-AEF17CC2D9A4 Content-Type: text/plain; charset=utf-8 Content-Transfer-Encoding: quoted-printable Hello Thomas: Le 3 juin 2013 =C3=A0 19:47, Thomas Watteyne a =C3= =A9crit : > Pascal, >=20 > I agree that a single bit is enough to differentiate between switched pack= ets and routed packets. During the call on Friday, we identified 3 locations= where that bit could live: > - somewhere in the 6LoWPAN header. Too high? > - as an IEEE802.15.4e IE: too many bytes for a single bit? > - represented by the fact that the destination MAC address is a broadcast a= ddress. >=20 > Agreed? >=20 So far so good > In the latter case, what would a multicast MAC address look like? Assuming= we're using long addresses address, we could set the multicast bit in the E= UI64. Are you imagining having the next hop address with that bit set, or as= signing a specific track identifier, encoded as a multicast address? >=20 I thought the latter to be honest. Elsevit could have been based on the dest= ination address. Nothing cast in stone at the moment, rather opening possibi= lities. > Also, once the network is running, I'm assuming we will be using short 2B a= ddresses. It's not clear how we can fit the multicast bit in there. >=20 That=C2=B4s the beauty of GMPLS...=20 We can reserve one single well-known value of a short address to mean "the m= cast address of the track" in a compressed form, can=C2=B4t we? Cheers, Pascal > Thomas >=20 > On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert) wrote: >> Hello Qin: >>=20 >> I expect that without this proposal, the dest mac of a packet would be th= e next L2 node, so that the next hop picks it and passes it to 6TUS layer. >> With the proposal, all nodes along a track would accept the multicast des= t mac address associated to that track, so the packet is recognized as recei= vable by this node at L2 and yet can be forwarded at 6TUS layer without dest= MAC rewrite. >>=20 >> Reusing the cell would be the case where this router did not receive a fr= ame on the track incoming slot, so the outgoing slot will be wasted. If we h= ave a packet for which the next hop the same router as the receiver of the w= asted cell, then we'd want to use the cell to progress the packet one hop. B= ut then the receiver router needs to figure out that this is not a frame to b= e switched at 6TUS layer but a packet to be routed at L3. The trick is that i= n this case, the destination MAC address would be effectively that of the re= ceiver router so 6TUS would punt the packet to L3. >>=20 >> Reusing a cell between 2 tracks is not the idea because there might be co= llisions. Here we are talking about using an unsed cell opportunistically fo= r L3 best effort traffic. If there is an unused track cell, it adds up to th= e bundle between the 2 adjacent routers for that particular slotframe. >>=20 >> Makes sense? >>=20 >> Pascal >>=20 >>=20 >> -----Original Message----- >> From: Qin Wang [mailto:qinwang@berkeley.edu] >> Sent: lundi 3 juin 2013 13:14 >> To: Pascal Thubert (pthubert) >> Cc: 6tsch@ietf.org >> Subject: Re: [6tsch] Routing vs. switching >>=20 >> Hi Pascal, >>=20 >> I don't understand strategy a) clearly. According to my understanding on "= Track", it consists of a sequence of cells along a multihop path, and there i= s one and only one cell for a pair of nodes (i.e. fixed next hop neighbor). T= hen, how does multicast Mac address function? What do you mean by reusing a c= ell? >>=20 >> I guess that the strategy a) will be used to solve the problem of (A->C->= B, D->C->E). That is, there is a cell in node-C with multicast address to bo= th node-B and node-E. So, the cell can be reused in the two tracks. Correct?= >>=20 >> Thanks >> Qin >>=20 >>=20 >> > Dear all ; >> > >> > We had a great discussion today at the weekly call about 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 require queuing at >> > intermediate nodes to absorb burst collisions from multiple 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. With that strategy, A >> > PCE route is an alternate to a track that would allow cell reuse and >> > L3 QoS operation. We leverage the deterministic Class of service >> > (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can >> > emulate RPL local instances 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 >> > _______________________________________________ >> > 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 > _______________________________________________ > 6tsch mailing list > 6tsch@ietf.org > https://www.ietf.org/mailman/listinfo/6tsch --Apple-Mail-81FD8494-A5EA-443B-AED7-AEF17CC2D9A4 Content-Type: text/html; charset=utf-8 Content-Transfer-Encoding: quoted-printable
Hello Thomas:


Le= 3 juin 2013 =C3=A0 19:47, Thomas Watteyne <watteyne@eecs.berkeley.edu> a =C3=A9crit :
<= br>
Pascal,

I agree that a single bit is enough to differentiate between switche= d packets and routed packets. During the call on Friday, we identified 3 loc= ations where that bit could live:
- somewhere in the 6LoWPAN header. Too high?
- as an IEEE802.15.4e IE: too many bytes for a single bit?
- represented by the fact that the destination MAC address is a br= oadcast address.

Agreed?

<= /div>

So far so good

In the latter case, w= hat would a multicast MAC address look like? Assuming we're using long addre= sses address, we could set the multicast bit in the EUI64. Are you imagining= having the next hop address with that bit set, or assigning a specific trac= k identifier, encoded as a multicast address?


I thought the la= tter to be honest. Elsevit could have been based on the destination address.= Nothing cast in stone at the moment, rather opening possibilities.


Also, once the network is running, I'm assuming we will be using short 2B= addresses. It's not clear how we can fit the multicast bit in there.
<= div style=3D"">

That=C2= =B4s the beauty of GMPLS... 

We can reserve on= e single well-known value of a short address to mean "the mcast address of t= he track" in a compressed form, can=C2=B4t we?

Chee= rs,

Pascal


Thomas

On Mon, Jun 3= , 2013 at 3:08 PM, Pascal Thubert (pthubert) <pthubert@cisco.com> wrote:
Hello Qin:

I expect that without this proposal, the dest mac of a packet would be the n= ext L2 node, so that the next hop picks it and passes it to 6TUS layer.
With the proposal, all nodes along a track would accept the multicast dest m= ac address associated to that track, so the packet is recognized as receivab= le by this node at L2 and yet can be forwarded at 6TUS layer without dest MA= C rewrite.

Reusing the cell would be the case where this router did not receive a frame= on the track incoming slot, so the outgoing slot will be wasted. If we have= a packet for which the next hop the same router as the receiver of the wast= ed cell, then we'd want to use the cell to progress the packet one hop. But t= hen the receiver router needs to figure out that this is not a frame to be s= witched at 6TUS layer but a packet to be routed at L3. The trick is that in t= his case, the destination MAC address would be effectively that of the recei= ver router so 6TUS would punt the packet to L3.

Reusing a cell between 2 tracks is not the idea because there might be colli= sions. Here we are talking about using an unsed cell opportunistically for L= 3 best effort traffic. If there is an unused track cell, it adds up to the b= undle between the 2 adjacent routers for that particular slotframe.

Makes sense?

Pascal


-----Original Message-----
From: Qin Wang [mailto:qinwang@berke= ley.edu]
Sent: lundi 3 juin 2013 13:14
To: Pascal Thubert (pthubert)
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] Routing vs. switching

Hi Pascal,

I don't understand strategy a) clearly. According to my understanding on "Tr= ack", it consists of a sequence of cells along a multihop path, and there is= one and only one cell for a pair of nodes (i.e. fixed next hop neighbor). T= hen, how does multicast Mac address function? What do you mean by reusing a c= ell?

I guess that the strategy a) will be used to solve the problem of (A->C-&= gt;B, D->C->E). That is, there is a cell in node-C with multicast addr= ess to both node-B and node-E. So, the cell can be reused in the two tracks.= Correct?

Thanks
Qin


> Dear all ;
>
> We had a great discussion today at the weekly call about routing that > relies on 1 hop cell bundles vs. switching that operates on end to end<= br> > tracks.
>
> We agreed that merging and splitting tracks could require queuing at > intermediate nodes to absorb burst collisions from multiple 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. With that strategy, A<= br> > PCE route is an alternate to a track that would allow cell reuse and > L3 QoS operation. We leverage the deterministic Class of service
> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can<= br> > emulate RPL local instances as indexed by the tuple (source address, > local_instance_id) and forward the packet with the same rules are RPL,<= br> > along the routing table indexed by the instance ID.
>
> Comments welcome!
>
> Cheers,
>
> Pascal
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>

_______________________________________________
6tsch mailing list
6tsch@ietf.org
ht= tps://www.ietf.org/mailman/listinfo/6tsch

____________________= ___________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mai= lman/listinfo/6tsch
= --Apple-Mail-81FD8494-A5EA-443B-AED7-AEF17CC2D9A4-- From P.Zand@utwente.nl Tue Jun 4 03:30:48 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 EC5CC21F9BA0 for <6tsch@ietfa.amsl.com>; Tue, 4 Jun 2013 03:30:47 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0.986 X-Spam-Level: X-Spam-Status: No, score=0.986 tagged_above=-999 required=5 tests=[BAYES_05=-1.11, HELO_EQ_NL=0.55, HOST_EQ_NL=1.545, HTML_MESSAGE=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 Sx8xThAOaE7w for <6tsch@ietfa.amsl.com>; Tue, 4 Jun 2013 03:30:29 -0700 (PDT) Received: from EXEDGE02.ad.utwente.nl (exedge02.ad.utwente.nl [130.89.5.49]) by ietfa.amsl.com (Postfix) with ESMTP id 14E9721F9BA5 for <6tsch@ietf.org>; Tue, 4 Jun 2013 02:24:31 -0700 (PDT) Received: from EXHUB01.ad.utwente.nl (130.89.4.228) by EXEDGE02.ad.utwente.nl (130.89.5.49) with Microsoft SMTP Server (TLS) id 14.2.328.9; Tue, 4 Jun 2013 11:24:30 +0200 Received: from EXMBX23.ad.utwente.nl ([169.254.3.91]) by EXHUB01.ad.utwente.nl ([130.89.4.228]) with mapi id 14.02.0328.009; Tue, 4 Jun 2013 11:24:30 +0200 From: To: <6tsch@ietf.org> Thread-Topic: Scheduling broadcast links Thread-Index: Ac5g/OV+JEBK641zSva+RKjsnXFpJg== Date: Tue, 4 Jun 2013 09:24:28 +0000 Message-ID: <76EA352C3C95BB42A2C4F2EE6493AD6E4DA3D86D@EXMBX23.ad.utwente.nl> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [130.89.12.149] Content-Type: multipart/alternative; boundary="_000_76EA352C3C95BB42A2C4F2EE6493AD6E4DA3D86DEXMBX23adutwent_" MIME-Version: 1.0 Subject: [6tsch] Scheduling broadcast links 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: Tue, 04 Jun 2013 10:30:48 -0000 --_000_76EA352C3C95BB42A2C4F2EE6493AD6E4DA3D86DEXMBX23adutwent_ Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable Dear All, Based on the last discussion on "DIOs/DAOs and broadcast channels on TSCH",= I found that we agreed to have two separate scheduled broadcast links: (i)= to broadcast ADV, (ii) to broadcast DIOs as well as the upper layers' traf= fic as regular TSCH data. My question are: (1) How to schedule these collision-free broadcast links for (i) and (ii= ) in a distributed manner with no central PCE (soft broadcast cells)? Or in= this phase we will just consider the centralized approach, in which the PC= E schedules hard cells for broadcasting links. (2) What is your opinion to consider the specific timeslots (e.g. the fi= rst timeslots) in order to schedule broadcast links for ADVs (either in a d= istributed or centralized approach) in a specific slotframe (e.g. consist 1= 00 or 200 slots) by different channel table (with limited number of physica= l channels in 2.4 GHz). In those timeslot no more communication can be sche= duled, unless the other links also follow the same hopping list/pattern. Pros: * The network formation and network synchronization can be easier b= ecause the new nodes know to scan just those physical channels . * In a distributed approach, scheduling collision-free broadcast li= nks can be easier. Cons: * Limiting to the potential wrong physical channels in 2.4 GHz that= might not work everywhere. * Wasting communication resources in those timeslots that is consid= ered for ADVs. Because no further communication can be scheduled in those t= imeslots, unless with the same hopping list/pattern. Best Wishes, Pouria Zand PhD Candidate Pervasive Systems Group Dept. of Computer Science University of Twente P.O. Box 217 7500AE Enschede The Netherlands --_000_76EA352C3C95BB42A2C4F2EE6493AD6E4DA3D86DEXMBX23adutwent_ Content-Type: text/html; charset="us-ascii" Content-Transfer-Encoding: quoted-printable

Dear All,

 

Based on the last discussion on “DIOs/DAOs and= broadcast channels on TSCH”, I found that we agreed to have two sepa= rate scheduled broadcast links: (i) to broadcast ADV, (ii) to broadcast DIO= s as well as the upper layers’ traffic as regular TSCH data.

My question are:  

 

(1)    How to schedule these coll= ision-free broadcast links for (i) and (ii) in a distributed manner with no= central PCE (soft broadcast cells)? Or in this phase we will just consider= the centralized approach, in which the PCE schedules hard cells for broadcasting links.

 

(2)    What is your opinion to co= nsider the specific timeslots (e.g. the first timeslots) in order to schedu= le broadcast links for ADVs (either in a distributed or centralized approac= h) in a specific slotframe (e.g. consist 100 or 200 slots) by different channel table (with limited number of physi= cal channels in 2.4 GHz). In those timeslot no more communication can be sc= heduled, unless the other links also follow the same hopping list/pattern.

 

Pros:

·         The network formati= on and network synchronization can be easier because the new nodes know to = scan just those physical channels .

·         In a distributed ap= proach, scheduling collision-free broadcast links can be easier.=

Cons:    &= nbsp; 

·         Limiting to the pot= ential wrong physical channels in 2.4 GHz that might not work everywhere.

·         Wasting communicati= on resources in those timeslots that is considered for ADVs. Because no fur= ther communication can be scheduled in those timeslots, unless with the sam= e hopping list/pattern.

  

Best Wishes,

 

Pouria Zand<= /i>

PhD Candidate

Pervasive Systems G= roup

Dept. of Computer S= cience

University of Twent= e

P.O. Box 217=

7500AE Enschede

The Netherlands

 

--_000_76EA352C3C95BB42A2C4F2EE6493AD6E4DA3D86DEXMBX23adutwent_-- From qinwang@berkeley.edu Tue Jun 4 08:11:16 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 B0FDA21F9AD1 for <6tsch@ietfa.amsl.com>; Tue, 4 Jun 2013 08:11:16 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, 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 CInWLZO-kKHP for <6tsch@ietfa.amsl.com>; Tue, 4 Jun 2013 08:11:01 -0700 (PDT) Received: from cm03fe.IST.Berkeley.EDU (cm03fe.IST.Berkeley.EDU [169.229.218.144]) by ietfa.amsl.com (Postfix) with ESMTP id 514BB21F9D0F for <6tsch@ietf.org>; Tue, 4 Jun 2013 06:19:36 -0700 (PDT) Received: from cm01ws.ist.berkeley.edu ([169.229.218.163] 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 1Ujr9C-0003X9-Aa; Tue, 04 Jun 2013 06:19:36 -0700 Received: from 173.49.14.122 (SquirrelMail authenticated user qinwang@berkeley.edu) by calmail.berkeley.edu with HTTP; Tue, 4 Jun 2013 06:19:34 -0700 Message-ID: <2652933868dadb00df370d62feac9820.squirrel@calmail.berkeley.edu> In-Reply-To: References: <905b12355034f5842b50e4732a75f51c.squirrel@calmail.berkeley.edu> Date: Tue, 4 Jun 2013 06:19:34 -0700 From: "Qin Wang" To: "Pascal Thubert (pthubert)" 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" <6tsch@ietf.org>, Qin Wang Subject: Re: [6tsch] Routing vs. switching 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: Tue, 04 Jun 2013 15:11:17 -0000 Hi Pascal, It makes sense to me. I want to confirm my understanding further. (1) Regarding the multicast address, it functions as a track-ID, or a label of a reserved route in layer 2.5. Correct? (2) Regarding to reusing cell, it supports multiple queues with different QoS, saying the packets associated with the track has higher priority, and the best effort packets has lower priority. Correct? If my understanding is correct, a parameter like trackID (which will be used as multicast address) may be needed in the cell reservation related commands of 6tus. Thanks Qin > Hello Qin: > > I expect that without this proposal, the dest mac of a packet would be the > next L2 node, so that the next hop picks it and passes it to 6TUS layer. > With the proposal, all nodes along a track would accept the multicast dest > mac address associated to that track, so the packet is recognized as > receivable by this node at L2 and yet can be forwarded at 6TUS layer > without dest MAC rewrite. > > Reusing the cell would be the case where this router did not receive a > frame on the track incoming slot, so the outgoing slot will be wasted. If > we have a packet for which the next hop the same router as the receiver of > the wasted cell, then we'd want to use the cell to progress the packet one > hop. But then the receiver router needs to figure out that this is not a > frame to be switched at 6TUS layer but a packet to be routed at L3. The > trick is that in this case, the destination MAC address would be > effectively that of the receiver router so 6TUS would punt the packet to > L3. > > Reusing a cell between 2 tracks is not the idea because there might be > collisions. Here we are talking about using an unsed cell > opportunistically for L3 best effort traffic. If there is an unused track > cell, it adds up to the bundle between the 2 adjacent routers for that > particular slotframe. > > Makes sense? > > Pascal > > > -----Original Message----- > From: Qin Wang [mailto:qinwang@berkeley.edu] > Sent: lundi 3 juin 2013 13:14 > To: Pascal Thubert (pthubert) > Cc: 6tsch@ietf.org > Subject: Re: [6tsch] Routing vs. switching > > Hi Pascal, > > I don't understand strategy a) clearly. According to my understanding on > "Track", it consists of a sequence of cells along a multihop path, and > there is one and only one cell for a pair of nodes (i.e. fixed next hop > neighbor). Then, how does multicast Mac address function? What do you mean > by reusing a cell? > > I guess that the strategy a) will be used to solve the problem of > (A->C->B, D->C->E). That is, there is a cell in node-C with multicast > address to both node-B and node-E. So, the cell can be reused in the two > tracks. Correct? > > Thanks > Qin > > >> Dear all ; >> >> We had a great discussion today at the weekly call about 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 require queuing at >> intermediate nodes to absorb burst collisions from multiple 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. With that strategy, A >> PCE route is an alternate to a track that would allow cell reuse and >> L3 QoS operation. We leverage the deterministic Class of service >> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can >> emulate RPL local instances 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 >> _______________________________________________ >> 6tsch mailing list >> 6tsch@ietf.org >> https://www.ietf.org/mailman/listinfo/6tsch >> > > From pthubert@cisco.com Tue Jun 4 10:20:01 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 088DA21F9CB1 for <6tsch@ietfa.amsl.com>; Tue, 4 Jun 2013 10:20:01 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -10.599 X-Spam-Level: X-Spam-Status: No, score=-10.599 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599, RCVD_IN_DNSWL_HI=-8] Received: from mail.ietf.org ([12.22.58.30]) by localhost (ietfa.amsl.com 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X-IronPort-AV: E=Sophos;i="4.87,800,1363132800"; d="scan'208";a="218638497" Received: from rcdn-core-1.cisco.com ([173.37.93.152]) by rcdn-iport-3.cisco.com with ESMTP; 04 Jun 2013 15:28:09 +0000 Received: from xhc-aln-x05.cisco.com (xhc-aln-x05.cisco.com [173.36.12.79]) by rcdn-core-1.cisco.com (8.14.5/8.14.5) with ESMTP id r54FS9LO020356 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Tue, 4 Jun 2013 15:28:09 GMT Received: from xmb-rcd-x01.cisco.com ([169.254.1.79]) by xhc-aln-x05.cisco.com ([173.36.12.79]) with mapi id 14.02.0318.004; Tue, 4 Jun 2013 10:28:09 -0500 From: "Pascal Thubert (pthubert)" To: Qin Wang Thread-Topic: [6tsch] Routing vs. switching Thread-Index: Ac5eZWjm6oqA3MriRLGF9oYeNvqKCACwMDhdAAQFCVA= Date: Tue, 4 Jun 2013 15:28:09 +0000 Deferred-Delivery: Tue, 4 Jun 2013 15:28:00 +0000 Message-ID: References: <905b12355034f5842b50e4732a75f51c.squirrel@calmail.berkeley.edu> <2652933868dadb00df370d62feac9820.squirrel@calmail.berkeley.edu> In-Reply-To: <2652933868dadb00df370d62feac9820.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: [10.155.145.6] Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: base64 MIME-Version: 1.0 Cc: "6tsch@ietf.org" <6tsch@ietf.org> Subject: Re: [6tsch] Routing vs. switching 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: Tue, 04 Jun 2013 17:20:01 -0000 SGVsbG8gUWluOg0KDQpJdCBtYWtlcyBzZW5zZSB0byBtZS4gSSB3YW50IHRvIGNvbmZpcm0gbXkg dW5kZXJzdGFuZGluZyBmdXJ0aGVyLg0KDQooMSkgUmVnYXJkaW5nIHRoZSBtdWx0aWNhc3QgYWRk cmVzcywgaXQgZnVuY3Rpb25zIGFzIGEgdHJhY2stSUQsIG9yIGEgbGFiZWwgb2YgYSByZXNlcnZl 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6tsch@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 5C33221F9B7A for <6tsch@ietfa.amsl.com>; Tue, 4 Jun 2013 11:30:25 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, 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 2U7+PzUdc4zq for <6tsch@ietfa.amsl.com>; Tue, 4 Jun 2013 11:30:20 -0700 (PDT) Received: from cm03fe.IST.Berkeley.EDU (cm03fe.IST.Berkeley.EDU [169.229.218.144]) by ietfa.amsl.com (Postfix) with ESMTP id 6BA7921F9BA5 for <6tsch@ietf.org>; Tue, 4 Jun 2013 10:57:11 -0700 (PDT) Received: from c-67-188-198-243.hsd1.ca.comcast.net ([67.188.198.243] helo=[192.168.2.3]) by cm03fe.ist.berkeley.edu with esmtpsa (TLSv1:AES256-SHA:256) (Exim 4.76) (auth plain:xvilajosana@eecs.berkeley.edu) (envelope-from ) id 1UjvTp-0000Jz-AO for 6tsch@ietf.org; Tue, 04 Jun 2013 10:57:10 -0700 Message-ID: <51AE2A70.1070104@eecs.berkeley.edu> Date: Tue, 04 Jun 2013 10:57:04 -0700 From: Xavier Vilajosana User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:17.0) Gecko/20130510 Thunderbird/17.0.6 MIME-Version: 1.0 To: 6tsch@ietf.org References: <905b12355034f5842b50e4732a75f51c.squirrel@calmail.berkeley.edu> <2652933868dadb00df370d62feac9820.squirrel@calmail.berkeley.edu> In-Reply-To: Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Subject: Re: [6tsch] Routing vs. switching 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: Tue, 04 Jun 2013 18:30:25 -0000 Hi, my 2 cents and to don't lose the focus and try to bring a simple picture of what we are addressing: 1-The general case of Packet Switching at L2.5 will not use any header. The PCE will install the mappings between input and output cells and tracks will be tight water pipes. (no sharing of resources). Forwarding will be done by 6tus, i.e looking input cell into the table and inserting the packet in the corresponding queue so it can be relayed at the appropriate output cell. 2-As an add-on we are discussing to add support for cell reuse, which won't be the general case or at least not as common as 1). In the case of cell reuse the track-ID will be used as destination address. We are proposing to use a multi-cast destination address when we want to express that a flow can use track-shared cells. 3-When 6tus has to relay a packet, and has nothing to sent in a particular slot, will pick another packet from a multicast queue which has a multicast address so the resource can be shared. So when inserting a packet into a queue, if the destination address is the multicast address it will be assigned a different priority than packets with specific destination address, and will be relayed using the bundle of cells that are identified by that multicast address. This means that the switching table needs another field, i.e the track-id which needs to be shared by all the nodes in the track, in that way 6tus, upon receiving a packet in a cell, will look at the input cell, destination address and will find the output cell and will put the packet in the corresponding queue. am I missing something? X Al 04/06/13 08:28, En/na Pascal Thubert (pthubert) ha escrit: > Hello Qin: > > It makes sense to me. I want to confirm my understanding further. > > (1) Regarding the multicast address, it functions as a track-ID, or a label of a reserved route in layer 2.5. Correct? > > [Pascal] Yes, that would be an added value. The main goal is to make sure that any intermediate node accepts the packet. Alternatively we could use broadcast (0xFFFF) on all the tracks but then we need to make sure that the node only forwards along the track. > > (2) Regarding to reusing cell, it supports multiple queues with different QoS, saying the packets associated with the track has higher priority, and the best effort packets has lower priority. Correct? > > [Pascal] Actually the prioritization and packet drop management is done at L3. If we have received a packet along the track, then that packet goes out next, with no control from IP. But if there was no packet in along the track at the current iteration of the schedule, then we have one free cell for that iteration. What we can do at 6TUS layer is add that particular cell in that particular iteration of the schedule to the bundle that is used for L3 as link to the next hop router. When the cell time arrives, we pick the highest priority packet from the L3 outgoing queue on the link towards the particular next hop of that cell and transmit. The next hop router can pick that packet and punt it. > > If my understanding is correct, a parameter like trackID (which will be used as multicast address) may be needed in the cell reservation related commands of 6tus. > > [Pascal] I think that could be useful. > > : ) > > Pascal > > > >> Hello Qin: >> >> I expect that without this proposal, the dest mac of a packet would be >> the next L2 node, so that the next hop picks it and passes it to 6TUS layer. >> With the proposal, all nodes along a track would accept the multicast >> dest mac address associated to that track, so the packet is recognized >> as receivable by this node at L2 and yet can be forwarded at 6TUS >> layer without dest MAC rewrite. >> >> Reusing the cell would be the case where this router did not receive a >> frame on the track incoming slot, so the outgoing slot will be wasted. >> If we have a packet for which the next hop the same router as the >> receiver of the wasted cell, then we'd want to use the cell to >> progress the packet one hop. But then the receiver router needs to >> figure out that this is not a frame to be switched at 6TUS layer but a >> packet to be routed at L3. The trick is that in this case, the >> destination MAC address would be effectively that of the receiver >> router so 6TUS would punt the packet to L3. >> >> Reusing a cell between 2 tracks is not the idea because there might be >> collisions. Here we are talking about using an unsed cell >> opportunistically for L3 best effort traffic. If there is an unused >> track cell, it adds up to the bundle between the 2 adjacent routers >> for that particular slotframe. >> >> Makes sense? >> >> Pascal >> >> >> -----Original Message----- >> From: Qin Wang [mailto:qinwang@berkeley.edu] >> Sent: lundi 3 juin 2013 13:14 >> To: Pascal Thubert (pthubert) >> Cc: 6tsch@ietf.org >> Subject: Re: [6tsch] Routing vs. switching >> >> Hi Pascal, >> >> I don't understand strategy a) clearly. According to my understanding >> on "Track", it consists of a sequence of cells along a multihop path, >> and there is one and only one cell for a pair of nodes (i.e. fixed >> next hop neighbor). Then, how does multicast Mac address function? >> What do you mean by reusing a cell? >> >> I guess that the strategy a) will be used to solve the problem of >> (A->C->B, D->C->E). That is, there is a cell in node-C with multicast >> address to both node-B and node-E. So, the cell can be reused in the >> two tracks. Correct? >> >> Thanks >> Qin >> >> >>> Dear all ; >>> >>> We had a great discussion today at the weekly call about 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 require queuing at >>> intermediate nodes to absorb burst collisions from multiple 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. With that strategy, >>> A PCE route is an alternate to a track that would allow cell reuse >>> and >>> L3 QoS operation. We leverage the deterministic Class of service >>> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we >>> can emulate RPL local instances 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 >>> _______________________________________________ >>> 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 Tue Jun 4 15:23:00 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 AC18E21F99CA for <6tsch@ietfa.amsl.com>; Tue, 4 Jun 2013 15:22:57 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -10.306 X-Spam-Level: X-Spam-Status: No, score=-10.306 tagged_above=-999 required=5 tests=[AWL=0.293, BAYES_00=-2.599, 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 Z-vEBfK9WraL for <6tsch@ietfa.amsl.com>; Tue, 4 Jun 2013 15:22:50 -0700 (PDT) Received: from rcdn-iport-9.cisco.com (rcdn-iport-9.cisco.com [173.37.86.80]) by ietfa.amsl.com (Postfix) with ESMTP id 4D8AE21F96C2 for <6tsch@ietf.org>; Tue, 4 Jun 2013 15:22:49 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=9190; q=dns/txt; s=iport; t=1370384569; x=1371594169; h=from:to:subject:date:message-id:references:in-reply-to: content-transfer-encoding:mime-version; bh=8p58R8oX9a/jFmRtBAujn0qzeqTKAaKpEshBnAPMkqg=; b=hj/HQAzDONcsz5P7srb7XRKQf52RnmmTbH1DP8fUfbldrY264aH6B9jk NuZ5ffdJWoW5FpFqHLE5L41nVXnWFVRwEWNaysNjWbNtCPIA+CjvPKZ5D btSfB2EzojpcsajwV3nOQqMA5meoNJcFo4epekra5fHQ26B8egc1pOmUN g=; X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: Ag8FAA1orlGtJV2Z/2dsb2JhbABaDoJ7ML8pfRZ0giMBAQEEAQEBJBM0FwQCAQgOAwQBAQsUCQcnCxQJCAIEARIIiAUMvVwEjnM4BoJ0YQOof4JRPoIn X-IronPort-AV: E=Sophos;i="4.87,802,1363132800"; d="scan'208";a="215840384" Received: from rcdn-core-2.cisco.com ([173.37.93.153]) by rcdn-iport-9.cisco.com with ESMTP; 04 Jun 2013 22:22:48 +0000 Received: from xhc-rcd-x13.cisco.com (xhc-rcd-x13.cisco.com [173.37.183.87]) by rcdn-core-2.cisco.com (8.14.5/8.14.5) with ESMTP id r54MMmFI006214 (version=TLSv1/SSLv3 cipher=AES128-SHA bits=128 verify=FAIL); Tue, 4 Jun 2013 22:22:48 GMT Received: from xmb-rcd-x01.cisco.com ([169.254.1.79]) by xhc-rcd-x13.cisco.com ([173.37.183.87]) with mapi id 14.02.0318.004; Tue, 4 Jun 2013 17:22:48 -0500 From: "Pascal Thubert (pthubert)" To: Xavier Vilajosana , "6tsch@ietf.org" <6tsch@ietf.org> Thread-Topic: [6tsch] Routing vs. switching Thread-Index: AQHOYVGdt4TNLS/c1kCKIJdJb9caEpkmGjug Date: Tue, 4 Jun 2013 22:22:47 +0000 Deferred-Delivery: Tue, 4 Jun 2013 22:22:00 +0000 Message-ID: References: <905b12355034f5842b50e4732a75f51c.squirrel@calmail.berkeley.edu> <2652933868dadb00df370d62feac9820.squirrel@calmail.berkeley.edu> <51AE2A70.1070104@eecs.berkeley.edu> In-Reply-To: <51AE2A70.1070104@eecs.berkeley.edu> Accept-Language: fr-FR, en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [10.155.28.148] Content-Type: text/plain; charset="us-ascii" Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 Subject: Re: [6tsch] Routing vs. switching 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: Tue, 04 Jun 2013 22:23:00 -0000 Hello Xavi: 1-The general case of Packet Switching at L2.5 will not use any header.=20 The PCE will install the mappings between input and output cells and tracks= will be tight water pipes. (no sharing of resources). Forwarding will be d= one by 6tus, i.e looking input cell into the table and inserting the packet= in the corresponding queue so it can be relayed at the appropriate output = cell. [Pascal] This is probably not entirely true. 6TUS is above 802.15.4 and I e= xpect that the radio NIC will match the MAC destination prior to passing th= e packet to 6TUS. The proper claim would be that the headers above L2 are n= ot relevant to 6TUS switching operation. This is why I wanted a mcast or br= dcast destination for packets that are 6TUS switched; if I'm correct this s= aves us from updating the destination mac at each hop. 2-As an add-on we are discussing to add support for cell reuse, which won't= be the general case or at least not as common as 1). In the case of cell r= euse the track-ID will be used as destination address. We are proposing to = use a multi-cast destination address when we want to express that a flow ca= n use track-shared cells. [Pascal] The other way around. The unicast would be for the cuckoo packet t= hat opportunistically surfs the tack for one hop. The dest mac in that case= is that of the next hop router. The multicast (or broadcast) is used to in= dicate that any NIC along the track is supposed to accept the frame and pas= s it to 6TUS. 6TUS would read the dest MAC and if 1) it is, say 0xFFFF, and= 2) the frame was received over a track, it will forward the frame along th= e track. Otherwise punt to IP. 3-When 6tus has to relay a packet, and has nothing to sent in a particular = slot, will pick another packet from a multicast queue which has a multicast= address so the resource can be shared. [Pascal] Again you have the unicast / mcast reversed from the original prop= osal. The proposal is that highest priority unicast packet for which the ne= xt hop router coincides with the next hop of the track is opportunistically= placed on the wasted cell... this adds a cell to the bundle between the 2 = adjacent routers, but only when there is no received frame along the track. So when inserting a packet into a queue, if the destination address is the = multicast address it will be assigned a different priority than packets wit= h specific destination address, and will be relayed using the bundle of cel= ls that are identified by that multicast address. This means that the switc= hing table needs another field, i.e the track-id which needs to be shared b= y all the nodes in the track, in that way 6tus, upon receiving a packet in = a cell, will look at the input cell, destination address and will find the = output cell and will put the packet in the corresponding queue. [] Making sure we are clear here: The proposal is to reuse the cell for jus= t one hop, not for the final destination. There is already little chance th= at we have many packets queued with the next hop that coincides with the re= mote router over the wasted cell. am I missing something? [Pascal] Yes, since you had it reversed about the multicast, I think you we= nt through a very different path... Cheers, Pascal Al 04/06/13 08:28, En/na Pascal Thubert (pthubert) ha escrit: > Hello Qin: > > It makes sense to me. I want to confirm my understanding further. > > (1) Regarding the multicast address, it functions as a track-ID, or a lab= el of a reserved route in layer 2.5. Correct? > > [Pascal] Yes, that would be an added value. The main goal is to make sure= that any intermediate node accepts the packet. Alternatively we could use = broadcast (0xFFFF) on all the tracks but then we need to make sure that the= node only forwards along the track. > > (2) Regarding to reusing cell, it supports multiple queues with different= QoS, saying the packets associated with the track has higher priority, and= the best effort packets has lower priority. Correct? > > [Pascal] Actually the prioritization and packet drop management is done a= t L3. If we have received a packet along the track, then that packet goes o= ut next, with no control from IP. But if there was no packet in along the t= rack at the current iteration of the schedule, then we have one free cell f= or that iteration. What we can do at 6TUS layer is add that particular cell= in that particular iteration of the schedule to the bundle that is used fo= r L3 as link to the next hop router. When the cell time arrives, we pick th= e highest priority packet from the L3 outgoing queue on the link towards th= e particular next hop of that cell and transmit. The next hop router can pi= ck that packet and punt it. > > If my understanding is correct, a parameter like trackID (which will be u= sed as multicast address) may be needed in the cell reservation related com= mands of 6tus. > > [Pascal] I think that could be useful. > > : ) > =20 > Pascal > > > >> Hello Qin: >> >> I expect that without this proposal, the dest mac of a packet would=20 >> be the next L2 node, so that the next hop picks it and passes it to 6TUS= layer. >> With the proposal, all nodes along a track would accept the multicast=20 >> dest mac address associated to that track, so the packet is=20 >> recognized as receivable by this node at L2 and yet can be forwarded=20 >> at 6TUS layer without dest MAC rewrite. >> >> Reusing the cell would be the case where this router did not receive=20 >> a frame on the track incoming slot, so the outgoing slot will be wasted. >> If we have a packet for which the next hop the same router as the=20 >> receiver of the wasted cell, then we'd want to use the cell to=20 >> progress the packet one hop. But then the receiver router needs to=20 >> figure out that this is not a frame to be switched at 6TUS layer but=20 >> a packet to be routed at L3. The trick is that in this case, the=20 >> destination MAC address would be effectively that of the receiver=20 >> router so 6TUS would punt the packet to L3. >> >> Reusing a cell between 2 tracks is not the idea because there might=20 >> be collisions. Here we are talking about using an unsed cell=20 >> opportunistically for L3 best effort traffic. If there is an unused=20 >> track cell, it adds up to the bundle between the 2 adjacent routers=20 >> for that particular slotframe. >> >> Makes sense? >> >> Pascal >> >> >> -----Original Message----- >> From: Qin Wang [mailto:qinwang@berkeley.edu] >> Sent: lundi 3 juin 2013 13:14 >> To: Pascal Thubert (pthubert) >> Cc: 6tsch@ietf.org >> Subject: Re: [6tsch] Routing vs. switching >> >> Hi Pascal, >> >> I don't understand strategy a) clearly. According to my understanding=20 >> on "Track", it consists of a sequence of cells along a multihop path,=20 >> and there is one and only one cell for a pair of nodes (i.e. fixed=20 >> next hop neighbor). Then, how does multicast Mac address function? >> What do you mean by reusing a cell? >> >> I guess that the strategy a) will be used to solve the problem of=20 >> (A->C->B, D->C->E). That is, there is a cell in node-C with multicast=20 >> address to both node-B and node-E. So, the cell can be reused in the=20 >> two tracks. Correct? >> >> Thanks >> Qin >> >> >>> Dear all ; >>> >>> We had a great discussion today at the weekly call about routing=20 >>> that relies on 1 hop cell bundles vs. switching that operates on end=20 >>> to end tracks. >>> >>> We agreed that merging and splitting tracks could require queuing at=20 >>> intermediate nodes to absorb burst collisions from multiple sources=20 >>> 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=20 >>> a track cell that is not used by a deterministic packet for hop by=20 >>> hop >>> L3 traffic as differentiated by its unicast MAC destination and 2)=20 >>> forward with no change to the destination. >>> >>> b) let the PCE install routes as well as tracks. With that strategy,=20 >>> A PCE route is an alternate to a track that would allow cell reuse=20 >>> and >>> L3 QoS operation. We leverage the deterministic Class of service=20 >>> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we=20 >>> can emulate RPL local instances as indexed by the tuple (source=20 >>> address, >>> local_instance_id) and forward the packet with the same rules are=20 >>> RPL, along the routing table indexed by the instance ID. >>> >>> Comments welcome! >>> >>> Cheers, >>> >>> 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 xvilajosana@eecs.berkeley.edu Tue Jun 4 15:41:06 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 7952821F992C for <6tsch@ietfa.amsl.com>; Tue, 4 Jun 2013 15:41:06 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -6.599 X-Spam-Level: X-Spam-Status: No, score=-6.599 tagged_above=-999 required=5 tests=[AWL=-0.001, BAYES_00=-2.599, HTML_MESSAGE=0.001, 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 nXq8KFLjKucG for <6tsch@ietfa.amsl.com>; Tue, 4 Jun 2013 15:41:01 -0700 (PDT) Received: from cm01fe.IST.Berkeley.EDU (cm01fe.IST.Berkeley.EDU [169.229.218.142]) by ietfa.amsl.com (Postfix) with ESMTP id A935E21F992A for <6tsch@ietf.org>; Tue, 4 Jun 2013 15:40:58 -0700 (PDT) Received: from c-67-188-198-243.hsd1.ca.comcast.net ([67.188.198.243] helo=[192.168.2.3]) by cm01fe.ist.berkeley.edu with esmtpsa (TLSv1:AES256-SHA:256) (Exim 4.76) (auth plain:xvilajosana@eecs.berkeley.edu) (envelope-from ) id 1UjzuS-0007sZ-3e; Tue, 04 Jun 2013 15:40:58 -0700 Message-ID: <51AE6CF3.9000104@eecs.berkeley.edu> Date: Tue, 04 Jun 2013 15:40:51 -0700 From: Xavier Vilajosana User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:17.0) Gecko/20130510 Thunderbird/17.0.6 MIME-Version: 1.0 To: "Pascal Thubert (pthubert)" References: <905b12355034f5842b50e4732a75f51c.squirrel@calmail.berkeley.edu> <2652933868dadb00df370d62feac9820.squirrel@calmail.berkeley.edu> <51AE2A70.1070104@eecs.berkeley.edu> In-Reply-To: Content-Type: multipart/alternative; boundary="------------090005000105060201010002" Cc: "6tsch@ietf.org" <6tsch@ietf.org> Subject: Re: [6tsch] Routing vs. switching 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: Tue, 04 Jun 2013 22:41:06 -0000 This is a multi-part message in MIME format. --------------090005000105060201010002 Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Hi Pascal, let me argue a little :-) Al 04/06/13 15:22, En/na Pascal Thubert (pthubert) ha escrit: > Hello Xavi: > > 1-The general case of Packet Switching at L2.5 will not use any header. > The PCE will install the mappings between input and output cells and tracks will be tight water pipes. (no sharing of resources). Forwarding will be done by 6tus, i.e looking input cell into the table and inserting the packet in the corresponding queue so it can be relayed at the appropriate output cell. > > [Pascal] This is probably not entirely true. 6TUS is above 802.15.4 and I expect that the radio NIC will match the MAC destination prior to passing the packet to 6TUS. The proper claim would be that the headers above L2 are not relevant to 6TUS switching operation. This is why I wanted a mcast or brdcast destination for packets that are 6TUS switched; if I'm correct this saves us from updating the destination mac at each hop. I see, however updating next hop is not a problem as in the schedule we have thet L2 address the cell is pointing to (in case of tx). So my question is now. Is that needed? does it introduce any advantage, does it introduce more complexity? note that from the implementation point of view by default we rewrite destination (next hop) as this is what it is supposed to be done. Having this "special" condition will require "special handling". Just thoughts as I am in favour of simple things. > > 2-As an add-on we are discussing to add support for cell reuse, which won't be the general case or at least not as common as 1). In the case of cell reuse the track-ID will be used as destination address. We are proposing to use a multi-cast destination address when we want to express that a flow can use track-shared cells. > > [Pascal] The other way around. The unicast would be for the cuckoo packet that opportunistically surfs the tack for one hop. The dest mac in that case is that of the next hop router. The multicast (or broadcast) is used to indicate that any NIC along the track is supposed to accept the frame and pass it to 6TUS. 6TUS would read the dest MAC and if 1) it is, say 0xFFFF, and 2) the frame was received over a track, it will forward the frame along the track. Otherwise punt to IP. I see, now. this is considering that we use a multicast address for any packet that goes through a label switched path. > 3-When 6tus has to relay a packet, and has nothing to sent in a particular slot, will pick another packet from a multicast queue which has a multicast address so the resource can be shared. > > [Pascal] Again you have the unicast / mcast reversed from the original proposal. The proposal is that highest priority unicast packet for which the next hop router coincides with the next hop of the track is opportunistically placed on the wasted cell... this adds a cell to the bundle between the 2 adjacent routers, but only when there is no received frame along the track. Agreed. > So when inserting a packet into a queue, if the destination address is the multicast address it will be assigned a different priority than packets with specific destination address, and will be relayed using the bundle of cells that are identified by that multicast address. This means that the switching table needs another field, i.e the track-id which needs to be shared by all the nodes in the track, in that way 6tus, upon receiving a packet in a cell, will look at the input cell, destination address and will find the output cell and will put the packet in the corresponding queue. > > [] Making sure we are clear here: The proposal is to reuse the cell for just one hop, not for the final destination. There is already little chance that we have many packets queued with the next hop that coincides with the remote router over the wasted cell. This is simpler. If hop by hop matches a track then the policy will apply at each hop. But this is a particular case and addressing the one hop case is more than ok to me. > > am I missing something? > > [Pascal] Yes, since you had it reversed about the multicast, I think you went through a very different path... > Cheers, > > Pascal > > > Al 04/06/13 08:28, En/na Pascal Thubert (pthubert) ha escrit: >> Hello Qin: >> >> It makes sense to me. I want to confirm my understanding further. >> >> (1) Regarding the multicast address, it functions as a track-ID, or a label of a reserved route in layer 2.5. Correct? >> >> [Pascal] Yes, that would be an added value. The main goal is to make sure that any intermediate node accepts the packet. Alternatively we could use broadcast (0xFFFF) on all the tracks but then we need to make sure that the node only forwards along the track. >> >> (2) Regarding to reusing cell, it supports multiple queues with different QoS, saying the packets associated with the track has higher priority, and the best effort packets has lower priority. Correct? >> >> [Pascal] Actually the prioritization and packet drop management is done at L3. If we have received a packet along the track, then that packet goes out next, with no control from IP. But if there was no packet in along the track at the current iteration of the schedule, then we have one free cell for that iteration. What we can do at 6TUS layer is add that particular cell in that particular iteration of the schedule to the bundle that is used for L3 as link to the next hop router. When the cell time arrives, we pick the highest priority packet from the L3 outgoing queue on the link towards the particular next hop of that cell and transmit. The next hop router can pick that packet and punt it. >> >> If my understanding is correct, a parameter like trackID (which will be used as multicast address) may be needed in the cell reservation related commands of 6tus. >> >> [Pascal] I think that could be useful. >> >> : ) >> >> Pascal >> >> >> >>> Hello Qin: >>> >>> I expect that without this proposal, the dest mac of a packet would >>> be the next L2 node, so that the next hop picks it and passes it to 6TUS layer. >>> With the proposal, all nodes along a track would accept the multicast >>> dest mac address associated to that track, so the packet is >>> recognized as receivable by this node at L2 and yet can be forwarded >>> at 6TUS layer without dest MAC rewrite. >>> >>> Reusing the cell would be the case where this router did not receive >>> a frame on the track incoming slot, so the outgoing slot will be wasted. >>> If we have a packet for which the next hop the same router as the >>> receiver of the wasted cell, then we'd want to use the cell to >>> progress the packet one hop. But then the receiver router needs to >>> figure out that this is not a frame to be switched at 6TUS layer but >>> a packet to be routed at L3. The trick is that in this case, the >>> destination MAC address would be effectively that of the receiver >>> router so 6TUS would punt the packet to L3. >>> >>> Reusing a cell between 2 tracks is not the idea because there might >>> be collisions. Here we are talking about using an unsed cell >>> opportunistically for L3 best effort traffic. If there is an unused >>> track cell, it adds up to the bundle between the 2 adjacent routers >>> for that particular slotframe. >>> >>> Makes sense? >>> >>> Pascal >>> >>> >>> -----Original Message----- >>> From: Qin Wang [mailto:qinwang@berkeley.edu] >>> Sent: lundi 3 juin 2013 13:14 >>> To: Pascal Thubert (pthubert) >>> Cc: 6tsch@ietf.org >>> Subject: Re: [6tsch] Routing vs. switching >>> >>> Hi Pascal, >>> >>> I don't understand strategy a) clearly. According to my understanding >>> on "Track", it consists of a sequence of cells along a multihop path, >>> and there is one and only one cell for a pair of nodes (i.e. fixed >>> next hop neighbor). Then, how does multicast Mac address function? >>> What do you mean by reusing a cell? >>> >>> I guess that the strategy a) will be used to solve the problem of >>> (A->C->B, D->C->E). That is, there is a cell in node-C with multicast >>> address to both node-B and node-E. So, the cell can be reused in the >>> two tracks. Correct? >>> >>> Thanks >>> Qin >>> >>> >>>> Dear all ; >>>> >>>> We had a great discussion today at the weekly call about 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 require queuing at >>>> intermediate nodes to absorb burst collisions from multiple 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. With that strategy, >>>> A PCE route is an alternate to a track that would allow cell reuse >>>> and >>>> L3 QoS operation. We leverage the deterministic Class of service >>>> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we >>>> can emulate RPL local instances 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 >>>> _______________________________________________ >>>> 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 --------------090005000105060201010002 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit
Hi Pascal,
let me argue a little :-)

Al 04/06/13 15:22, En/na Pascal Thubert (pthubert) ha escrit:
Hello Xavi:

1-The general case of Packet Switching at L2.5 will not use any header. 
The PCE will install the mappings between input and output cells and tracks will be tight water pipes. (no sharing of resources). Forwarding will be done by 6tus, i.e looking input cell into the table and inserting the packet in the corresponding queue so it can be relayed at the appropriate output cell.

[Pascal] This is probably not entirely true. 6TUS is above 802.15.4 and I expect that the radio NIC will match the MAC destination prior to passing the packet to 6TUS. The proper claim would be that the headers above L2 are not relevant to 6TUS switching operation. This is why I wanted a mcast or brdcast destination for packets that are 6TUS switched; if I'm correct this saves us from updating the destination mac at each hop.

I see, however updating next hop is not a problem as in the schedule we have thet L2 address the cell is pointing to (in case of tx). So my question is now. Is that needed? does it introduce any advantage, does it introduce more complexity? note that from the implementation point of view by default we rewrite destination (next hop) as this is what it is supposed to be done. Having this "special" condition will require "special handling". Just thoughts as I am in favour of simple things.

2-As an add-on we are discussing to add support for cell reuse, which won't be the general case or at least not as common as 1). In the case of cell reuse the track-ID will be used as destination address. We are proposing to use a multi-cast destination address when we want to express that a flow can use track-shared cells.

[Pascal] The other way around. The unicast would be for the cuckoo packet that opportunistically surfs the tack for one hop. The dest mac in that case is that of the next hop router. The multicast (or broadcast) is used to indicate that any NIC along the track is supposed to accept the frame and pass it to 6TUS. 6TUS would read the dest MAC and if 1) it is, say 0xFFFF, and 2) the frame was received over a track, it will forward the frame along the track. Otherwise punt to IP.
I see, now. this is considering that we use a multicast address for any packet that goes through a label switched path.

3-When 6tus has to relay a packet, and has nothing to sent in a particular slot, will pick another packet from a multicast queue which has a multicast address so the resource can be shared.

[Pascal] Again you have the unicast / mcast reversed from the original proposal. The proposal is that highest priority unicast packet for which the next hop router coincides with the next hop of the track is opportunistically placed on the wasted cell... this adds a cell to the bundle between the 2 adjacent routers, but only when there is no received frame along the track.

Agreed.
So when inserting a packet into a queue, if the destination address is the multicast address it will be assigned a different priority than packets with specific destination address, and will be relayed using the bundle of cells that are identified by that multicast address. This means that the switching table needs another field, i.e the track-id which needs to be shared by all the nodes in the track, in that way 6tus, upon receiving a packet in a cell, will look at the input cell, destination address and will find the output cell and will put the packet in the corresponding queue.

[] Making sure we are clear here: The proposal is to reuse the cell for just one hop, not for the final destination. There is already little chance that we have many packets queued with the next hop that coincides with the remote router over the wasted cell.
This is simpler. If hop by hop matches a track then the policy will apply at each hop. But this is a particular case and addressing the one hop case is more than ok to me.

am I missing something?

[Pascal] Yes, since you had it reversed about the multicast, I think you went through a very different path...

Cheers,

Pascal


Al 04/06/13 08:28, En/na Pascal Thubert (pthubert) ha escrit:

Hello Qin:

It makes sense to me. I want to confirm my understanding further.

(1) Regarding the multicast address, it functions as a track-ID, or a label of a reserved route in layer 2.5. Correct?

[Pascal] Yes, that would be an added value. The main goal is to make sure that any intermediate node accepts the packet. Alternatively we could use broadcast (0xFFFF) on all the tracks but then we need to make sure that the node only forwards along the track.

(2) Regarding to reusing cell, it supports multiple queues with different QoS, saying the packets associated with the track has higher priority, and the best effort packets has lower priority. Correct?

[Pascal] Actually the prioritization and packet drop management is done at L3. If we have received a packet along the track, then that packet goes out next, with no control from IP. But if there was no packet in along the track at the current iteration of the schedule, then we have one free cell for that iteration. What we can do at 6TUS layer is add that particular cell in that particular iteration of the schedule to the bundle that is used for L3 as link to the next hop router. When the cell time arrives, we pick the highest priority packet from the L3 outgoing queue on the link towards the particular next hop of that cell and transmit. The next hop router can pick that packet and punt it.

If my understanding is correct, a parameter like trackID (which will be used as multicast address) may be needed in the cell reservation related commands of 6tus.

[Pascal] I think that could be useful.

  : )
  
Pascal




Hello Qin:

I expect that without this proposal, the dest mac of a packet would 
be the next L2 node, so that the next hop picks it and passes it to 6TUS layer.
With the proposal, all nodes along a track would accept the multicast 
dest mac address associated to that track, so the packet is 
recognized as receivable by this node at L2 and yet can be forwarded 
at 6TUS layer without dest MAC rewrite.

Reusing the cell would be the case where this router did not receive 
a frame on the track incoming slot, so the outgoing slot will be wasted.
If we have a packet for which the next hop the same router as the 
receiver of the wasted cell, then we'd want to use the cell to 
progress the packet one hop. But then the receiver router needs to 
figure out that this is not a frame to be switched at 6TUS layer but 
a packet to be routed at L3. The trick is that in this case, the 
destination MAC address would be effectively that of the receiver 
router so 6TUS would punt the packet to L3.

Reusing a cell between 2 tracks is not the idea because there might 
be collisions. Here we are talking about using an unsed cell 
opportunistically for L3 best effort traffic. If there is an unused 
track cell, it adds up to the bundle between the 2 adjacent routers 
for that particular slotframe.

Makes sense?

Pascal


-----Original Message-----
From: Qin Wang [mailto:qinwang@berkeley.edu]
Sent: lundi 3 juin 2013 13:14
To: Pascal Thubert (pthubert)
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] Routing vs. switching

Hi Pascal,

I don't understand strategy a) clearly. According to my understanding 
on "Track", it consists of a sequence of cells along a multihop path, 
and there is one and only one cell for a pair of nodes (i.e. fixed 
next hop neighbor). Then, how does multicast Mac address function?
What do you mean by reusing a cell?

I guess that the strategy a) will be used to solve the problem of 
(A->C->B, D->C->E). That is, there is a cell in node-C with multicast 
address to both node-B and node-E. So, the cell can be reused in the 
two tracks. Correct?

Thanks
Qin



Dear all ;

We had a great discussion today at the weekly call about 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 require queuing at 
intermediate nodes to absorb burst collisions from multiple 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. With that strategy, 
A PCE route is an alternate to a track that would allow cell reuse 
and
L3 QoS operation. We leverage the deterministic Class of service 
(that's Deterministic Forwarding, DF, though encoded 0xEF). And we 
can emulate RPL local instances 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
_______________________________________________
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: "Pascal Thubert (pthubert)" 
To: Xavier Vilajosana 
Thread-Topic: [6tsch] Routing vs. switching
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Hi Pascal,
let me argue a little :-)

[Pascal] Most certainly!!! Thanks for this...


Al 04/06/13 15:22, En/na Pascal Thubert (pthubert) ha escrit:

Hello Xavi:



1-The general case of Packet Switching at L2.5 will not use any header.

The PCE will install the mappings between input and output cells and tracks=
 will be tight water pipes. (no sharing of resources). Forwarding will be d=
one by 6tus, i.e looking input cell into the table and inserting the packet=
 in the corresponding queue so it can be relayed at the appropriate output =
cell.



[Pascal] This is probably not entirely true. 6TUS is above 802.15.4 and I e=
xpect that the radio NIC will match the MAC destination prior to passing th=
e packet to 6TUS. The proper claim would be that the headers above L2 are n=
ot relevant to 6TUS switching operation. This is why I wanted a mcast or br=
dcast destination for packets that are 6TUS switched; if I'm correct this s=
aves us from updating the destination mac at each hop.

I see, however updating next hop is not a problem as in the schedule we hav=
e thet L2 address the cell is pointing to (in case of tx). So my question i=
s now. Is that needed? does it introduce any advantage, does it introduce m=
ore complexity? note that from the implementation point of view by default =
we rewrite destination (next hop) as this is what it is supposed to be done=
. Having this "special" condition will require "special handling". Just tho=
ughts as I am in favour of simple things.




[Pascal] We need a bit somewhere below 6TUS to differentiate the native pac=
ket that should be forwarded along the track vs. the cuckoo that this propo=
sal injects opportunistic in the wasted cell. This is the main reason for t=
he different destination MAC. Now making it broadcast ensures that the NIC =
card will read it and pass it up to 6TUS. The optimization of not rewriting=
 the dmac is really a side effect.



2-As an add-on we are discussing to add support for cell reuse, which won't=
 be the general case or at least not as common as 1). In the case of cell r=
euse the track-ID will be used as destination address. We are proposing to =
use a multi-cast destination address when we want to express that a flow ca=
n use track-shared cells.



[Pascal] The other way around. The unicast would be for the cuckoo packet t=
hat opportunistically surfs the tack for one hop. The dest mac in that case=
 is that of the next hop router. The multicast (or broadcast) is used to in=
dicate that any NIC along the track is supposed to accept the frame and pas=
s it to 6TUS. 6TUS would read the dest MAC and if 1) it is, say 0xFFFF, and=
 2) the frame was received over a track, it will forward the frame along th=
e track. Otherwise punt to IP.
I see, now. this is considering that we use a multicast address for any pac=
ket that goes through a label switched path.





3-When 6tus has to relay a packet, and has nothing to sent in a particular =
slot, will pick another packet from a multicast queue which has a multicast=
 address so the resource can be shared.



[Pascal] Again you have the unicast / mcast reversed from the original prop=
osal. The proposal is that highest priority unicast packet for which the ne=
xt hop router coincides with the next hop of the track is opportunistically=
 placed on the wasted cell... this adds a cell to the bundle between the 2 =
adjacent routers, but only when there is no received frame along the track.

Agreed.




So when inserting a packet into a queue, if the destination address is the =
multicast address it will be assigned a different priority than packets wit=
h specific destination address, and will be relayed using the bundle of cel=
ls that are identified by that multicast address. This means that the switc=
hing table needs another field, i.e the track-id which needs to be shared b=
y all the nodes in the track, in that way 6tus, upon receiving a packet in =
a cell, will look at the input cell, destination address and will find the =
output cell and will put the packet in the corresponding queue.



[] Making sure we are clear here: The proposal is to reuse the cell for jus=
t one hop, not for the final destination. There is already little chance th=
at we have many packets queued with the next hop that coincides with the re=
mote router over the wasted cell.
This is simpler. If hop by hop matches a track then the policy will apply a=
t each hop. But this is a particular case and addressing the one hop case i=
s more than ok to me.




[] Very cool :)



Pascal



am I missing something?



[Pascal] Yes, since you had it reversed about the multicast, I think you we=
nt through a very different path...



Cheers,



Pascal





Al 04/06/13 08:28, En/na Pascal Thubert (pthubert) ha escrit:

Hello Qin:



It makes sense to me. I want to confirm my understanding further.



(1) Regarding the multicast address, it functions as a track-ID, or a label=
 of a reserved route in layer 2.5. Correct?



[Pascal] Yes, that would be an added value. The main goal is to make sure t=
hat any intermediate node accepts the packet. Alternatively we could use br=
oadcast (0xFFFF) on all the tracks but then we need to make sure that the n=
ode only forwards along the track.



(2) Regarding to reusing cell, it supports multiple queues with different Q=
oS, saying the packets associated with the track has higher priority, and t=
he best effort packets has lower priority. Correct?



[Pascal] Actually the prioritization and packet drop management is done at =
L3. If we have received a packet along the track, then that packet goes out=
 next, with no control from IP. But if there was no packet in along the tra=
ck at the current iteration of the schedule, then we have one free cell for=
 that iteration. What we can do at 6TUS layer is add that particular cell i=
n that particular iteration of the schedule to the bundle that is used for =
L3 as link to the next hop router. When the cell time arrives, we pick the =
highest priority packet from the L3 outgoing queue on the link towards the =
particular next hop of that cell and transmit. The next hop router can pick=
 that packet and punt it.



If my understanding is correct, a parameter like trackID (which will be use=
d as multicast address) may be needed in the cell reservation related comma=
nds of 6tus.



[Pascal] I think that could be useful.



  : )



Pascal







Hello Qin:



I expect that without this proposal, the dest mac of a packet would

be the next L2 node, so that the next hop picks it and passes it to 6TUS la=
yer.

With the proposal, all nodes along a track would accept the multicast

dest mac address associated to that track, so the packet is

recognized as receivable by this node at L2 and yet can be forwarded

at 6TUS layer without dest MAC rewrite.



Reusing the cell would be the case where this router did not receive

a frame on the track incoming slot, so the outgoing slot will be wasted.

If we have a packet for which the next hop the same router as the

receiver of the wasted cell, then we'd want to use the cell to

progress the packet one hop. But then the receiver router needs to

figure out that this is not a frame to be switched at 6TUS layer but

a packet to be routed at L3. The trick is that in this case, the

destination MAC address would be effectively that of the receiver

router so 6TUS would punt the packet to L3.



Reusing a cell between 2 tracks is not the idea because there might

be collisions. Here we are talking about using an unsed cell

opportunistically for L3 best effort traffic. If there is an unused

track cell, it adds up to the bundle between the 2 adjacent routers

for that particular slotframe.



Makes sense?



Pascal





-----Original Message-----

From: Qin Wang [mailto:qinwang@berkeley.edu]

Sent: lundi 3 juin 2013 13:14

To: Pascal Thubert (pthubert)

Cc: 6tsch@ietf.org

Subject: Re: [6tsch] Routing vs. switching



Hi Pascal,



I don't understand strategy a) clearly. According to my understanding

on "Track", it consists of a sequence of cells along a multihop path,

and there is one and only one cell for a pair of nodes (i.e. fixed

next hop neighbor). Then, how does multicast Mac address function?

What do you mean by reusing a cell?



I guess that the strategy a) will be used to solve the problem of

(A->C->B, D->C->E). That is, there is a cell in node-C with multicast

address to both node-B and node-E. So, the cell can be reused in the

two tracks. Correct?



Thanks

Qin





Dear all ;



We had a great discussion today at the weekly call about 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 require queuing at

intermediate nodes to absorb burst collisions from multiple 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. With that strategy,

A PCE route is an alternate to a track that would allow cell reuse

and

L3 QoS operation. We leverage the deterministic Class of service

(that's Deterministic Forwarding, DF, though encoded 0xEF). And we

can emulate RPL local instances 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

_______________________________________________

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_E045AECD98228444A58C61C200AE1BD841307673xmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











 


 




Hi Pascal,

let me argue a little :-)






[Pascal] Most certa=
inly!!! Thanks for this…


 




Al 04/06/13 15:22, En/na Pascal Thubert (pthubert) ha escrit:





Hello Xavi:


 


1-The general case of Packet Switching at L2.5 will not use any header=
. 


The PCE will install the mappings between input and output cells and t=
racks will be tight water pipes. (no sharing of resources). Forwarding will=
 be done by 6tus, i.e looking input cell into the table and inserting the p=
acket in the corresponding queue so it can be relayed at the appropriate ou=
tput cell.


 


[Pascal] This is probably not entirely true. 6TUS is above 802.15.4 an=
d I expect that the radio NIC will match the MAC destination prior to passi=
ng the packet to 6TUS. The proper claim would be that the headers above L2 =
are not relevant to 6TUS switching operation. This is why I wanted a mcast =
or brdcast destination for packets that are 6TUS switched; if I'm correct t=
his saves us from updating the destination mac at each hop. 





I see, however updating next hop is not a pro=
blem as in the schedule we have thet L2 address the cell is pointing to (in=
 case of tx). So my question is now. Is that needed? does it introduce any =
advantage, does it introduce more
 complexity? note that from the implementation point of view by default we =
rewrite destination (next hop) as this is what it is supposed to be done. H=
aving this "special" condition will require "special handlin=
g". Just thoughts as I am in favour of simple things.






 


[Pascal] We need a bit somewhere belo=
w 6TUS to differentiate the native packet that should be forwarded along th=
e track vs. the cuckoo that this proposal injects opportunistic in the wast=
ed cell. This is the main reason for the different destination MAC. Now mak=
ing it broadcast ensures that the NIC card will read it and pass it up to 6=
TUS. The optimization of not rewriting the dmac is really a side effect.


 


2-As an add-on we are discussing to add support for cell reuse, which =
won't be the general case or at least not as common as 1). In the case of c=
ell reuse the track-ID will be used as destination address. We are proposin=
g to use a multi-cast destination address when we want to express that a fl=
ow can use track-shared cells.


 


[Pascal] The other way around. The unicast would be for the cuckoo pac=
ket that opportunistically surfs the tack for one hop. The dest mac in that=
 case is that of the next hop router. The multicast (or broadcast) is used =
to indicate that any NIC along the track is supposed to accept the frame an=
d pass it to 6TUS. 6TUS would read the dest MAC and if 1) it is, say 0xFFFF=
, and 2) the frame was received over a track, it will forward the frame alo=
ng the track. Otherwise punt to IP.


I see, now. this is co=
nsidering that we use a multicast address for any packet that goes through =
a label switched path.








 


3-When 6tus has to relay a packet, and has nothing to sent in a partic=
ular slot, will pick another packet from a multicast queue which has a mult=
icast address so the resource can be shared.


 


[Pascal] Again you have the unicast / mcast reversed from the original=
 proposal. The proposal is that highest priority unicast packet for which t=
he next hop router coincides with the next hop of the track is opportunisti=
cally placed on the wasted cell... this adds a cell to the bundle between t=
he 2 adjacent routers, but only when there is no received frame along the t=
rack.




Agreed.






 


So when inserting a packet into a queue, if the destination address is=
 the multicast address it will be assigned a different priority than packet=
s with specific destination address, and will be relayed using the bundle o=
f cells that are identified by that multicast address. This means that the =
switching table needs another field, i.e the track-id which needs to be sha=
red by all the nodes in the track, in that way 6tus, upon receiving a packe=
t in a cell, will look at the input cell, destination address and will find=
 the output cell and will put the packet in the corresponding queue.


 


[] Making sure we are clear here: The proposal is to reuse the cell fo=
r just one hop, not for the final destination. There is already little chan=
ce that we have many packets queued with the next hop that coincides with t=
he remote router over the wasted cell.


This is simpler. If ho=
p by hop matches a track then the policy will apply at each hop. But this i=
s a particular case and addressing the one hop case is more than ok to me.<=
/span>






 


[] Very cool J<=
/i>


 

Pascal


 


am I missing something?


 


[Pascal] Yes, since you had it reversed about the multicast, I think y=
ou went through a very different path...




 


Cheers,


 


Pascal


 


 


Al 04/06/13 08:28, En/na Pascal Thubert (pthubert) ha escrit:




Hello Qin:


 


It makes sense to me. I want to confirm my understanding further.=



 


(1) Regarding the multicast address, it functions as a track-ID, or a =
label of a reserved route in layer 2.5. Correct?


 


[Pascal] Yes, that would be an added value. The main goal is to make s=
ure that any intermediate node accepts the packet. Alternatively we could u=
se broadcast (0xFFFF) on all the tracks but then we need to make sure that =
the node only forwards along the track.


 


(2) Regarding to reusing cell, it supports multiple queues with differ=
ent QoS, saying the packets associated with the track has higher priority, =
and the best effort packets has lower priority. Correct?


 


[Pascal] Actually the prioritization and packet drop management is don=
e at L3. If we have received a packet along the track, then that packet goe=
s out next, with no control from IP. But if there was no packet in along th=
e track at the current iteration of the schedule, then we have one free cel=
l for that iteration. What we can do at 6TUS layer is add that particular c=
ell in that particular iteration of the schedule to the bundle that is used=
 for L3 as link to the next hop router. When the cell time arrives, we pick=
 the highest priority packet from the L3 outgoing queue on the link towards=
 the particular next hop of that cell and transmit. The next hop router can=
 pick that packet and punt it.


 


If my understanding is correct, a parameter like trackID (which will b=
e used as multicast address) may be needed in the cell reservation related =
commands of 6tus.


 


[Pascal] I think that could be useful.


 


  : )


  


Pascal


 


 


 




Hello Qin:


 


I expect that without this proposal, the dest mac of a packet would 


be the next L2 node, so that the next hop picks it and passes it to 6T=
US layer.


With the proposal, all nodes along a track would accept the multicast =



dest mac address associated to that track, so the packet is 


recognized as receivable by this node at L2 and yet can be forwarded <=
o:p>


at 6TUS layer without dest MAC rewrite.


 


Reusing the cell would be the case where this router did not receive <=
o:p>


a frame on the track incoming slot, so the outgoing slot will be waste=
d.


If we have a packet for which the next hop the same router as the 


receiver of the wasted cell, then we'd want to use the cell to 


progress the packet one hop. But then the receiver router needs to 


figure out that this is not a frame to be switched at 6TUS layer but <=
o:p>


a packet to be routed at L3. The trick is that in this case, the =



destination MAC address would be effectively that of the receiver 


router so 6TUS would punt the packet to L3.


 


Reusing a cell between 2 tracks is not the idea because there might 


be collisions. Here we are talking about using an unsed cell 


opportunistically for L3 best effort traffic. If there is an unused 


track cell, it adds up to the bundle between the 2 adjacent routers 


for that particular slotframe.


 


Makes sense?


 


Pascal


 


 


-----Original Message-----


From: Qin Wang [mailto:qinwang=
@berkeley.edu]


Sent: lundi 3 juin 2013 13:14


To: Pascal Thubert (pthubert)


Cc: 6tsch@ietf.org

Subject: Re: [6tsch] Routing vs. switching


 


Hi Pascal,


 


I don't understand strategy a) clearly. According to my understanding =



on "Track", it consists of a sequence of cells along a multi=
hop path, 


and there is one and only one cell for a pair of nodes (i.e. fixed 


next hop neighbor). Then, how does multicast Mac address function?


What do you mean by reusing a cell?


 


I guess that the strategy a) will be used to solve the problem of 


(A->C->B, D->C->E). That is, there is a cell in node-C wit=
h multicast 


address to both node-B and node-E. So, the cell can be reused in the <=
o:p>


two tracks. Correct?


 


Thanks


Qin


 


 




Dear all ;


 


We had a great discussion today at the weekly call about routing =



that relies on 1 hop cell bundles vs. switching that operates on end <=
o:p>


to end tracks.


 


We agreed that merging and splitting tracks could require queuing at <=
o:p>


intermediate nodes to absorb burst collisions from multiple 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. With that strategy, <=
o:p>


A PCE route is an alternate to a track that would allow cell reuse 


and


L3 QoS operation. We leverage the deterministic Class of service =



(that's Deterministic Forwarding, DF, though encoded 0xEF). And we 


can emulate RPL local instances as indexed by the tuple (source <=
/o:p>


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


_______________________________________________


6tsch mailing list


6tsch@ietf.org


https://www.ie=
tf.org/mailman/listinfo/6tsch


 




 




_______________________________________________


6tsch mailing list


6tsch@ietf.org


https://www.ie=
tf.org/mailman/listinfo/6tsch




 


_______________________________________________


6tsch mailing list


6tsch@ietf.org


https://www.ie=
tf.org/mailman/listinfo/6tsch




 






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From: "Pascal Thubert (pthubert)" 
To: Thomas Watteyne , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] recycle unused track cells (was: Routing vs. switching)
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On the side, Thomas,

We have to expect that the dest MAC may be used by 6LoWPAN to uncompress th=
e dest IP if the node at the end of the track is the destination.

It would make sense that the track metadata indicates that the 6TUS should =
rewrite the dmac before punting and which mac should be used.

Cheers,

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: lundi 3 juin 2013 19:47
To: 6tsch@ietf.org
Subject: [6tsch] recycle unused track cells (was: Routing vs. switching)

Pascal,

I agree that a single bit is enough to differentiate between switched packe=
ts and routed packets. During the call on Friday, we identified 3 locations=
 where that bit could live:
- somewhere in the 6LoWPAN header. Too high?
- as an IEEE802.15.4e IE: too many bytes for a single bit?
- represented by the fact that the destination MAC address is a broadcast a=
ddress.

Agreed?

In the latter case, what would a multicast MAC address look like? Assuming =
we're using long addresses address, we could set the multicast bit in the E=
UI64. Are you imagining having the next hop address with that bit set, or a=
ssigning a specific track identifier, encoded as a multicast address?

Also, once the network is running, I'm assuming we will be using short 2B a=
ddresses. It's not clear how we can fit the multicast bit in there.

Thomas

On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert) > wrote:
Hello Qin:

I expect that without this proposal, the dest mac of a packet would be the =
next L2 node, so that the next hop picks it and passes it to 6TUS layer.
With the proposal, all nodes along a track would accept the multicast dest =
mac address associated to that track, so the packet is recognized as receiv=
able by this node at L2 and yet can be forwarded at 6TUS layer without dest=
 MAC rewrite.

Reusing the cell would be the case where this router did not receive a fram=
e on the track incoming slot, so the outgoing slot will be wasted. If we ha=
ve a packet for which the next hop the same router as the receiver of the w=
asted cell, then we'd want to use the cell to progress the packet one hop. =
But then the receiver router needs to figure out that this is not a frame t=
o be switched at 6TUS layer but a packet to be routed at L3. The trick is t=
hat in this case, the destination MAC address would be effectively that of =
the receiver router so 6TUS would punt the packet to L3.

Reusing a cell between 2 tracks is not the idea because there might be coll=
isions. Here we are talking about using an unsed cell opportunistically for=
 L3 best effort traffic. If there is an unused track cell, it adds up to th=
e bundle between the 2 adjacent routers for that particular slotframe.

Makes sense?

Pascal


-----Original Message-----
From: Qin Wang [mailto:qinwang@berkeley.edu]
Sent: lundi 3 juin 2013 13:14
To: Pascal Thubert (pthubert)
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] Routing vs. switching

Hi Pascal,

I don't understand strategy a) clearly. According to my understanding on "T=
rack", it consists of a sequence of cells along a multihop path, and there =
is one and only one cell for a pair of nodes (i.e. fixed next hop neighbor)=
. Then, how does multicast Mac address function? What do you mean by reusin=
g a cell?

I guess that the strategy a) will be used to solve the problem of (A->C->B,=
 D->C->E). That is, there is a cell in node-C with multicast address to bot=
h node-B and node-E. So, the cell can be reused in the two tracks. Correct?

Thanks
Qin


> Dear all ;
>
> We had a great discussion today at the weekly call about 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 require queuing at
> intermediate nodes to absorb burst collisions from multiple 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. With that strategy, A
> PCE route is an alternate to a track that would allow cell reuse and
> L3 QoS operation. We leverage the deterministic Class of service
> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can
> emulate RPL local instances 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
> _______________________________________________
> 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_E045AECD98228444A58C61C200AE1BD84130768Bxmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











On the side, Thomas,


 <=
/p>

We have to expect that th=
e dest MAC may be used by 6LoWPAN to uncompress the dest IP if the node at =
the end of the track is the destination.


 <=
/p>

It would make sense that =
the track metadata indicates that the 6TUS should rewrite the dmac before p=
unting and which mac should be used.


 <=
/p>

Cheers,=



 <=
/p>

Pascal


 <=
/p>

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

Sent: lundi 3 juin 2013 19:47

To: 6tsch@ietf.org

Subject: [6tsch] recycle unused track cells (was: Routing vs. switch=
ing)


 




Pascal,




 






I agree that a single bit is enough to differentiate=
 between switched packets and routed packets. During the call on Friday, we=
 identified 3 locations where that bit could live:






- somewhere in the 6LoWPAN header. Too high?






- as an IEEE802.15.4e IE: too many bytes for a singl=
e bit?






- represented by the fact that the destination MAC a=
ddress is a broadcast address.






 






Agreed?






 






In the latter case, what would a multicast MAC addre=
ss look like? Assuming we're using long addresses address, we could set the=
 multicast bit in the EUI64. Are you imagining having the next hop address =
with that bit set, or assigning a
 specific track identifier, encoded as a multicast address?






 






Also, once the network is running, I'm assuming we w=
ill be using short 2B addresses. It's not clear how we can fit the multicas=
t bit in there.






 






Thomas








 




On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthu=
bert) <pthubert@=
cisco.com> wrote:


Hello Qin:



I expect that without this proposal, the dest mac of a packet would be the =
next L2 node, so that the next hop picks it and passes it to 6TUS layer.
With the proposal, all nodes along a track would accept the multicast dest =
mac address associated to that track, so the packet is recognized as receiv=
able by this node at L2 and yet can be forwarded at 6TUS layer without dest=
 MAC rewrite.



Reusing the cell would be the case where this router did not receive a fram=
e on the track incoming slot, so the outgoing slot will be wasted. If we ha=
ve a packet for which the next hop the same router as the receiver of the w=
asted cell, then we'd want to use
 the cell to progress the packet one hop. But then the receiver router need=
s to figure out that this is not a frame to be switched at 6TUS layer but a=
 packet to be routed at L3. The trick is that in this case, the destination=
 MAC address would be effectively
 that of the receiver router so 6TUS would punt the packet to L3.



Reusing a cell between 2 tracks is not the idea because there might be coll=
isions. Here we are talking about using an unsed cell opportunistically for=
 L3 best effort traffic. If there is an unused track cell, it adds up to th=
e bundle between the 2 adjacent
 routers for that particular slotframe.



Makes sense?



Pascal










-----Original Message-----

From: Qin Wang [mailto:qinwang@berk=
eley.edu]

Sent: lundi 3 juin 2013 13:14

To: Pascal Thubert (pthubert)

Cc: 6tsch@ietf.org

Subject: Re: [6tsch] Routing vs. switching



Hi Pascal,



I don't understand strategy a) clearly. According to my understanding on &q=
uot;Track", it consists of a sequence of cells along a multihop path, =
and there is one and only one cell for a pair of nodes (i.e. fixed next hop=
 neighbor). Then, how does multicast Mac address
 function? What do you mean by reusing a cell?



I guess that the strategy a) will be used to solve the problem of (A->C-=
>B, D->C->E). That is, there is a cell in node-C with multicast ad=
dress to both node-B and node-E. So, the cell can be reused in the two trac=
ks. Correct?



Thanks

Qin





> Dear all ;

>

> We had a great discussion today at the weekly call about routing that<=
br>
> relies 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
> intermediate nodes to absorb burst collisions from multiple 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<=
br>
> 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. With that strategy, A=


> PCE route is an alternate to a track that would allow cell reuse and
> L3 QoS operation. We leverage the deterministic Class of service

> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can=


> emulate RPL local instances 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

> _______________________________________________

> 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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Wait, wait, Let me join the argument!

I feel like maintaining a track_ID is a complex thing to do. We will have
problems related to of spatial ID reuse, stale information, etc. Yes, there
are techniques to handle those cases, but for sure the simplest thing is
avoiding it altogether.

So what about this (slight variation of what was said, probably nothing
new):
- Tracks are installed as we always have assumed: dedicated unicast cells
put back-to-back, implicit label switching, bundle-in-bundle-out switching
table. *But*, the MAC destination address of all packets is the broadcast
address. That is, "broadcast destination=3D=3Dswitch along track".
- if a cell in the track is not used, and there is a packet in the sender's
queue which could use it, it uses the cell, but in that case the MAC
destination address is the next hop's MAC address. That is, "unicast
destination=3D=3Dsend up the stack".

IMO, this is the simplest solution, and does not require any track IDs.
However, if we decide to do so, it will be hard to make this optional,
since we are changing the well-known behavior of destination MAC address.

Thomas


On Tue, Jun 4, 2013 at 4:05 PM, Pascal Thubert (pthubert) <
pthubert@cisco.com> wrote:

>  ** **
>
> ** **
>
> Hi Pascal,
> let me argue a little :-)
>
> ****
>
> *[Pascal] Most certainly!!! Thanks for this=85*
>
> * *
>
>
> Al 04/06/13 15:22, En/na Pascal Thubert (pthubert) ha escrit:****
>
> Hello Xavi:****
>
> ** **
>
> 1-The general case of Packet Switching at L2.5 will not use any header. *=
***
>
> The PCE will install the mappings between input and output cells and trac=
ks will be tight water pipes. (no sharing of resources). Forwarding will be=
 done by 6tus, i.e looking input cell into the table and inserting the pack=
et in the corresponding queue so it can be relayed at the appropriate outpu=
t cell.****
>
> ** **
>
> [Pascal] This is probably not entirely true. 6TUS is above 802.15.4 and I=
 expect that the radio NIC will match the MAC destination prior to passing =
the packet to 6TUS. The proper claim would be that the headers above L2 are=
 not relevant to 6TUS switching operation. This is why I wanted a mcast or =
brdcast destination for packets that are 6TUS switched; if I'm correct this=
 saves us from updating the destination mac at each hop. ****
>
>
> I see, however updating next hop is not a problem as in the schedule we
> have thet L2 address the cell is pointing to (in case of tx). So my
> question is now. Is that needed? does it introduce any advantage, does it
> introduce more complexity? note that from the implementation point of vie=
w
> by default we rewrite destination (next hop) as this is what it is suppos=
ed
> to be done. Having this "special" condition will require "special
> handling". Just thoughts as I am in favour of simple things.
>
> ****
>
> ** **
>
> *[Pascal] We need a bit somewhere below 6TUS to differentiate the native =
packet that should be forwarded along the track vs. the cuckoo that this pr=
oposal injects opportunistic in the wasted cell. This is the main reason fo=
r the different destination MAC. Now making it broadcast ensures that the N=
IC card will read it and pass it up to 6TUS. The optimization of not rewrit=
ing the dmac is really a side effect.*****
>
>  ** **
>
> 2-As an add-on we are discussing to add support for cell reuse, which won=
't be the general case or at least not as common as 1). In the case of cell=
 reuse the track-ID will be used as destination address. We are proposing t=
o use a multi-cast destination address when we want to express that a flow =
can use track-shared cells.****
>
> ** **
>
> [Pascal] The other way around. The unicast would be for the cuckoo packet=
 that opportunistically surfs the tack for one hop. The dest mac in that ca=
se is that of the next hop router. The multicast (or broadcast) is used to =
indicate that any NIC along the track is supposed to accept the frame and p=
ass it to 6TUS. 6TUS would read the dest MAC and if 1) it is, say 0xFFFF, a=
nd 2) the frame was received over a track, it will forward the frame along =
the track. Otherwise punt to IP.****
>
> I see, now. this is considering that we use a multicast address for any
> packet that goes through a label switched path.
>
>
> ****
>
> ** **
>
> 3-When 6tus has to relay a packet, and has nothing to sent in a particula=
r slot, will pick another packet from a multicast queue which has a multica=
st address so the resource can be shared.****
>
> ** **
>
> [Pascal] Again you have the unicast / mcast reversed from the original pr=
oposal. The proposal is that highest priority unicast packet for which the =
next hop router coincides with the next hop of the track is opportunistical=
ly placed on the wasted cell... this adds a cell to the bundle between the =
2 adjacent routers, but only when there is no received frame along the trac=
k.****
>
>
> Agreed.
>
> ****
>
> ** **
>
> So when inserting a packet into a queue, if the destination address is th=
e multicast address it will be assigned a different priority than packets w=
ith specific destination address, and will be relayed using the bundle of c=
ells that are identified by that multicast address. This means that the swi=
tching table needs another field, i.e the track-id which needs to be shared=
 by all the nodes in the track, in that way 6tus, upon receiving a packet i=
n a cell, will look at the input cell, destination address and will find th=
e output cell and will put the packet in the corresponding queue.****
>
> ** **
>
> [] Making sure we are clear here: The proposal is to reuse the cell for j=
ust one hop, not for the final destination. There is already little chance =
that we have many packets queued with the next hop that coincides with the =
remote router over the wasted cell.****
>
> This is simpler. If hop by hop matches a track then the policy will apply
> at each hop. But this is a particular case and addressing the one hop cas=
e
> is more than ok to me.
>
> ****
>
> ** **
>
> *[] Very cool **J***
>
>  * *
>
> *Pascal*****
>
>  ** **
>
> am I missing something?****
>
> ** **
>
> [Pascal] Yes, since you had it reversed about the multicast, I think you =
went through a very different path...****
>
>  ** **
>
> Cheers,****
>
> ** **
>
> Pascal****
>
> ** **
>
> ** **
>
> Al 04/06/13 08:28, En/na Pascal Thubert (pthubert) ha escrit:****
>
>  Hello Qin:****
>
> ** **
>
> It makes sense to me. I want to confirm my understanding further.****
>
> ** **
>
> (1) Regarding the multicast address, it functions as a track-ID, or a lab=
el of a reserved route in layer 2.5. Correct?****
>
> ** **
>
> [Pascal] Yes, that would be an added value. The main goal is to make sure=
 that any intermediate node accepts the packet. Alternatively we could use =
broadcast (0xFFFF) on all the tracks but then we need to make sure that the=
 node only forwards along the track.****
>
> ** **
>
> (2) Regarding to reusing cell, it supports multiple queues with different=
 QoS, saying the packets associated with the track has higher priority, and=
 the best effort packets has lower priority. Correct?****
>
> ** **
>
> [Pascal] Actually the prioritization and packet drop management is done a=
t L3. If we have received a packet along the track, then that packet goes o=
ut next, with no control from IP. But if there was no packet in along the t=
rack at the current iteration of the schedule, then we have one free cell f=
or that iteration. What we can do at 6TUS layer is add that particular cell=
 in that particular iteration of the schedule to the bundle that is used fo=
r L3 as link to the next hop router. When the cell time arrives, we pick th=
e highest priority packet from the L3 outgoing queue on the link towards th=
e particular next hop of that cell and transmit. The next hop router can pi=
ck that packet and punt it.****
>
> ** **
>
> If my understanding is correct, a parameter like trackID (which will be u=
sed as multicast address) may be needed in the cell reservation related com=
mands of 6tus.****
>
> ** **
>
> [Pascal] I think that could be useful.****
>
> ** **
>
>   : )****
>
>   ****
>
> Pascal****
>
> ** **
>
> ** **
>
> ** **
>
>  Hello Qin:****
>
> ** **
>
> I expect that without this proposal, the dest mac of a packet would ****
>
> be the next L2 node, so that the next hop picks it and passes it to 6TUS =
layer.****
>
> With the proposal, all nodes along a track would accept the multicast ***=
*
>
> dest mac address associated to that track, so the packet is ****
>
> recognized as receivable by this node at L2 and yet can be forwarded ****
>
> at 6TUS layer without dest MAC rewrite.****
>
> ** **
>
> Reusing the cell would be the case where this router did not receive ****
>
> a frame on the track incoming slot, so the outgoing slot will be wasted.*=
***
>
> If we have a packet for which the next hop the same router as the ****
>
> receiver of the wasted cell, then we'd want to use the cell to ****
>
> progress the packet one hop. But then the receiver router needs to ****
>
> figure out that this is not a frame to be switched at 6TUS layer but ****
>
> a packet to be routed at L3. The trick is that in this case, the ****
>
> destination MAC address would be effectively that of the receiver ****
>
> router so 6TUS would punt the packet to L3.****
>
> ** **
>
> Reusing a cell between 2 tracks is not the idea because there might ****
>
> be collisions. Here we are talking about using an unsed cell ****
>
> opportunistically for L3 best effort traffic. If there is an unused ****
>
> track cell, it adds up to the bundle between the 2 adjacent routers ****
>
> for that particular slotframe.****
>
> ** **
>
> Makes sense?****
>
> ** **
>
> Pascal****
>
> ** **
>
> ** **
>
> -----Original Message-----****
>
> From: Qin Wang [mailto:qinwang@berkeley.edu ]****
>
> Sent: lundi 3 juin 2013 13:14****
>
> To: Pascal Thubert (pthubert)****
>
> Cc: 6tsch@ietf.org****
>
> Subject: Re: [6tsch] Routing vs. switching****
>
> ** **
>
> Hi Pascal,****
>
> ** **
>
> I don't understand strategy a) clearly. According to my understanding ***=
*
>
> on "Track", it consists of a sequence of cells along a multihop path, ***=
*
>
> and there is one and only one cell for a pair of nodes (i.e. fixed ****
>
> next hop neighbor). Then, how does multicast Mac address function?****
>
> What do you mean by reusing a cell?****
>
> ** **
>
> I guess that the strategy a) will be used to solve the problem of ****
>
> (A->C->B, D->C->E). That is, there is a cell in node-C with multicast ***=
*
>
> address to both node-B and node-E. So, the cell can be reused in the ****
>
> two tracks. Correct?****
>
> ** **
>
> Thanks****
>
> Qin****
>
> ** **
>
> ** **
>
>  Dear all ;****
>
> ** **
>
> We had a great discussion today at the weekly call about 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 require queuing at ****
>
> intermediate nodes to absorb burst collisions from multiple 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. With that strategy, ****
>
> A PCE route is an alternate to a track that would allow cell reuse ****
>
> and****
>
> L3 QoS operation. We leverage the deterministic Class of service ****
>
> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we ****
>
> can emulate RPL local instances 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****
>
> _______________________________________________****
>
> 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
>
>

--bcaec544ec6ab7697f04de5d46e2
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Wait, wait, Let me join the argument!

I feel like maintaining a track_ID is a complex thing to do. We will h=
ave problems related to of spatial ID reuse, stale information, etc. Yes, t=
here are techniques to handle those cases, but for sure the simplest thing =
is avoiding it altogether.




So what about this (slight variation of wha=
t was said, probably nothing new):
- Tracks are installed a=
s we always have assumed: dedicated unicast cells put back-to-back, implici=
t label switching, bundle-in-bundle-out switching table. But, the MA=
C destination address of all packets is the broadcast address. That is, &qu=
ot;broadcast destination=3D=3Dswitch along track".



- if a cell in the track is not used, and there is a packet in t=
he sender's queue which could use it, it uses the cell, but in that cas=
e the MAC destination address is the next hop's MAC address. That is, &=
quot;unicast destination=3D=3Dsend up the stack".




IMO, this is the simplest solution, and doe=
s not require any track IDs. However, if we decide to do so, it will be har=
d to make this optional, since we are changing the well-known behavior of d=
estination MAC address.




Thomas


On Tue, Jun 4, 2013 at 4:05 PM, Pascal=
 Thubert (pthubert) <pthubert@cisco.com> wrote:














=A0


=A0




Hi Pascal,

let me argue a little :-)






[Pascal] Most=
 certainly!!! Thanks for this=85




=A0




Al 04/06/13 15:22, En/na Pascal Thubert (pthubert) ha escrit:=







Hello Xavi:


=A0


1-The general case of Packet Switching at L2.5 will not use any header=
. 


The PCE will install the mappings between input and output cells and t=
racks will be tight water pipes. (no sharing of resources). Forwarding will=
 be done by 6tus, i.e looking input cell into the table and inserting the p=
acket in the corresponding queue so it can be relayed at the appropriate ou=
tput cell.




=A0


[Pascal] This is probably not entirely true. 6TUS is above 802.15.4 an=
d I expect that the radio NIC will match the MAC destination prior to passi=
ng the packet to 6TUS. The proper claim would be that the headers above L2 =
are not relevant to 6TUS switching operation. This is why I wanted a mcast =
or brdcast destination for packets that are 6TUS switched; if I'm corre=
ct this saves us from updating the destination mac at each hop. <=
/u>








I see, however updating next hop is not a pro=
blem as in the schedule we have thet L2 address the cell is pointing to (in=
 case of tx). So my question is now. Is that needed? does it introduce any =
advantage, does it introduce more
 complexity? note that from the implementation point of view by default we =
rewrite destination (next hop) as this is what it is supposed to be done. H=
aving this "special" condition will require "special handlin=
g". Just thoughts as I am in favour of simple things.








=A0


[Pascal] We need a bit somewher=
e below 6TUS to differentiate the native packet that should be forwarded al=
ong the track vs. the cuckoo that this proposal injects opportunistic in th=
e wasted cell. This is the main reason for the different destination MAC. N=
ow making it broadcast ensures that the NIC card will read it and pass it u=
p to 6TUS. The optimization of not rewriting the dmac is really a side effe=
ct.





=A0


2-As an add-on we are discussing to add support for cell reuse, which =
won't be the general case or at least not as common as 1). In the case =
of cell reuse the track-ID will be used as destination address. We are prop=
osing to use a multi-cast destination address when we want to express that =
a flow can use track-shared cells.




=A0


[Pascal] The other way around. The unicast would be for the cuckoo pac=
ket that opportunistically surfs the tack for one hop. The dest mac in that=
 case is that of the next hop router. The multicast (or broadcast) is used =
to indicate that any NIC along the track is supposed to accept the frame an=
d pass it to 6TUS. 6TUS would read the dest MAC and if 1) it is, say 0xFFFF=
, and 2) the frame was received over a track, it will forward the frame alo=
ng the track. Otherwise punt to IP.




I see, now. this is co=
nsidering that we use a multicast address for any packet that goes through =
a label switched path.








=A0


3-When 6tus has to relay a packet, and has nothing to sent in a partic=
ular slot, will pick another packet from a multicast queue which has a mult=
icast address so the resource can be shared.


=A0


[Pascal] Again you have the unicast / mcast reversed from the original=
 proposal. The proposal is that highest priority unicast packet for which t=
he next hop router coincides with the next hop of the track is opportunisti=
cally placed on the wasted cell... this adds a cell to the bundle between t=
he 2 adjacent routers, but only when there is no received frame along the t=
rack.






Agreed.






=A0


So when inserting a packet into a queue, if the destination address is=
 the multicast address it will be assigned a different priority than packet=
s with specific destination address, and will be relayed using the bundle o=
f cells that are identified by that multicast address. This means that the =
switching table needs another field, i.e the track-id which needs to be sha=
red by all the nodes in the track, in that way 6tus, upon receiving a packe=
t in a cell, will look at the input cell, destination address and will find=
 the output cell and will put the packet in the corresponding queue.=





=A0


[] Making sure we are clear here: The proposal is to reuse the cell fo=
r just one hop, not for the final destination. There is already little chan=
ce that we have many packets queued with the next hop that coincides with t=
he remote router over the wasted cell.




This is simpler. If ho=
p by hop matches a track then the policy will apply at each hop. But this i=
s a particular case and addressing the one hop case is more than ok to me.<=
/span>








=A0


[] Very cool =
J




=A0

Pascal





=A0


am I missing something?


=A0


[Pascal] Yes, since you had it reversed about the multicast, I think y=
ou went through a very different path...




=A0


Cheers,


=A0


Pascal


=A0


=A0


Al 04/06/13 08:28, En/na Pascal Thubert (pthubert) ha escrit:




Hello Qin:


=A0


It makes sense to me. I want to confirm my understanding further.


=A0


(1) Regarding the multicast address, it functions as a track-ID, or a =
label of a reserved route in layer 2.5. Correct?


=A0


[Pascal] Yes, that would be an added value. The main goal is to make s=
ure that any intermediate node accepts the packet. Alternatively we could u=
se broadcast (0xFFFF) on all the tracks but then we need to make sure that =
the node only forwards along the track.




=A0


(2) Regarding to reusing cell, it supports multiple queues with differ=
ent QoS, saying the packets associated with the track has higher priority, =
and the best effort packets has lower priority. Correct?



=A0


[Pascal] Actually the prioritization and packet drop management is don=
e at L3. If we have received a packet along the track, then that packet goe=
s out next, with no control from IP. But if there was no packet in along th=
e track at the current iteration of the schedule, then we have one free cel=
l for that iteration. What we can do at 6TUS layer is add that particular c=
ell in that particular iteration of the schedule to the bundle that is used=
 for L3 as link to the next hop router. When the cell time arrives, we pick=
 the highest priority packet from the L3 outgoing queue on the link towards=
 the particular next hop of that cell and transmit. The next hop router can=
 pick that packet and punt it.




=A0


If my understanding is correct, a parameter like trackID (which will b=
e used as multicast address) may be needed in the cell reservation related =
commands of 6tus.


=A0


[Pascal] I think that could be useful.


=A0


=A0 : )


=A0 


Pascal


=A0


=A0


=A0




Hello Qin:


=A0


I expect that without this proposal, the dest mac of a packet would 


be the next L2 node, so that the next hop picks it and passes it to 6T=
US layer.


With the proposal, all nodes along a track would accept the multicast =



dest mac address associated to that track, so the packet is =



recognized as receivable by this node at L2 and yet can be forwarded <=
u>


at 6TUS layer without dest MAC rewrite.


=A0


Reusing the cell would be the case where this router did not receive <=
u>


a frame on the track incoming slot, so the outgoing slot will be waste=
d.


If we have a packet for which the next hop the same router as the <=
/u>


receiver of the wasted cell, then we'd want to use the cell to =



progress the packet one hop. But then the receiver router needs to =



figure out that this is not a frame to be switched at 6TUS layer but <=
u>


a packet to be routed at L3. The trick is that in this case, the 


destination MAC address would be effectively that of the receiver <=
/u>


router so 6TUS would punt the packet to L3.


=A0


Reusing a cell between 2 tracks is not the idea because there might 


be collisions. Here we are talking about using an unsed cell 


opportunistically for L3 best effort traffic. If there is an unused 


track cell, it adds up to the bundle between the 2 adjacent routers 


for that particular slotframe.


=A0


Makes sense?


=A0


Pascal


=A0


=A0


-----Original Message-----


From: Qin Wang [mailto:qinwang@berkeley.edu]


Sent: lundi 3 juin 2013 13:14


To: Pascal Thubert (pthubert)


Cc: 6tsch@ietf.org=



Subject: Re: [6tsch] Routing vs. switching


=A0


Hi Pascal,


=A0


I don't understand strategy a) clearly. According to my understand=
ing 


on "Track", it consists of a sequence of cells along a multi=
hop path, 


and there is one and only one cell for a pair of nodes (i.e. fixed =



next hop neighbor). Then, how does multicast Mac address function?<=
/u>


What do you mean by reusing a cell?


=A0


I guess that the strategy a) will be used to solve the problem of <=
/u>


(A->C->B, D->C->E). That is, there is a cell in node-C wit=
h multicast 


address to both node-B and node-E. So, the cell can be reused in the <=
u>


two tracks. Correct?


=A0


Thanks


Qin


=A0


=A0




Dear all ;


=A0


We had a great discussion today at the weekly call about routing 


that relies on 1 hop cell bundles vs. switching that operates on end <=
u>


to end tracks.


=A0


We agreed that merging and splitting tracks could require queuing at <=
u>


intermediate nodes to absorb burst collisions from multiple sources 


and decided to go for the watertight pipes.


=A0


We proposed 2 additional strategies:


=A0


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.


=A0


b) let the PCE install routes as well as tracks. With that strategy, <=
u>


A PCE route is an alternate to a track that would allow cell reuse =



and


L3 QoS operation. We leverage the deterministic Class of service 


(that's Deterministic Forwarding, DF, though encoded 0xEF). And we=
 


can emulate RPL local instances as indexed by the tuple (source 


address,


local_instance_id) and forward the packet with the same rules are <=
/u>


RPL, along the routing table indexed by the instance ID.=



=A0


Comments welcome!


=A0


Cheers,


=A0


Pascal


_______________________________________________


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




=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





--bcaec544ec6ab7697f04de5d46e2--

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Subject: Re: [6tsch] Routing vs. switching
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I think that Xavi was quoted by Pascal saying:
   xavi> 1-The general case of Packet Switching at L2.5 will not
   xavi> use any header.=20=20
   xavi> The PCE will install the mappings between input and output
   xavi> cells and tracks will be tight water pipes. (no sharing of
   xavi> resources). Forwarding will be done by 6tus, i.e looking
   xavi> input cell into the table and inserting the packet in the
   xavi> corresponding queue so it can be relayed at the
   xavi> appropriate output cell.=20

So, if one wants to model this, take each track as a seperate (point
to point?!) virtual interface with a per-interface forwarding table.

   pthubert> This is probably not entirely true. 6TUS is above 802.15.4
   pthubert> and I expect that the radio NIC will match the MAC
   pthubert> destination prior to passing the packet to 6TUS.=20

Yes, that's true...  I thought that Xavi meant that no additional header
would be necessary.  We might not even need the IPv6 HBH header to
indicate the instanceID.

   pthubert> claim would be that the headers above L2 are not relevant
   pthubert> to 6TUS switching operation. This is why I wanted a mcast
   pthubert> or brdcast destination for packets that are 6TUS switched;
   pthubert> if I'm correct this saves us from updating the destination
   pthubert> mac at each hop.=20

That's an interesting idea.

    pthubert> [Pascal] Again you have the unicast / mcast reversed from
    pthubert> the original proposal. The proposal is that highest
    pthubert> priority unicast packet for which the next hop router
    pthubert> coincides with the next hop of the track is
    pthubert> opportunistically placed on the wasted cell... this adds a
    pthubert> cell to the bundle between the 2 adjacent routers, but
    pthubert> only when there is no received frame along the track.=20

nice.  I am concerned that it pushes buffer usage upwards in the DODAG,
and this might exhaust something higher up, rather than have the packet
die lower down.  I don't know that this matters, but it might an energy
issue, I haven't thought about this a lot yet.

    pthubert> [] Making sure we are clear here: The proposal is to reuse
    pthubert> the cell for just one hop, not for the final
    pthubert> destination. There is already little chance that we have
    pthubert> many packets queued with the next hop that coincides with
    pthubert> the remote router over the wasted cell.=20

How does the receiver know that this is a opportunistic use of the track?

=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  =
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From xvilajosana@eecs.berkeley.edu  Tue Jun  4 17:47:21 2013
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I like that idea (+1).

  I am only worried about the "implicit knowledge" that we are 
introducing, i.e L2.5 knows that broadcast packets pertain to a track.. 
I am afraid that this knowledge is not strong enough to prevent strange 
things happening.. Ex: a node decides to broadcast a data packet (not 
sure if it is a real case), and this data packet is transported to some 
edge of the network while the purpose was to broadcast something to 
neighbours.  As I said, not sure if this is a real case.

Besides, the constrain to determine if a packet is for a label switched 
track or not should be destination address == broadcast and frame type 
==DATA. We don't want to label switch commands or beacons right?

regards,
Xavi

Al 04/06/13 17:28, En/na Thomas Watteyne ha escrit:
> Wait, wait, Let me join the argument!
>
> I feel like maintaining a track_ID is a complex thing to do. We will 
> have problems related to of spatial ID reuse, stale information, etc. 
> Yes, there are techniques to handle those cases, but for sure the 
> simplest thing is avoiding it altogether.
>
> So what about this (slight variation of what was said, probably 
> nothing new):
> - Tracks are installed as we always have assumed: dedicated unicast 
> cells put back-to-back, implicit label switching, bundle-in-bundle-out 
> switching table. _But_, the MAC destination address of all packets is 
> the broadcast address. That is, "broadcast destination==switch along 
> track".
> - if a cell in the track is not used, and there is a packet in the 
> sender's queue which could use it, it uses the cell, but in that case 
> the MAC destination address is the next hop's MAC address. That is, 
> "unicast destination==send up the stack".
>
> IMO, this is the simplest solution, and does not require any track 
> IDs. However, if we decide to do so, it will be hard to make this 
> optional, since we are changing the well-known behavior of destination 
> MAC address.
>
> Thomas
>
>
> On Tue, Jun 4, 2013 at 4:05 PM, Pascal Thubert (pthubert) 
> > wrote:
>
>     Hi Pascal,
>     let me argue a little :-)
>
>     */[Pascal] Most certainly!!! Thanks for this.../*
>
>     *//*
>
>
>     Al 04/06/13 15:22, En/na Pascal Thubert (pthubert) ha escrit:
>
>         Hello Xavi:
>
>           
>
>         1-The general case of Packet Switching at L2.5 will not use any header.
>
>         The PCE will install the mappings between input and output cells and tracks will be tight water pipes. (no sharing of resources). Forwarding will be done by 6tus, i.e looking input cell into the table and inserting the packet in the corresponding queue so it can be relayed at the appropriate output cell.
>
>           
>
>         [Pascal] This is probably not entirely true. 6TUS is above 802.15.4 and I expect that the radio NIC will match the MAC destination prior to passing the packet to 6TUS. The proper claim would be that the headers above L2 are not relevant to 6TUS switching operation. This is why I wanted a mcast or brdcast destination for packets that are 6TUS switched; if I'm correct this saves us from updating the destination mac at each hop.
>
>
>     I see, however updating next hop is not a problem as in the
>     schedule we have thet L2 address the cell is pointing to (in case
>     of tx). So my question is now. Is that needed? does it introduce
>     any advantage, does it introduce more complexity? note that from
>     the implementation point of view by default we rewrite destination
>     (next hop) as this is what it is supposed to be done. Having this
>     "special" condition will require "special handling". Just thoughts
>     as I am in favour of simple things.
>
>       
>
>     */[Pascal] We need a bit somewhere below 6TUS to differentiate the native packet that should be forwarded along the track vs. the cuckoo that this proposal injects opportunistic in the wasted cell. This is the main reason for the different destination MAC. Now making it broadcast ensures that the NIC card will read it and pass it up to 6TUS. The optimization of not rewriting the dmac is really a side effect./*
>
>       
>
>     2-As an add-on we are discussing to add support for cell reuse, which won't be the general case or at least not as common as 1). In the case of cell reuse the track-ID will be used as destination address. We are proposing to use a multi-cast destination address when we want to express that a flow can use track-shared cells.
>
>       
>
>     [Pascal] The other way around. The unicast would be for the cuckoo packet that opportunistically surfs the tack for one hop. The dest mac in that case is that of the next hop router. The multicast (or broadcast) is used to indicate that any NIC along the track is supposed to accept the frame and pass it to 6TUS. 6TUS would read the dest MAC and if 1) it is, say 0xFFFF, and 2) the frame was received over a track, it will forward the frame along the track. Otherwise punt to IP.
>
>     I see, now. this is considering that we use a multicast address
>     for any packet that goes through a label switched path.
>
>
>       
>
>     3-When 6tus has to relay a packet, and has nothing to sent in a particular slot, will pick another packet from a multicast queue which has a multicast address so the resource can be shared.
>
>       
>
>     [Pascal] Again you have the unicast / mcast reversed from the original proposal. The proposal is that highest priority unicast packet for which the next hop router coincides with the next hop of the track is opportunistically placed on the wasted cell... this adds a cell to the bundle between the 2 adjacent routers, but only when there is no received frame along the track.
>
>
>     Agreed.
>
>       
>
>     So when inserting a packet into a queue, if the destination address is the multicast address it will be assigned a different priority than packets with specific destination address, and will be relayed using the bundle of cells that are identified by that multicast address. This means that the switching table needs another field, i.e the track-id which needs to be shared by all the nodes in the track, in that way 6tus, upon receiving a packet in a cell, will look at the input cell, destination address and will find the output cell and will put the packet in the corresponding queue.
>
>       
>
>     [] Making sure we are clear here: The proposal is to reuse the cell for just one hop, not for the final destination. There is already little chance that we have many packets queued with the next hop that coincides with the remote router over the wasted cell.
>
>     This is simpler. If hop by hop matches a track then the policy
>     will apply at each hop. But this is a particular case and
>     addressing the one hop case is more than ok to me.
>
>       
>
>     */[] Very cool/**/J/**//*
>
>     */  /*
>
>     */Pascal/*
>
>       
>
>     am I missing something?
>
>       
>
>     [Pascal] Yes, since you had it reversed about the multicast, I think you went through a very different path...
>
>           
>
>         Cheers,
>
>           
>
>         Pascal
>
>           
>
>           
>
>         Al 04/06/13 08:28, En/na Pascal Thubert (pthubert) ha escrit:
>
>             Hello Qin:
>
>               
>
>             It makes sense to me. I want to confirm my understanding further.
>
>               
>
>             (1) Regarding the multicast address, it functions as a track-ID, or a label of a reserved route in layer 2.5. Correct?
>
>               
>
>             [Pascal] Yes, that would be an added value. The main goal is to make sure that any intermediate node accepts the packet. Alternatively we could use broadcast (0xFFFF) on all the tracks but then we need to make sure that the node only forwards along the track.
>
>               
>
>             (2) Regarding to reusing cell, it supports multiple queues with different QoS, saying the packets associated with the track has higher priority, and the best effort packets has lower priority. Correct?
>
>               
>
>             [Pascal] Actually the prioritization and packet drop management is done at L3. If we have received a packet along the track, then that packet goes out next, with no control from IP. But if there was no packet in along the track at the current iteration of the schedule, then we have one free cell for that iteration. What we can do at 6TUS layer is add that particular cell in that particular iteration of the schedule to the bundle that is used for L3 as link to the next hop router. When the cell time arrives, we pick the highest priority packet from the L3 outgoing queue on the link towards the particular next hop of that cell and transmit. The next hop router can pick that packet and punt it.
>
>               
>
>             If my understanding is correct, a parameter like trackID (which will be used as multicast address) may be needed in the cell reservation related commands of 6tus.
>
>               
>
>             [Pascal] I think that could be useful.
>
>               
>
>                : )
>
>                
>
>             Pascal
>
>               
>
>               
>
>               
>
>                 Hello Qin:
>
>                   
>
>                 I expect that without this proposal, the dest mac of a packet would
>
>                 be the next L2 node, so that the next hop picks it and passes it to 6TUS layer.
>
>                 With the proposal, all nodes along a track would accept the multicast
>
>                 dest mac address associated to that track, so the packet is
>
>                 recognized as receivable by this node at L2 and yet can be forwarded
>
>                 at 6TUS layer without dest MAC rewrite.
>
>                   
>
>                 Reusing the cell would be the case where this router did not receive
>
>                 a frame on the track incoming slot, so the outgoing slot will be wasted.
>
>                 If we have a packet for which the next hop the same router as the
>
>                 receiver of the wasted cell, then we'd want to use the cell to
>
>                 progress the packet one hop. But then the receiver router needs to
>
>                 figure out that this is not a frame to be switched at 6TUS layer but
>
>                 a packet to be routed at L3. The trick is that in this case, the
>
>                 destination MAC address would be effectively that of the receiver
>
>                 router so 6TUS would punt the packet to L3.
>
>                   
>
>                 Reusing a cell between 2 tracks is not the idea because there might
>
>                 be collisions. Here we are talking about using an unsed cell
>
>                 opportunistically for L3 best effort traffic. If there is an unused
>
>                 track cell, it adds up to the bundle between the 2 adjacent routers
>
>                 for that particular slotframe.
>
>                   
>
>                 Makes sense?
>
>                   
>
>                 Pascal
>
>                   
>
>                   
>
>                 -----Original Message-----
>
>                 From: Qin Wang [mailto:qinwang@berkeley.edu]
>
>                 Sent: lundi 3 juin 2013 13:14
>
>                 To: Pascal Thubert (pthubert)
>
>                 Cc:6tsch@ietf.org  
>
>                 Subject: Re: [6tsch] Routing vs. switching
>
>                   
>
>                 Hi Pascal,
>
>                   
>
>                 I don't understand strategy a) clearly. According to my understanding
>
>                 on "Track", it consists of a sequence of cells along a multihop path,
>
>                 and there is one and only one cell for a pair of nodes (i.e. fixed
>
>                 next hop neighbor). Then, how does multicast Mac address function?
>
>                 What do you mean by reusing a cell?
>
>                   
>
>                 I guess that the strategy a) will be used to solve the problem of
>
>                 (A->C->B, D->C->E). That is, there is a cell in node-C with multicast
>
>                 address to both node-B and node-E. So, the cell can be reused in the
>
>                 two tracks. Correct?
>
>                   
>
>                 Thanks
>
>                 Qin
>
>                   
>
>                   
>
>                     Dear all ;
>
>                       
>
>                     We had a great discussion today at the weekly call about 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 require queuing at
>
>                     intermediate nodes to absorb burst collisions from multiple 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. With that strategy,
>
>                     A PCE route is an alternate to a track that would allow cell reuse
>
>                     and
>
>                     L3 QoS operation. We leverage the deterministic Class of service
>
>                     (that's Deterministic Forwarding, DF, though encoded 0xEF). And we
>
>                     can emulate RPL local instances 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
>
>                     _______________________________________________
>
>                     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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I like that idea (+1).

      

       I am only worried about the "implicit knowledge" that we are
      introducing, i.e L2.5 knows that broadcast packets pertain to a
      track.. I am afraid that this knowledge is not strong enough to
      prevent strange things happening.. Ex: a node decides to broadcast
      a data packet (not sure if it is a real case), and this data
      packet is transported to some edge of the network while the
      purpose was to broadcast something to neighbours.  As I said, not
      sure if this is a real case.

      

      Besides, the constrain to determine if a packet is for a label
      switched track or not should be destination address == broadcast
      and frame type ==DATA. We don't want to label switch commands or
      beacons right?

      

      regards,

      Xavi

      

      Al 04/06/13 17:28, En/na Thomas Watteyne ha escrit:

    

    

      
Wait, wait, Let me join the argument!
        


        

        
I feel like maintaining a track_ID is a complex
          thing to do. We will have problems related to of spatial ID
          reuse, stale information, etc. Yes, there are techniques to
          handle those cases, but for sure the simplest thing is
          avoiding it altogether.

        


        

        
So what about this (slight variation of what was
          said, probably nothing new):

        
- Tracks are installed as we always have assumed:
          dedicated unicast cells put back-to-back, implicit label
          switching, bundle-in-bundle-out switching table. But,
          the MAC destination address of all packets is the broadcast
          address. That is, "broadcast destination==switch along track".

        
- if a cell in the track is not used, and there is
          a packet in the sender's queue which could use it, it uses the
          cell, but in that case the MAC destination address is the next
          hop's MAC address. That is, "unicast destination==send up the
          stack".

        


        

        
IMO, this is the simplest solution, and does not
          require any track IDs. However, if we decide to do so, it will
          be hard to make this optional, since we are changing the
          well-known behavior of destination MAC address.

        


        

        
Thomas

      

      


        

        
On Tue, Jun 4, 2013 at 4:05 PM, Pascal
          Thubert (pthubert) <pthubert@cisco.com> wrote:

          

            

              

                
 

                
 

                

                  

                    
Hi
                        Pascal,

                        let me argue a little :-)

                      

                      

                  

                  
[Pascal]
                          Most certainly!!! Thanks for this…

                  

                    
 

                    


                      Al 04/06/13 15:22, En/na Pascal Thubert (pthubert)
                      ha escrit:

                  

                

                

                  

                    
Hello Xavi:

                    
 

                    
1-The general case of Packet Switching at L2.5 will not use any header. 

                    
The PCE will install the mappings between input and output cells and tracks will be tight water pipes. (no sharing of resources). Forwarding will be done by 6tus, i.e looking input cell into the table and inserting the packet in the corresponding queue so it can be relayed at the appropriate output cell.

                    
 

                    
[Pascal] This is probably not entirely true. 6TUS is above 802.15.4 and I expect that the radio NIC will match the MAC destination prior to passing the packet to 6TUS. The proper claim would be that the headers above L2 are not relevant to 6TUS switching operation. This is why I wanted a mcast or brdcast destination for packets that are 6TUS switched; if I'm correct this saves us from updating the destination mac at each hop. 

                  

                  


                    I see, however updating
                      next hop is not a problem as in the schedule we
                      have thet L2 address the cell is pointing to (in
                      case of tx). So my question is now. Is that
                      needed? does it introduce any advantage, does it
                      introduce more complexity? note that from the
                      implementation point of view by default we rewrite
                      destination (next hop) as this is what it is
                      supposed to be done. Having this "special"
                      condition will require "special handling". Just
                      thoughts as I am in favour of simple things.

                    

                  

                  
 

                

                
[Pascal] We need a bit somewhere below 6TUS to differentiate the native packet that should be forwarded along the track vs. the cuckoo that this proposal injects opportunistic in the wasted cell. This is the main reason for the different destination MAC. Now making it broadcast ensures that the NIC card will read it and pass it up to 6TUS. The optimization of not rewriting the dmac is really a side effect.

                

                  
 

                  
2-As an add-on we are discussing to add support for cell reuse, which won't be the general case or at least not as common as 1). In the case of cell reuse the track-ID will be used as destination address. We are proposing to use a multi-cast destination address when we want to express that a flow can use track-shared cells.

                  
 

                  
[Pascal] The other way around. The unicast would be for the cuckoo packet that opportunistically surfs the tack for one hop. The dest mac in that case is that of the next hop router. The multicast (or broadcast) is used to indicate that any NIC along the track is supposed to accept the frame and pass it to 6TUS. 6TUS would read the dest MAC and if 1) it is, say 0xFFFF, and 2) the frame was received over a track, it will forward the frame along the track. Otherwise punt to IP.

                  
I
                      see, now. this is considering that we use a
                      multicast address for any packet that goes through
                      a label switched path.

                    

                    

                  

                  
 

                  
3-When 6tus has to relay a packet, and has nothing to sent in a particular slot, will pick another packet from a multicast queue which has a multicast address so the resource can be shared.

                  
 

                  
[Pascal] Again you have the unicast / mcast reversed from the original proposal. The proposal is that highest priority unicast packet for which the next hop router coincides with the next hop of the track is opportunistically placed on the wasted cell... this adds a cell to the bundle between the 2 adjacent routers, but only when there is no received frame along the track.

                  


                    Agreed.

                    

                  

                  
 

                  
So when inserting a packet into a queue, if the destination address is the multicast address it will be assigned a different priority than packets with specific destination address, and will be relayed using the bundle of cells that are identified by that multicast address. This means that the switching table needs another field, i.e the track-id which needs to be shared by all the nodes in the track, in that way 6tus, upon receiving a packet in a cell, will look at the input cell, destination address and will find the output cell and will put the packet in the corresponding queue.

                  
 

                  
[] Making sure we are clear here: The proposal is to reuse the cell for just one hop, not for the final destination. There is already little chance that we have many packets queued with the next hop that coincides with the remote router over the wasted cell.

                  
This
                      is simpler. If hop by hop matches a track then the
                      policy will apply at each hop. But this is a
                      particular case and addressing the one hop case is
                      more than ok to me.

                    

                  

                  
 

                

                
[] Very cool J

                
                    
 

                    
Pascal

                  
                

                  

                    
 

                    
am I missing something?

                    
 

                    
[Pascal] Yes, since you had it reversed about the multicast, I think you went through a very different path...

                    

                      
 

                      
Cheers,

                      
 

                      
Pascal

                      
 

                      
 

                      
Al 04/06/13 08:28, En/na Pascal Thubert (pthubert) ha escrit:

                      

                        
Hello Qin:

                        
 

                        
It makes sense to me. I want to confirm my understanding further.

                        
 

                        
(1) Regarding the multicast address, it functions as a track-ID, or a label of a reserved route in layer 2.5. Correct?

                        
 

                        
[Pascal] Yes, that would be an added value. The main goal is to make sure that any intermediate node accepts the packet. Alternatively we could use broadcast (0xFFFF) on all the tracks but then we need to make sure that the node only forwards along the track.

                        
 

                        
(2) Regarding to reusing cell, it supports multiple queues with different QoS, saying the packets associated with the track has higher priority, and the best effort packets has lower priority. Correct?

                        
 

                        
[Pascal] Actually the prioritization and packet drop management is done at L3. If we have received a packet along the track, then that packet goes out next, with no control from IP. But if there was no packet in along the track at the current iteration of the schedule, then we have one free cell for that iteration. What we can do at 6TUS layer is add that particular cell in that particular iteration of the schedule to the bundle that is used for L3 as link to the next hop router. When the cell time arrives, we pick the highest priority packet from the L3 outgoing queue on the link towards the particular next hop of that cell and transmit. The next hop router can pick that packet and punt it.

                        
 

                        
If my understanding is correct, a parameter like trackID (which will be used as multicast address) may be needed in the cell reservation related commands of 6tus.

                        
 

                        
[Pascal] I think that could be useful.

                        
 

                        
  : )

                        
  

                        
Pascal

                        
 

                        
 

                        
 

                        

                          
Hello Qin:

                          
 

                          
I expect that without this proposal, the dest mac of a packet would 

                          
be the next L2 node, so that the next hop picks it and passes it to 6TUS layer.

                          
With the proposal, all nodes along a track would accept the multicast 

                          
dest mac address associated to that track, so the packet is 

                          
recognized as receivable by this node at L2 and yet can be forwarded 

                          
at 6TUS layer without dest MAC rewrite.

                          
 

                          
Reusing the cell would be the case where this router did not receive 

                          
a frame on the track incoming slot, so the outgoing slot will be wasted.

                          
If we have a packet for which the next hop the same router as the 

                          
receiver of the wasted cell, then we'd want to use the cell to 

                          
progress the packet one hop. But then the receiver router needs to 

                          
figure out that this is not a frame to be switched at 6TUS layer but 

                          
a packet to be routed at L3. The trick is that in this case, the 

                          
destination MAC address would be effectively that of the receiver 

                          
router so 6TUS would punt the packet to L3.

                          
 

                          
Reusing a cell between 2 tracks is not the idea because there might 

                          
be collisions. Here we are talking about using an unsed cell 

                          
opportunistically for L3 best effort traffic. If there is an unused 

                          
track cell, it adds up to the bundle between the 2 adjacent routers 

                          
for that particular slotframe.

                          
 

                          
Makes sense?

                          
 

                          
Pascal

                          
 

                          
 

                          
-----Original Message-----

                          
From: Qin Wang [mailto:qinwang@berkeley.edu]

                          
Sent: lundi 3 juin 2013 13:14

                          
To: Pascal Thubert (pthubert)

                          
Cc: 6tsch@ietf.org

                          
Subject: Re: [6tsch] Routing vs. switching

                          
 

                          
Hi Pascal,

                          
 

                          
I don't understand strategy a) clearly. According to my understanding 

                          
on "Track", it consists of a sequence of cells along a multihop path, 

                          
and there is one and only one cell for a pair of nodes (i.e. fixed 

                          
next hop neighbor). Then, how does multicast Mac address function?

                          
What do you mean by reusing a cell?

                          
 

                          
I guess that the strategy a) will be used to solve the problem of 

                          
(A->C->B, D->C->E). That is, there is a cell in node-C with multicast 

                          
address to both node-B and node-E. So, the cell can be reused in the 

                          
two tracks. Correct?

                          
 

                          
Thanks

                          
Qin

                          
 

                          
 

                          

                            
Dear all ;

                            
 

                            
We had a great discussion today at the weekly call about 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 require queuing at 

                            
intermediate nodes to absorb burst collisions from multiple 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. With that strategy, 

                            
A PCE route is an alternate to a track that would allow cell reuse 

                            
and

                            
L3 QoS operation. We leverage the deterministic Class of service 

                            
(that's Deterministic Forwarding, DF, though encoded 0xEF). And we 

                            
can emulate RPL local instances 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

                            
_______________________________________________

                            
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


    

    

  


--------------010500070903020602040404--

From qinwang@berkeley.edu  Tue Jun  4 18:36:27 2013
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Date: Tue, 4 Jun 2013 18:36:19 -0700
From: "Qin Wang" 
To: "Thomas Watteyne" 
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Subject: Re: [6tsch] Routing vs. switching
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Hi Thomas,

Although I haven't had good way to maintaining track-ID, I'm wondering how
to install a Track and dedicate the track to a specific packet stream
without a track-ID. Let me explain what my concern is.

With 6tus commands, a set of cells are installed in a node, saying 4
cells, in which we want cell-1 belong to Track-1, cell-2 belong to
Track-2, and cell-3,4 be cells for the best effort packets. Without
track-ID, how does 6tus know the usage of each cell?

Do I miss something?

Qin



> Wait, wait, Let me join the argument!
>
> I feel like maintaining a track_ID is a complex thing to do. We will have
> problems related to of spatial ID reuse, stale information, etc. Yes,
> there
> are techniques to handle those cases, but for sure the simplest thing is
> avoiding it altogether.
>
> So what about this (slight variation of what was said, probably nothing
> new):
> - Tracks are installed as we always have assumed: dedicated unicast cells
> put back-to-back, implicit label switching, bundle-in-bundle-out switching
> table. *But*, the MAC destination address of all packets is the broadcast
> address. That is, "broadcast destination==switch along track".
> - if a cell in the track is not used, and there is a packet in the
> sender's
> queue which could use it, it uses the cell, but in that case the MAC
> destination address is the next hop's MAC address. That is, "unicast
> destination==send up the stack".
>
> IMO, this is the simplest solution, and does not require any track IDs.
> However, if we decide to do so, it will be hard to make this optional,
> since we are changing the well-known behavior of destination MAC address.
>
> Thomas
>
>
> On Tue, Jun 4, 2013 at 4:05 PM, Pascal Thubert (pthubert) <
> pthubert@cisco.com> wrote:
>
>>  ** **
>>
>> ** **
>>
>> Hi Pascal,
>> let me argue a little :-)
>>
>> ****
>>
>> *[Pascal] Most certainly!!! Thanks for this…*
>>
>> * *
>>
>>
>> Al 04/06/13 15:22, En/na Pascal Thubert (pthubert) ha escrit:****
>>
>> Hello Xavi:****
>>
>> ** **
>>
>> 1-The general case of Packet Switching at L2.5 will not use any header.
>> ****
>>
>> The PCE will install the mappings between input and output cells and
>> tracks will be tight water pipes. (no sharing of resources). Forwarding
>> will be done by 6tus, i.e looking input cell into the table and
>> inserting the packet in the corresponding queue so it can be relayed at
>> the appropriate output cell.****
>>
>> ** **
>>
>> [Pascal] This is probably not entirely true. 6TUS is above 802.15.4 and
>> I expect that the radio NIC will match the MAC destination prior to
>> passing the packet to 6TUS. The proper claim would be that the headers
>> above L2 are not relevant to 6TUS switching operation. This is why I
>> wanted a mcast or brdcast destination for packets that are 6TUS
>> switched; if I'm correct this saves us from updating the destination mac
>> at each hop. ****
>>
>>
>> I see, however updating next hop is not a problem as in the schedule we
>> have thet L2 address the cell is pointing to (in case of tx). So my
>> question is now. Is that needed? does it introduce any advantage, does
>> it
>> introduce more complexity? note that from the implementation point of
>> view
>> by default we rewrite destination (next hop) as this is what it is
>> supposed
>> to be done. Having this "special" condition will require "special
>> handling". Just thoughts as I am in favour of simple things.
>>
>> ****
>>
>> ** **
>>
>> *[Pascal] We need a bit somewhere below 6TUS to differentiate the native
>> packet that should be forwarded along the track vs. the cuckoo that this
>> proposal injects opportunistic in the wasted cell. This is the main
>> reason for the different destination MAC. Now making it broadcast
>> ensures that the NIC card will read it and pass it up to 6TUS. The
>> optimization of not rewriting the dmac is really a side effect.*****
>>
>>  ** **
>>
>> 2-As an add-on we are discussing to add support for cell reuse, which
>> won't be the general case or at least not as common as 1). In the case
>> of cell reuse the track-ID will be used as destination address. We are
>> proposing to use a multi-cast destination address when we want to
>> express that a flow can use track-shared cells.****
>>
>> ** **
>>
>> [Pascal] The other way around. The unicast would be for the cuckoo
>> packet that opportunistically surfs the tack for one hop. The dest mac
>> in that case is that of the next hop router. The multicast (or
>> broadcast) is used to indicate that any NIC along the track is supposed
>> to accept the frame and pass it to 6TUS. 6TUS would read the dest MAC
>> and if 1) it is, say 0xFFFF, and 2) the frame was received over a track,
>> it will forward the frame along the track. Otherwise punt to IP.****
>>
>> I see, now. this is considering that we use a multicast address for any
>> packet that goes through a label switched path.
>>
>>
>> ****
>>
>> ** **
>>
>> 3-When 6tus has to relay a packet, and has nothing to sent in a
>> particular slot, will pick another packet from a multicast queue which
>> has a multicast address so the resource can be shared.****
>>
>> ** **
>>
>> [Pascal] Again you have the unicast / mcast reversed from the original
>> proposal. The proposal is that highest priority unicast packet for which
>> the next hop router coincides with the next hop of the track is
>> opportunistically placed on the wasted cell... this adds a cell to the
>> bundle between the 2 adjacent routers, but only when there is no
>> received frame along the track.****
>>
>>
>> Agreed.
>>
>> ****
>>
>> ** **
>>
>> So when inserting a packet into a queue, if the destination address is
>> the multicast address it will be assigned a different priority than
>> packets with specific destination address, and will be relayed using the
>> bundle of cells that are identified by that multicast address. This
>> means that the switching table needs another field, i.e the track-id
>> which needs to be shared by all the nodes in the track, in that way
>> 6tus, upon receiving a packet in a cell, will look at the input cell,
>> destination address and will find the output cell and will put the
>> packet in the corresponding queue.****
>>
>> ** **
>>
>> [] Making sure we are clear here: The proposal is to reuse the cell for
>> just one hop, not for the final destination. There is already little
>> chance that we have many packets queued with the next hop that coincides
>> with the remote router over the wasted cell.****
>>
>> This is simpler. If hop by hop matches a track then the policy will
>> apply
>> at each hop. But this is a particular case and addressing the one hop
>> case
>> is more than ok to me.
>>
>> ****
>>
>> ** **
>>
>> *[] Very cool **J***
>>
>>  * *
>>
>> *Pascal*****
>>
>>  ** **
>>
>> am I missing something?****
>>
>> ** **
>>
>> [Pascal] Yes, since you had it reversed about the multicast, I think you
>> went through a very different path...****
>>
>>  ** **
>>
>> Cheers,****
>>
>> ** **
>>
>> Pascal****
>>
>> ** **
>>
>> ** **
>>
>> Al 04/06/13 08:28, En/na Pascal Thubert (pthubert) ha escrit:****
>>
>>  Hello Qin:****
>>
>> ** **
>>
>> It makes sense to me. I want to confirm my understanding further.****
>>
>> ** **
>>
>> (1) Regarding the multicast address, it functions as a track-ID, or a
>> label of a reserved route in layer 2.5. Correct?****
>>
>> ** **
>>
>> [Pascal] Yes, that would be an added value. The main goal is to make
>> sure that any intermediate node accepts the packet. Alternatively we
>> could use broadcast (0xFFFF) on all the tracks but then we need to make
>> sure that the node only forwards along the track.****
>>
>> ** **
>>
>> (2) Regarding to reusing cell, it supports multiple queues with
>> different QoS, saying the packets associated with the track has higher
>> priority, and the best effort packets has lower priority. Correct?****
>>
>> ** **
>>
>> [Pascal] Actually the prioritization and packet drop management is done
>> at L3. If we have received a packet along the track, then that packet
>> goes out next, with no control from IP. But if there was no packet in
>> along the track at the current iteration of the schedule, then we have
>> one free cell for that iteration. What we can do at 6TUS layer is add
>> that particular cell in that particular iteration of the schedule to the
>> bundle that is used for L3 as link to the next hop router. When the cell
>> time arrives, we pick the highest priority packet from the L3 outgoing
>> queue on the link towards the particular next hop of that cell and
>> transmit. The next hop router can pick that packet and punt it.****
>>
>> ** **
>>
>> If my understanding is correct, a parameter like trackID (which will be
>> used as multicast address) may be needed in the cell reservation related
>> commands of 6tus.****
>>
>> ** **
>>
>> [Pascal] I think that could be useful.****
>>
>> ** **
>>
>>   : )****
>>
>>   ****
>>
>> Pascal****
>>
>> ** **
>>
>> ** **
>>
>> ** **
>>
>>  Hello Qin:****
>>
>> ** **
>>
>> I expect that without this proposal, the dest mac of a packet would ****
>>
>> be the next L2 node, so that the next hop picks it and passes it to 6TUS
>> layer.****
>>
>> With the proposal, all nodes along a track would accept the multicast
>> ****
>>
>> dest mac address associated to that track, so the packet is ****
>>
>> recognized as receivable by this node at L2 and yet can be forwarded
>> ****
>>
>> at 6TUS layer without dest MAC rewrite.****
>>
>> ** **
>>
>> Reusing the cell would be the case where this router did not receive
>> ****
>>
>> a frame on the track incoming slot, so the outgoing slot will be
>> wasted.****
>>
>> If we have a packet for which the next hop the same router as the ****
>>
>> receiver of the wasted cell, then we'd want to use the cell to ****
>>
>> progress the packet one hop. But then the receiver router needs to ****
>>
>> figure out that this is not a frame to be switched at 6TUS layer but
>> ****
>>
>> a packet to be routed at L3. The trick is that in this case, the ****
>>
>> destination MAC address would be effectively that of the receiver ****
>>
>> router so 6TUS would punt the packet to L3.****
>>
>> ** **
>>
>> Reusing a cell between 2 tracks is not the idea because there might ****
>>
>> be collisions. Here we are talking about using an unsed cell ****
>>
>> opportunistically for L3 best effort traffic. If there is an unused ****
>>
>> track cell, it adds up to the bundle between the 2 adjacent routers ****
>>
>> for that particular slotframe.****
>>
>> ** **
>>
>> Makes sense?****
>>
>> ** **
>>
>> Pascal****
>>
>> ** **
>>
>> ** **
>>
>> -----Original Message-----****
>>
>> From: Qin Wang [mailto:qinwang@berkeley.edu ]****
>>
>> Sent: lundi 3 juin 2013 13:14****
>>
>> To: Pascal Thubert (pthubert)****
>>
>> Cc: 6tsch@ietf.org****
>>
>> Subject: Re: [6tsch] Routing vs. switching****
>>
>> ** **
>>
>> Hi Pascal,****
>>
>> ** **
>>
>> I don't understand strategy a) clearly. According to my understanding
>> ****
>>
>> on "Track", it consists of a sequence of cells along a multihop path,
>> ****
>>
>> and there is one and only one cell for a pair of nodes (i.e. fixed ****
>>
>> next hop neighbor). Then, how does multicast Mac address function?****
>>
>> What do you mean by reusing a cell?****
>>
>> ** **
>>
>> I guess that the strategy a) will be used to solve the problem of ****
>>
>> (A->C->B, D->C->E). That is, there is a cell in node-C with multicast
>> ****
>>
>> address to both node-B and node-E. So, the cell can be reused in the
>> ****
>>
>> two tracks. Correct?****
>>
>> ** **
>>
>> Thanks****
>>
>> Qin****
>>
>> ** **
>>
>> ** **
>>
>>  Dear all ;****
>>
>> ** **
>>
>> We had a great discussion today at the weekly call about 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 require queuing at
>> ****
>>
>> intermediate nodes to absorb burst collisions from multiple 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. With that strategy,
>> ****
>>
>> A PCE route is an alternate to a track that would allow cell reuse ****
>>
>> and****
>>
>> L3 QoS operation. We leverage the deterministic Class of service ****
>>
>> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we ****
>>
>> can emulate RPL local instances 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****
>>
>> _______________________________________________****
>>
>> 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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Subject: Re: [6tsch] recycle unused track cells (was: Routing vs. switching)
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Pascal,

Completely agree, we cannot loose the MAC destination address information
altogether. I'm wondering if this could not be recreated on-the-fly by the
end node of the track.

That is, assuming the following track
A->B->C->D
i.e. D is the last hop

C could still use bcast dmac, D would just replace it by its own MAC when
inflating 6LoWPAN.

I assume this is similar to what you had in mind?

Thomas


On Tue, Jun 4, 2013 at 4:14 PM, Pascal Thubert (pthubert) <
pthubert@cisco.com> wrote:

>  On the side, Thomas,****
>
> ** **
>
> We have to expect that the dest MAC may be used by 6LoWPAN to uncompress
> the dest IP if the node at the end of the track is the destination.****
>
> ** **
>
> It would make sense that the track metadata indicates that the 6TUS should
> rewrite the dmac before punting and which mac should be used.****
>
> ** **
>
> Cheers,****
>
> ** **
>
> Pascal****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Thomas Watteyne
> *Sent:* lundi 3 juin 2013 19:47
> *To:* 6tsch@ietf.org
> *Subject:* [6tsch] recycle unused track cells (was: Routing vs. switching)
> ****
>
> ** **
>
> Pascal,****
>
> ** **
>
> I agree that a single bit is enough to differentiate between switched
> packets and routed packets. During the call on Friday, we identified 3
> locations where that bit could live:****
>
> - somewhere in the 6LoWPAN header. Too high?****
>
> - as an IEEE802.15.4e IE: too many bytes for a single bit?****
>
> - represented by the fact that the destination MAC address is a broadcast
> address.****
>
> ** **
>
> Agreed?****
>
> ** **
>
> In the latter case, what would a multicast MAC address look like? Assuming
> we're using long addresses address, we could set the multicast bit in the
> EUI64. Are you imagining having the next hop address with that bit set, or
> assigning a specific track identifier, encoded as a multicast address?****
>
> ** **
>
> Also, once the network is running, I'm assuming we will be using short 2B
> addresses. It's not clear how we can fit the multicast bit in there.****
>
> ** **
>
> Thomas****
>
> ** **
>
> On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert) <
> pthubert@cisco.com> wrote:****
>
> Hello Qin:
>
> I expect that without this proposal, the dest mac of a packet would be the
> next L2 node, so that the next hop picks it and passes it to 6TUS layer.
> With the proposal, all nodes along a track would accept the multicast dest
> mac address associated to that track, so the packet is recognized as
> receivable by this node at L2 and yet can be forwarded at 6TUS layer
> without dest MAC rewrite.
>
> Reusing the cell would be the case where this router did not receive a
> frame on the track incoming slot, so the outgoing slot will be wasted. If
> we have a packet for which the next hop the same router as the receiver of
> the wasted cell, then we'd want to use the cell to progress the packet one
> hop. But then the receiver router needs to figure out that this is not a
> frame to be switched at 6TUS layer but a packet to be routed at L3. The
> trick is that in this case, the destination MAC address would be
> effectively that of the receiver router so 6TUS would punt the packet to L3.
>
> Reusing a cell between 2 tracks is not the idea because there might be
> collisions. Here we are talking about using an unsed cell opportunistically
> for L3 best effort traffic. If there is an unused track cell, it adds up to
> the bundle between the 2 adjacent routers for that particular slotframe.
>
> Makes sense?
>
> Pascal****
>
>
>
> -----Original Message-----
> From: Qin Wang [mailto:qinwang@berkeley.edu]
> Sent: lundi 3 juin 2013 13:14
> To: Pascal Thubert (pthubert)
> Cc: 6tsch@ietf.org
> Subject: Re: [6tsch] Routing vs. switching
>
> Hi Pascal,
>
> I don't understand strategy a) clearly. According to my understanding on
> "Track", it consists of a sequence of cells along a multihop path, and
> there is one and only one cell for a pair of nodes (i.e. fixed next hop
> neighbor). Then, how does multicast Mac address function? What do you mean
> by reusing a cell?
>
> I guess that the strategy a) will be used to solve the problem of
> (A->C->B, D->C->E). That is, there is a cell in node-C with multicast
> address to both node-B and node-E. So, the cell can be reused in the two
> tracks. Correct?
>
> Thanks
> Qin
>
>
> > Dear all ;
> >
> > We had a great discussion today at the weekly call about 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 require queuing at
> > intermediate nodes to absorb burst collisions from multiple 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. With that strategy, A
> > PCE route is an alternate to a track that would allow cell reuse and
> > L3 QoS operation. We leverage the deterministic Class of service
> > (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can
> > emulate RPL local instances 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
> > _______________________________________________
> > 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****
>
> ** **
>

--047d7b15a385d953c904de7f5e29
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Pascal,

Completely agree, w=
e cannot loose the MAC destination address information altogether. I'm =
wondering if this could not be recreated on-the-fly by the end node of the =
track.




That is, assuming the following track
=

A->B->C->D
i.e. D is the last hop
=


C could still use bcast dmac, D would just =
replace it by its own MAC when inflating 6LoWPAN.




I assume this is similar to what you had in=
 mind?

Thomas


On Tue, Jun 4, 2013 at 4:1=
4 PM, Pascal Thubert (pthubert) <pthubert@cisco.com> wrote:=















On the side, Thomas,


=A0<=
/p>

We have to expect that th=
e dest MAC may be used by 6LoWPAN to uncompress the dest IP if the node at =
the end of the track is the destination.




=A0<=
/p>

It would make sense that =
the track metadata indicates that the 6TUS should rewrite the dmac before p=
unting and which mac should be used.




=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: lundi 3 juin 2013 19:47

To: 6tsch@ietf.o=
rg

Subject: [6tsch] recycle unused track cells (was: Routing vs. switch=
ing)


=A0




Pascal,




=A0






I agree that a single bit is enough to differentiate=
 between switched packets and routed packets. During the call on Friday, we=
 identified 3 locations where that bit could live:






- somewhere in the 6LoWPAN header. Too high?<=
u>






- as an IEEE802.15.4e IE: too many bytes for a singl=
e bit?






- represented by the fact that the destination MAC a=
ddress is a broadcast address.






=A0






Agreed?






=A0






In the latter case, what would a multicast MAC addre=
ss look like? Assuming we're using long addresses address, we could set=
 the multicast bit in the EUI64. Are you imagining having the next hop addr=
ess with that bit set, or assigning a
 specific track identifier, encoded as a multicast address?





=A0






Also, once the network is running, I'm assuming =
we will be using short 2B addresses. It's not clear how we can fit the =
multicast bit in there.






=A0






Thomas








=A0




On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthu=
bert) <pthubert@=
cisco.com> wrote:


Hello Qin:



I expect that without this proposal, the dest mac of a packet would be the =
next L2 node, so that the next hop picks it and passes it to 6TUS layer.
With the proposal, all nodes along a track would accept the multicast dest =
mac address associated to that track, so the packet is recognized as receiv=
able by this node at L2 and yet can be forwarded at 6TUS layer without dest=
 MAC rewrite.





Reusing the cell would be the case where this router did not receive a fram=
e on the track incoming slot, so the outgoing slot will be wasted. If we ha=
ve a packet for which the next hop the same router as the receiver of the w=
asted cell, then we'd want to use
 the cell to progress the packet one hop. But then the receiver router need=
s to figure out that this is not a frame to be switched at 6TUS layer but a=
 packet to be routed at L3. The trick is that in this case, the destination=
 MAC address would be effectively
 that of the receiver router so 6TUS would punt the packet to L3.



Reusing a cell between 2 tracks is not the idea because there might be coll=
isions. Here we are talking about using an unsed cell opportunistically for=
 L3 best effort traffic. If there is an unused track cell, it adds up to th=
e bundle between the 2 adjacent
 routers for that particular slotframe.



Makes sense?



Pascal










-----Original Message-----

From: Qin Wang [mailto:qinwang@berkeley.edu]

Sent: lundi 3 juin 2013 13:14

To: Pascal Thubert (pthubert)

Cc: 6tsch@ietf.org<=
br>
Subject: Re: [6tsch] Routing vs. switching



Hi Pascal,



I don't understand strategy a) clearly. According to my understanding o=
n "Track", it consists of a sequence of cells along a multihop pa=
th, and there is one and only one cell for a pair of nodes (i.e. fixed next=
 hop neighbor). Then, how does multicast Mac address
 function? What do you mean by reusing a cell?



I guess that the strategy a) will be used to solve the problem of (A->C-=
>B, D->C->E). That is, there is a cell in node-C with multicast ad=
dress to both node-B and node-E. So, the cell can be reused in the two trac=
ks. Correct?





Thanks

Qin





> Dear all ;

>

> We had a great discussion today at the weekly call about routing that<=
br>
> relies 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
> intermediate nodes to absorb burst collisions from multiple 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<=
br>
> 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. With that strategy, A=


> PCE route is an alternate to a track that would allow cell reuse and
> L3 QoS operation. We leverage the deterministic Class of service

> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we=
 can

> emulate RPL local instances 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

> _______________________________________________

> 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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From pthubert@cisco.com  Thu Jun  6 10:35:39 2013
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From: "Pascal Thubert (pthubert)" 
To: Thomas Watteyne , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] recycle unused track cells (was: Routing vs. switching)
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Perfect sync : )

The key is that D knows from the track meta that it is the end point and th=
at the mac address is expected to be a certain mac address, whether that's =
expressed in compressed as 2 or 8 bytes.
It is important that there is no confusion possible between what the sender=
 at the ingress of the track thinks the mac and IP are and what the receive=
r thinks at the other end. Since even the short address is now lost, we nee=
d to enforce that the track endpoint mac address is known and checked at in=
gress, and known and overwritten at egress as you detail below.

Cheers,

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: jeudi 6 juin 2013 10:09
To: 6tsch@ietf.org
Subject: Re: [6tsch] recycle unused track cells (was: Routing vs. switching=
)

Pascal,

Completely agree, we cannot loose the MAC destination address information a=
ltogether. I'm wondering if this could not be recreated on-the-fly by the e=
nd node of the track.

That is, assuming the following track
A->B->C->D
i.e. D is the last hop

C could still use bcast dmac, D would just replace it by its own MAC when i=
nflating 6LoWPAN.

I assume this is similar to what you had in mind?

Thomas

On Tue, Jun 4, 2013 at 4:14 PM, Pascal Thubert (pthubert) > wrote:
On the side, Thomas,

We have to expect that the dest MAC may be used by 6LoWPAN to uncompress th=
e dest IP if the node at the end of the track is the destination.

It would make sense that the track metadata indicates that the 6TUS should =
rewrite the dmac before punting and which mac should be used.

Cheers,

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyn=
e
Sent: lundi 3 juin 2013 19:47
To: 6tsch@ietf.org
Subject: [6tsch] recycle unused track cells (was: Routing vs. switching)

Pascal,

I agree that a single bit is enough to differentiate between switched packe=
ts and routed packets. During the call on Friday, we identified 3 locations=
 where that bit could live:
- somewhere in the 6LoWPAN header. Too high?
- as an IEEE802.15.4e IE: too many bytes for a single bit?
- represented by the fact that the destination MAC address is a broadcast a=
ddress.

Agreed?

In the latter case, what would a multicast MAC address look like? Assuming =
we're using long addresses address, we could set the multicast bit in the E=
UI64. Are you imagining having the next hop address with that bit set, or a=
ssigning a specific track identifier, encoded as a multicast address?

Also, once the network is running, I'm assuming we will be using short 2B a=
ddresses. It's not clear how we can fit the multicast bit in there.

Thomas

On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert) > wrote:
Hello Qin:

I expect that without this proposal, the dest mac of a packet would be the =
next L2 node, so that the next hop picks it and passes it to 6TUS layer.
With the proposal, all nodes along a track would accept the multicast dest =
mac address associated to that track, so the packet is recognized as receiv=
able by this node at L2 and yet can be forwarded at 6TUS layer without dest=
 MAC rewrite.

Reusing the cell would be the case where this router did not receive a fram=
e on the track incoming slot, so the outgoing slot will be wasted. If we ha=
ve a packet for which the next hop the same router as the receiver of the w=
asted cell, then we'd want to use the cell to progress the packet one hop. =
But then the receiver router needs to figure out that this is not a frame t=
o be switched at 6TUS layer but a packet to be routed at L3. The trick is t=
hat in this case, the destination MAC address would be effectively that of =
the receiver router so 6TUS would punt the packet to L3.

Reusing a cell between 2 tracks is not the idea because there might be coll=
isions. Here we are talking about using an unsed cell opportunistically for=
 L3 best effort traffic. If there is an unused track cell, it adds up to th=
e bundle between the 2 adjacent routers for that particular slotframe.

Makes sense?

Pascal


-----Original Message-----
From: Qin Wang [mailto:qinwang@berkeley.edu]
Sent: lundi 3 juin 2013 13:14
To: Pascal Thubert (pthubert)
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] Routing vs. switching

Hi Pascal,

I don't understand strategy a) clearly. According to my understanding on "T=
rack", it consists of a sequence of cells along a multihop path, and there =
is one and only one cell for a pair of nodes (i.e. fixed next hop neighbor)=
. Then, how does multicast Mac address function? What do you mean by reusin=
g a cell?

I guess that the strategy a) will be used to solve the problem of (A->C->B,=
 D->C->E). That is, there is a cell in node-C with multicast address to bot=
h node-B and node-E. So, the cell can be reused in the two tracks. Correct?

Thanks
Qin


> Dear all ;
>
> We had a great discussion today at the weekly call about 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 require queuing at
> intermediate nodes to absorb burst collisions from multiple 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. With that strategy, A
> PCE route is an alternate to a track that would allow cell reuse and
> L3 QoS operation. We leverage the deterministic Class of service
> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can
> emulate RPL local instances 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
> _______________________________________________
> 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_E045AECD98228444A58C61C200AE1BD84130A90Exmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Perfect sync : )


 <=
/p>

The key is that D knows f=
rom the track meta that it is the end point and that the mac address is exp=
ected to be a certain mac address, whether that’s expressed
 in compressed as 2 or 8 bytes.


It is important that ther=
e is no confusion possible between what the sender at the ingress of the tr=
ack thinks the mac and IP are and what the receiver thinks
 at the other end. Since even the short address is now lost, we need to enf=
orce that the track endpoint mac address is known and checked at ingress, a=
nd known and overwritten at egress as you detail below.

 <=
/p>

Cheers,=



 <=
/p>

Pascal


 <=
/p>

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

Sent: jeudi 6 juin 2013 10:09

To: 6tsch@ietf.org

Subject: Re: [6tsch] recycle unused track cells (was: Routing vs. sw=
itching)


 




Pascal,




 






Completely agree, we cannot loose the MAC destinatio=
n address information altogether. I'm wondering if this could not be recrea=
ted on-the-fly by the end node of the track.






 






That is, assuming the following track






A->B->C->D






i.e. D is the last hop






 






C could still use bcast dmac, D would just replace i=
t by its own MAC when inflating 6LoWPAN.






 






I assume this is similar to what you had in mind?






 






Thomas








 




On Tue, Jun 4, 2013 at 4:14 PM, Pascal Thubert (pthu=
bert) <pthubert@=
cisco.com> wrote:






On the side, Thomas,


 


We have to expect that the dest MAC may=
 be used by 6LoWPAN to uncompress the dest IP if the node
 at the end of the track is the destination.


 


It would make sense that the track meta=
data indicates that the 6TUS should rewrite the dmac before
 punting and which mac should be used.


 


Cheers,


 


Pascal

 


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

Sent: lundi 3 juin 2013 19:47

To: 6tsch@ietf.o=
rg

Subject: [6tsch] recycle unused track cells (was: Routing vs. switch=
ing)






 




Pascal,




 






I agree that a single bit is enough to differentiate between switc=
hed packets and routed packets. During the call on Friday, we identified 3 =
locations where that bit could live:






- somewhere in the 6LoWPAN header. Too high?






- as an IEEE802.15.4e IE: too many bytes for a single bit?






- represented by the fact that the destination MAC address is a br=
oadcast address.






 






Agreed?






 






In the latter case, what would a multicast MAC address look like? =
Assuming we're using long addresses address, we could set the multicast bit=
 in the EUI64. Are you imagining having
 the next hop address with that bit set, or assigning a specific track iden=
tifier, encoded as a multicast address?






 






Also, once the network is running, I'm assuming we will be using s=
hort 2B addresses. It's not clear how we can fit the multicast bit in there=
.






 






Thomas








 




On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert) <pthubert@cisco.com&=
gt; wrote:


Hello Qin:



I expect that without this proposal, the dest mac of a packet would be the =
next L2 node, so that the next hop picks it and passes it to 6TUS layer.
With the proposal, all nodes along a track would accept the multicast dest =
mac address associated to that track, so the packet is recognized as receiv=
able by this node at L2 and yet can be forwarded at 6TUS layer without dest=
 MAC rewrite.



Reusing the cell would be the case where this router did not receive a fram=
e on the track incoming slot, so the outgoing slot will be wasted. If we ha=
ve a packet for which the next hop the same router as the receiver of the w=
asted cell, then we'd want to use
 the cell to progress the packet one hop. But then the receiver router need=
s to figure out that this is not a frame to be switched at 6TUS layer but a=
 packet to be routed at L3. The trick is that in this case, the destination=
 MAC address would be effectively
 that of the receiver router so 6TUS would punt the packet to L3.



Reusing a cell between 2 tracks is not the idea because there might be coll=
isions. Here we are talking about using an unsed cell opportunistically for=
 L3 best effort traffic. If there is an unused track cell, it adds up to th=
e bundle between the 2 adjacent
 routers for that particular slotframe.



Makes sense?



Pascal










-----Original Message-----

From: Qin Wang [mailto:qinwang@berkeley.edu]

Sent: lundi 3 juin 2013 13:14

To: Pascal Thubert (pthubert)

Cc: 6tsch@ietf.org<=
br>
Subject: Re: [6tsch] Routing vs. switching



Hi Pascal,



I don't understand strategy a) clearly. According to my understanding on &q=
uot;Track", it consists of a sequence of cells along a multihop path, =
and there is one and only one cell for a pair of nodes (i.e. fixed next hop=
 neighbor). Then, how does multicast Mac address
 function? What do you mean by reusing a cell?



I guess that the strategy a) will be used to solve the problem of (A->C-=
>B, D->C->E). That is, there is a cell in node-C with multicast ad=
dress to both node-B and node-E. So, the cell can be reused in the two trac=
ks. Correct?



Thanks

Qin





> Dear all ;

>

> We had a great discussion today at the weekly call about routing that<=
br>
> relies 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
> intermediate nodes to absorb burst collisions from multiple 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<=
br>
> 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. With that strategy, A=


> PCE route is an alternate to a track that would allow cell reuse and
> L3 QoS operation. We leverage the deterministic Class of service

> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can=


> emulate RPL local instances 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

> _______________________________________________

> 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_E045AECD98228444A58C61C200AE1BD84130A90Exmbrcdx01ciscoc_--

From xvilajosana@eecs.berkeley.edu  Thu Jun  6 11:03:33 2013
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Hi,

maybe I am missing something:

"Since even the short address is now lost, we need to enforce that the 
track endpoint mac address is known and checked at ingress, and known 
and overwritten at egress as you detail below."

are we sure that this is needed? As the PCE installs the tracks and the 
PCE knows what is doing, forwarding can be done blindly right? A node 
knows that it is the end of the track because in its forwarding table 
there is no mapping for that input bundle. (No forwarding), so checking 
seems no needed as nodes can trust whatever the PCE installs. So, an 
node that does not have a forwarding entry on the table just pushes up 
the packet to 6lowpan and puts its MAC address on the destination mac of 
the receive packet.

:-)
X




Al 06/06/13 10:35, En/na Pascal Thubert (pthubert) ha escrit:
>
> Perfect sync : )
>
> The key is that D knows from the track meta that it is the end point 
> and that the mac address is expected to be a certain mac address, 
> whether that's expressed in compressed as 2 or 8 bytes.
>
> It is important that there is no confusion possible between what the 
> sender at the ingress of the track thinks the mac and IP are and what 
> the receiver thinks at the other end. Since even the short address is 
> now lost, we need to enforce that the track endpoint mac address is 
> known and checked at ingress, and known and overwritten at egress as 
> you detail below.
>
> Cheers,
>
> Pascal
>
> *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On 
> Behalf Of *Thomas Watteyne
> *Sent:* jeudi 6 juin 2013 10:09
> *To:* 6tsch@ietf.org
> *Subject:* Re: [6tsch] recycle unused track cells (was: Routing vs. 
> switching)
>
> Pascal,
>
> Completely agree, we cannot loose the MAC destination address 
> information altogether. I'm wondering if this could not be recreated 
> on-the-fly by the end node of the track.
>
> That is, assuming the following track
>
> A->B->C->D
>
> i.e. D is the last hop
>
> C could still use bcast dmac, D would just replace it by its own MAC 
> when inflating 6LoWPAN.
>
> I assume this is similar to what you had in mind?
>
> Thomas
>
> On Tue, Jun 4, 2013 at 4:14 PM, Pascal Thubert (pthubert) 
> > wrote:
>
> On the side, Thomas,
>
> We have to expect that the dest MAC may be used by 6LoWPAN to 
> uncompress the dest IP if the node at the end of the track is the 
> destination.
>
> It would make sense that the track metadata indicates that the 6TUS 
> should rewrite the dmac before punting and which mac should be used.
>
> Cheers,
>
> Pascal
>
> *From:*6tsch-bounces@ietf.org  
> [mailto:6tsch-bounces@ietf.org ] *On 
> Behalf Of *Thomas Watteyne
> *Sent:* lundi 3 juin 2013 19:47
> *To:* 6tsch@ietf.org 
> *Subject:* [6tsch] recycle unused track cells (was: Routing vs. switching)
>
> Pascal,
>
> I agree that a single bit is enough to differentiate between switched 
> packets and routed packets. During the call on Friday, we identified 3 
> locations where that bit could live:
>
> - somewhere in the 6LoWPAN header. Too high?
>
> - as an IEEE802.15.4e IE: too many bytes for a single bit?
>
> - represented by the fact that the destination MAC address is a 
> broadcast address.
>
> Agreed?
>
> In the latter case, what would a multicast MAC address look like? 
> Assuming we're using long addresses address, we could set the 
> multicast bit in the EUI64. Are you imagining having the next hop 
> address with that bit set, or assigning a specific track identifier, 
> encoded as a multicast address?
>
> Also, once the network is running, I'm assuming we will be using short 
> 2B addresses. It's not clear how we can fit the multicast bit in there.
>
> Thomas
>
> On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert) 
> > wrote:
>
> Hello Qin:
>
> I expect that without this proposal, the dest mac of a packet would be 
> the next L2 node, so that the next hop picks it and passes it to 6TUS 
> layer.
> With the proposal, all nodes along a track would accept the multicast 
> dest mac address associated to that track, so the packet is recognized 
> as receivable by this node at L2 and yet can be forwarded at 6TUS 
> layer without dest MAC rewrite.
>
> Reusing the cell would be the case where this router did not receive a 
> frame on the track incoming slot, so the outgoing slot will be wasted. 
> If we have a packet for which the next hop the same router as the 
> receiver of the wasted cell, then we'd want to use the cell to 
> progress the packet one hop. But then the receiver router needs to 
> figure out that this is not a frame to be switched at 6TUS layer but a 
> packet to be routed at L3. The trick is that in this case, the 
> destination MAC address would be effectively that of the receiver 
> router so 6TUS would punt the packet to L3.
>
> Reusing a cell between 2 tracks is not the idea because there might be 
> collisions. Here we are talking about using an unsed cell 
> opportunistically for L3 best effort traffic. If there is an unused 
> track cell, it adds up to the bundle between the 2 adjacent routers 
> for that particular slotframe.
>
> Makes sense?
>
> Pascal
>
>
>
> -----Original Message-----
> From: Qin Wang [mailto:qinwang@berkeley.edu ]
> Sent: lundi 3 juin 2013 13:14
> To: Pascal Thubert (pthubert)
> Cc: 6tsch@ietf.org 
> Subject: Re: [6tsch] Routing vs. switching
>
> Hi Pascal,
>
> I don't understand strategy a) clearly. According to my understanding 
> on "Track", it consists of a sequence of cells along a multihop path, 
> and there is one and only one cell for a pair of nodes (i.e. fixed 
> next hop neighbor). Then, how does multicast Mac address function? 
> What do you mean by reusing a cell?
>
> I guess that the strategy a) will be used to solve the problem of 
> (A->C->B, D->C->E). That is, there is a cell in node-C with multicast 
> address to both node-B and node-E. So, the cell can be reused in the 
> two tracks. Correct?
>
> Thanks
> Qin
>
>
> > Dear all ;
> >
> > We had a great discussion today at the weekly call about 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 require queuing at
> > intermediate nodes to absorb burst collisions from multiple 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. With that strategy, A
> > PCE route is an alternate to a track that would allow cell reuse and
> > L3 QoS operation. We leverage the deterministic Class of service
> > (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can
> > emulate RPL local instances 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
> > _______________________________________________
> > 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


--------------000702090900030702050002
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit


  
    
  
  
    
Hi,

      

      maybe I am missing something:

      

      "Since

        even the short address is now lost, we need to enforce that the
        track endpoint mac address is known and checked at ingress, and
        known and overwritten at egress as you detail below."

      

      are we sure that this is needed? As the PCE installs the tracks
      and the PCE knows what is doing, forwarding can be done blindly
      right? A node knows that it is the end of the track because in its
      forwarding table there is no mapping for that input bundle. (No
      forwarding), so checking seems no needed as nodes can trust
      whatever the PCE installs. So, an node that does not have a
      forwarding entry on the table just pushes up the packet to 6lowpan
      and puts its MAC address on the destination mac of the receive
      packet.

      

      :-)

      X

      

      

      

      

      Al 06/06/13 10:35, En/na Pascal Thubert (pthubert) ha escrit:

    

    

      
      
      
      

        
Perfect
              sync : )

        
 

        
The
            key is that D knows from the track meta that it is the end
            point and that the mac address is expected to be a certain
            mac address, whether that’s expressed in compressed as 2 or
            8 bytes.

        
It
            is important that there is no confusion possible between
            what the sender at the ingress of the track thinks the mac
            and IP are and what the receiver thinks at the other end.
            Since even the short address is now lost, we need to enforce
            that the track endpoint mac address is known and checked at
            ingress, and known and overwritten at egress as you detail
            below.

        
 

        
Cheers,

        
 

        
Pascal

        
 

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

            Sent: jeudi 6 juin 2013 10:09

            To: 6tsch@ietf.org

            Subject: Re: [6tsch] recycle unused track cells (was:
            Routing vs. switching)

        
 

        

          
Pascal,

          

            
 

          

          

            
Completely agree, we cannot loose the
              MAC destination address information altogether. I'm
              wondering if this could not be recreated on-the-fly by the
              end node of the track.

          

          

            
 

          

          

            
That is, assuming the following track

          

          

            
A->B->C->D

          

          

            
i.e. D is the last hop

          

          

            
 

          

          

            
C could still use bcast dmac, D would
              just replace it by its own MAC when inflating 6LoWPAN.

          

          

            
 

          

          

            
I assume this is similar to what you
              had in mind?

          

          

            
 

          

          

            
Thomas

          

        

        

          
 

          

            
On Tue, Jun 4, 2013 at 4:14 PM, Pascal
              Thubert (pthubert) <pthubert@cisco.com>
              wrote:

            

              

                
On
                      the side, Thomas,

                
 

                
We
                    have to expect that the dest MAC may be used by
                    6LoWPAN to uncompress the dest IP if the node at the
                    end of the track is the destination.

                
 

                
It
                    would make sense that the track metadata indicates
                    that the 6TUS should rewrite the dmac before punting
                    and which mac should be used.

                
 

                
Cheers,

                
 

                
Pascal

                
 

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

                    Sent: lundi 3 juin 2013 19:47

                    To: 6tsch@ietf.org

                    Subject: [6tsch] recycle unused track cells
                    (was: Routing vs. switching)

                

                  

                    
 

                    

                      
Pascal,

                      

                        
 

                      

                      

                        
I
                          agree that a single bit is enough to
                          differentiate between switched packets and
                          routed packets. During the call on Friday, we
                          identified 3 locations where that bit could
                          live:

                      

                      

                        
-
                          somewhere in the 6LoWPAN header. Too high?

                      

                      

                        
-
                          as an IEEE802.15.4e IE: too many bytes for a
                          single bit?

                      

                      

                        
-
                          represented by the fact that the destination
                          MAC address is a broadcast address.

                      

                      

                        
 

                      

                      

                        
Agreed?

                      

                      

                        
 

                      

                      

                        
In
                          the latter case, what would a multicast MAC
                          address look like? Assuming we're using long
                          addresses address, we could set the multicast
                          bit in the EUI64. Are you imagining having the
                          next hop address with that bit set, or
                          assigning a specific track identifier, encoded
                          as a multicast address?

                      

                      

                        
 

                      

                      

                        
Also,
                          once the network is running, I'm assuming we
                          will be using short 2B addresses. It's not
                          clear how we can fit the multicast bit in
                          there.

                      

                      

                        
 

                      

                      

                        
Thomas

                      

                      

                        

                          
 

                          

                            
On
                              Mon, Jun 3, 2013 at 3:08 PM, Pascal
                              Thubert (pthubert) <pthubert@cisco.com>
                              wrote:

                            
Hello
                              Qin:

                              

                              I expect that without this proposal, the
                              dest mac of a packet would be the next L2
                              node, so that the next hop picks it and
                              passes it to 6TUS layer.

                              With the proposal, all nodes along a track
                              would accept the multicast dest mac
                              address associated to that track, so the
                              packet is recognized as receivable by this
                              node at L2 and yet can be forwarded at
                              6TUS layer without dest MAC rewrite.

                              

                              Reusing the cell would be the case where
                              this router did not receive a frame on the
                              track incoming slot, so the outgoing slot
                              will be wasted. If we have a packet for
                              which the next hop the same router as the
                              receiver of the wasted cell, then we'd
                              want to use the cell to progress the
                              packet one hop. But then the receiver
                              router needs to figure out that this is
                              not a frame to be switched at 6TUS layer
                              but a packet to be routed at L3. The trick
                              is that in this case, the destination MAC
                              address would be effectively that of the
                              receiver router so 6TUS would punt the
                              packet to L3.

                              

                              Reusing a cell between 2 tracks is not the
                              idea because there might be collisions.
                              Here we are talking about using an unsed
                              cell opportunistically for L3 best effort
                              traffic. If there is an unused track cell,
                              it adds up to the bundle between the 2
                              adjacent routers for that particular
                              slotframe.

                              

                              Makes sense?

                              

                                Pascal

                            

                              

                                


                                  

                                  -----Original Message-----

                                  From: Qin Wang [mailto:qinwang@berkeley.edu]

                                  Sent: lundi 3 juin 2013 13:14

                                  To: Pascal Thubert (pthubert)

                                  Cc: 6tsch@ietf.org

                                  Subject: Re: [6tsch] Routing vs.
                                  switching

                                  

                                  Hi Pascal,

                                  

                                  I don't understand strategy a)
                                  clearly. According to my understanding
                                  on "Track", it consists of a sequence
                                  of cells along a multihop path, and
                                  there is one and only one cell for a
                                  pair of nodes (i.e. fixed next hop
                                  neighbor). Then, how does multicast
                                  Mac address function? What do you mean
                                  by reusing a cell?

                                  

                                  I guess that the strategy a) will be
                                  used to solve the problem of
                                  (A->C->B, D->C->E). That
                                  is, there is a cell in node-C with
                                  multicast address to both node-B and
                                  node-E. So, the cell can be reused in
                                  the two tracks. Correct?

                                  

                                  Thanks

                                  Qin

                                  

                                  

                                  > Dear all ;

                                  >

                                  > We had a great discussion today
                                  at the weekly call about 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 require queuing
                                  at

                                  > intermediate nodes to absorb
                                  burst collisions from multiple 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. With that strategy, A

                                  > PCE route is an alternate to a
                                  track that would allow cell reuse and

                                  > L3 QoS operation. We leverage the
                                  deterministic Class of service

                                  > (that's Deterministic Forwarding,
                                  DF, though encoded 0xEF). And we can

                                  > emulate RPL local instances 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

                                  >
                                  _______________________________________________

                                  > 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 pthubert@cisco.com  Thu Jun  6 11:17:30 2013
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From: "Pascal Thubert (pthubert)" 
To: Xavier Vilajosana , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] recycle unused track cells (was: Routing vs. switching)
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Hello Xavi:

It certainly can work without any check, but it's probably good to have one=
. Say the MAC changes, or there is a change of path, or anything.
When we did 6LoWPAN compression, in particular for the UDP checksum, we wer=
e very conscious that we were removing some safe guards. You can't remove t=
hem all...

Cheers,

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of X=
avier Vilajosana
Sent: jeudi 6 juin 2013 11:03
To: 6tsch@ietf.org
Subject: Re: [6tsch] recycle unused track cells (was: Routing vs. switching=
)

Hi,

maybe I am missing something:

"Since even the short address is now lost, we need to enforce that the trac=
k endpoint mac address is known and checked at ingress, and known and overw=
ritten at egress as you detail below."

are we sure that this is needed? As the PCE installs the tracks and the PCE=
 knows what is doing, forwarding can be done blindly right? A node knows th=
at it is the end of the track because in its forwarding table there is no m=
apping for that input bundle. (No forwarding), so checking seems no needed =
as nodes can trust whatever the PCE installs. So, an node that does not hav=
e a forwarding entry on the table just pushes up the packet to 6lowpan and =
puts its MAC address on the destination mac of the receive packet.

:-)
X




Al 06/06/13 10:35, En/na Pascal Thubert (pthubert) ha escrit:
Perfect sync : )

The key is that D knows from the track meta that it is the end point and th=
at the mac address is expected to be a certain mac address, whether that's =
expressed in compressed as 2 or 8 bytes.
It is important that there is no confusion possible between what the sender=
 at the ingress of the track thinks the mac and IP are and what the receive=
r thinks at the other end. Since even the short address is now lost, we nee=
d to enforce that the track endpoint mac address is known and checked at in=
gress, and known and overwritten at egress as you detail below.

Cheers,

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyne
Sent: jeudi 6 juin 2013 10:09
To: 6tsch@ietf.org
Subject: Re: [6tsch] recycle unused track cells (was: Routing vs. switching=
)

Pascal,

Completely agree, we cannot loose the MAC destination address information a=
ltogether. I'm wondering if this could not be recreated on-the-fly by the e=
nd node of the track.

That is, assuming the following track
A->B->C->D
i.e. D is the last hop

C could still use bcast dmac, D would just replace it by its own MAC when i=
nflating 6LoWPAN.

I assume this is similar to what you had in mind?

Thomas

On Tue, Jun 4, 2013 at 4:14 PM, Pascal Thubert (pthubert) > wrote:
On the side, Thomas,

We have to expect that the dest MAC may be used by 6LoWPAN to uncompress th=
e dest IP if the node at the end of the track is the destination.

It would make sense that the track metadata indicates that the 6TUS should =
rewrite the dmac before punting and which mac should be used.

Cheers,

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyn=
e
Sent: lundi 3 juin 2013 19:47
To: 6tsch@ietf.org
Subject: [6tsch] recycle unused track cells (was: Routing vs. switching)

Pascal,

I agree that a single bit is enough to differentiate between switched packe=
ts and routed packets. During the call on Friday, we identified 3 locations=
 where that bit could live:
- somewhere in the 6LoWPAN header. Too high?
- as an IEEE802.15.4e IE: too many bytes for a single bit?
- represented by the fact that the destination MAC address is a broadcast a=
ddress.

Agreed?

In the latter case, what would a multicast MAC address look like? Assuming =
we're using long addresses address, we could set the multicast bit in the E=
UI64. Are you imagining having the next hop address with that bit set, or a=
ssigning a specific track identifier, encoded as a multicast address?

Also, once the network is running, I'm assuming we will be using short 2B a=
ddresses. It's not clear how we can fit the multicast bit in there.

Thomas

On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert) > wrote:
Hello Qin:

I expect that without this proposal, the dest mac of a packet would be the =
next L2 node, so that the next hop picks it and passes it to 6TUS layer.
With the proposal, all nodes along a track would accept the multicast dest =
mac address associated to that track, so the packet is recognized as receiv=
able by this node at L2 and yet can be forwarded at 6TUS layer without dest=
 MAC rewrite.

Reusing the cell would be the case where this router did not receive a fram=
e on the track incoming slot, so the outgoing slot will be wasted. If we ha=
ve a packet for which the next hop the same router as the receiver of the w=
asted cell, then we'd want to use the cell to progress the packet one hop. =
But then the receiver router needs to figure out that this is not a frame t=
o be switched at 6TUS layer but a packet to be routed at L3. The trick is t=
hat in this case, the destination MAC address would be effectively that of =
the receiver router so 6TUS would punt the packet to L3.

Reusing a cell between 2 tracks is not the idea because there might be coll=
isions. Here we are talking about using an unsed cell opportunistically for=
 L3 best effort traffic. If there is an unused track cell, it adds up to th=
e bundle between the 2 adjacent routers for that particular slotframe.

Makes sense?

Pascal


-----Original Message-----
From: Qin Wang [mailto:qinwang@berkeley.edu]
Sent: lundi 3 juin 2013 13:14
To: Pascal Thubert (pthubert)
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] Routing vs. switching

Hi Pascal,

I don't understand strategy a) clearly. According to my understanding on "T=
rack", it consists of a sequence of cells along a multihop path, and there =
is one and only one cell for a pair of nodes (i.e. fixed next hop neighbor)=
. Then, how does multicast Mac address function? What do you mean by reusin=
g a cell?

I guess that the strategy a) will be used to solve the problem of (A->C->B,=
 D->C->E). That is, there is a cell in node-C with multicast address to bot=
h node-B and node-E. So, the cell can be reused in the two tracks. Correct?

Thanks
Qin


> Dear all ;
>
> We had a great discussion today at the weekly call about 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 require queuing at
> intermediate nodes to absorb burst collisions from multiple 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. With that strategy, A
> PCE route is an alternate to a track that would allow cell reuse and
> L3 QoS operation. We leverage the deterministic Class of service
> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can
> emulate RPL local instances 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
> _______________________________________________
> 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_E045AECD98228444A58C61C200AE1BD84130A9A0xmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hello Xavi:


 <=
/p>

It certainly can work wit=
hout any check, but it’s probably good to have one. Say the MAC chang=
es, or there is a change of path, or anything.



When we did 6LoWPAN compr=
ession, in particular for the UDP checksum, we were very conscious that we =
were removing some safe guards. You can’t remove them all…=



 <=
/p>

Cheers,=



 <=
/p>



Pascal<=
/p>



 <=
/p>





From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf=
.org]
On Behalf Of Xavier Vilajosana

Sent: jeudi 6 juin 2013 11:03

To: 6tsch@ietf.org

Subject: Re: [6tsch] recycle unused track cells (was: Routing vs. sw=
itching)






 




Hi,



maybe I am missing something:



"Since even the short address is now lost, =
we need to enforce that the track endpoint mac address is known and checked=
 at ingress, and known and overwritten at egress as you detail
 below."



are we sure that this is needed? As the PCE installs the tracks and the PCE=
 knows what is doing, forwarding can be done blindly right? A node knows th=
at it is the end of the track because in its forwarding table there is no m=
apping for that input bundle. (No
 forwarding), so checking seems no needed as nodes can trust whatever the P=
CE installs. So, an node that does not have a forwarding entry on the table=
 just pushes up the packet to 6lowpan and puts its MAC address on the desti=
nation mac of the receive packet.



:-)

X









Al 06/06/13 10:35, En/na Pascal Thubert (pthubert) ha escrit:





Perfect sync : )


 <=
/p>

The key is that D knows f=
rom the track meta that it is the end point and that the mac address is exp=
ected to be a certain mac address, whether that’s expressed
 in compressed as 2 or 8 bytes.


It is important that ther=
e is no confusion possible between what the sender at the ingress of the tr=
ack thinks the mac and IP are and what the receiver thinks
 at the other end. Since even the short address is now lost, we need to enf=
orce that the track endpoint mac address is known and checked at ingress, a=
nd known and overwritten at egress as you detail below.

 <=
/p>

Cheers,=



 <=
/p>

Pascal=



 <=
/p>

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

Sent: jeudi 6 juin 2013 10:09

To: 6tsch@ietf.org

Subject: Re: [6tsch] recycle unused track cells (was: Routing vs. sw=
itching)


 




Pascal,




 






Completely agree, we cannot loose the MAC destinatio=
n address information altogether. I'm wondering if this could not be recrea=
ted on-the-fly by the end node of the track.






 






That is, assuming the following track






A->B->C->D






i.e. D is the last hop






 






C could still use bcast dmac, D would just replace i=
t by its own MAC when inflating 6LoWPAN.






 






I assume this is similar to what you had in mind?






 






Thomas








 




On Tue, Jun 4, 2013 at 4:14 PM, Pascal Thubert (pthu=
bert) <pthubert@=
cisco.com> wrote:






On the side, Thomas,


 


We have to expect that the dest MAC may=
 be used by 6LoWPAN to uncompress the dest IP if the node
 at the end of the track is the destination.


 


It would make sense that the track meta=
data indicates that the 6TUS should rewrite the dmac before
 punting and which mac should be used.


 


Cheers,


 


Pascal

 


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

Sent: lundi 3 juin 2013 19:47

To: 6tsch@ietf.o=
rg

Subject: [6tsch] recycle unused track cells (was: Routing vs. switch=
ing)






 




Pascal,




 






I agree that a single bit is enough to differentiate between switc=
hed packets and routed packets. During the call on Friday, we identified 3 =
locations where that bit could live:






- somewhere in the 6LoWPAN header. Too high?






- as an IEEE802.15.4e IE: too many bytes for a single bit?






- represented by the fact that the destination MAC address is a br=
oadcast address.






 






Agreed?






 






In the latter case, what would a multicast MAC address look like? =
Assuming we're using long addresses address, we could set the multicast bit=
 in the EUI64. Are you imagining having
 the next hop address with that bit set, or assigning a specific track iden=
tifier, encoded as a multicast address?






 






Also, once the network is running, I'm assuming we will be using s=
hort 2B addresses. It's not clear how we can fit the multicast bit in there=
.






 






Thomas








 




On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert) <pthubert@cisco.com&=
gt; wrote:


Hello Qin:



I expect that without this proposal, the dest mac of a packet would be the =
next L2 node, so that the next hop picks it and passes it to 6TUS layer.
With the proposal, all nodes along a track would accept the multicast dest =
mac address associated to that track, so the packet is recognized as receiv=
able by this node at L2 and yet can be forwarded at 6TUS layer without dest=
 MAC rewrite.



Reusing the cell would be the case where this router did not receive a fram=
e on the track incoming slot, so the outgoing slot will be wasted. If we ha=
ve a packet for which the next hop the same router as the receiver of the w=
asted cell, then we'd want to use
 the cell to progress the packet one hop. But then the receiver router need=
s to figure out that this is not a frame to be switched at 6TUS layer but a=
 packet to be routed at L3. The trick is that in this case, the destination=
 MAC address would be effectively
 that of the receiver router so 6TUS would punt the packet to L3.



Reusing a cell between 2 tracks is not the idea because there might be coll=
isions. Here we are talking about using an unsed cell opportunistically for=
 L3 best effort traffic. If there is an unused track cell, it adds up to th=
e bundle between the 2 adjacent
 routers for that particular slotframe.



Makes sense?



Pascal










-----Original Message-----

From: Qin Wang [mailto:qinwang@berkeley.edu]

Sent: lundi 3 juin 2013 13:14

To: Pascal Thubert (pthubert)

Cc: 6tsch@ietf.org<=
br>
Subject: Re: [6tsch] Routing vs. switching



Hi Pascal,



I don't understand strategy a) clearly. According to my understanding on &q=
uot;Track", it consists of a sequence of cells along a multihop path, =
and there is one and only one cell for a pair of nodes (i.e. fixed next hop=
 neighbor). Then, how does multicast Mac address
 function? What do you mean by reusing a cell?



I guess that the strategy a) will be used to solve the problem of (A->C-=
>B, D->C->E). That is, there is a cell in node-C with multicast ad=
dress to both node-B and node-E. So, the cell can be reused in the two trac=
ks. Correct?



Thanks

Qin





> Dear all ;

>

> We had a great discussion today at the weekly call about routing that<=
br>
> relies 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
> intermediate nodes to absorb burst collisions from multiple 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<=
br>
> 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. With that strategy, A=


> PCE route is an alternate to a track that would allow cell reuse and
> L3 QoS operation. We leverage the deterministic Class of service

> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can=


> emulate RPL local instances 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

> _______________________________________________

> 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


https://www.ie=
tf.org/mailman/listinfo/6tsch




 






--_000_E045AECD98228444A58C61C200AE1BD84130A9A0xmbrcdx01ciscoc_--

From qinwang@berkeley.edu  Thu Jun  6 12:33:22 2013
Return-Path: 
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Date: Thu, 6 Jun 2013 12:33:12 -0700
From: "Qin Wang" 
To: "Pascal Thubert (pthubert)" 
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Cc: "6tsch@ietf.org" <6tsch@ietf.org>, Xavier Vilajosana 
Subject: Re: [6tsch] recycle unused track cells (was: Routing vs. switching)
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Hi Pascal, Xavi, and all,

I want to confirm the concept of Track and its establishment, because what
we are talking about here are highly related with the interpretation of
Track.

My understanding about Track comes from the
draft-palattella-6tsch-terminology-01, i.e. "A determined sequence of
cells along a multi-hop path.
This is typically the result of a reservation."

But I feel the Track being talked about here implies more than it. I guess
the establishment of a Track not only involves a schedule built with cell
command, but also involves a mapping table which is established via the
new command "Label switching command". Correct?

If yes, I will agree with Thomas that we don't need a track-ID. But, it
may arise another question, i.e. should a mapping table be applied to a
schedule built with soft-cell command?

Thanks
Qin


> Hello Xavi:
>
> It certainly can work without any check, but it's probably good to have
> one. Say the MAC changes, or there is a change of path, or anything.
> When we did 6LoWPAN compression, in particular for the UDP checksum, we
> were very conscious that we were removing some safe guards. You can't
> remove them all...
>
> Cheers,
>
> Pascal
>
> From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of
> Xavier Vilajosana
> Sent: jeudi 6 juin 2013 11:03
> To: 6tsch@ietf.org
> Subject: Re: [6tsch] recycle unused track cells (was: Routing vs.
> switching)
>
> Hi,
>
> maybe I am missing something:
>
> "Since even the short address is now lost, we need to enforce that the
> track endpoint mac address is known and checked at ingress, and known and
> overwritten at egress as you detail below."
>
> are we sure that this is needed? As the PCE installs the tracks and the
> PCE knows what is doing, forwarding can be done blindly right? A node
> knows that it is the end of the track because in its forwarding table
> there is no mapping for that input bundle. (No forwarding), so checking
> seems no needed as nodes can trust whatever the PCE installs. So, an node
> that does not have a forwarding entry on the table just pushes up the
> packet to 6lowpan and puts its MAC address on the destination mac of the
> receive packet.
>
> :-)
> X
>
>
>
>
> Al 06/06/13 10:35, En/na Pascal Thubert (pthubert) ha escrit:
> Perfect sync : )
>
> The key is that D knows from the track meta that it is the end point and
> that the mac address is expected to be a certain mac address, whether
> that's expressed in compressed as 2 or 8 bytes.
> It is important that there is no confusion possible between what the
> sender at the ingress of the track thinks the mac and IP are and what the
> receiver thinks at the other end. Since even the short address is now
> lost, we need to enforce that the track endpoint mac address is known and
> checked at ingress, and known and overwritten at egress as you detail
> below.
>
> Cheers,
>
> Pascal
>
> From: 6tsch-bounces@ietf.org
> [mailto:6tsch-bounces@ietf.org] On Behalf Of Thomas Watteyne
> Sent: jeudi 6 juin 2013 10:09
> To: 6tsch@ietf.org
> Subject: Re: [6tsch] recycle unused track cells (was: Routing vs.
> switching)
>
> Pascal,
>
> Completely agree, we cannot loose the MAC destination address information
> altogether. I'm wondering if this could not be recreated on-the-fly by the
> end node of the track.
>
> That is, assuming the following track
> A->B->C->D
> i.e. D is the last hop
>
> C could still use bcast dmac, D would just replace it by its own MAC when
> inflating 6LoWPAN.
>
> I assume this is similar to what you had in mind?
>
> Thomas
>
> On Tue, Jun 4, 2013 at 4:14 PM, Pascal Thubert (pthubert)
> > wrote:
> On the side, Thomas,
>
> We have to expect that the dest MAC may be used by 6LoWPAN to uncompress
> the dest IP if the node at the end of the track is the destination.
>
> It would make sense that the track metadata indicates that the 6TUS should
> rewrite the dmac before punting and which mac should be used.
>
> Cheers,
>
> Pascal
>
> From: 6tsch-bounces@ietf.org
> [mailto:6tsch-bounces@ietf.org] On Behalf
> Of Thomas Watteyne
> Sent: lundi 3 juin 2013 19:47
> To: 6tsch@ietf.org
> Subject: [6tsch] recycle unused track cells (was: Routing vs. switching)
>
> Pascal,
>
> I agree that a single bit is enough to differentiate between switched
> packets and routed packets. During the call on Friday, we identified 3
> locations where that bit could live:
> - somewhere in the 6LoWPAN header. Too high?
> - as an IEEE802.15.4e IE: too many bytes for a single bit?
> - represented by the fact that the destination MAC address is a broadcast
> address.
>
> Agreed?
>
> In the latter case, what would a multicast MAC address look like? Assuming
> we're using long addresses address, we could set the multicast bit in the
> EUI64. Are you imagining having the next hop address with that bit set, or
> assigning a specific track identifier, encoded as a multicast address?
>
> Also, once the network is running, I'm assuming we will be using short 2B
> addresses. It's not clear how we can fit the multicast bit in there.
>
> Thomas
>
> On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert)
> > wrote:
> Hello Qin:
>
> I expect that without this proposal, the dest mac of a packet would be the
> next L2 node, so that the next hop picks it and passes it to 6TUS layer.
> With the proposal, all nodes along a track would accept the multicast dest
> mac address associated to that track, so the packet is recognized as
> receivable by this node at L2 and yet can be forwarded at 6TUS layer
> without dest MAC rewrite.
>
> Reusing the cell would be the case where this router did not receive a
> frame on the track incoming slot, so the outgoing slot will be wasted. If
> we have a packet for which the next hop the same router as the receiver of
> the wasted cell, then we'd want to use the cell to progress the packet one
> hop. But then the receiver router needs to figure out that this is not a
> frame to be switched at 6TUS layer but a packet to be routed at L3. The
> trick is that in this case, the destination MAC address would be
> effectively that of the receiver router so 6TUS would punt the packet to
> L3.
>
> Reusing a cell between 2 tracks is not the idea because there might be
> collisions. Here we are talking about using an unsed cell
> opportunistically for L3 best effort traffic. If there is an unused track
> cell, it adds up to the bundle between the 2 adjacent routers for that
> particular slotframe.
>
> Makes sense?
>
> Pascal
>
>
> -----Original Message-----
> From: Qin Wang [mailto:qinwang@berkeley.edu]
> Sent: lundi 3 juin 2013 13:14
> To: Pascal Thubert (pthubert)
> Cc: 6tsch@ietf.org
> Subject: Re: [6tsch] Routing vs. switching
>
> Hi Pascal,
>
> I don't understand strategy a) clearly. According to my understanding on
> "Track", it consists of a sequence of cells along a multihop path, and
> there is one and only one cell for a pair of nodes (i.e. fixed next hop
> neighbor). Then, how does multicast Mac address function? What do you mean
> by reusing a cell?
>
> I guess that the strategy a) will be used to solve the problem of
> (A->C->B, D->C->E). That is, there is a cell in node-C with multicast
> address to both node-B and node-E. So, the cell can be reused in the two
> tracks. Correct?
>
> Thanks
> Qin
>
>
>> Dear all ;
>>
>> We had a great discussion today at the weekly call about 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 require queuing at
>> intermediate nodes to absorb burst collisions from multiple 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. With that strategy, A
>> PCE route is an alternate to a track that would allow cell reuse and
>> L3 QoS operation. We leverage the deterministic Class of service
>> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can
>> emulate RPL local instances 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
>> _______________________________________________
>> 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
>


From twatteyne@gmail.com  Thu Jun  6 16:02:21 2013
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Subject: [6tsch] Agenda for the call on June 7
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--047d7bf16048f97aad04de844c89
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Dear all,

Below is the proposed agenda for the 6TSCH call tomorrow:


   - Logo Challenge! [5min]
   - Opportunistic Track reuse [15min]
   - 6LoWPAN Fragment Forwarding [10min]
   - Simplest TSCH [30min]

As usual, feel free to propose any changes to the agenda, also at the
beginning of the call.

Remember that this call will be recorded.

Thanks,

Pascal & Thomas


** **

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=219615007&UID=481905242&PW=NZTRkNDAwOTE1&RT=MiMyMw%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: +44.20.8824.0117

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

CCM:+14085256800x206802913

--047d7bf16048f97aad04de844c89
Content-Type: text/html; charset=ISO-8859-1
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Dear all,



Below is the proposed agenda for the 6TSCH call tomorrow:<=
/font>
  • Logo Challenge! [5min]
    • 


  • Opportunistic Track reuse [15min]
  • 6LoWPAN Fragment Forwarding [1=
0min]
    • 


  • Simplest TSCH=A0[30min]


As usual, feel free to propose any cha=
nges to the agenda, also at the beginning of the call.
Remember that this call will be recorded.



Thanks,
Pascal & Thomas




=A0
Topic: 6TSCH Weekly=A0

Date: Friday, May=A031st, 2013=
=A0
Time:=A08:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)=A0
Meeting =
Number: 206 802 913=A0


Meeting Password: sixtus=A0

----------------------------------------=
---------------=A0
To start the online meeting=A0
-------------------=
------------------------------------=A0
1. Go to=A0https://ciscosales.web=
ex.com/ciscosales/j.php?ED=3D219615007&UID=3D481905242&PW=3DNZTRkND=
AwOTE1&RT=3DMiMyMw%3D%3D=A0


2. Log in to your account.=A0
3. Click "Start Now".=A0
4. F=
ollow the instructions that appear on your screen.=A0

--------------=
--------------------------------------------------=A0
ALERT:Toll-Free Di=
al Restrictions for (408) and (919) Area Codes=A0


----------------------------------------------------------------=A0

=
The affected toll free numbers are:=A0(866) 432-9903=A0for the San J=
ose/Milpitas area and=A0(866) 349-3520=A0for the RTP area.=A0



Please dial the local access number for your area from the list below:=
=A0
- San Jose/Milpitas (408) area: 525-6800=A0
- RTP (919) area: 392=
-3330=A0

-------------------------------------------------------=A0<=
br>To join the teleconference only=A0


-------------------------------------------------------=A0
1. Dial into =
Cisco WebEx (view all Global Access Numbers at=A0
http:/=
/cisco.com/en/US/about/doing_business/conferencing/index.html=A0


2. Follow the prompts to enter the Meeting Number (listed above) or Access =
Code followed by the # sign.=A0

San Jose, CA:=A0+1.408.525.6800=
=A0RTP:=A0+1.919.392.3330=A0



US/Canada:=A0+1.866.432.9903=A0United Kingdom:=A0+44.20.8824.0117=
=A0


India:=A0+91.80.4350.1111=A0Germany:=A0+49.619.6773.9002=A0<=
br>

Japan:=A0+81.3.5763.9394=A0China:=A0+86.10.8515.5666=A0
To check whether you have the appropriate players installed for UCF (Univ=
ersal Communications Format) rich media files, go to=A0https://cisc=
osales.webex.com/ciscosales/systemdiagnosis.php=A0



http://www.webex.com=A0
<=
br>CCM:+14085256800x206802913






--047d7bf16048f97aad04de844c89--

From pthubert@cisco.com  Fri Jun  7 07:29:32 2013
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From: "Pascal Thubert (pthubert)" 
To: Thomas Watteyne , 6TSCH <6tsch@ietf.org>, "JP Vasseur (jvasseur)" , "Ted Lemon (ted.lemon@nominum.com)" , "Adrian Farrel (adrian@olddog.co.uk)" 
Thread-Topic: [6tsch] Agenda for the call on June 7
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Subject: Re: [6tsch] Agenda for the call on June 7
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And the link for the recurring meeting is still:

Topic: 6TSCH Weekly
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#

Cheers,

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: jeudi 6 juin 2013 16:02
To: 6TSCH; JP Vasseur (jvasseur); Ted Lemon (ted.lemon@nominum.com); Adrian=
 Farrel (adrian@olddog.co.uk)
Subject: [6tsch] Agenda for the call on June 7

Dear all,
Below is the proposed agenda for the 6TSCH call tomorrow:

  *   Logo Challenge! [5min]
  *   Opportunistic Track reuse [15min]
  *   6LoWPAN Fragment Forwarding [10min]
  *   Simplest TSCH [30min]
As usual, feel free to propose any changes to the agenda, also at the begin=
ning of the call.
Remember that this call will be recorded.
Thanks,
Pascal & Thomas


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/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

CCM:+14085256800x206802913

--_000_E045AECD98228444A58C61C200AE1BD84130B51Exmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











And the link=
 for the recurring meeting is still:


 


Topic: 6TSCH Weekly



Time: 8:00 am, Pacific Daylight Time (Sa=
n 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# 


 <=
/p>

Cheers,=



 <=
/p>

Pascal


 <=
/p>

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

Sent: jeudi 6 juin 2013 16:02

To: 6TSCH; JP Vasseur (jvasseur); Ted Lemon (ted.lemon@nominum.com);=
 Adrian Farrel (adrian@olddog.co.uk)

Subject: [6tsch] Agenda for the call on June 7


 






Dear all,


Below is the proposed agenda for the 6TSC=
H call tomorrow:


    

  • 
Logo Challenge! [5min]
  • 
Opportunistic Track reuse [15min]
  • 
6LoWPAN Fragment Forwarding [10min]
  • 
Simplest TSCH [30min]


As usual, feel free to propose any change=
s to the agenda, also at the beginning of the call.<=
/o:p>


Remember that this call will be recorded.=



Thanks,


Pascal & Thomas


 




 


Topic: 6TSCH Weekly 

Date: Friday, May 31st, 2013 =
;

Time: 8:00 am, Pacific Daylight Time (San Francisco, GMT-07:00) <=
br>
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=3DMiMy=
Mw%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_busi=
ness/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: +81.3.5=
763.9394 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_E045AECD98228444A58C61C200AE1BD84130B51Exmbrcdx01ciscoc_--

From pthubert@cisco.com  Sun Jun  9 15:01:44 2013
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From: "Pascal Thubert (pthubert)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: pre version 02 for the architecture draft
Thread-Index: Ac5lXMuFMwuKH39lTT6kF22Acx2zSQ==
Date: Sun, 9 Jun 2013 22:01:08 +0000
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Subject: [6tsch] pre version 02 for the architecture draft
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Dear all:

I placed a pre-02 in the bitbucket to reflect the discussions on forwarding=
.
(at https://bitbucket.org/6tsch/draft-thubert-6tsch-architecture/src  ).

The changes are located in sections 5 and 6.
I went a bit ahead of the discussion on whether we can or not merge RPL and=
 PCE routes in a same instance / topology.

Let us discuss that over the ML and at the next call if you wish,

Cheers;

Pascal

--_000_E045AECD98228444A58C61C200AE1BD84130D569xmbrcdx01ciscoc_
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Dear all:


 


I placed a pre-02 in the bitbucket to reflect the di=
scussions on forwarding.



(at 
https://bitbucket.org/6tsch/draft-thubert-6tsch-architecture/src  =
).


 


The changes are located in sections 5 and 6. 


I went a bit ahead of the discussion on whether we c=
an or not merge RPL and PCE routes in a same instance / topology.


 


Let us discuss that over the ML and at the next call=
 if you wish,


 


Cheers;


 


Pascal






--_000_E045AECD98228444A58C61C200AE1BD84130D569xmbrcdx01ciscoc_--

From jvasseur@cisco.com  Sun Jun  9 20:29:47 2013
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From: "JP Vasseur (jvasseur)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [Pce] WG Action: Rechartered Path Computation Element (pce)
Thread-Index: AQHOZYq9jARdlP3/dEeLMFZAw4EFYQ==
Date: Mon, 10 Jun 2013 03:29:40 +0000
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Subject: [6tsch] Fwd: [Pce] WG Action: Rechartered Path Computation Element (pce)
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FYI

Begin forwarded message:

From: The IESG >
Subject: [Pce] WG Action: Rechartered Path Computation Element (pce)
Date: May 17, 2013 6:01:07 PM GMT+02:00
To: IETF-Announce >
Cc: pce WG >

The Path Computation Element (pce) working group in the Routing Area of
the IETF has been rechartered. For additional information please contact
the Area Directors or the WG Chairs.

Path Computation Element (pce)
------------------------------------------------
Current Status: Active Working Group

Chairs:
 JP Vasseur >
 Julien Meuric >

Secretaries:
 Daniel King >

Assigned Area Director:
 Adrian Farrel >

Mailing list
 Address: pce@ietf.org
 To Subscribe: http://www.ietf.org/mailman/listinfo/pce
 Archive: http://www.ietf.org/mail-archive/web/pce/

Charter of Working Group:

 The PCE Working Group is chartered to specify the required protocols so
 as to enable a Path Computation Element (PCE)-based architecture for the
 computation of paths for MPLS and GMPLS Point to Point and Point to
 Multi-point Traffic Engineered LSPs.

 In this architecture path computation does not necessarily occur on the
 head-end (ingress) LSR, but on some other path computation entity that
 may physically not be located on each head-end LSR.

 The PCE WG works on application of this model within a single domain
 or within a group of domains (where a domain is a layer, IGP area or
 Autonomous System with limited visibility from the head-end LSR). At
 this time, applying this model to large groups of domains such as the
 Internet is not thought to be possible, and the PCE WG will not spend
 energy on that topic.

 The WG specifies the PCE communication Protocol (PCEP) and needed
 extensions for communication between LSRs (termed Path Computation
 Clients - PCCs) and PCEs, and between cooperating PCEs. Security
 mechanisms such as authentication and confidentiality are included.

 The WG determines requirements for extensions to existing routing and
 signaling protocols in support of the PCE architecture and the signaling
 of inter-domain paths (e.g. RSVP-TE and its GMPLS variations). Any
 necessary extensions will be produced in collaboration with the Working
 Groups responsible for the protocols.

 The WG also works on the mechanisms to for multi-layer path computation
 and PCEP extensions for communication between several network layers.

 The WG defines the required PCEP extensions for Wavelength Switched
 Optical Networks (WSON) while keeping consistency with the GMPLS
 architecture specified in the CCAMP WG.

Work Items:

 - PCEP extensions for MPLS and GMPLS Traffic Engineered LSP path
   computation models involving PCE(s). This includes the case of
   computing the paths of intra and inter-domain TE LSPs. Such path
   computation includes the generation of primary, protection and
   recovery paths, as well as computations for (local/global)
   reoptimization and load balancing. Both intra- and inter-domain
   applications are covered.
 - In cooperation with protocol specific Working Group (e.g., MPLS,
   CCAMP), development of LSP signaling (RSVP-TE) extensions required
   to support PCE-based path computation models.
 - Specification of PCEP extensions for communication in the various
   GMPLS-controlled networks, including WSON.
 - Definition of PCEP extensions for path computation in multi-layer
   networks.
 - Definition of the PCEP extensions used by a stateful PCE for
   recommending a new path for an existing or new LSP to the PCC/PCE.
   Further protocol extensions must cover the case where the
   recommendation is not followed by the PCC/PCE.

Milestones:
 Done     - Submit first draft of PCE architecture document
 Done     - Submit first draft of PCE discovery requirements and
protocol extensions documents
 Done     - Submit first draft of the PCE communication protocol
requirements
 Done     - Submit first draft of the definition of objective metrics
 Done     - Submit first draft of the PCE communication protocol
specification
 Done     - Submit PCE architecture specification to the IESG to be
considered as Informational RFC
 Done     - Submit first draft of the MIB module for the PCE protocol
 Done     - Submit PCE communication protocol requirements to the IESG
to be considered as an Informational RFC
 Done     - Submit PCE discovery protocol extensions specifications to
the IESG to be considered as a Proposed Standard
 Done     - Submit PCE communication protocol specification to the IESG
to be considered as a Proposed Standard
 Done     - Submit first draft of the PCE P2MP communication
requirements
 Done     - Submit first draft of the PCE P2MP PCEP protocol extensions
 Done     - Submit PCE P2MP communication requirements to the IESG to be
considered as an Informational RFC
 Done     - Submit PCE P2MP PCEP protocol extensions to the IESG to be
considered as an Proposed Standard RFC
 Done     - Submit applicability and metrics documents to the IESG
 Oct 2011 - Submit WSON requirements to the IESG to be considered as an
Informational RFC
 Dec 2011 - Submit extensions for hierarchical PCE path computation
model as WG document
 Jan 2012 - Submit the PCEP MIB to the IESG to be considered as a
Proposed Standard
 Jan 2012 - Submit P2MP MIB as a WG document
 Feb 2012 - Submit the discovery MIB to the IESG to be considered as a
Proposed Standard
 Feb 2012 - Submit inter-layer extensions to the IESG to be considered
as a Proposed Standard
 Mar 2012 - Submit inter-area/AS applicability statement to the IESG as
an informational RFC
 Mar 2012 - Submit PCEP extensions for WSON as a WG document
 Apr 2012 - Submit the GMPLS requirements to the IESG to be considered
as an Informational RFC
 Jun 2012 - Submit PCEP extensions for GMPLS to the IESG to be
considered as a Proposed Standard
 Aug 2012 - Submit PCEP extensions for WSON to the IESG to be considered
as a Proposed Standard
 Oct 2012 - Submit P2MP MIB to the IESG to be considered as a Proposed
Standard
 Feb 2013 - Submit extensions for hierarchical model to the IESG to be
considered as a Proposed Standard
 Mar 2013 - Evaluate WG progress, recharter or close


_______________________________________________
Pce mailing list
Pce@ietf.org
https://www.ietf.org/mailman/listinfo/pce


--_000_03B78081B371D44390ED6E7BADBB4A772357A4AExmbrcdx02ciscoc_
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FYI





Begin forwarded message:








Subject:
[P=
ce] WG Action: Rechartered Path Computation Element (pce)





Date:
May 1=
7, 2013 6:01:07 PM GMT+02:00






Cc:
pce W=
G <pce@ietf.org>






The Path Computation Element (pce) working group in the Routing Area o=
f

the IETF has been rechartered. For additional information please contact
the Area Directors or the WG Chairs.



Path Computation Element (pce)

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

Current Status: Active Working Group



Chairs:

 JP Vasseur <jpv@cisco.com>=


 Julien Meuric <julien.=
meuric@orange.com>



Secretaries:

 Daniel King <daniel@olddog.=
co.uk>



Assigned Area Director:

 Adrian Farrel <adrian@olddo=
g.co.uk>



Mailing list

 Address: pce@ietf.org

 To Subscribe: ht=
tp://www.ietf.org/mailman/listinfo/pce

 Archive: http:/=
/www.ietf.org/mail-archive/web/pce/



Charter of Working Group:



 The PCE Working Group is chartered to specify the required protocols =
so

 as to enable a Path Computation Element (PCE)-based architecture for =
the

 computation of paths for MPLS and GMPLS Point to Point and Point to
 Multi-point Traffic Engineered LSPs.



 In this architecture path computation does not necessarily occur on t=
he

 head-end (ingress) LSR, but on some other path computation entity tha=
t

 may physically not be located on each head-end LSR.



 The PCE WG works on application of this model within a single domain<=
br>
 or within a group of domains (where a domain is a layer, IGP area or<=
br>
 Autonomous System with limited visibility from the head-end LSR). At<=
br>
 this time, applying this model to large groups of domains such as the=


 Internet is not thought to be possible, and the PCE WG will not spend=


 energy on that topic.



 The WG specifies the PCE communication Protocol (PCEP) and needed

 extensions for communication between LSRs (termed Path Computation
 Clients - PCCs) and PCEs, and between cooperating PCEs. Security

 mechanisms such as authentication and confidentiality are included.


 The WG determines requirements for extensions to existing routing and=


 signaling protocols in support of the PCE architecture and the signal=
ing

 of inter-domain paths (e.g. RSVP-TE and its GMPLS variations). Any
 necessary extensions will be produced in collaboration with the Worki=
ng

 Groups responsible for the protocols.



 The WG also works on the mechanisms to for multi-layer path computati=
on

 and PCEP extensions for communication between several network layers.=




 The WG defines the required PCEP extensions for Wavelength Switched
 Optical Networks (WSON) while keeping consistency with the GMPLS

 architecture specified in the CCAMP WG.



Work Items:



 - PCEP extensions for MPLS and GMPLS Traffic Engineered LSP path

   computation models involving PCE(s). This includes the ca=
se of

   computing the paths of intra and inter-domain TE LSPs. Su=
ch path

   computation includes the generation of primary, protectio=
n and

   recovery paths, as well as computations for (local/global=
)

   reoptimization and load balancing. Both intra- and inter-=
domain

   applications are covered.

 - In cooperation with protocol specific Working Group (e.g., MPLS,
   CCAMP), development of LSP signaling (RSVP-TE) extensions=
 required

   to support PCE-based path computation models.

 - Specification of PCEP extensions for communication in the various
   GMPLS-controlled networks, including WSON.

 - Definition of PCEP extensions for path computation in multi-layer
   networks.

 - Definition of the PCEP extensions used by a stateful PCE for 

   recommending a new path for an existing or new LSP to the=
 PCC/PCE.

   Further protocol extensions must cover the case where the=
 

   recommendation is not followed by the PCC/PCE.



Milestones:

 Done     - Submit first draft of PCE architecture=
 document

 Done     - Submit first draft of PCE discovery re=
quirements and

protocol extensions documents

 Done     - Submit first draft of the PCE communic=
ation protocol

requirements

 Done     - Submit first draft of the definition o=
f objective metrics

 Done     - Submit first draft of the PCE communic=
ation protocol

specification

 Done     - Submit PCE architecture specification =
to the IESG to be

considered as Informational RFC

 Done     - Submit first draft of the MIB module f=
or the PCE protocol

 Done     - Submit PCE communication protocol requ=
irements to the IESG

to be considered as an Informational RFC

 Done     - Submit PCE discovery protocol extensio=
ns specifications to

the IESG to be considered as a Proposed Standard

 Done     - Submit PCE communication protocol spec=
ification to the IESG

to be considered as a Proposed Standard

 Done     - Submit first draft of the PCE P2MP com=
munication

requirements

 Done     - Submit first draft of the PCE P2MP PCE=
P protocol extensions

 Done     - Submit PCE P2MP communication requirem=
ents to the IESG to be

considered as an Informational RFC

 Done     - Submit PCE P2MP PCEP protocol extensio=
ns to the IESG to be

considered as an Proposed Standard RFC

 Done     - Submit applicability and metrics docum=
ents to the IESG

 Oct 2011 - Submit WSON requirements to the IESG to be considered as a=
n

Informational RFC

 Dec 2011 - Submit extensions for hierarchical PCE path computation
model as WG document

 Jan 2012 - Submit the PCEP MIB to the IESG to be considered as a

Proposed Standard

 Jan 2012 - Submit P2MP MIB as a WG document

 Feb 2012 - Submit the discovery MIB to the IESG to be considered as a=


Proposed Standard

 Feb 2012 - Submit inter-layer extensions to the IESG to be considered=


as a Proposed Standard

 Mar 2012 - Submit inter-area/AS applicability statement to the IESG a=
s

an informational RFC

 Mar 2012 - Submit PCEP extensions for WSON as a WG document

 Apr 2012 - Submit the GMPLS requirements to the IESG to be considered=


as an Informational RFC

 Jun 2012 - Submit PCEP extensions for GMPLS to the IESG to be

considered as a Proposed Standard

 Aug 2012 - Submit PCEP extensions for WSON to the IESG to be consider=
ed

as a Proposed Standard

 Oct 2012 - Submit P2MP MIB to the IESG to be considered as a Proposed=


Standard

 Feb 2013 - Submit extensions for hierarchical model to the IESG to be=


considered as a Proposed Standard

 Mar 2013 - Evaluate WG progress, recharter or close





_______________________________________________

Pce mailing list

Pce@ietf.org

https://www.ietf.org/=
mailman/listinfo/pce












--_000_03B78081B371D44390ED6E7BADBB4A772357A4AExmbrcdx02ciscoc_--

From P.Zand@utwente.nl  Mon Jun 10 03:09:32 2013
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From: 
To: <6tsch@ietf.org>
Thread-Topic: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
Thread-Index: Ac5lwiiA+bf/kQLXR6euuxurfcSvxQ==
Date: Mon, 10 Jun 2013 10:09:22 +0000
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Dear All,
Regarding to our last call on Friday,  I would like to continue this discus=
sion about the maximum number of links' information (or "link object") that=
 can be included in EB? Can we think about sending the information about th=
e entire reserved links/cells in the EB(s)? I would like to know, Is there =
any way to define a CellBitMap to enable us to include the entire reserved =
links/cells by each node in the one or several EB(s)?

Our motivation:
In the distributed approach, this information can be used by the receivers =
to schedule (internal) collision-free[*] links with others. In this case, t=
his information is not just used for enabling the receivers to contact with=
 the sender of ADV/EB. This information enables the receivers to collect th=
e list of used cells in their neighborhood. The content of information in e=
ach "link object" can be different from the existing information in the EB =
for each link. For instance, the link option or link type might not be need=
ed in this case. On the other hand, neighbor ID (the other side of link) mi=
ght be needed to be included in the "link object".
In order to create a soft link, based on this information about its neighbo=
rhood, Node A in the Link Reservation Request may suggest the set of (inter=
nal) collision-free links to the receiver. The receiver (Node B) also based=
 on this information in its own neighborhood, will choose one link from the=
 suggested links that is also free in its neighborhood (that might be diffe=
rent from sender's neighborhood) and reply to the sender by Link Reservatio=
n Response.

[*] In realistic setting, where the interference range is more than transmi=
ssion range, this information will not guarantee the completely (internal) =
collision-free communication. But it can be used to not repeat the reserved=
 cells in our two-hop neighborhood. In addition, the collision caused by a =
pair of nodes who are using the same cell in outside of two-hop neighborhoo=
d can be detected, by monitoring the status of that reserved cell (By consi=
dering the mechanisms discussed in "2.8 Monitoring" section in draft-wang-6=
tsch-6tus-00).

Best wishes,
Pouria Zand

--_000_76EA352C3C95BB42A2C4F2EE6493AD6E4DA407EAEXMBX23adutwent_
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Dear All,


Regarding to our last call on Friday,  I would =
like to continue this discussion about the maximum number of links’ i=
nformation (or “link object”) that can be included in EB? Can w=
e think about sending the information about the entire reserved
 links/cells in the EB(s)? I would like to know, Is there any way to define=
 a CellBitMap to enable us to include the entire reserved links/cells by ea=
ch node in the one or several EB(s)?


 


Our motivation:


In the distributed approach, this information can be=
 used by the receivers to schedule (internal) collision-free[*] links with =
others. In this case, this information is not just used for enabling the re=
ceivers to contact with the sender
 of ADV/EB. This information enables the receivers to collect the list of u=
sed cells in their neighborhood. The content of information in each “=
link object” can be different from the existing information in the EB=
 for each link. For instance, the link option
 or link type might not be needed in this case. On the other hand, neighbor=
 ID (the other side of link) might be needed to be included in the “l=
ink object”.



In order to create a soft link, based on this inform=
ation about its neighborhood, Node A in the
Link Reservation Request may suggest the set of (internal) collision=
-free links to the receiver. The receiver (Node B) also based on this infor=
mation in its own neighborhood, will choose one link from the suggested lin=
ks that is also free in its neighborhood
 (that might be different from sender's neighborhood) and reply to the send=
er by 
Link Reservation Response.


 


[*] In realistic setting, where the interference ran=
ge is more than transmission range, this information will not guarantee the=
 completely (internal) collision-free communication. But it can be used to =
not repeat the reserved cells in our
 two-hop neighborhood. In addition, the collision caused by a pair of nodes=
 who are using the same cell in outside of two-hop neighborhood can be dete=
cted, by monitoring the status of that reserved cell (By considering the me=
chanisms discussed in “2.8 Monitoring”
 section in draft-wang-6tsch-6tus-00).


 


Best wishes,


Pouria Zand






--_000_76EA352C3C95BB42A2C4F2EE6493AD6E4DA407EAEXMBX23adutwent_--

From yoshihiro.ohba@toshiba.co.jp  Mon Jun 10 03:30:10 2013
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From: 
To: <6tsch@ietf.org>
Thread-Topic: Questions on 802.15.4e MAC
Thread-Index: Ac5lxV0AylYqXyvSTP6L0gLGv5VccA==
Date: Mon, 10 Jun 2013 10:29:55 +0000
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Hi,

I am working on Security Considerations section of 6tsch-security document,=
 and I have a couple of questions on 802.15.4e MAC.

I think TSCH-specific information elements (IEs) contained in enhanced Beac=
on frames must be integrity protected but must be sent in clear text.  The =
reason is that not only nodes that already have joined the TSCH network (an=
d thus have link-layer keys) but also newly joining nodes that do not have =
link-layer keys yet will have to know the content of the TSCH-specific IEs =
in order to know the timeslots available for exchanging authentication and =
key management messages to securely join the TSCH network. =20

I have two questions:

- Is the above observation correct?

- Are 802.15.4e header and payload IEs excluded from the encrypted part of =
802.15.4e MAC frame even when MAC security is used with encryption enabled?

Best Regards,
Yoshihiro Ohba



From pat.kinney@kinneyconsultingllc.com  Mon Jun 10 07:23:35 2013
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From: Pat Kinney 
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Subject: Re: [6tsch] Questions on 802.15.4e MAC
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header IEs are excluded from the 15.4 encryption, while payload IEs are =
included; hence the rationale for having both

Pat

Pat Kinney
Kinney Consulting LLC
IEEE 802.15 WG vice chair, TG chair
ISA100.11a WG chair
O: +1.847.960.3715
pat.kinney@kinneyconsultingllc.com






On Jun 10, 2013, at 5:29 AM,  wrote:

Hi,

I am working on Security Considerations section of 6tsch-security =
document, and I have a couple of questions on 802.15.4e MAC.

I think TSCH-specific information elements (IEs) contained in enhanced =
Beacon frames must be integrity protected but must be sent in clear =
text.  The reason is that not only nodes that already have joined the =
TSCH network (and thus have link-layer keys) but also newly joining =
nodes that do not have link-layer keys yet will have to know the content =
of the TSCH-specific IEs in order to know the timeslots available for =
exchanging authentication and key management messages to securely join =
the TSCH network. =20

I have two questions:

- Is the above observation correct?

- Are 802.15.4e header and payload IEs excluded from the encrypted part =
of 802.15.4e MAC frame even when MAC security is used with encryption =
enabled?

Best Regards,
Yoshihiro Ohba


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



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From qinwang@berkeley.edu  Mon Jun 10 08:10:00 2013
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From: "Qin Wang" 
To: "Pat Kinney" 
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Subject: Re: [6tsch] Questions on 802.15.4e MAC
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Hi Pat,

In IEEE802.15.4e, the EB of TSCH consists of four IEs, i.e. TSCH
Synchronization IE, TSCH Slotframe and Link IE, TSCH Timeslot IE, and
Channel Hopping Sequence IE. All of the four IEs are in payload-IE.

So, it means that the EB of TSCH is included when MAC security is used
with encryption enabled. Correct?

Thanks
Qin



> header IEs are excluded from the 15.4 encryption, while payload IEs are
> included; hence the rationale for having both
>
> Pat
>
> Pat Kinney
> Kinney Consulting LLC
> IEEE 802.15 WG vice chair, TG chair
> ISA100.11a WG chair
> O: +1.847.960.3715
> pat.kinney@kinneyconsultingllc.com
>
>
>
>
>
>
> On Jun 10, 2013, at 5:29 AM,  wrote:
>
> Hi,
>
> I am working on Security Considerations section of 6tsch-security
> document, and I have a couple of questions on 802.15.4e MAC.
>
> I think TSCH-specific information elements (IEs) contained in enhanced
> Beacon frames must be integrity protected but must be sent in clear text.
> The reason is that not only nodes that already have joined the TSCH
> network (and thus have link-layer keys) but also newly joining nodes that
> do not have link-layer keys yet will have to know the content of the
> TSCH-specific IEs in order to know the timeslots available for exchanging
> authentication and key management messages to securely join the TSCH
> network.
>
> I have two questions:
>
> - Is the above observation correct?
>
> - Are 802.15.4e header and payload IEs excluded from the encrypted part of
> 802.15.4e MAC frame even when MAC security is used with encryption
> enabled?
>
> Best Regards,
> Yoshihiro Ohba
>
>
> _______________________________________________
> 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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--001a11332bb28d210d04ded63dc6
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Pouria,

If I understand correctly, you are suggesting to limit the number of
channels to send the EBs on, but not the data?

I understand that this will speed joining up, since EBs will be sent more
often in the remaining channels. But I would argue that this is a dangerous
game to play, since your mote might not discover all its neighbors using
the EBs since some might just be at the "wrong place and the wrong
frequency". What do you think?

Of course, if you're worried about the speed of joining (which might be
problematic during an interop event), nothing prevents you from switching
the whole network on this subset of channels.

Thomas


On Tue, Jun 4, 2013 at 2:24 AM,  wrote:

>  Dear All,****
>
> ** **
>
> Based on the last discussion on =93DIOs/DAOs and broadcast channels on
> TSCH=94, I found that we agreed to have two separate scheduled broadcast
> links: (i) to broadcast ADV, (ii) to broadcast DIOs as well as the upper
> layers=92 traffic as regular TSCH data. ****
>
> My question are:  ****
>
> ** **
>
> **(1)    **How to schedule these collision-free broadcast links for (i)
> and (ii) in a distributed manner with no central PCE (soft broadcast
> cells)? Or in this phase we will just consider the centralized approach, =
in
> which the PCE schedules hard cells for broadcasting links. ****
>
> ** **
>
> **(2)    **What is your opinion to consider the specific timeslots (e.g.
> the first timeslots) in order to schedule broadcast links for ADVs (eithe=
r
> in a distributed or centralized approach) in a specific slotframe (e.g.
> consist 100 or 200 slots) by different channel table (with limited number
> of physical channels in 2.4 GHz). In those timeslot no more communication
> can be scheduled, unless the other links also follow the same hopping
> list/pattern. ****
>
> ** **
>
> Pros: ****
>
> **=B7         **The network formation and network synchronization can be
> easier because the new nodes know to scan just those physical channels . =
*
> ***
>
> **=B7         **In a distributed approach, scheduling collision-free
> broadcast links can be easier.****
>
> Cons:      ****
>
> **=B7         **Limiting to the potential wrong physical channels in 2.4
> GHz that might not work everywhere.****
>
> **=B7         **Wasting communication resources in those timeslots that i=
s
> considered for ADVs. Because no further communication can be scheduled in
> those timeslots, unless with the same hopping list/pattern. ****
>
>   ****
>
> Best Wishes,****
>
> ** **
>
> *Pouria Zand*****
>
> *PhD Candidate*****
>
> *Pervasive Systems Group*****
>
> *Dept. of Computer Science*****
>
> *University of Twente*****
>
> *P.O. Box 217*****
>
> *7500AE Enschede*****
>
> *The Netherlands*****
>
> ** **
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--001a11332bb28d210d04ded63dc6
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Pouria,

If I understand cor=
rectly, you are suggesting to limit the number of channels to send the EBs =
on, but not the data?

I understand tha=
t this will speed joining up, since EBs will be sent more often in the rema=
ining channels. But I would argue that this is a dangerous game to play, si=
nce your mote might not discover all its neighbors using the EBs since some=
 might just be at the "wrong place and the wrong frequency". What=
 do you think?




Of course, if you're worried about the =
speed of joining (which might be problematic during an interop event), noth=
ing prevents you from switching the whole network on this subset of channel=
s.




Thomas


On Tue, Jun 4, 2013 at 2:24 AM,  <P.Z=
and@utwente.nl> wrote:














Dear All,


=A0


Based on the last discussion on =93DIOs/DAOs and bro=
adcast channels on TSCH=94, I found that we agreed to have two separate sch=
eduled broadcast links: (i) to broadcast ADV, (ii) to broadcast DIOs as wel=
l as the upper layers=92 traffic as regular
 TSCH data. 


My question are: =A0


=A0


(1)=
=A0=A0=A0
How to schedule these collisi=
on-free broadcast links for (i) and (ii) in a distributed manner with no ce=
ntral PCE (soft broadcast cells)? Or in this phase we will just consider th=
e centralized approach, in which
 the PCE schedules hard cells for broadcasting links. 


=A0


(2)=
=A0=A0=A0
What is your opinion to consi=
der the specific timeslots (e.g. the first timeslots) in order to schedule =
broadcast links for ADVs (either in a distributed or centralized approach) =
in a specific slotframe (e.g. consist
 100 or 200 slots) by different channel table (with limited number of physi=
cal channels in 2.4 GHz). In those timeslot no more communication can be sc=
heduled, unless the other links also follow the same hopping list/pattern.



=A0


Pros: 



=B7=A0=A0=A0=A0=A0=A0=A0=A0
The network formation =
and network synchronization can be easier because the new nodes know to sca=
n just those physical channels .




=B7=A0=A0=A0=A0=A0=A0=A0=A0
In a distributed appro=
ach, scheduling collision-free broadcast links can be easier.=



Cons: =A0=A0=A0=A0=A0<=
/u>



=B7=A0=A0=A0=A0=A0=A0=A0=A0
Limiting to the potent=
ial wrong physical channels in 2.4 GHz that might not work everywhere.



=B7=A0=A0=A0=A0=A0=A0=A0=A0
Wasting communication =
resources in those timeslots that is considered for ADVs. Because no furthe=
r communication can be scheduled in those timeslots, unless with the same h=
opping list/pattern.



=A0=A0


Best Wishes,


=A0


Pouria Zand<=
/i>


PhD Candidate


Pervasive Systems G=
roup


Dept. of Computer S=
cience


University of Twent=
e


P.O. Box 217=



7500AE Enschede


The Netherlands


=A0







_______________________________________________

6tsch mailing list

6tsch@ietf.org

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





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Qin,

I believe that we agree that this track ID is not some number which goes
into a header, i.e. it's not something you send over the air. Agreed?

If we agree, what it then is is simply an "administrative" number of
represent a track. In that case, can we not use the ID of the slotframe?
(maybe not)

Thomas

On Tue, Jun 4, 2013 at 6:36 PM, Qin Wang  wrote:

> Hi Thomas,
>
> Although I haven't had good way to maintaining track-ID, I'm wondering how
> to install a Track and dedicate the track to a specific packet stream
> without a track-ID. Let me explain what my concern is.
>
> With 6tus commands, a set of cells are installed in a node, saying 4
> cells, in which we want cell-1 belong to Track-1, cell-2 belong to
> Track-2, and cell-3,4 be cells for the best effort packets. Without
> track-ID, how does 6tus know the usage of each cell?
>
> Do I miss something?
>
> Qin
>
>

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Qin,

I believe that we agree that this =
track ID is not some number which goes into a header, i.e. it's not som=
ething you send over the air. Agreed?

If we agree,=
 what it then is is simply an "administrative" number of represen=
t a track. In that case, can we not use the ID of the slotframe? (maybe not=
)




Thomas

On Tue, Jun 4, 2013 at 6:36 PM, Qin Wang <qinwang@berkeley.edu=
> wrote:



Hi Thomas,



Although I haven't had good way to maintaining track-ID, I'm wonder=
ing how

to install a Track and dedicate the track to a specific packet stream

without a track-ID. Let me explain what my concern is.



With 6tus commands, a set of cells are installed in a node, saying 4

cells, in which we want cell-1 belong to Track-1, cell-2 belong to

Track-2, and cell-3,4 be cells for the best effort packets. Without

track-ID, how does 6tus know the usage of each cell?



Do I miss something?



Qin





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From: Thomas Watteyne 
Date: Mon, 10 Jun 2013 18:04:06 -0700
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--047d7b6d7c1c89352904ded67aee
Content-Type: text/plain; charset=ISO-8859-1

Qin,

I believe that you are thinking about the case where a distributed
scheduler allocates some (soft) cells along a track. I don't see any reason
to limit the use of 6tus-based switching to hard cells only. While it makes
most sense to do 6tus-based track installation and switching in the
presence of a PCE (i.e. fully deterministic behavior), I would keep the
"switching vs routing" and "hard vs soft cells" distinction orthogonal.

Makes sense?

Thomas


On Thu, Jun 6, 2013 at 12:33 PM, Qin Wang  wrote:

> Hi Pascal, Xavi, and all,
>
> I want to confirm the concept of Track and its establishment, because what
> we are talking about here are highly related with the interpretation of
> Track.
>
> My understanding about Track comes from the
> draft-palattella-6tsch-terminology-01, i.e. "A determined sequence of
> cells along a multi-hop path.
> This is typically the result of a reservation."
>
> But I feel the Track being talked about here implies more than it. I guess
> the establishment of a Track not only involves a schedule built with cell
> command, but also involves a mapping table which is established via the
> new command "Label switching command". Correct?
>
> If yes, I will agree with Thomas that we don't need a track-ID. But, it
> may arise another question, i.e. should a mapping table be applied to a
> schedule built with soft-cell command?
>
> Thanks
> Qin
>
>
> > Hello Xavi:
> >
> > It certainly can work without any check, but it's probably good to have
> > one. Say the MAC changes, or there is a change of path, or anything.
> > When we did 6LoWPAN compression, in particular for the UDP checksum, we
> > were very conscious that we were removing some safe guards. You can't
> > remove them all...
> >
> > Cheers,
> >
> > Pascal
> >
> > From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf
> Of
> > Xavier Vilajosana
> > Sent: jeudi 6 juin 2013 11:03
> > To: 6tsch@ietf.org
> > Subject: Re: [6tsch] recycle unused track cells (was: Routing vs.
> > switching)
> >
> > Hi,
> >
> > maybe I am missing something:
> >
> > "Since even the short address is now lost, we need to enforce that the
> > track endpoint mac address is known and checked at ingress, and known and
> > overwritten at egress as you detail below."
> >
> > are we sure that this is needed? As the PCE installs the tracks and the
> > PCE knows what is doing, forwarding can be done blindly right? A node
> > knows that it is the end of the track because in its forwarding table
> > there is no mapping for that input bundle. (No forwarding), so checking
> > seems no needed as nodes can trust whatever the PCE installs. So, an node
> > that does not have a forwarding entry on the table just pushes up the
> > packet to 6lowpan and puts its MAC address on the destination mac of the
> > receive packet.
> >
> > :-)
> > X
> >
> >
> >
> >
> > Al 06/06/13 10:35, En/na Pascal Thubert (pthubert) ha escrit:
> > Perfect sync : )
> >
> > The key is that D knows from the track meta that it is the end point and
> > that the mac address is expected to be a certain mac address, whether
> > that's expressed in compressed as 2 or 8 bytes.
> > It is important that there is no confusion possible between what the
> > sender at the ingress of the track thinks the mac and IP are and what the
> > receiver thinks at the other end. Since even the short address is now
> > lost, we need to enforce that the track endpoint mac address is known and
> > checked at ingress, and known and overwritten at egress as you detail
> > below.
> >
> > Cheers,
> >
> > Pascal
> >
> > From: 6tsch-bounces@ietf.org
> > [mailto:6tsch-bounces@ietf.org] On Behalf Of Thomas Watteyne
> > Sent: jeudi 6 juin 2013 10:09
> > To: 6tsch@ietf.org
> > Subject: Re: [6tsch] recycle unused track cells (was: Routing vs.
> > switching)
> >
> > Pascal,
> >
> > Completely agree, we cannot loose the MAC destination address information
> > altogether. I'm wondering if this could not be recreated on-the-fly by
> the
> > end node of the track.
> >
> > That is, assuming the following track
> > A->B->C->D
> > i.e. D is the last hop
> >
> > C could still use bcast dmac, D would just replace it by its own MAC when
> > inflating 6LoWPAN.
> >
> > I assume this is similar to what you had in mind?
> >
> > Thomas
> >
> > On Tue, Jun 4, 2013 at 4:14 PM, Pascal Thubert (pthubert)
> > > wrote:
> > On the side, Thomas,
> >
> > We have to expect that the dest MAC may be used by 6LoWPAN to uncompress
> > the dest IP if the node at the end of the track is the destination.
> >
> > It would make sense that the track metadata indicates that the 6TUS
> should
> > rewrite the dmac before punting and which mac should be used.
> >
> > Cheers,
> >
> > Pascal
> >
> > From: 6tsch-bounces@ietf.org
> > [mailto:6tsch-bounces@ietf.org] On Behalf
> > Of Thomas Watteyne
> > Sent: lundi 3 juin 2013 19:47
> > To: 6tsch@ietf.org
> > Subject: [6tsch] recycle unused track cells (was: Routing vs. switching)
> >
> > Pascal,
> >
> > I agree that a single bit is enough to differentiate between switched
> > packets and routed packets. During the call on Friday, we identified 3
> > locations where that bit could live:
> > - somewhere in the 6LoWPAN header. Too high?
> > - as an IEEE802.15.4e IE: too many bytes for a single bit?
> > - represented by the fact that the destination MAC address is a broadcast
> > address.
> >
> > Agreed?
> >
> > In the latter case, what would a multicast MAC address look like?
> Assuming
> > we're using long addresses address, we could set the multicast bit in the
> > EUI64. Are you imagining having the next hop address with that bit set,
> or
> > assigning a specific track identifier, encoded as a multicast address?
> >
> > Also, once the network is running, I'm assuming we will be using short 2B
> > addresses. It's not clear how we can fit the multicast bit in there.
> >
> > Thomas
> >
> > On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert)
> > > wrote:
> > Hello Qin:
> >
> > I expect that without this proposal, the dest mac of a packet would be
> the
> > next L2 node, so that the next hop picks it and passes it to 6TUS layer.
> > With the proposal, all nodes along a track would accept the multicast
> dest
> > mac address associated to that track, so the packet is recognized as
> > receivable by this node at L2 and yet can be forwarded at 6TUS layer
> > without dest MAC rewrite.
> >
> > Reusing the cell would be the case where this router did not receive a
> > frame on the track incoming slot, so the outgoing slot will be wasted. If
> > we have a packet for which the next hop the same router as the receiver
> of
> > the wasted cell, then we'd want to use the cell to progress the packet
> one
> > hop. But then the receiver router needs to figure out that this is not a
> > frame to be switched at 6TUS layer but a packet to be routed at L3. The
> > trick is that in this case, the destination MAC address would be
> > effectively that of the receiver router so 6TUS would punt the packet to
> > L3.
> >
> > Reusing a cell between 2 tracks is not the idea because there might be
> > collisions. Here we are talking about using an unsed cell
> > opportunistically for L3 best effort traffic. If there is an unused track
> > cell, it adds up to the bundle between the 2 adjacent routers for that
> > particular slotframe.
> >
> > Makes sense?
> >
> > Pascal
> >
> >
> > -----Original Message-----
> > From: Qin Wang [mailto:qinwang@berkeley.edu >]
> > Sent: lundi 3 juin 2013 13:14
> > To: Pascal Thubert (pthubert)
> > Cc: 6tsch@ietf.org
> > Subject: Re: [6tsch] Routing vs. switching
> >
> > Hi Pascal,
> >
> > I don't understand strategy a) clearly. According to my understanding on
> > "Track", it consists of a sequence of cells along a multihop path, and
> > there is one and only one cell for a pair of nodes (i.e. fixed next hop
> > neighbor). Then, how does multicast Mac address function? What do you
> mean
> > by reusing a cell?
> >
> > I guess that the strategy a) will be used to solve the problem of
> > (A->C->B, D->C->E). That is, there is a cell in node-C with multicast
> > address to both node-B and node-E. So, the cell can be reused in the two
> > tracks. Correct?
> >
> > Thanks
> > Qin
> >
> >
> >> Dear all ;
> >>
> >> We had a great discussion today at the weekly call about 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 require queuing at
> >> intermediate nodes to absorb burst collisions from multiple 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. With that strategy, A
> >> PCE route is an alternate to a track that would allow cell reuse and
> >> L3 QoS operation. We leverage the deterministic Class of service
> >> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we can
> >> emulate RPL local instances 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
> >> _______________________________________________
> >> 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
>

--047d7b6d7c1c89352904ded67aee
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Qin,

I believe that you are=
 thinking about the case where a distributed scheduler allocates some (soft=
) cells along a track. I don't see any reason to limit the use of 6tus-=
based switching to hard cells only. While it makes most sense to do 6tus-ba=
sed track installation and switching in the presence of a PCE (i.e. fully d=
eterministic behavior), I would keep the "switching vs routing" a=
nd "hard vs soft cells" distinction orthogonal.




Makes sense?

Thomas


On Thu, Jun 6, 2013 at 12:33 PM, Qin Wang <=
;qinwang@berkeley=
.edu> wrote:



Hi Pascal, Xavi, and all,



I want to confirm the concept of Track and its establishment, because what<=
br>
we are talking about here are highly related with the interpretation of

Track.



My understanding about Track comes from the

draft-palattella-6tsch-terminology-01, i.e. "A determined sequence of<=
br>
cells along a multi-hop path.

This is typically the result of a reservation."



But I feel the Track being talked about here implies more than it. I guess<=
br>
the establishment of a Track not only involves a schedule built with cell
command, but also involves a mapping table which is established via the

new command "Label switching command". Correct?



If yes, I will agree with Thomas that we don't need a track-ID. But, it=


may arise another question, i.e. should a mapping table be applied to a

schedule built with soft-cell command?



Thanks

Qin






> Hello Xavi:

>

> It certainly can work without any check, but it's probably good to=
 have

> one. Say the MAC changes, or there is a change of path, or anything.
> When we did 6LoWPAN compression, in particular for the UDP checksum, w=
e

> were very conscious that we were removing some safe guards. You can=
9;t


> remove them all...


>

> Cheers,

>

> Pascal

>

> From: 6tsch-bounces@ietf.org=
 [mailto:6tsch-bounces@ietf.o=
rg] On Behalf Of

> Xavier Vilajosana

> Sent: jeudi 6 juin 2013 11:03

> To: 6tsch@ietf.org

> Subject: Re: [6tsch] recycle unused track cells (was: Routing vs.

> switching)

>

> Hi,

>

> maybe I am missing something:

>

> "Since even the short address is now lost, we need to enforce tha=
t the

> track endpoint mac address is known and checked at ingress, and known =
and

> overwritten at egress as you detail below."

>

> are we sure that this is needed? As the PCE installs the tracks and th=
e

> PCE knows what is doing, forwarding can be done blindly right? A node<=
br>
> knows that it is the end of the track because in its forwarding table<=
br>
> there is no mapping for that input bundle. (No forwarding), so checkin=
g

> seems no needed as nodes can trust whatever the PCE installs. So, an n=
ode

> that does not have a forwarding entry on the table just pushes up the<=
br>
> packet to 6lowpan and puts its MAC address on the destination mac of t=
he

> receive packet.

>

> :-)

> X

>

>

>

>

> Al 06/06/13 10:35, En/na Pascal Thubert (pthubert) ha escrit:

> Perfect sync : )

>

> The key is that D knows from the track meta that it is the end point a=
nd

> that the mac address is expected to be a certain mac address, whether<=
br>
> that's expressed in compressed as 2 or 8 bytes.

> It is important that there is no confusion possible between what the
> sender at the ingress of the track thinks the mac and IP are and what =
the

> receiver thinks at the other end. Since even the short address is now<=
br>
> lost, we need to enforce that the track endpoint mac address is known =
and

> checked at ingress, and known and overwritten at egress as you detail<=
br>
> below.

>

> Cheers,

>

> Pascal

>

> From: 6tsch-bounces@ietf.org=
<mailto:6tsch-bounces@ietf=
.org>

> [mailto:6tsch-bounces@ietf.o=
rg] On Behalf Of Thomas Watteyne

> Sent: jeudi 6 juin 2013 10:09


> To: 6tsch@ietf.org&l=
t;mailto:6tsch@ietf.org>


> Subject: Re: [6tsch] recycle unused track cells (was=
: Routing vs.

> switching)

>

> Pascal,

>

> Completely agree, we cannot loose the MAC destination address informat=
ion

> altogether. I'm wondering if this could not be recreated on-the-fl=
y by the

> end node of the track.

>

> That is, assuming the following track

> A->B->C->D

> i.e. D is the last hop

>

> C could still use bcast dmac, D would just replace it by its own MAC w=
hen

> inflating 6LoWPAN.

>

> I assume this is similar to what you had in mind?

>

> Thomas

>

> On Tue, Jun 4, 2013 at 4:14 PM, Pascal Thubert (pthubert)


> <pthu=
bert@cisco.com<mailto:pthubert=
@cisco.com>> wrote:

> On the side, Thomas,

>

> We have to expect that the dest MAC may be used by 6LoWPAN to uncompre=
ss

> the dest IP if the node at the end of the track is the destination.
>

> It would make sense that the track metadata indicates that the 6TUS sh=
ould

> rewrite the dmac before punting and which mac should be used.

>

> Cheers,

>

> Pascal

>

> From: 6tsch-bounces@ietf.org=
<mailto:6tsch-bounces@ietf=
.org>


> [mailto:6tsch-bounces@=
ietf.org<mailto:6tsch-boun=
ces@ietf.org>] On Behalf


> Of Thomas Watteyne

> Sent: lundi 3 juin 2013 19:47


> To: 6tsch@ietf.org<mail=
to:6tsch@ietf.org>


> Subject: [6tsch] recycle unused track cells (was: Ro=
uting vs. switching)

>

> Pascal,

>

> I agree that a single bit is enough to differentiate between switched<=
br>
> packets and routed packets. During the call on Friday, we identified 3=


> locations where that bit could live:

> - somewhere in the 6LoWPAN header. Too high?

> - as an IEEE802.15.4e IE: too many bytes for a single bit?

> - represented by the fact that the destination MAC address is a broadc=
ast

> address.

>

> Agreed?

>

> In the latter case, what would a multicast MAC address look like? Assu=
ming

> we're using long addresses address, we could set the multicast bit=
 in the

> EUI64. Are you imagining having the next hop address with that bit set=
, or

> assigning a specific track identifier, encoded as a multicast address?=


>

> Also, once the network is running, I'm assuming we will be using s=
hort 2B

> addresses. It's not clear how we can fit the multicast bit in ther=
e.

>

> Thomas

>

> On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert)


> <pthubert@cisco.com<mailto:pth=
ubert@cisco.com>> wrote:

> Hello Qin:

>

> I expect that without this proposal, the dest mac of a packet would be=
 the

> next L2 node, so that the next hop picks it and passes it to 6TUS laye=
r.

> With the proposal, all nodes along a track would accept the multicast =
dest

> mac address associated to that track, so the packet is recognized as
> receivable by this node at L2 and yet can be forwarded at 6TUS layer
> without dest MAC rewrite.

>

> Reusing the cell would be the case where this router did not receive a=


> frame on the track incoming slot, so the outgoing slot will be wasted.=
 If

> we have a packet for which the next hop the same router as the receive=
r of

> the wasted cell, then we'd want to use the cell to progress the pa=
cket one

> hop. But then the receiver router needs to figure out that this is not=
 a

> frame to be switched at 6TUS layer but a packet to be routed at L3. Th=
e

> trick is that in this case, the destination MAC address would be

> effectively that of the receiver router so 6TUS would punt the packet =
to

> L3.

>

> Reusing a cell between 2 tracks is not the idea because there might be=


> collisions. Here we are talking about using an unsed cell

> opportunistically for L3 best effort traffic. If there is an unused tr=
ack

> cell, it adds up to the bundle between the 2 adjacent routers for that=


> particular slotframe.

>

> Makes sense?

>

> Pascal

>

>

> -----Original Message-----


> From: Qin Wang [mailto:qinwang@berkeley.edu<mailto:qinwang@berkeley.edu>]

> Sent: lundi 3 juin 2013 13:14

> To: Pascal Thubert (pthubert)


> Cc: 6ts=
ch@ietf.org<mailto:6tsch@ietf.org<=
/a>>

> Subject: Re: [6tsch] Routing vs. switching

>

> Hi Pascal,

>

> I don't understand strategy a) clearly. According to my understand=
ing on

> "Track", it consists of a sequence of cells along a multihop=
 path, and

> there is one and only one cell for a pair of nodes (i.e. fixed next ho=
p

> neighbor). Then, how does multicast Mac address function? What do you =
mean

> by reusing a cell?

>

> I guess that the strategy a) will be used to solve the problem of

> (A->C->B, D->C->E). That is, there is a cell in node-C wit=
h multicast

> address to both node-B and node-E. So, the cell can be reused in the t=
wo

> tracks. Correct?

>

> Thanks

> Qin

>

>

>> Dear all ;

>>

>> We had a great discussion today at the weekly call about routing t=
hat

>> relies 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

>> intermediate nodes to absorb burst collisions from multiple source=
s

>> 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) reus=
e a

>> track cell that is not used by a deterministic packet for hop by h=
op

>> 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. With that strateg=
y, A

>> PCE route is an alternate to a track that would allow cell reuse a=
nd

>> L3 QoS operation. We leverage the deterministic Class of service
>> (that's Deterministic Forwarding, DF, though encoded 0xEF). An=
d we can

>> emulate RPL local instances as indexed by the tuple (source addres=
s,

>> 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

>> _______________________________________________

>> 6tsch mailing list


>> 6tsch@ietf.org&l=
t;mailto:6tsch@ietf.org>


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

>

> _______________________________________________

> 6tsch mailing list


> 6tsch@ietf.org<mailto:<=
a href=3D"mailto:6tsch@ietf.org">6tsch@ietf.org>


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

>

>

>

>

>

>

> _______________________________________________

>

> 6tsch mailing list

>


> 6tsch@ietf.org<mailto:<=
a href=3D"mailto:6tsch@ietf.org">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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From twatteyne@gmail.com  Mon Jun 10 19:03:08 2013
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Subject: [6tsch] logo: URL final design
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Congratulations again to Xavi for his design, who came first in our little
logo design contest!

I've uploaded the final design at https://bitbucket.org/6tsch/meetings/src,
in the "logo" folder.

Feel free to use this logo in your presentations, publications, or whatever
the format.

This is now the logo of the https://bitbucket.org/6tsch group.

Thomas

--047d7b86e3a82a6f5c04ded74ceb
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Congratulations again to Xavi for his design, who came fir=
st in our little logo design contest!

I've upl=
oaded the final design at=A0https://bitbucket.org/6tsch/meetings/src, in the "logo"=
 folder.




Feel free to use this logo in your presenta=
tions, publications, or whatever the format.

This is now the logo of the=A0https://bitbucket.org/6tsch=A0group.




Thomas


--047d7b86e3a82a6f5c04ded74ceb--

From pthubert@cisco.com  Mon Jun 10 21:11:35 2013
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From: "Pascal Thubert (pthubert)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: no call this week
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Dear

Sorry for this but we can not handle the call this week for travel reasons;
Stay tuned for next week!

Cheers,

Pascal

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Dear 


 


Sorry for this but we can not handle the call this w=
eek for travel reasons;


Stay tuned for next week!


 


Cheers,


 


Pascal






--_000_E045AECD98228444A58C61C200AE1BD84130E6E7xmbrcdx01ciscoc_--

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In our 4e stack we define a pre-shared key used to authenticate enhanced =
beacons.  4e allows you to elide the key index in the auxiliary security =
header, but 15.4 defines a number of ways to indicate what key (from a =
pre-defined list) is used to authenticate a particular frame.

--=20
Jonathan Simon, Ph. D
Director of Systems Engineering
Linear Technology, Dust Networks product group
30695 Huntwood Ave
Hayward, CA 94544-7021
(510) 400-2936
(510) 489-3799 FAX
jsimon@linear.com

**LINEAR TECHNOLOGY CORPORATION**=20
*****Internet Email Confidentiality Notice*****=20
 This e-mail transmission, and any documents, files or previous e-mail =
messages attached to it may 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 =
notified that any disclosure, copying, distribution or use of any of the =
information contained in or attached to this transmission is STRICTLY =
PROHIBITED. If you have received this transmission in error, please =
immediately notify me by reply e-mail, or by telephone at (510) =
400-2936, and destroy the original transmission and its attachments =
without reading or saving in any manner. Thank you.=20

On Jun 11, 2013, at 3:20 AM,  =
 wrote:

> Even if those IEs in the enhanced Beacon frame are not encrypted, if =
they are integrity protected, then 802.15.4 MAC would discard the before =
processing the IEs since it does not have a key to verify the integrity =
of the frame.
>=20
> If this is the case, then it would mean that enhanced Beacon frames =
for TSCH MAC have to be unsecured anyways so that joining nodes who do =
not have keys can process the frames.  I think this could be a security =
issue for TSCH.
>=20
> Regards,
> Yoshihiro Ohba
>=20
>=20
> -----Original Message-----
> From: Qin Wang [mailto:qinwang@berkeley.edu]=20
> Sent: Tuesday, June 11, 2013 12:10 AM
> To: Pat Kinney
> Cc: ohba yoshihiro(=E5=A4=A7=E5=A0=B4 =E7=BE=A9=E6=B4=8B =
=E2=97=8B=EF=BC=B2=EF=BC=A4=EF=BC=A3=E2=96=A1=EF=BC=AE=EF=BC=B3=EF=BC=AC);=
 6tsch@ietf.org
> Subject: Re: [6tsch] Questions on 802.15.4e MAC
>=20
> Hi Pat,
>=20
> In IEEE802.15.4e, the EB of TSCH consists of four IEs, i.e. TSCH =
Synchronization IE, TSCH Slotframe and Link IE, TSCH Timeslot IE, and =
Channel Hopping Sequence IE. All of the four IEs are in payload-IE.
>=20
> So, it means that the EB of TSCH is included when MAC security is used =
with encryption enabled. Correct?
>=20
> Thanks
> Qin
>=20
>=20
>=20
>> header IEs are excluded from the 15.4 encryption, while payload IEs=20=

>> are included; hence the rationale for having both
>>=20
>> Pat
>>=20
>> Pat Kinney
>> Kinney Consulting LLC
>> IEEE 802.15 WG vice chair, TG chair
>> ISA100.11a WG chair
>> O: +1.847.960.3715
>> pat.kinney@kinneyconsultingllc.com
>>=20
>>=20
>>=20
>>=20
>>=20
>>=20
>> On Jun 10, 2013, at 5:29 AM,  wrote:
>>=20
>> Hi,
>>=20
>> I am working on Security Considerations section of 6tsch-security=20
>> document, and I have a couple of questions on 802.15.4e MAC.
>>=20
>> I think TSCH-specific information elements (IEs) contained in =
enhanced=20
>> Beacon frames must be integrity protected but must be sent in clear =
text.
>> The reason is that not only nodes that already have joined the TSCH=20=

>> network (and thus have link-layer keys) but also newly joining nodes=20=

>> that do not have link-layer keys yet will have to know the content of=20=

>> the TSCH-specific IEs in order to know the timeslots available for=20
>> exchanging authentication and key management messages to securely =
join=20
>> the TSCH network.
>>=20
>> I have two questions:
>>=20
>> - Is the above observation correct?
>>=20
>> - Are 802.15.4e header and payload IEs excluded from the encrypted=20
>> part of 802.15.4e MAC frame even when MAC security is used with=20
>> encryption enabled?
>>=20
>> Best Regards,
>> Yoshihiro Ohba
>>=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


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Content-Type: text/html;
	charset=utf-8

In =
our 4e stack we define a pre-shared key used to authenticate enhanced =
beacons.  4e allows you to elide the key index in the auxiliary =
security header, but 15.4 defines a number of ways to indicate what key =
(from a pre-defined list) is used to authenticate a particular =
frame.



-- 
Jonathan Simon, Ph. =
D
Director of Systems Engineering
Linear Technology, Dust Networks =
product group
30695 Huntwood Ave
Hayward, CA 94544-7021
(510) =
400-2936
(510) 489-3799 FAX
jsimon@linear.com

**LINEAR =
TECHNOLOGY CORPORATION** 
*****Internet Email =
Confidentiality Notice***** 
 This e-mail =
transmission, and any documents, files or previous =
e-mail messages attached to it may 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 notified that any =
disclosure, copying, distribution or use of any of =
the information contained in or attached to this transmission =
is STRICTLY PROHIBITED. If you have received this transmission =
in error, please immediately notify me by reply e-mail, or by =
telephone at (510) 400-2936, and destroy the original transmission =
and its attachments without reading or saving in any manner. =
Thank you. 





Even if those IEs in the enhanced Beacon frame are =
not encrypted, if they are integrity protected, then 802.15.4 MAC would =
discard the before processing the IEs since it does not have a key to =
verify the integrity of the frame.

If this is the case, then it =
would mean that enhanced Beacon frames for TSCH MAC have to be unsecured =
anyways so that joining nodes who do not have keys can process the =
frames.  I think this could be a security issue for =
TSCH.

Regards,
Yoshihiro Ohba


-----Original =
Message-----
From: Qin Wang [mailto:qinwang@berkeley.edu] 
Sent: =
Tuesday, June 11, 2013 12:10 AM
To: Pat Kinney
Cc: ohba =
yoshihiro(=E5=A4=A7=E5=A0=B4 =E7=BE=A9=E6=B4=8B =
=E2=97=8B=EF=BC=B2=EF=BC=A4=EF=BC=A3=E2=96=A1=EF=BC=AE=EF=BC=B3=EF=BC=AC);=
 6tsch@ietf.org
Subject: Re: =
[6tsch] Questions on 802.15.4e MAC

Hi Pat,

In =
IEEE802.15.4e, the EB of TSCH consists of four IEs, i.e. TSCH =
Synchronization IE, TSCH Slotframe and Link IE, TSCH Timeslot IE, and =
Channel Hopping Sequence IE. All of the four IEs are in =
payload-IE.

So, it means that the EB of TSCH is included when MAC =
security is used with encryption enabled. =
Correct?

Thanks
Qin



header IEs are excluded from the 15.4 encryption, while =
payload IEs 
are included; =
hence the rationale for having both

Pat

Pat =
Kinney
Kinney Consulting =
LLC
IEEE 802.15 WG vice chair, =
TG chair
ISA100.11a WG =
chair
O: =
+1.847.960.3715
pat.kinney@kinneyconsul=
tingllc.com






On Jun 10, =
2013, at 5:29 AM, <yoshihiro.ohba@toshiba.co.jp<=
/a>> wrote:

Hi,

I am working on =
Security Considerations section of 6tsch-security =

document, and I have a couple =
of questions on 802.15.4e MAC.

I think =
TSCH-specific information elements (IEs) contained in enhanced =

Beacon frames must be =
integrity protected but must be sent in clear =
text.
The reason is that not =
only nodes that already have joined the TSCH =

network (and thus have =
link-layer keys) but also newly joining nodes =

that do not have link-layer =
keys yet will have to know the content of 
the TSCH-specific IEs in order to know the timeslots =
available for 
exchanging =
authentication and key management messages to securely join =

the TSCH =
network.

I have two =
questions:

- Is the above =
observation correct?

- Are 802.15.4e =
header and payload IEs excluded from the encrypted =

part of 802.15.4e MAC frame =
even when MAC security is used with 
encryption enabled?

Best =
Regards,
Yoshihiro =
Ohba


_______________________________________________
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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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!

As usual, fix anything we might have missed directly in the e-mail and
reply.

Also, please remember that, exceptionally, there will be no call this
Friday.

Thomas

---

# Minutes Webex 07 June 2013, 6TSCH group #

Note: timestamps in PDT.

Taking notes (using Etherpad)
-------------------------------

1. Xavi Vilajosana
1. Thomas Watteyne

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

* Alfredo Grieco
* Elvis Vogli
* Pascal Thubert
* Pouria Zand
* Raghuram Sudhaakar
* Robert Assmiti
* Penny Chen
* Thomas Watteyne
* Tina Tsou
* Xavi Vilajosana

Recording
---------

* Webex recording (audio+slides,streaming)
*
https://cisco.webex.com/ciscosales/lsr.php?AT=pb&SP=MC&rID=68915952&rKey=a6aa751cea420bdf[58min]

Slides
------

*
https://bitbucket.org/6tsch/meetings/src/5b67d87897b4d6f90657483b9458b832bf969d4d/130607_webex/slides_130607_webex.ppt?at=master

Agenda
------

* Logo Challenge [5min]
* Opportunistic Track reuse [15min]
* 6LoWPAN Fragment Forwarding [10min]
* Simplest TSCH [30min]

Minutes
-------

* [08.05] Meeting starts
* Pascal reviews agenda for the call.
* Logo Challenge [5min]
    * winner in Xavi's design
    > Official logo now available at
https://bitbucket.org/6tsch/meetings/src/
* [08.07] Opportunistic track reuse
    * Pascal presents slides.
    * we decided to avoid tracks being merged/split. Instead, use L3
capabilities.
    * reservation is a waste of resources if they are not used
    * idea: opportunistically reuse a one-hop time slot, but we need
intermediate node to distinguish between a packet being switched on track,
or opportunistically routed on that cell.
    * proposal:
        * packets being switched have L2 MAC destination set to 0xffff
(broadcast). This bypasses L2 MAC address check, but indicates to 6TUS that
this packet has to be switched.
        * packets being routed, and using this cell opportunistically set
the L2 MAC destination address to the next hop.
    * Destination MAC restored at ultimate or penultimate hop?
        * Discussion indicates ultimate hop makes the most sense.
* PCE installing routes on top of schedule
    * allow PCE to install (RPL) routes on top of tracks.
    * Use different RPL instance IDs.
    * Ends up adding information in the nodes' routing table.
    > '''TODO''': start thread on ML about allows PCE to install routes.
    * [Thomas]
        * This only applies when we want to do p2p inside the network.
        * If you don't install anything the routes will go to root
        * Without this feature, P2P works, but suffers from the "RPL
stretch" whereby a P2P packet has to go "upstream" before going "downstream"
* [08.21] Fragment Forwarding
    * Pascal presents slides illustrating the following draft:
    >
http://tools.ietf.org/html/draft-thubert-6lowpan-simple-fragment-recovery-07
    * This forwarding mode comes in addition to L2 switching and L3 routing.
    * Uses datagram tag as (explicit) switchable label.
    * Enable one not to reconstruct the packet at each hop, better latency
and memory use
    * Problem: there is no IP header in anything but the 1st fragment.
    * 1st fragment sets up the state in each node along the way, to allow
the switching to happen.
    * end-to-end bitmap to retry fragments.
    * Discussion
        * [Thomas] all for this method. But what is the price for
end-to-end ACKs?
        * [Pascal] Needed when bundle breaks.
        * [Thomas] We should not modulate the number of times you
retransmit a packet depending on whether it is a fragment or data
    * Proposal: change classical fragment with recoverable fragments (new
6LoWPAN dispatch patterns)
    * Discussion
        * [Thomas] where does this draft go? Do we want to address this
withing 6TSCH?
        * [Pascal] No. If 6lo becomes WG, that's a good location to do this.
* [08.32] Simplest TSCH [Xavi]
    * Intro Thomas
        * Started by e-mail from Kris: what the absolutely simplest way of
using a TSCH network
        * Problem statement: if we meet in Berlin and we want to
interoperate without any scheduler, what is the simplest way.
        * Input from Alfredo, Elvis, Maria Rita, Pouria, Xavi.
    * Xavi presents slides.
    * How to implement the minimum configuration/code to build a TSCH
network?
    * Idea:
        * single slotframe, 101 slots, 16 channel offset
        * hard-coded schedule. All slots are shared.
        * First slot is used for ADV. Next 5 for "slotted Aloha" behavior.
        * Each slot marked as TX, RX and shared.
        * All other slots are off.
        * 3 TX attempts
    * Motes start running, receive EB to join the network.
    * EB are generated periodically. Put in the TX queue for tranmsmission.
No ACK.
    * Slotted Aloha behavior comes for "free" in TSCH if the slot is marked
TX, RX and shared.
    * Neighbor table maintained, with statistics. RPL can use that
information.
    * Time parentL: best connected parent (based on neighbor table stats).
Option: stability counter.
    * Xavi presents the format of the packets:
        * IEEE802.15.4e general format
        * IE (either header or payload)
        * EB contains the following IEs:
            * sync IE
            * Frame and Link IE
                * Xavi proposes to have all links appear in the IE.
                * Thomas Lets see whether it fits
                * Pouria Whether it all fits in a EB depends on the EB
            * timeslot template IE
            * channel hopping IE
    * Pouria presents the ACK frame format
        * sequence number repeats the DSN of the data
        * IE is used to provide time synchronization between node (ACK/NACK
time correction IE)
    * Thomas how do you pick time source neighbors when you don't have any
routing state yet
    * Xavi RSSI?
     * Thomas Let's take this on the ML.
    * Thomas where do DIO/DAOs go?
    * Xavi On the data cells?
    * Thomas How does TSCH know ADV needs to go on slotoffset 0 and not the
others?
    * Pouria we can use the broadcast cell.
* AOB
    * Xavi Next steps for logo?
    * Thomas this logo is pretty much done. Can you send a high resolution
version?
    * Xavi Will do.
* [09.05] Meeting ends.

--047d7bd6c6ac4324f804defe95b0
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


All,

You will find the minut=
es of the last webex below, and the presented slides at https://bitbucket.org/6tsc=
h/meetings/.





Thanks to Xavi for taking notes!

As usual, fix anything we might have missed directly in the e-mail and r=
eply.

Also, please remember that, exceptionally, t=
here will be no call this Friday.





Thomas

---

# Minutes Webex 07 June 2013, 6=
TSCH group #





Note: timestamps in PDT.<=
/div>

Taking notes (using Etherpad)
=




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

1. Xavi Vilajosana
1. Thomas Watteyne





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




* Alfredo Grieco
* Elvis Vogli
* Pascal Thubert




* Pouria Zand
<=
font face=3D"courier new, monospace">* Raghuram Sudhaakar
=
* Robert Assmiti
* Penny Chen




* Thomas Watteyne
* Tina Tsou
* Xavi Vilajosana





Recording
---------

* Webex recording (audio+slides,streaming)







Slides
------





Agenda
------
* Logo Challenge [5=
min]
* Opportunistic=
 Track reuse [15min]
* 6LoWPAN Fragment Forwarding [10min]




* Simplest TSCH [30min]

Minutes
-------





* [08.05] Meeting starts
* Pascal reviews agenda for the call.




* Logo Challenge [5min]
=A0 =A0 * winner in Xavi'=
;s design
=A0 =A0 &g=
t; Official logo now available at https://bitbucket.org/6tsch/meetings/src/




* [08.07] Opportunistic track re=
use
=A0 =A0 * Pascal=
 presents slides.
=
=A0 =A0 * we decided to avoid tracks being merged/split. Instead, use L3 ca=
pabilities.




=A0 =A0 * reservation is a waste=
 of resources if they are not used
=A0 =A0 * idea: opportunistically reuse a one-hop time slot,=
 but we need intermediate node to distinguish between a packet being switch=
ed on track, or opportunistically routed on that cell.




=A0 =A0 * proposal:
=

=A0 =A0 =A0 =A0 * packets being =
switched have L2 MAC destination set to 0xffff (broadcast). This bypasses L=
2 MAC address check, but indicates to 6TUS that this packet has to be switc=
hed.




=A0 =A0 =A0 =A0 * packets being =
routed, and using this cell opportunistically set the L2 MAC destination ad=
dress to the next hop.
=A0 =A0 * Destination MAC restored at ultimate or penultimate hop?




=A0 =A0 =A0 =A0 * Discussion ind=
icates ultimate hop makes the most sense.
* PCE installing routes on top of schedule


=A0 =A0 * allow PCE to install (RPL) =
routes on top of tracks.


=A0 =A0 * Use different RPL inst=
ance IDs.
=A0 =A0 * =
Ends up adding information in the nodes' routing table.
=A0 =A0 > '''TODO=
9;'': start thread on ML about allows PCE to install routes.=





=A0 =A0 * [Thomas]
<=
div>=A0 =A0 =A0 =A0 * This only appli=
es when we want to do p2p inside the network.




=A0 =A0 =A0 =A0 * Without this f=
eature, P2P works, but suffers from the "RPL stretch" whereby a P=
2P packet has to go "upstream" before going "downstream"=
;




* [08.21] Fragment Forwarding
=A0 =A0 * Pascal prese=
nts slides illustrating the following draft:




=A0 =A0 * This forwarding mode c=
omes in addition to L2 switching and L3 routing.
=A0 =A0 * Uses datagram tag as (explicit) swit=
chable label.




=A0 =A0 * Enable one not to reco=
nstruct the packet at each hop, better latency and memory use
<=
div>=A0 =A0 * Problem: there is no IP=
 header in anything but the 1st fragment.




=A0 =A0 * 1st fragment sets up t=
he state in each node along the way, to allow the switching to happen.
=A0 =A0 * end-to-end bit=
map to retry fragments.




=A0 =A0 * Discussion
=A0 =A0 =A0 =A0 * [Thomas] all =
for this method. But what is the price for end-to-end ACKs?
=A0 =A0 =A0 =A0 * [Pascal] Needed w=
hen bundle breaks.




=A0 =A0 =A0 =A0 * [Thomas] We sh=
ould not modulate the number of times you retransmit a packet depending on =
whether it is a fragment or data
=A0 =A0 * Proposal: change classical fragment with recoverable=
 fragments (new 6LoWPAN dispatch patterns)




=A0 =A0 * Discussion
=A0 =A0 =A0 =A0 * [Thomas] wher=
e does this draft go? Do we want to address this withing 6TSCH?
=A0 =A0 =A0 =A0 * [Pascal] No. =
If 6lo becomes WG, that's a good location to do this.




* [08.32] Simplest TSCH [Xavi]
=A0 =A0 * Intro Thoma=
s
=A0 =A0 =A0 =A0 * =
Started by e-mail from Kris: what the absolutely simplest way of using a TS=
CH network




=A0 =A0 =A0 =A0 * Problem statem=
ent: if we meet in Berlin and we want to interoperate without any scheduler=
, what is the simplest way.
=A0 =A0 =A0 =A0 * Input from Alfredo, Elvis, Maria Rita, Pouria, Xa=
vi.




=A0 =A0 * Xavi presents slides.<=
/font>
=A0 =A0 * How to imp=
lement the minimum configuration/code to build a TSCH network?
=

=A0 =A0 * Idea:




=A0 =A0 =A0 =A0 * single slotfra=
me, 101 slots, 16 channel offset
=A0 =A0 =A0 =A0 * hard-coded schedule. All slots are shared.



=A0 =A0 =A0 =A0 * First slot is used =
for ADV. Next 5 for "slotted Aloha" behavior.
=A0 =A0 =A0 =A0 * Each slot marked as T=
X, RX and shared.




=A0 =A0 =A0 =A0 * All other slot=
s are off.
=A0 =A0 =
=A0 =A0 * 3 TX attempts
=A0 =A0 * Motes start running, receive EB to join the network.



=A0 =A0 * EB are generated perio=
dically. Put in the TX queue for tranmsmission. No ACK.
=A0 =A0 * Slotted Aloha behavior comes =
for "free" in TSCH if the slot is marked TX, RX and shared.




=A0 =A0 * Neighbor table maintai=
ned, with statistics. RPL can use that information.
=A0 =A0 * Time parentL: best connected pare=
nt (based on neighbor table stats). Option: stability counter.




=A0 =A0 * Xavi presents the form=
at of the packets:
=
=A0 =A0 =A0 =A0 * IEEE802.15.4e general format
=A0 =A0 =A0 =A0 * IE (either header or payload)=





=A0 =A0 =A0 =A0 * EB contains th=
e following IEs:
=A0=
 =A0 =A0 =A0 =A0 =A0 * sync IE
=A0 =A0 =A0 =A0 =A0 =A0 * Frame and Link IE




=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =
* Xavi proposes to have all links appear in the IE.
=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 * Thomas Le=
ts see whether it fits




=A0 =A0 =A0 =A0 =A0 =A0 =A0 =A0 =
* Pouria Whether it all fits in a EB depends on the EB
=A0 =A0 =A0 =A0 =A0 =A0 * timeslot templ=
ate IE
=A0 =A0 =A0 =
=A0 =A0 =A0 * channel hopping IE




=A0 =A0 * Pouria presents the AC=
K frame format
=A0 =
=A0 =A0 =A0 * sequence number repeats the DSN of the data
=
=A0 =A0 =A0 =A0 * IE is used to provi=
de time synchronization between node (ACK/NACK time correction IE)



=A0 =A0 * Thomas how do you pick=
 time source neighbors when you don't have any routing state yet=

=A0 =A0 * Xavi RSSI?




=A0 =A0 * Thomas Let's take this =
on the ML.
=A0 =A0 *=
 Thomas where do DIO/DAOs go?
=A0 =A0 * Xavi On the data cells?




=A0 =A0 * Thomas How does TSCH k=
now ADV needs to go on slotoffset 0 and not the others?
=A0 =A0 * Pouria we can use the broadca=
st cell.




* AOB
=A0 =A0 * Xavi Next steps for logo?
=A0 =A0 * Thomas this logo is =
pretty much done. Can you send a high resolution version?




=A0 =A0 * Xavi Will do.
* [09.05] Meeting ends.




--047d7bd6c6ac4324f804defe95b0--

From qinwang@berkeley.edu  Thu Jun 13 11:19:27 2013
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Date: Thu, 13 Jun 2013 11:19:21 -0700
From: "Qin Wang" 
To: "Thomas Watteyne" 
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Thomas,

I agree the track-ID is not a number in a header. But, it may not be a ID
of slotframe. In my mind, a slotframe can include more than one Track,
just like that shown in
https://bitbucket.org/6tsch/meetings/src/5b67d87897b4d6f90657483b9458b832bf969d4d/130607_webex/slides_130607_webex.ppt?at=master#

How do you think?

Qin




> Qin,
>
> I believe that we agree that this track ID is not some number which goes
> into a header, i.e. it's not something you send over the air. Agreed?
>
> If we agree, what it then is is simply an "administrative" number of
> represent a track. In that case, can we not use the ID of the slotframe?
> (maybe not)
>
> Thomas
>
> On Tue, Jun 4, 2013 at 6:36 PM, Qin Wang  wrote:
>
>> Hi Thomas,
>>
>> Although I haven't had good way to maintaining track-ID, I'm wondering
>> how
>> to install a Track and dedicate the track to a specific packet stream
>> without a track-ID. Let me explain what my concern is.
>>
>> With 6tus commands, a set of cells are installed in a node, saying 4
>> cells, in which we want cell-1 belong to Track-1, cell-2 belong to
>> Track-2, and cell-3,4 be cells for the best effort packets. Without
>> track-ID, how does 6tus know the usage of each cell?
>>
>> Do I miss something?
>>
>> Qin
>>
>>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>


From qinwang@berkeley.edu  Thu Jun 13 11:27:56 2013
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Subject: Re: [6tsch] recycle unused track cells (was: Routing vs. switching)
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Thomas,

I think that from "switching vs routing" point of view, soft cell and hard
cell are same. The problem we have to address is how to establish a track
in distributed way. The current soft cell related commands may not be
enough.

Thought?
Qin





> Qin,
>
> I believe that you are thinking about the case where a distributed
> scheduler allocates some (soft) cells along a track. I don't see any
> reason
> to limit the use of 6tus-based switching to hard cells only. While it
> makes
> most sense to do 6tus-based track installation and switching in the
> presence of a PCE (i.e. fully deterministic behavior), I would keep the
> "switching vs routing" and "hard vs soft cells" distinction orthogonal.
>
> Makes sense?
>
> Thomas
>
>
> On Thu, Jun 6, 2013 at 12:33 PM, Qin Wang  wrote:
>
>> Hi Pascal, Xavi, and all,
>>
>> I want to confirm the concept of Track and its establishment, because
>> what
>> we are talking about here are highly related with the interpretation of
>> Track.
>>
>> My understanding about Track comes from the
>> draft-palattella-6tsch-terminology-01, i.e. "A determined sequence of
>> cells along a multi-hop path.
>> This is typically the result of a reservation."
>>
>> But I feel the Track being talked about here implies more than it. I
>> guess
>> the establishment of a Track not only involves a schedule built with
>> cell
>> command, but also involves a mapping table which is established via the
>> new command "Label switching command". Correct?
>>
>> If yes, I will agree with Thomas that we don't need a track-ID. But, it
>> may arise another question, i.e. should a mapping table be applied to a
>> schedule built with soft-cell command?
>>
>> Thanks
>> Qin
>>
>>
>> > Hello Xavi:
>> >
>> > It certainly can work without any check, but it's probably good to
>> have
>> > one. Say the MAC changes, or there is a change of path, or anything.
>> > When we did 6LoWPAN compression, in particular for the UDP checksum,
>> we
>> > were very conscious that we were removing some safe guards. You can't
>> > remove them all...
>> >
>> > Cheers,
>> >
>> > Pascal
>> >
>> > From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf
>> Of
>> > Xavier Vilajosana
>> > Sent: jeudi 6 juin 2013 11:03
>> > To: 6tsch@ietf.org
>> > Subject: Re: [6tsch] recycle unused track cells (was: Routing vs.
>> > switching)
>> >
>> > Hi,
>> >
>> > maybe I am missing something:
>> >
>> > "Since even the short address is now lost, we need to enforce that the
>> > track endpoint mac address is known and checked at ingress, and known
>> and
>> > overwritten at egress as you detail below."
>> >
>> > are we sure that this is needed? As the PCE installs the tracks and
>> the
>> > PCE knows what is doing, forwarding can be done blindly right? A node
>> > knows that it is the end of the track because in its forwarding table
>> > there is no mapping for that input bundle. (No forwarding), so
>> checking
>> > seems no needed as nodes can trust whatever the PCE installs. So, an
>> node
>> > that does not have a forwarding entry on the table just pushes up the
>> > packet to 6lowpan and puts its MAC address on the destination mac of
>> the
>> > receive packet.
>> >
>> > :-)
>> > X
>> >
>> >
>> >
>> >
>> > Al 06/06/13 10:35, En/na Pascal Thubert (pthubert) ha escrit:
>> > Perfect sync : )
>> >
>> > The key is that D knows from the track meta that it is the end point
>> and
>> > that the mac address is expected to be a certain mac address, whether
>> > that's expressed in compressed as 2 or 8 bytes.
>> > It is important that there is no confusion possible between what the
>> > sender at the ingress of the track thinks the mac and IP are and what
>> the
>> > receiver thinks at the other end. Since even the short address is now
>> > lost, we need to enforce that the track endpoint mac address is known
>> and
>> > checked at ingress, and known and overwritten at egress as you detail
>> > below.
>> >
>> > Cheers,
>> >
>> > Pascal
>> >
>> > From: 6tsch-bounces@ietf.org
>> > [mailto:6tsch-bounces@ietf.org] On Behalf Of Thomas Watteyne
>> > Sent: jeudi 6 juin 2013 10:09
>> > To: 6tsch@ietf.org
>> > Subject: Re: [6tsch] recycle unused track cells (was: Routing vs.
>> > switching)
>> >
>> > Pascal,
>> >
>> > Completely agree, we cannot loose the MAC destination address
>> information
>> > altogether. I'm wondering if this could not be recreated on-the-fly by
>> the
>> > end node of the track.
>> >
>> > That is, assuming the following track
>> > A->B->C->D
>> > i.e. D is the last hop
>> >
>> > C could still use bcast dmac, D would just replace it by its own MAC
>> when
>> > inflating 6LoWPAN.
>> >
>> > I assume this is similar to what you had in mind?
>> >
>> > Thomas
>> >
>> > On Tue, Jun 4, 2013 at 4:14 PM, Pascal Thubert (pthubert)
>> > > wrote:
>> > On the side, Thomas,
>> >
>> > We have to expect that the dest MAC may be used by 6LoWPAN to
>> uncompress
>> > the dest IP if the node at the end of the track is the destination.
>> >
>> > It would make sense that the track metadata indicates that the 6TUS
>> should
>> > rewrite the dmac before punting and which mac should be used.
>> >
>> > Cheers,
>> >
>> > Pascal
>> >
>> > From: 6tsch-bounces@ietf.org
>> > [mailto:6tsch-bounces@ietf.org] On
>> Behalf
>> > Of Thomas Watteyne
>> > Sent: lundi 3 juin 2013 19:47
>> > To: 6tsch@ietf.org
>> > Subject: [6tsch] recycle unused track cells (was: Routing vs.
>> switching)
>> >
>> > Pascal,
>> >
>> > I agree that a single bit is enough to differentiate between switched
>> > packets and routed packets. During the call on Friday, we identified 3
>> > locations where that bit could live:
>> > - somewhere in the 6LoWPAN header. Too high?
>> > - as an IEEE802.15.4e IE: too many bytes for a single bit?
>> > - represented by the fact that the destination MAC address is a
>> broadcast
>> > address.
>> >
>> > Agreed?
>> >
>> > In the latter case, what would a multicast MAC address look like?
>> Assuming
>> > we're using long addresses address, we could set the multicast bit in
>> the
>> > EUI64. Are you imagining having the next hop address with that bit
>> set,
>> or
>> > assigning a specific track identifier, encoded as a multicast address?
>> >
>> > Also, once the network is running, I'm assuming we will be using short
>> 2B
>> > addresses. It's not clear how we can fit the multicast bit in there.
>> >
>> > Thomas
>> >
>> > On Mon, Jun 3, 2013 at 3:08 PM, Pascal Thubert (pthubert)
>> > > wrote:
>> > Hello Qin:
>> >
>> > I expect that without this proposal, the dest mac of a packet would be
>> the
>> > next L2 node, so that the next hop picks it and passes it to 6TUS
>> layer.
>> > With the proposal, all nodes along a track would accept the multicast
>> dest
>> > mac address associated to that track, so the packet is recognized as
>> > receivable by this node at L2 and yet can be forwarded at 6TUS layer
>> > without dest MAC rewrite.
>> >
>> > Reusing the cell would be the case where this router did not receive a
>> > frame on the track incoming slot, so the outgoing slot will be wasted.
>> If
>> > we have a packet for which the next hop the same router as the
>> receiver
>> of
>> > the wasted cell, then we'd want to use the cell to progress the packet
>> one
>> > hop. But then the receiver router needs to figure out that this is not
>> a
>> > frame to be switched at 6TUS layer but a packet to be routed at L3.
>> The
>> > trick is that in this case, the destination MAC address would be
>> > effectively that of the receiver router so 6TUS would punt the packet
>> to
>> > L3.
>> >
>> > Reusing a cell between 2 tracks is not the idea because there might be
>> > collisions. Here we are talking about using an unsed cell
>> > opportunistically for L3 best effort traffic. If there is an unused
>> track
>> > cell, it adds up to the bundle between the 2 adjacent routers for that
>> > particular slotframe.
>> >
>> > Makes sense?
>> >
>> > Pascal
>> >
>> >
>> > -----Original Message-----
>> > From: Qin Wang
>> [mailto:qinwang@berkeley.edu> >]
>> > Sent: lundi 3 juin 2013 13:14
>> > To: Pascal Thubert (pthubert)
>> > Cc: 6tsch@ietf.org
>> > Subject: Re: [6tsch] Routing vs. switching
>> >
>> > Hi Pascal,
>> >
>> > I don't understand strategy a) clearly. According to my understanding
>> on
>> > "Track", it consists of a sequence of cells along a multihop path, and
>> > there is one and only one cell for a pair of nodes (i.e. fixed next
>> hop
>> > neighbor). Then, how does multicast Mac address function? What do you
>> mean
>> > by reusing a cell?
>> >
>> > I guess that the strategy a) will be used to solve the problem of
>> > (A->C->B, D->C->E). That is, there is a cell in node-C with multicast
>> > address to both node-B and node-E. So, the cell can be reused in the
>> two
>> > tracks. Correct?
>> >
>> > Thanks
>> > Qin
>> >
>> >
>> >> Dear all ;
>> >>
>> >> We had a great discussion today at the weekly call about 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 require queuing at
>> >> intermediate nodes to absorb burst collisions from multiple 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. With that strategy,
>> A
>> >> PCE route is an alternate to a track that would allow cell reuse and
>> >> L3 QoS operation. We leverage the deterministic Class of service
>> >> (that's Deterministic Forwarding, DF, though encoded 0xEF). And we
>> can
>> >> emulate RPL local instances 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
>> >> _______________________________________________
>> >> 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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http://www.themorningnews.org/article/the-internet-of-actual-things


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oh oh...


On Fri, Jun 14, 2013 at 10:18 AM, Tom Phinney  wrote:

> http://www.themorningnews.org/article/the-internet-of-actual-things
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>

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oh oh...


On Fri, Jun 14, 2013 at 10:18 AM, Tom Phinney <tom.p=
hinney@cox.net> wrote:



http://www.themorning=
news.org/article/the-internet-of-actual-things





_______________________________________________

6tsch mailing list

6tsch@ietf.org

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





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All,

There is a case I believe we are not covering explicitly in the
architecture.

The architecture draft now considers the following topology:

               ---+------------------------
                  |      External Network
                  |
               +-----+                  +-----+
               |     | Router           |     | PCE
               |     |                  |     |
               +-----+                  +-----+
                  |                        |
                  |     Subnet Backbone    |
            +--------------------+------------------+
            |                    |                  |
         +-----+             +-----+             +-----+
         |     | Backbone    |     | Backbone    |     | Backbone
    o    |     | router      |     | router      |     | router
         +-----+             +-----+             +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o



The backbone needs to be one broadcast domain for the ND proxy operations
defines in draft-thubert-6lowpan-backbone-router-03 to work.

Now, let's consider a campus-wide deployment, where the requirements is
that (1) all the nodes use the same IPv6 prefix, and (2) all are managed by
the same PCE. Since BBRs are "far apart", they will not all live on the
same (broadcast) backbone.

This is a very realistic scenario that I have come across multiple times,
and which I believe 6TSCH group could/should address.

I can see the following options:

*Option 1*: "under-the-hood" tunneling

When installing the network, network administrators interconnect the
different pieces of the BB using some VLAN solution, essentially recreating
a broadcast domain.

pros:
- This option does not require any change the ND operation.
cons:
- IMO, in most multi-BBR deployments, the remote BBR case is the rule
rather than the exception. Using tunnels looks more like a "patch" which
might be seen as overly complex if it needs to be applied all the time.


               ---+------------------------
                  |      External Network
                  |
               +-----+                  +-----+
               |     | Router           |     | PCE
               |     |                  |     |
               +-----+                  +-----+
                  |                        |
                  |     Subnet Backbone    |    *==========*
            +--------------------+--------------  *TUNNEL*  ----+
            |                    |              *==========*    |
         +-----+             +-----+                       +-----+ (*remote*)
         |     | Backbone    |     | Backbone              |     | *Backbone*
    o    |     | router      |     | router                |     | *router*
         +-----+             +-----+                       +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o                  o  o   o    o
   o             o        o  LLN      o      o             o      o
      o   o    o      o      o o     o  o   o             o    o     o


*
*
*Option 2*: PCE responsible for forwarding to correct BBR

Each BBR establishes an explicit (and secure) connection to the PCE. Since
the PCE is aware of the nodes connected through each BBR, it can forward
some inbound packet to the appropriate BBR.

The functionality of the PCE and Router can be merged. The PCE/Router gets
a packet for a particular node, and forwards it to the appropriate BBR over
the explicit connection to that BBR.


                --------------+-------------------
                              |  External Network
                              |
                           +-----+
                           |     | PCE/Router
                           |     |
                           +-----+
                            ^ ^ ^

                            | | |

            +---------------+ | +----------------+
            |                 |                  |
            v                 v                  v

         +-----+           +-----+            +-----+
         |     | Backbone  |     | Backbone   |     | Backbone
    o    |     | router    |     | router     |     | router
         +-----+           +-----+            +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o


*Option 3*: hybrid


This is the same as option 2, but the router and the PCE as separate.
The PCE acts as the ND proxy for all the nodes attached to all the
BBRs it is managing. The router is a regular router.


  ---+-----------------------

     |   External Network
     |
  +-----+                  +-----+
  |     | Router           |     | PCE
  |     |               +--|     |
  +-----+               |  +-----+

| | ^ ^ ^

     |                  |   | | |

  ------------------------  | | |
                            | | |

                            | | |

            +---------------+ | +----------------+
            |                 |                  |
            v                 v                  v

         +-----+           +-----+            +-----+
         |     | Backbone  |     | Backbone   |     | Backbone
    o    |     | router    |     | router     |     | router
         +-----+           +-----+            +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o



Thoughts?


Thomas

--047d7bacbafa920c4604df5d77db
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


All,

There is a case I believe we are n=
ot covering explicitly in the architecture.

The architecture draft now considers the following topology:



 =
              ---+------------------------
                  |      External Network
                  |
               +-----+                  +-----+
               |     | Router           |     | PCE
               |     |                  |     |
               +-----+                  +-----+
                  |                        |
                  |     Subnet Backbone    |
            +--------------------+------------------+
            |                    |                  |
         +-----+             +-----+             +-----+
         |     | Backbone    |     | Backbone    |     | Backbone
    o    |     | router      |     | router      |     | router
         +-----+             +-----+             +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o
<=
/div>


The backbone need=
s to be one broadcast domain for the ND proxy operations defines in=A0draft=
-thubert-6lowpan-backbone-router-03 to work.




Now, let's consider a campus-wide deplo=
yment, where the requirements is that (1) all the nodes use the same IPv6 p=
refix, and (2) all are managed by the same PCE. Since BBRs are "far ap=
art", they will not all live on the same (broadcast) backbone.




This is a very realistic scenario tha=
t I have come across multiple times, and which I believe 6TSCH group could/=
should address.

I can see the followin=
g options:




Option 1: "under-the-hood"=
 tunneling

When installing the network=
, network administrators interconnect=A0the different pieces of the BB usin=
g some VLAN solution, essentially recreating a broadcast domain.




pros:
- This option does no=
t require any change the ND operation.
cons:
- IMO, in most multi-BBR deployments, the remote BBR case is the rule rat=
her than the exception. Using tunnels looks more like a "patch" w=
hich might be seen as overly complex if it needs to be applied all the time=
.





               ---+------------------------
                  |      External Network
                  |
               +-----+                  +-----+
               |     | Router           |     | PCE
               |     |                  |     |
               +-----+                  +-----+
                  |                        |
                  |     Subnet Backbone    |    =3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D
            +--------------------+--------------  TUNNEL  ----+
            |                    |              =3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D    |
         +-----+             +-----+                       +-----+ (remo=
te)
         |     | Backbone    |     | Backbone              |     | Backb=
one
    o    |     | router      |     | router                |     | route=
r
         +-----+             +-----+                       +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o                  o  o   o    o
   o             o        o  LLN      o      o             o      o
      o   o    o      o      o o     o  o   o             o    o     o


<=
u>Option 2: PCE=A0responsible=A0for forwarding to correct BBR



Each BBR establishes an explicit (and secure) connecti=
on to the PCE. Since the PCE is aware of the nodes connected through each B=
BR, it can forward some inbound packet to the appropriate BBR.



The functionality of the PCE and Router can be merged.=
 The PCE/Router gets a packet for a particular node, and forwards it to the=
 appropriate BBR over the explicit connection to that BBR.






                --------------+--------=
-----------
                              |  External Network
                              |
                           +-----+
                           |     | PCE/Router
                           |     |
                           +-----+
          =A0                 ^ ^ ^
                            | | |

            +---------------+ | +----=
------------+
            |                 |                  |
            v                 v                  v
         +-----+           +-----+            +=
-----+
         |     | Backbone  |     | Backbone   |     | Backbone
    o    |     | router    |     | router     |     | router
         +-----+           +-----+            +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o
<=
/pre>




Option 3: hybrid





This is the same as option 2, but the router and the PCE as s=
eparate. The PCE acts as the ND proxy for all the nodes attached to all the=
 BBRs it is managing. The router is a regular router.






  ---+-----------------------

     |   External Network
     |
  +-----+                  +-----+
  |     | Router           |     | PCE
  |     |               +--|     |
  +-----+               |  +-----+
     |                  |   ^ ^ ^

     |                  |   | | |
  ------------------------  | =
| |
          =A0                 | | |
                            | | |

            +---------------+ | +----=
------------+
            |                 |                  |
            v                 v                  v
         +-----+           +-----+            +=
-----+
         |     | Backbone  |     | Backbone   |     | Backbone
    o    |     | router    |     | router     |     | router
         +-----+           +-----+            +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o
<=
/pre>







Thoughts?


Thomas




--047d7bacbafa920c4604df5d77db--

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From: Thomas Watteyne 
Date: Mon, 17 Jun 2013 22:14:10 -0700
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Agreed,


On Thu, Jun 13, 2013 at 11:19 AM, Qin Wang  wrote:

> Thomas,
>
> I agree the track-ID is not a number in a header. But, it may not be a ID
> of slotframe. In my mind, a slotframe can include more than one Track,
> just like that shown in
>
> https://bitbucket.org/6tsch/meetings/src/5b67d87897b4d6f90657483b9458b832bf969d4d/130607_webex/slides_130607_webex.ppt?at=master#
>
> How do you think?
>
> Qin
>
>
>
>
> > Qin,
> >
> > I believe that we agree that this track ID is not some number which goes
> > into a header, i.e. it's not something you send over the air. Agreed?
> >
> > If we agree, what it then is is simply an "administrative" number of
> > represent a track. In that case, can we not use the ID of the slotframe?
> > (maybe not)
> >
> > Thomas
> >
> > On Tue, Jun 4, 2013 at 6:36 PM, Qin Wang  wrote:
> >
> >> Hi Thomas,
> >>
> >> Although I haven't had good way to maintaining track-ID, I'm wondering
> >> how
> >> to install a Track and dedicate the track to a specific packet stream
> >> without a track-ID. Let me explain what my concern is.
> >>
> >> With 6tus commands, a set of cells are installed in a node, saying 4
> >> cells, in which we want cell-1 belong to Track-1, cell-2 belong to
> >> Track-2, and cell-3,4 be cells for the best effort packets. Without
> >> track-ID, how does 6tus know the usage of each cell?
> >>
> >> Do I miss something?
> >>
> >> Qin
> >>
> >>
> > _______________________________________________
> > 6tsch mailing list
> > 6tsch@ietf.org
> > https://www.ietf.org/mailman/listinfo/6tsch
> >
>
>

--bcaec53af13ab6fec504df66c987
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Agreed,
<=
br>
On Thu, Jun 13, 2013 at 11:19 AM, Qin Wan=
g <qinwang@berkeley.edu> wrote:



Thomas,



I agree the track-ID is not a number in a header. But, it may not be a ID
of slotframe. In my mind, a slotframe can include more than one Track,

just like that shown in

https://bitbucket.org/6tsch/meetings/src/5b67d87897b4d6f9065748=
3b9458b832bf969d4d/130607_webex/slides_130607_webex.ppt?at=3Dmaster#




How do you think?



Qin










> Qin,

>

> I believe that we agree that this track ID is not some number which go=
es

> into a header, i.e. it's not something you send over the air. Agre=
ed?

>

> If we agree, what it then is is simply an "administrative" n=
umber of

> represent a track. In that case, can we not use the ID of the slotfram=
e?

> (maybe not)

>

> Thomas

>

> On Tue, Jun 4, 2013 at 6:36 PM, Qin Wang <qinwang@berkeley.edu> wrote:

>

>> Hi Thomas,

>>

>> Although I haven't had good way to maintaining track-ID, I'=
;m wondering

>> how

>> to install a Track and dedicate the track to a specific packet str=
eam

>> without a track-ID. Let me explain what my concern is.

>>

>> With 6tus commands, a set of cells are installed in a node, saying=
 4

>> cells, in which we want cell-1 belong to Track-1, cell-2 belong to=


>> Track-2, and cell-3,4 be cells for the best effort packets. Withou=
t

>> track-ID, how does 6tus know the usage of each cell?

>>

>> Do I miss something?

>>

>> Qin

>>

>>


> __________________=
_____________________________

> 6tsch mailing list

> 6tsch@ietf.org

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

>







--bcaec53af13ab6fec504df66c987--

From pascal.thubert@gmail.com  Tue Jun 18 10:08:36 2013
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From: Pascal Thubert 
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--089e01161a44217a3a04df70c3e0
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Hello Thomas:

And then we need to add the case of the backhaul that looks like your case
1 but has applications on the other side of the VPN as opposed to another
wlan.
This is actually being studied at ISA100.15 ...

For your option 1, is it often (/ sometimes?) mandatory that the 2 LLNs
share a same L2 domain ( / IPv6 subnet) ? When they do not, we are back in
classical routing, with VPN iff crossing an untrusted area ( ; eg the IT
network from an OT perspective ; )
The case of a single subnet crossing layer 3 boundaries is very classical
in datacenters. We use overlays to solve the issue; e.g. cisco OTV, but
also LISP, L2TP, and pseudowires in general.
We should probably describe the case in the architecture and explain how
this can be achieved with the above technologies; and that probably 6TSCH
does not need to add anything new. Or does it?
About option 2, I see the links to the PCE as either a single vlan or a mix
of vlan and vpn, depending on which domain must be crossed. The structure
has its benefits, but we probably need to come up with the same model and
multiple disjoint paths via multiple PCEs for high availability and load
balancing.

what do you think?

Pascal


2013/6/17 Thomas Watteyne 

> All,
>
> There is a case I believe we are not covering explicitly in the
> architecture.
>
> The architecture draft now considers the following topology:
>
>                ---+------------------------
>                   |      External Network
>                   |
>                +-----+                  +-----+
>                |     | Router           |     | PCE
>                |     |                  |     |
>                +-----+                  +-----+
>                   |                        |
>                   |     Subnet Backbone    |
>             +--------------------+------------------+
>             |                    |                  |
>          +-----+             +-----+             +-----+
>          |     | Backbone    |     | Backbone    |     | Backbone
>     o    |     | router      |     | router      |     | router
>          +-----+             +-----+             +-----+
>     o                  o                   o                 o   o
>         o    o   o         o   o  o   o         o  o   o    o
>    o             o        o  LLN      o      o         o      o
>       o   o    o      o      o o     o  o   o    o    o     o
>
>
>
> The backbone needs to be one broadcast domain for the ND proxy operations
> defines in draft-thubert-6lowpan-backbone-router-03 to work.
>
> Now, let's consider a campus-wide deployment, where the requirements is
> that (1) all the nodes use the same IPv6 prefix, and (2) all are managed by
> the same PCE. Since BBRs are "far apart", they will not all live on the
> same (broadcast) backbone.
>
> This is a very realistic scenario that I have come across multiple times,
> and which I believe 6TSCH group could/should address.
>
> I can see the following options:
>
> *Option 1*: "under-the-hood" tunneling
>
> When installing the network, network administrators interconnect the
> different pieces of the BB using some VLAN solution, essentially recreating
> a broadcast domain.
>
> pros:
> - This option does not require any change the ND operation.
> cons:
> - IMO, in most multi-BBR deployments, the remote BBR case is the rule
> rather than the exception. Using tunnels looks more like a "patch" which
> might be seen as overly complex if it needs to be applied all the time.
>
>
>                ---+------------------------
>                   |      External Network
>                   |
>                +-----+                  +-----+
>                |     | Router           |     | PCE
>                |     |                  |     |
>                +-----+                  +-----+
>                   |                        |
>                   |     Subnet Backbone    |    *==========*
>             +--------------------+--------------  *TUNNEL*  ----+
>             |                    |              *==========*    |
>          +-----+             +-----+                       +-----+ (*remote*)
>          |     | Backbone    |     | Backbone              |     | *Backbone*
>     o    |     | router      |     | router                |     | *router*
>          +-----+             +-----+                       +-----+
>     o                  o                   o                 o   o
>         o    o   o         o   o  o   o                  o  o   o    o
>    o             o        o  LLN      o      o             o      o
>       o   o    o      o      o o     o  o   o             o    o     o
>
>
> *
> *
> *Option 2*: PCE responsible for forwarding to correct BBR
>
> Each BBR establishes an explicit (and secure) connection to the PCE. Since
> the PCE is aware of the nodes connected through each BBR, it can forward
> some inbound packet to the appropriate BBR.
>
> The functionality of the PCE and Router can be merged. The PCE/Router gets
> a packet for a particular node, and forwards it to the appropriate BBR over
> the explicit connection to that BBR.
>
>
>                 --------------+-------------------
>                               |  External Network
>                               |
>                            +-----+
>                            |     | PCE/Router
>                            |     |
>                            +-----+
>                             ^ ^ ^
>
>                             | | |
>
>             +---------------+ | +----------------+
>             |                 |                  |
>             v                 v                  v
>
>          +-----+           +-----+            +-----+
>          |     | Backbone  |     | Backbone   |     | Backbone
>     o    |     | router    |     | router     |     | router
>          +-----+           +-----+            +-----+
>     o                  o                   o                 o   o
>         o    o   o         o   o  o   o         o  o   o    o
>    o             o        o  LLN      o      o         o      o
>       o   o    o      o      o o     o  o   o    o    o     o
>
>
>
> *Option 3*: hybrid
>
>
> This is the same as option 2, but the router and the PCE as separate. The PCE acts as the ND proxy for all the nodes attached to all the BBRs it is managing. The router is a regular router.
>
>
>   ---+-----------------------
>
>      |   External Network
>      |
>   +-----+                  +-----+
>   |     | Router           |     | PCE
>   |     |               +--|     |
>   +-----+               |  +-----+
>
> | | ^ ^ ^
>
>      |                  |   | | |
>
>   ------------------------  | | |
>                             | | |
>
>                             | | |
>
>             +---------------+ | +----------------+
>             |                 |                  |
>             v                 v                  v
>
>          +-----+           +-----+            +-----+
>          |     | Backbone  |     | Backbone   |     | Backbone
>     o    |     | router    |     | router     |     | router
>          +-----+           +-----+            +-----+
>     o                  o                   o                 o   o
>         o    o   o         o   o  o   o         o  o   o    o
>    o             o        o  LLN      o      o         o      o
>       o   o    o      o      o o     o  o   o    o    o     o
>
>
>
>
> Thoughts?
>
>
> Thomas
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>


-- 
Pascal

--089e01161a44217a3a04df70c3e0
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Hello Thomas:
<=
br>
And then we need to add the case of the backhaul that looks like y=
our case 1 but has applications on the other side of the VPN as opposed to =
another wlan.


This is actually being studied at ISA100.15 ...

For your=
 option 1, is it often (/ sometimes?) mandatory that the 2 LLNs share a sam=
e L2 domain ( / IPv6 subnet) ? When they do not, we are back in classical r=
outing, with VPN iff crossing an untrusted area ( ; eg the IT network from =
an OT perspective ; )


The case of a single subnet crossing layer 3 boundaries is very class=
ical in datacenters. We use overlays to solve the issue; e.g. cisco OTV, bu=
t also LISP, L2TP, and pseudowires in general.
We should probably =
describe the case in the architecture and explain how this can be achieved =
with the above technologies; and that probably 6TSCH does not need to add a=
nything new. Or does it? 


About option 2, I see the links to the PCE as either a single vlan or=
 a mix of vlan and vpn, depending on which domain must be crossed. The stru=
cture has its benefits, but we probably need to come up with the same model=
 and multiple disjoint paths via multiple PCEs for high availability and lo=
ad balancing.


what do you think?

Pascal


2013/6/17 Thomas Watteyne <watteyne@eecs.berkeley.edu>


All,

The=
re is a case I believe we are not covering explicitly in the architecture.<=
/div>


The architecture draft now considers the following topo=
logy:



               ---+----------------=
--------
                  |      External Network
                  |
               +-----+                  +-----+
               |     | Router           |     | PCE
               |     |                  |     |
               +-----+                  +-----+
                  |                        |
                  |     Subnet Backbone    |
            +--------------------+------------------+
            |                    |                  |
         +-----+             +-----+             +-----+
         |     | Backbone    |     | Backbone    |     | Backbone
    o    |     | router      |     | router      |     | router
         +-----+             +-----+             +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o
<=
/div>


The backbone needs to be one broadc=
ast domain for the ND proxy operations defines in=A0draft-thubert-6lowpan-b=
ackbone-router-03 to work.





Now, let's consider a campus-wide deployment, where=
 the requirements is that (1) all the nodes use the same IPv6 prefix, and (=
2) all are managed by the same PCE. Since BBRs are "far apart", t=
hey will not all live on the same (broadcast) backbone.





This is a very realistic scenario that I have com=
e across multiple times, and which I believe 6TSCH group could/should addre=
ss.

I can see the following options:




Option 1: "under-the-hood" tunneling

When installing the network, network administrators=
 interconnect=A0the different pieces of the BB using some VLAN solution, es=
sentially recreating a broadcast domain.





pros:
- This option does not require any chan=
ge the ND operation.
cons:
- IMO, in most multi-BBR dep=
loyments, the remote BBR case is the rule rather than the exception. Using =
tunnels looks more like a "patch" which might be seen as overly c=
omplex if it needs to be applied all the time.






               =
---+------------------------
                  |      External Network
                  |
               +-----+                  +-----+
               |     | Router           |     | PCE
               |     |                  |     |
               +-----+                  +-----+
                  |                        |
                  |     Subnet Backbone    |    =3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D
            +--------------------+--------------  TUNNEL  ----+
            |                    |              =3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D    |
         +-----+             +-----+                       +-----+ (remo=
te)
         |     | Backbone    |     | Backbone              |     | Backb=
one
    o    |     | router      |     | router                |     | route=
r
         +-----+             +-----+                       +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o                  o  o   o    o
   o             o        o  LLN      o      o             o      o
      o   o    o      o      o o     o  o   o             o    o     o


Option 2: PC=
E=A0responsible=A0for forwarding to correct BBR



Each BBR establishes an explicit (and secure) connection to =
the PCE. Since the PCE is aware of the nodes connected through each BBR, it=
 can forward some inbound packet to the appropriate BBR.



The functionality of the PCE and Router can be merged. The P=
CE/Router gets a packet for a particular node, and forwards it to the appro=
priate BBR over the explicit connection to that BBR.




<=
pre style=3D"font-size:1em;margin-top:0px;margin-bottom:0px">

                --------------+-------------------
                              |  External Network
                              |
                           +-----+
                           |     | PCE/Router
                           |     |
                           +-----+
          =A0                 ^ ^ ^
  =
                          | | |

            +---------------+ | +----=
------------+
            |                 |                  |
            v                 v                  v
         +-----+           +-----+            +-----+
         |     | Backbone  |     | Backbone   |     | Backbone
    o    |     | router    |     | router     |     | router
         +-----+           +-----+            +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o
<=
/pre>





=
Option 3: hybrid




=


This is the same as option 2, but the router and the PCE as s=
eparate. The PCE acts as the ND proxy for all the nodes attached to all the=
 BBRs it is managing. The router is a regular router.







  ---+-----------------------

     |   External Network
     |
  +-----+                  +-----+
  |     | Router           |     | PCE
  |     |               +--|     |
  +-----+               |  +-----+
     |                  |   ^ ^ ^

     |                  |   | | |
  ------------------------  | | |
          =A0                 | | |
  =
                          | | |

            +---------------+ | +----=
------------+
            |                 |                  |
            v                 v                  v
         +-----+           +-----+            +-----+
         |     | Backbone  |     | Backbone   |     | Backbone
    o    |     | router    |     | router     |     | router
         +-----+           +-----+            +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o
<=
/pre>





=



Thoughts?



Thomas






_______________________________________________

6tsch mailing list

6tsch@ietf.org

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





-- 
Pascal



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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Pouria,

This is an EXTREMELY important point you raise, and I'd really like to dig
a bit deeper. Please bear with me through the long e-mail.

My 2 cents on this (and I'm sure most of this is very well known): EBs were
designed to contain not the full schedule of a node, but rather to carry
just enough information for the new node to know how to contact the
network. Once that initial connection is established, the "network" can
assign more cells/frames in the new node's schedule. This information comes
either from a PCE, or from some distributed resource allocation protocol,
but none of that is defined in IEEE802.15.4e.

If I understand your e-mail correctly, you're looking for a way for a mote
to periodically indicate what its schedule to its neighbors is, hence the
idea of encoding that in the EB. When negotiating a soft link, the two
neighbors can instruct each other of the already used cells in their
respective neighborhoods, and pick one not used by either side.

There are number of preliminary points I'd like to make, and which I hope
we agree on:
- regardless of what we do, communication will never be collision-free.
Race conditions in the allocation of cells between neighbors and more
importantly the wireless nature of the medium make it impossible to
guarantee collision free communication. So the best we can achieve with
this technique is to make an "informed decision" about what cell to use.
- in the same vein, there has to be a mechanism to detect collisions, and
re-schedule the affected cell(s). This is what Qin has called the
monitoring process in 6tus [1].

With your proposal, we basically have two opposed approaches:
1. pick a new soft cell randomly in the schedule, and rely on the
monitoring process to move that in the schedule. Extremely simple and
lightweight approach.
2. have each node announce its schedule periodically (through custom IEs in
the EBs, or through some other mechanism), and use that information
during negotiation  Potentially more efficient, but possibly much more
overhead.

What would really be interesting is to know where the boundary lies between
1 and 2. It seems pretty clear that, in a very sparse network, 1 is the
best option. Yet, as the traffic increases, 2 becomes appealing.

I have the feeling that the boundary is really high, i.e. 1 will work well,
unless you get to a really full schedule. Would you be interested in
looking at this from a statistical and/or simulation point of view?

Thomas

[1] http://tools.ietf.org/html/draft-wang-6tsch-6tus-01#section-2.8

On Mon, Jun 10, 2013 at 3:09 AM,  wrote:

>  Dear All,****
>
> Regarding to our last call on Friday,  I would like to continue this
> discussion about the maximum number of links=92 information (or =93link
> object=94) that can be included in EB? Can we think about sending the
> information about the entire reserved links/cells in the EB(s)? I would
> like to know, Is there any way to define a CellBitMap to enable us to
> include the entire reserved links/cells by each node in the one or severa=
l
> EB(s)?****
>
> * *
>
> *Our motivation*:****
>
> In the distributed approach, this information can be used by the receiver=
s
> to schedule (internal) collision-free[*] links with others. In this case,
> this information is not just used for enabling the receivers to contact
> with the sender of ADV/EB. This information enables the receivers to
> collect the list of used cells in their neighborhood. The content of
> information in each =93link object=94 can be different from the existing
> information in the EB for each link. For instance, the link option or lin=
k
> type might not be needed in this case. On the other hand, neighbor ID (th=
e
> other side of link) might be needed to be included in the =93link object=
=94. *
> ***
>
> In order to create a soft link, based on this information about its
> neighborhood, Node A in the *Link Reservation Request* may suggest the
> set of (internal) collision-free links to the receiver. The receiver (Nod=
e
> B) also based on this information in its own neighborhood, will choose on=
e
> link from the suggested links that is also free in its neighborhood (that
> might be different from sender's neighborhood) and reply to the sender by
> * Link Reservation Response*.****
>
> ** **
>
> [*] In realistic setting, where the interference range is more than
> transmission range, this information will not guarantee the completely
> (internal) collision-free communication. But it can be used to not repeat
> the reserved cells in our two-hop neighborhood. In addition, the collisio=
n
> caused by a pair of nodes who are using the same cell in outside of two-h=
op
> neighborhood can be detected, by monitoring the status of that reserved
> cell (By considering the mechanisms discussed in =932.8 Monitoring=94 sec=
tion
> in draft-wang-6tsch-6tus-00).****
>
> ** **
>
> Best wishes,****
>
> Pouria Zand****
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch

 

--047d7bd6c6ac893d7904df71ed7e
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Pouria,

This is an EXTREMELY important =
point you raise, and I'd really like to dig a bit=A0deeper. Please bear=
 with me through the long e-mail.

My 2 cents on th=
is (and I'm sure most of this is very well known): EBs were designed to=
 contain not the full schedule of a node, but rather to carry just enough i=
nformation for the new node to know how to contact the network. Once that i=
nitial connection is established, the "network" can assign more c=
ells/frames in the new node's schedule. This information comes either f=
rom a PCE, or from some distributed resource allocation protocol, but none =
of that is defined in IEEE802.15.4e.






If I understand your e-mail correctly, you're looki=
ng for a way for a mote to periodically indicate what its schedule to its n=
eighbors is, hence the idea of encoding that in the EB. When negotiating a =
soft link, the two neighbors can instruct each other of the already used ce=
lls in their respective neighborhoods, and pick one not used by either side=
.





There are number of preliminary points I'd like to =
make, and which I hope we agree on:
- regardless of what we do, c=
ommunication will never be collision-free. Race conditions in the allocatio=
n of cells between neighbors and more importantly the wireless nature of th=
e medium make it impossible to guarantee collision free communication. So t=
he best we can achieve with this technique is to make an "informed dec=
ision" about what cell to use.



- in the same vein, there has to be a mechanism to detect collis=
ions, and re-schedule the affected cell(s). This is what Qin has called the=
 monitoring process in 6tus [1].


With your proposal, we basically have two opposed approaches:


1. pick a new soft cell randomly in the schedule, and rely on th=
e monitoring process to move that in the schedule. Extremely simple and lig=
htweight approach.
2. have each node announce its schedule =
periodically (through custom IEs in the EBs, or through some other mechanis=
m), and use that information during=A0negotiation=A0 Potentially more effic=
ient, but possibly much more overhead.




What would really be interesting is to know=
 where the boundary lies between 1 and 2. It seems pretty clear that, in a =
very sparse network, 1 is the best option. Yet, as the traffic increases, 2=
 becomes appealing.




I have the feeling that the boundary is rea=
lly high, i.e. 1 will work well, unless you get to a really full schedule. =
Would you be interested in looking at this from a statistical and/or simula=
tion point of view?




Thomas






On Mon=
, Jun 10, 2013 at 3:09 AM,  <P.Zand@utwente.nl> wrote:














Dear All,


Regarding to our last call on Friday,=A0 I would like to cont=
inue this discussion about the maximum number of links=92 information (or =
=93link object=94) that can be included in EB? Can we think about sending t=
he information about the entire reserved
 links/cells in the EB(s)? I would like to know, Is there any way to define=
 a CellBitMap to enable us to include the entire reserved links/cells by ea=
ch node in the one or several EB(s)?


=A0


Our motivation:


In the distributed approach, this information can be used by =
the receivers to schedule (internal) collision-free[*] links with others. I=
n this case, this information is not just used for enabling the receivers t=
o contact with the sender
 of ADV/EB. This information enables the receivers to collect the list of u=
sed cells in their neighborhood. The content of information in each =93link=
 object=94 can be different from the existing information in the EB for eac=
h link. For instance, the link option
 or link type might not be needed in this case. On the other hand, neighbor=
 ID (the other side of link) might be needed to be included in the =93link =
object=94.



In order to create a soft link, based on this information abo=
ut its neighborhood, Node A in the
Link Reservation Request may suggest the set of (internal) collision=
-free links to the receiver. The receiver (Node B) also based on this infor=
mation in its own neighborhood, will choose one link from the suggested lin=
ks that is also free in its neighborhood
 (that might be different from sender's neighborhood) and reply to the =
sender by 
Link Reservation Response.


=A0


[*] In realistic setting, where the interference range is mor=
e than transmission range, this information will not guarantee the complete=
ly (internal) collision-free communication. But it can be used to not repea=
t the reserved cells in our
 two-hop neighborhood. In addition, the collision caused by a pair of nodes=
 who are using the same cell in outside of two-hop neighborhood can be dete=
cted, by monitoring the status of that reserved cell (By considering the me=
chanisms discussed in =932.8 Monitoring=94
 section in draft-wang-6tsch-6tus-00).


=A0


Best wishes,


Pouria Zand







_______________________________________________

6tsch mailing list

6tsch@ietf.org

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





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From xvilajosana@eecs.berkeley.edu  Tue Jun 18 12:12:28 2013
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Thomas, Pouria, all,

we can have multiple slotFrame coexisting and a slotFrame can have more 
than 1000 slots, I don't think a bitmap can be used to announce that 
information in very dense schedules.  I bet for case 1 depicted by 
Thomas, where monitoring of bad links might trigger reallocation, this 
would be simple and will eventually find good approximations to the 
optimal. The only problem might be to avoid continuous jumping or at 
least characterize it to see how will behave w.r.t the schedule density.

What can be done by 6tus distributed negotiation process is to propose 
candidate links (Schedule IE) to the neighbour when reserving and let 
the neighbour pick someone that fits into its schedule, this can be done 
using a bitmap [1].

[1] http://tools.ietf.org/html/draft-wang-6tsch-6tus-01#section-2.5.1.7 


regards,
Xavi

Al 18/06/13 11:31, En/na Thomas Watteyne ha escrit:
> Pouria,
>
> This is an EXTREMELY important point you raise, and I'd really like to 
> dig a bit deeper. Please bear with me through the long e-mail.
>
> My 2 cents on this (and I'm sure most of this is very well known): EBs 
> were designed to contain not the full schedule of a node, but rather 
> to carry just enough information for the new node to know how to 
> contact the network. Once that initial connection is established, the 
> "network" can assign more cells/frames in the new node's schedule. 
> This information comes either from a PCE, or from some distributed 
> resource allocation protocol, but none of that is defined in 
> IEEE802.15.4e.
>
> If I understand your e-mail correctly, you're looking for a way for a 
> mote to periodically indicate what its schedule to its neighbors is, 
> hence the idea of encoding that in the EB. When negotiating a soft 
> link, the two neighbors can instruct each other of the already used 
> cells in their respective neighborhoods, and pick one not used by 
> either side.
>
> There are number of preliminary points I'd like to make, and which I 
> hope we agree on:
> - regardless of what we do, communication will never be 
> collision-free. Race conditions in the allocation of cells between 
> neighbors and more importantly the wireless nature of the medium make 
> it impossible to guarantee collision free communication. So the best 
> we can achieve with this technique is to make an "informed decision" 
> about what cell to use.
> - in the same vein, there has to be a mechanism to detect collisions, 
> and re-schedule the affected cell(s). This is what Qin has called the 
> monitoring process in 6tus [1].
>
> With your proposal, we basically have two opposed approaches:
> 1. pick a new soft cell randomly in the schedule, and rely on the 
> monitoring process to move that in the schedule. Extremely simple and 
> lightweight approach.
> 2. have each node announce its schedule periodically (through custom 
> IEs in the EBs, or through some other mechanism), and use that 
> information during negotiation Potentially more efficient, but 
> possibly much more overhead.
>
> What would really be interesting is to know where the boundary lies 
> between 1 and 2. It seems pretty clear that, in a very sparse network, 
> 1 is the best option. Yet, as the traffic increases, 2 becomes appealing.
>
> I have the feeling that the boundary is really high, i.e. 1 will work 
> well, unless you get to a really full schedule. Would you be 
> interested in looking at this from a statistical and/or simulation 
> point of view?
>
> Thomas
>
> [1] http://tools.ietf.org/html/draft-wang-6tsch-6tus-01#section-2.8
>
> On Mon, Jun 10, 2013 at 3:09 AM,  > wrote:
>
>     Dear All,
>
>     Regarding to our last call on Friday,  I would like to continue
>     this discussion about the maximum number of links' information (or
>     "link object") that can be included in EB? Can we think about
>     sending the information about the entire reserved links/cells in
>     the EB(s)? I would like to know, Is there any way to define a
>     CellBitMap to enable us to include the entire reserved links/cells
>     by each node in the one or several EB(s)?
>
>     **
>
>     *Our motivation*:
>
>     In the distributed approach, this information can be used by the
>     receivers to schedule (internal) collision-free[*] links with
>     others. In this case, this information is not just used for
>     enabling the receivers to contact with the sender of ADV/EB. This
>     information enables the receivers to collect the list of used
>     cells in their neighborhood. The content of information in each
>     "link object" can be different from the existing information in
>     the EB for each link. For instance, the link option or link type
>     might not be needed in this case. On the other hand, neighbor ID
>     (the other side of link) might be needed to be included in the
>     "link object".
>
>     In order to create a soft link, based on this information about
>     its neighborhood, Node A in the *Link Reservation Request* may
>     suggest the set of (internal) collision-free links to the
>     receiver. The receiver (Node B) also based on this information in
>     its own neighborhood, will choose one link from the suggested
>     links that is also free in its neighborhood (that might be
>     different from sender's neighborhood) and reply to the sender by
>     *Link Reservation Response*.
>
>     [*] In realistic setting, where the interference range is more
>     than transmission range, this information will not guarantee the
>     completely (internal) collision-free communication. But it can be
>     used to not repeat the reserved cells in our two-hop neighborhood.
>     In addition, the collision caused by a pair of nodes who are using
>     the same cell in outside of two-hop neighborhood can be detected,
>     by monitoring the status of that reserved cell (By considering the
>     mechanisms discussed in "2.8 Monitoring" section in
>     draft-wang-6tsch-6tus-00).
>
>     Best wishes,
>
>     Pouria Zand
>
>
>     _______________________________________________
>     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


--------------060208010109000206070201
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Thomas, Pouria, all,

      

      we can have multiple slotFrame coexisting and a slotFrame can have
      more than 1000 slots, I don't think a bitmap can be used to
      announce that information in very dense schedules.  I bet for case
      1 depicted by Thomas, where monitoring of bad links might trigger
      reallocation, this would be simple and will eventually find good
      approximations to the optimal. The only problem might be to avoid
      continuous jumping or at least characterize it to see how will
      behave w.r.t the schedule density.

      

      What can be done by 6tus distributed negotiation process is to
      propose candidate links (Schedule IE) to the neighbour when
      reserving and let the neighbour pick someone that fits into its
      schedule, this can be done using a bitmap [1].

      

      [1]
http://tools.ietf.org/html/draft-wang-6tsch-6tus-01#section-2.5.1.7

      

      regards,

      Xavi

      

      Al 18/06/13 11:31, En/na Thomas Watteyne ha escrit:

    

    

      
Pouria,
        


        

        
This is an EXTREMELY important point you raise, and I'd
          really like to dig a bit deeper. Please bear with me through
          the long e-mail.

        


        

        
My 2 cents on this (and I'm sure most of this is very well
          known): EBs were designed to contain not the full schedule of
          a node, but rather to carry just enough information for the
          new node to know how to contact the network. Once that initial
          connection is established, the "network" can assign more
          cells/frames in the new node's schedule. This information
          comes either from a PCE, or from some distributed resource
          allocation protocol, but none of that is defined in
          IEEE802.15.4e.

        


        

        
If I understand your e-mail correctly, you're looking for a
          way for a mote to periodically indicate what its schedule to
          its neighbors is, hence the idea of encoding that in the EB.
          When negotiating a soft link, the two neighbors can instruct
          each other of the already used cells in their respective
          neighborhoods, and pick one not used by either side.

        


        

        
There are number of preliminary points I'd like to make,
          and which I hope we agree on:

        
- regardless of what we do, communication will never be
          collision-free. Race conditions in the allocation of cells
          between neighbors and more importantly the wireless nature of
          the medium make it impossible to guarantee collision free
          communication. So the best we can achieve with this technique
          is to make an "informed decision" about what cell to use.

        
- in the same vein, there has to be a mechanism to
          detect collisions, and re-schedule the affected cell(s). This
          is what Qin has called the monitoring process in 6tus [1].

        


        

        

          With your proposal, we basically have two opposed approaches:

        
1. pick a new soft cell randomly in the schedule,
          and rely on the monitoring process to move that in the
          schedule. Extremely simple and lightweight approach.

        
2. have each node announce its schedule
          periodically (through custom IEs in the EBs, or through some
          other mechanism), and use that information during negotiation 
          Potentially more efficient, but possibly much more overhead.

        


        

        
What would really be interesting is to know where
          the boundary lies between 1 and 2. It seems pretty clear that,
          in a very sparse network, 1 is the best option. Yet, as the
          traffic increases, 2 becomes appealing.

        


        

        
I have the feeling that the boundary is really
          high, i.e. 1 will work well, unless you get to a really full
          schedule. Would you be interested in looking at this from a
          statistical and/or simulation point of view?

        


        

        
Thomas

        


        

        
        


        

        

          
On Mon, Jun 10, 2013 at 3:09 AM, <P.Zand@utwente.nl>
            wrote:

            

              

                

                  
Dear All,

                  
Regarding to our last call on Friday,  I
                    would like to continue this discussion about the
                    maximum number of links’ information (or “link
                    object”) that can be included in EB? Can we think
                    about sending the information about the entire
                    reserved links/cells in the EB(s)? I would like to
                    know, Is there any way to define a CellBitMap to
                    enable us to include the entire reserved links/cells
                    by each node in the one or several EB(s)?

                  
 

                  
Our motivation:

                  
In the distributed approach, this
                    information can be used by the receivers to schedule
                    (internal) collision-free[*] links with others. In
                    this case, this information is not just used for
                    enabling the receivers to contact with the sender of
                    ADV/EB. This information enables the receivers to
                    collect the list of used cells in their
                    neighborhood. The content of information in each
                    “link object” can be different from the existing
                    information in the EB for each link. For instance,
                    the link option or link type might not be needed in
                    this case. On the other hand, neighbor ID (the other
                    side of link) might be needed to be included in the
                    “link object”.
                  

                  
In order to create a soft link, based on
                    this information about its neighborhood, Node A in
                    the
                    Link Reservation Request may suggest the set
                    of (internal) collision-free links to the receiver.
                    The receiver (Node B) also based on this information
                    in its own neighborhood, will choose one link from
                    the suggested links that is also free in its
                    neighborhood (that might be different from sender's
                    neighborhood) and reply to the sender by 
                      Link Reservation Response.

                  
 

                  
[*] In realistic setting, where the
                    interference range is more than transmission range,
                    this information will not guarantee the completely
                    (internal) collision-free communication. But it can
                    be used to not repeat the reserved cells in our
                    two-hop neighborhood. In addition, the collision
                    caused by a pair of nodes who are using the same
                    cell in outside of two-hop neighborhood can be
                    detected, by monitoring the status of that reserved
                    cell (By considering the mechanisms discussed in
                    “2.8 Monitoring” section in
                    draft-wang-6tsch-6tus-00).

                  
 

                  
Best wishes,

                  
Pouria Zand

                

              

              

              _______________________________________________

              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: Wed, 19 Jun 2013 04:35:19 +0800
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From: Qin Wang 
To: Xavier Vilajosana 
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Hi,

(1) I fully agree with Thomas that "regardless of what we do, communication
will never be collision-free", therefore, a monitoring processing in 6tus
is necessary. And then, what we need to do is to find better solution,
instead of best solution (it may not exist).

(2)  I think, during a process of softcell reservation, telling the
receiver the candidate set  from the sender's point of view, instead of the
cell set used by sender, will provide more information, and thus is more
effective, because a candidate cell should be a cell not be used by the
sender, and not likely be collided by the neighbors of the sender.

(3)  Regarding to express the candidate set, many methods can be used, such
as cell list, bitmap, maybe others.

(4) Regarding to reporting cell usage periodically, IMHO, it could be very
low energy and low bandwidth efficient if considering the dynamic of
network and the uncertainty of wireless environment.

Thought?
Qin




On Wed, Jun 19, 2013 at 3:12 AM, Xavier Vilajosana <
xvilajosana@eecs.berkeley.edu> wrote:

>  Thomas, Pouria, all,
>
> we can have multiple slotFrame coexisting and a slotFrame can have more
> than 1000 slots, I don't think a bitmap can be used to announce that
> information in very dense schedules.  I bet for case 1 depicted by Thomas=
,
> where monitoring of bad links might trigger reallocation, this would be
> simple and will eventually find good approximations to the optimal. The
> only problem might be to avoid continuous jumping or at least characteriz=
e
> it to see how will behave w.r.t the schedule density.
>
> What can be done by 6tus distributed negotiation process is to propose
> candidate links (Schedule IE) to the neighbour when reserving and let the
> neighbour pick someone that fits into its schedule, this can be done usin=
g
> a bitmap [1].
>
> [1] http://tools.ietf.org/html/draft-wang-6tsch-6tus-01#section-2.5.1.7
>
> regards,
> Xavi
>
> Al 18/06/13 11:31, En/na Thomas Watteyne ha escrit:
>
> Pouria,
>
>  This is an EXTREMELY important point you raise, and I'd really like to
> dig a bit deeper. Please bear with me through the long e-mail.
>
>  My 2 cents on this (and I'm sure most of this is very well known): EBs
> were designed to contain not the full schedule of a node, but rather to
> carry just enough information for the new node to know how to contact the
> network. Once that initial connection is established, the "network" can
> assign more cells/frames in the new node's schedule. This information com=
es
> either from a PCE, or from some distributed resource allocation protocol,
> but none of that is defined in IEEE802.15.4e.
>
>  If I understand your e-mail correctly, you're looking for a way for a
> mote to periodically indicate what its schedule to its neighbors is, henc=
e
> the idea of encoding that in the EB. When negotiating a soft link, the tw=
o
> neighbors can instruct each other of the already used cells in their
> respective neighborhoods, and pick one not used by either side.
>
>  There are number of preliminary points I'd like to make, and which I
> hope we agree on:
> - regardless of what we do, communication will never be collision-free.
> Race conditions in the allocation of cells between neighbors and more
> importantly the wireless nature of the medium make it impossible to
> guarantee collision free communication. So the best we can achieve with
> this technique is to make an "informed decision" about what cell to use.
> - in the same vein, there has to be a mechanism to detect collisions, and
> re-schedule the affected cell(s). This is what Qin has called the
> monitoring process in 6tus [1].
>
>  With your proposal, we basically have two opposed approaches:
> 1. pick a new soft cell randomly in the schedule, and rely on the
> monitoring process to move that in the schedule. Extremely simple and
> lightweight approach.
> 2. have each node announce its schedule periodically (through custom IEs
> in the EBs, or through some other mechanism), and use that information
> during negotiation  Potentially more efficient, but possibly much more
> overhead.
>
>  What would really be interesting is to know where the boundary lies
> between 1 and 2. It seems pretty clear that, in a very sparse network, 1 =
is
> the best option. Yet, as the traffic increases, 2 becomes appealing.
>
>  I have the feeling that the boundary is really high, i.e. 1 will work
> well, unless you get to a really full schedule. Would you be interested i=
n
> looking at this from a statistical and/or simulation point of view?
>
>  Thomas
>
>  [1] http://tools.ietf.org/html/draft-wang-6tsch-6tus-01#section-2.8
>
>  On Mon, Jun 10, 2013 at 3:09 AM,  wrote:
>
>>  Dear All,
>>
>> Regarding to our last call on Friday,  I would like to continue this
>> discussion about the maximum number of links=92 information (or =93link
>> object=94) that can be included in EB? Can we think about sending the
>> information about the entire reserved links/cells in the EB(s)? I would
>> like to know, Is there any way to define a CellBitMap to enable us to
>> include the entire reserved links/cells by each node in the one or sever=
al
>> EB(s)?
>>
>> * *
>>
>> *Our motivation*:
>>
>> In the distributed approach, this information can be used by the
>> receivers to schedule (internal) collision-free[*] links with others. In
>> this case, this information is not just used for enabling the receivers =
to
>> contact with the sender of ADV/EB. This information enables the receiver=
s
>> to collect the list of used cells in their neighborhood. The content of
>> information in each =93link object=94 can be different from the existing
>> information in the EB for each link. For instance, the link option or li=
nk
>> type might not be needed in this case. On the other hand, neighbor ID (t=
he
>> other side of link) might be needed to be included in the =93link object=
=94.
>>
>> In order to create a soft link, based on this information about its
>> neighborhood, Node A in the *Link Reservation Request* may suggest the
>> set of (internal) collision-free links to the receiver. The receiver (No=
de
>> B) also based on this information in its own neighborhood, will choose o=
ne
>> link from the suggested links that is also free in its neighborhood (tha=
t
>> might be different from sender's neighborhood) and reply to the sender b=
y
>> * Link Reservation Response*.
>>
>>
>>
>> [*] In realistic setting, where the interference range is more than
>> transmission range, this information will not guarantee the completely
>> (internal) collision-free communication. But it can be used to not repea=
t
>> the reserved cells in our two-hop neighborhood. In addition, the collisi=
on
>> caused by a pair of nodes who are using the same cell in outside of two-=
hop
>> neighborhood can be detected, by monitoring the status of that reserved
>> cell (By considering the mechanisms discussed in =932.8 Monitoring=94 se=
ction
>> in draft-wang-6tsch-6tus-00).
>>
>>
>>
>> Best wishes,
>>
>> Pouria Zand
>>
>> _______________________________________________
>> 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
>
>

--089e013a26d8d0622a04df73a62c
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Hi,

(1) I fully =
agree with Thomas that "regardless of what we do, communication will never be collisi=
on-free", therefore, a monitoring processing in 6tus is necessa=
ry. And then, what we need to do is to find better solution, instead of bes=
t solution (it may not exist).



(2) =A0I think, during a process of softcel=
l reservation, telling the receiver the candidate set =A0from the sender=
9;s point of view, instead of the cell set used by sender, will provide mor=
e information, and thus is more effective, because a candidate cell should =
be a cell not be used by the sender, and not likely be collided by the neig=
hbors of the sender.=A0



(3) =A0Regarding to express the candidate s=
et, many methods can be used, such as cell list, bitmap, maybe others.=A0

(4) Regarding to reporting cell usage p=
eriodically, IMHO, it could be very low energy and low bandwidth efficient =
if considering the dynamic of network and the uncertainty of wireless envir=
onment.



Thought?
Qin

=A0

On Wed, Jun 19, 2013 at 3:12 AM, Xavier Vilajo=
sana <xvilajosana@eecs.berkeley.edu> wrote:



 =20
   =20
 =20
  

    
Thomas, Pouria, all,

      

      we can have multiple slotFrame coexisting and a slotFrame can have
      more than 1000 slots, I don't think a bitmap can be used to
      announce that information in very dense schedules.=A0 I bet for case
      1 depicted by Thomas, where monitoring of bad links might trigger
      reallocation, this would be simple and will eventually find good
      approximations to the optimal. The only problem might be to avoid
      continuous jumping or at least characterize it to see how will
      behave w.r.t the schedule density.

      

      What can be done by 6tus distributed negotiation process is to
      propose candidate links (Schedule IE) to the neighbour when
      reserving and let the neighbour pick someone that fits into its
      schedule, this can be done using a bitmap [1].

      

      [1]
http://tools.ietf.org/html/draft-wang-6tsch-6tus-01#section-2.5.1.7

      

      regards,

      Xavi

      

      Al 18/06/13 11:31, En/na Thomas Watteyne ha escrit:

    

    

      
Pouria,
        


        

        
This is an EXTREMELY important point you raise, and I'd
          really like to dig a bit=A0deeper. Please bear with me through
          the long e-mail.

        


        

        
My 2 cents on this (and I'm sure most of this is very well
          known): EBs were designed to contain not the full schedule of
          a node, but rather to carry just enough information for the
          new node to know how to contact the network. Once that initial
          connection is established, the "network" can assign mor=
e
          cells/frames in the new node's schedule. This information
          comes either from a PCE, or from some distributed resource
          allocation protocol, but none of that is defined in
          IEEE802.15.4e.

        


        

        
If I understand your e-mail correctly, you're looking for =
a
          way for a mote to periodically indicate what its schedule to
          its neighbors is, hence the idea of encoding that in the EB.
          When negotiating a soft link, the two neighbors can instruct
          each other of the already used cells in their respective
          neighborhoods, and pick one not used by either side.

        


        

        
There are number of preliminary points I'd like to make,
          and which I hope we agree on:

        
- regardless of what we do, communication will never be
          collision-free. Race conditions in the allocation of cells
          between neighbors and more importantly the wireless nature of
          the medium make it impossible to guarantee collision free
          communication. So the best we can achieve with this technique
          is to make an "informed decision" about what cell to us=
e.

        
- in the same vein, there has to be a mechanism to
          detect collisions, and re-schedule the affected cell(s). This
          is what Qin has called the monitoring process in 6tus [1].

        


        

        

          With your proposal, we basically have two opposed approaches:
        
1. pick a new soft cell randomly in the schedule,
          and rely on the monitoring process to move that in the
          schedule. Extremely simple and lightweight approach.

        
2. have each node announce its schedule
          periodically (through custom IEs in the EBs, or through some
          other mechanism), and use that information during=A0negotiation=
=A0
          Potentially more efficient, but possibly much more overhead.
        


        

        
What would really be interesting is to know where
          the boundary lies between 1 and 2. It seems pretty clear that,
          in a very sparse network, 1 is the best option. Yet, as the
          traffic increases, 2 becomes appealing.

        


        

        
I have the feeling that the boundary is really
          high, i.e. 1 will work well, unless you get to a really full
          schedule. Would you be interested in looking at this from a
          statistical and/or simulation point of view?

        


        

        
Thomas

        


        

        
        


        

        

          
On Mon, Jun 10, 2013 at 3:09 AM, <P.Z=
and@utwente.nl>
            wrote:

            

              

                

                  
Dear All,

                  
Regarding to our last call on Friday,=A0 I
                    would like to continue this discussion about the
                    maximum number of links=92 information (or =93link
                    object=94) that can be included in EB? Can we think
                    about sending the information about the entire
                    reserved links/cells in the EB(s)? I would like to
                    know, Is there any way to define a CellBitMap to
                    enable us to include the entire reserved links/cells
                    by each node in the one or several EB(s)?

                  
=A0

                  
Our motivation:

                  
In the distributed approach, this
                    information can be used by the receivers to schedule
                    (internal) collision-free[*] links with others. In
                    this case, this information is not just used for
                    enabling the receivers to contact with the sender of
                    ADV/EB. This information enables the receivers to
                    collect the list of used cells in their
                    neighborhood. The content of information in each
                    =93link object=94 can be different from the existing
                    information in the EB for each link. For instance,
                    the link option or link type might not be needed in
                    this case. On the other hand, neighbor ID (the other
                    side of link) might be needed to be included in the
                    =93link object=94.
                  

                  
In order to create a soft link, based on
                    this information about its neighborhood, Node A in
                    the
                    Link Reservation Request may suggest the set
                    of (internal) collision-free links to the receiver.
                    The receiver (Node B) also based on this information
                    in its own neighborhood, will choose one link from
                    the suggested links that is also free in its
                    neighborhood (that might be different from sender's
                    neighborhood) and reply to the sender by 
                      Link Reservation Response.

                  
=A0

                  
[*] In realistic setting, where the
                    interference range is more than transmission range,
                    this information will not guarantee the completely
                    (internal) collision-free communication. But it can
                    be used to not repeat the reserved cells in our
                    two-hop neighborhood. In addition, the collision
                    caused by a pair of nodes who are using the same
                    cell in outside of two-hop neighborhood can be
                    detected, by monitoring the status of that reserved
                    cell (By considering the mechanisms discussed in
                    =932.8 Monitoring=94 section in
                    draft-wang-6tsch-6tus-00).

                  
=A0

                  
Best wishes,

                  
Pouria Zand

                

              

              

              _______________________________________________

              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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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Pouria -
  this is good stuff, and I'm glad to see you pursuing it.  When we 
first started talking about working in the IETF to standardize the gap 
between 6lowpan and 15.4e I thought that surely all of those IP 
devotees, who had been so certain that centralized network management 
didn't work, would step up and demonstrate how to do it right with a 
distributed approach.  I do think that you can build perfectly good 
networks this way, and in fact we'll have some advantages over centrally 
managed networks - speed and mobility for sure, I'm not convinced about 
scalability.

Bitmaps of occupied TX and RX cells in Information Elements seems like a 
good idea to me - maybe there are better ways to do it.  The one thing 
that I would ask is that you not make it a *requirement* that these IEs 
be in EBs.  I have no problem if you want to make it optional, for those 
networks that want to use it, or even mandatory as a response to a 
request.  But please let's not burden every EB with that information.

Clearly having complete knowledge of the neighbor link tables enables 
you to optimize link schedules.  I'm curious to know, though, how well 
you can do with just random choice, with some feedback on bad links.  If 
we look at randomly assigned links in a superframe with L_max cells (=S 
slots * C channels), and consider the collision domain to be the union 
of the neighbors of mote A and mote B (conservative, but the bound is 
achieved occasionally in practice), then the probability that a cell is 
unoccupied is
P0 = e^-GL where
GL = L_a / L_max where
L_a is the number of assigned cells (either TX, or RX, or both).

If we're using 15.4e at 2.4GHz, then C is probably 15.  If this local 
piece of the network has scheduled on average something in every slot, 
then GL=1/15, and P0=0.94.  So randomly selected links are usually going 
to work.  Having an average of one link assigned per slot in a given two 
mote neighborhood is really high, at least for any network that I've 
ever built or sold.  Sometimes we approach this at the DAG root.  This 
is not to say that transmitting neighbor tables is not a good thing, 
just that you can build a lot of applications with very simple (random) 
cell allocation.  So sending the neighbor tables is not necessary for 
many/most networks, but would be a nice option to have for future 
optimizations.

ksjp

p.s. an interesting question arises about the goodput of a random link 
assignment approach.  Many of the links will be non-colliding. Those 
that do collide will exhibit slotted aloha collision statistics...or 
will they?  With a mix of non-colliding and potentially colliding links 
at each mote, what is the network goodput?  I'm sure that someone has 
written a paper on this for MPLS or something, but I've never seen one.

On 6/10/2013 3:09 AM, P.Zand@utwente.nl wrote:
>
> Dear All,
>
> Regarding to our last call on Friday,  I would like to continue this 
> discussion about the maximum number of links' information (or "link 
> object") that can be included in EB? Can we think about sending the 
> information about the entire reserved links/cells in the EB(s)? I 
> would like to know, Is there any way to define a CellBitMap to enable 
> us to include the entire reserved links/cells by each node in the one 
> or several EB(s)?
>
> **
>
> *Our motivation*:
>
> In the distributed approach, this information can be used by the 
> receivers to schedule (internal) collision-free[*] links with others. 
> In this case, this information is not just used for enabling the 
> receivers to contact with the sender of ADV/EB. This information 
> enables the receivers to collect the list of used cells in their 
> neighborhood. The content of information in each "link object" can be 
> different from the existing information in the EB for each link. For 
> instance, the link option or link type might not be needed in this 
> case. On the other hand, neighbor ID (the other side of link) might be 
> needed to be included in the "link object".
>
> In order to create a soft link, based on this information about its 
> neighborhood, Node A in the *Link Reservation Request* may suggest the 
> set of (internal) collision-free links to the receiver. The receiver 
> (Node B) also based on this information in its own neighborhood, will 
> choose one link from the suggested links that is also free in its 
> neighborhood (that might be different from sender's neighborhood) and 
> reply to the sender by *Link Reservation Response*.
>
> [*] In realistic setting, where the interference range is more than 
> transmission range, this information will not guarantee the completely 
> (internal) collision-free communication. But it can be used to not 
> repeat the reserved cells in our two-hop neighborhood. In addition, 
> the collision caused by a pair of nodes who are using the same cell in 
> outside of two-hop neighborhood can be detected, by monitoring the 
> status of that reserved cell (By considering the mechanisms discussed 
> in "2.8 Monitoring" section in draft-wang-6tsch-6tus-00).
>
> Best wishes,
>
> Pouria Zand
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


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    Pouria - 

     this is good stuff, and I'm glad to see you pursuing it.  When we
    first started talking about working in the IETF to standardize the
    gap between 6lowpan and 15.4e I thought that surely all of those IP
    devotees, who had been so certain that centralized network
    management didn't work, would step up and demonstrate how to do it
    right with a distributed approach.  I do think that you can build
    perfectly good networks this way, and in fact we'll have some
    advantages over centrally managed networks - speed and mobility for
    sure, I'm not convinced about scalability.

    

    Bitmaps of occupied TX and RX cells in Information Elements seems
    like a good idea to me - maybe there are better ways to do it.  The
    one thing that I would ask is that you not make it a *requirement*
    that these IEs be in EBs.  I have no problem if you want to make it
    optional, for those networks that want to use it, or even mandatory
    as a response to a request.  But please let's not burden every EB
    with that information.

    

    Clearly having complete knowledge of the neighbor link tables
    enables you to optimize link schedules.  I'm curious to know,
    though, how well you can do with just random choice, with some
    feedback on bad links.  If we look at randomly assigned links in a
    superframe with L_max cells (=S slots * C channels), and consider
    the collision domain to be the union of the neighbors of mote A and
    mote B (conservative, but the bound is achieved occasionally in
    practice), then the probability that a cell is unoccupied is 

    P0 = e^-GL where

    GL = L_a / L_max where 

    L_a is the number of assigned cells (either TX, or RX, or both).

    

    If we're using 15.4e at 2.4GHz, then C is probably 15.  If this
    local piece of the network has scheduled on average something in
    every slot, then GL=1/15, and P0=0.94.  So randomly selected links
    are usually going to work.  Having an average of one link assigned
    per slot in a given two mote neighborhood is really high, at least
    for any network that I've ever built or sold.  Sometimes we approach
    this at the DAG root.  This is not to say that transmitting neighbor
    tables is not a good thing, just that you can build a lot of
    applications with very simple (random) cell allocation.  So sending
    the neighbor tables is not necessary for many/most networks, but
    would be a nice option to have for future optimizations.

    

    ksjp

    

    p.s. an interesting question arises about the goodput of a random
    link assignment approach.  Many of the links will be non-colliding. 
    Those that do collide will exhibit slotted aloha collision
    statistics...or will they?  With a mix of non-colliding and
    potentially colliding links at each mote, what is the network
    goodput?  I'm sure that someone has written a paper on this for MPLS
    or something, but I've never seen one.

    

    
On 6/10/2013 3:09 AM, P.Zand@utwente.nl
      wrote:

    

    

      
      
      
      

        
Dear All,

        
Regarding to our last call on Friday,  I
          would like to continue this discussion about the maximum
          number of links’ information (or “link object”) that can be
          included in EB? Can we think about sending the information
          about the entire reserved links/cells in the EB(s)? I would
          like to know, Is there any way to define a CellBitMap to
          enable us to include the entire reserved links/cells by each
          node in the one or several EB(s)?

        
 

        
Our motivation:

        
In the distributed approach, this
          information can be used by the receivers to schedule
          (internal) collision-free[*] links with others. In this case,
          this information is not just used for enabling the receivers
          to contact with the sender of ADV/EB. This information enables
          the receivers to collect the list of used cells in their
          neighborhood. The content of information in each “link object”
          can be different from the existing information in the EB for
          each link. For instance, the link option or link type might
          not be needed in this case. On the other hand, neighbor ID
          (the other side of link) might be needed to be included in the
          “link object”.
          

        
In order to create a soft link, based on
          this information about its neighborhood, Node A in the
          Link Reservation Request may suggest the set of
          (internal) collision-free links to the receiver. The receiver
          (Node B) also based on this information in its own
          neighborhood, will choose one link from the suggested links
          that is also free in its neighborhood (that might be different
          from sender's neighborhood) and reply to the sender by 
            Link Reservation Response.

        
 

        
[*] In realistic setting, where the
          interference range is more than transmission range, this
          information will not guarantee the completely (internal)
          collision-free communication. But it can be used to not repeat
          the reserved cells in our two-hop neighborhood. In addition,
          the collision caused by a pair of nodes who are using the same
          cell in outside of two-hop neighborhood can be detected, by
          monitoring the status of that reserved cell (By considering
          the mechanisms discussed in “2.8 Monitoring” section in
          draft-wang-6tsch-6tus-00).

        
 

        
Best wishes,

        
Pouria Zand

      

      

      

      

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


    

    

  


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From: "Raghuram Sudhaakar (rsudhaak)" 
To: Pascal Thubert , Thomas Watteyne 
Thread-Topic: [6tsch] architecture with remote BBR
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Thomas,
I agree conceptually with the cons that you mention for option 1. However, =
tunneling and VLANs are a well understood concept in the network setup/admi=
nistration and used widely by IT teams. Pascal has pointed out the specific=
 Cisco technologies too. So, in the practical world tunneling is the best/p=
roven solution.

In Option 2, the reliance of the BBR on the PCE to identify its peer may be=
 a cause for concern. It means that we implicitly mandate a PCE. This may n=
ot be applicable to certain deployments that may want to use 6TSCH without =
a PCE. Or a different routing computation technique/protocol/standard.

IMO, the PCE, ND must be maintained as separate elements for the above reas=
ons as well as applicability to wider range of scenarios.

I lean toward the idea that 6TSCH does not need to define anything to creat=
e the connectivity between the BBRs. Instead the requirement can be detaile=
d along with possible solutions leaving the decision open. This will hopefu=
lly help  in wider applicability and interoperability.

-raghuram


From: Pascal Thubert >
Date: Tuesday, June 18, 2013 10:08 AM
To: Thomas Watteyne >
Cc: 6TSCH <6tsch@ietf.org>
Subject: Re: [6tsch] architecture with remote BBR

Hello Thomas:

And then we need to add the case of the backhaul that looks like your case =
1 but has applications on the other side of the VPN as opposed to another w=
lan.
This is actually being studied at ISA100.15 ...

For your option 1, is it often (/ sometimes?) mandatory that the 2 LLNs sha=
re a same L2 domain ( / IPv6 subnet) ? When they do not, we are back in cla=
ssical routing, with VPN iff crossing an untrusted area ( ; eg the IT netwo=
rk from an OT perspective ; )
The case of a single subnet crossing layer 3 boundaries is very classical i=
n datacenters. We use overlays to solve the issue; e.g. cisco OTV, but also=
 LISP, L2TP, and pseudowires in general.
We should probably describe the case in the architecture and explain how th=
is can be achieved with the above technologies; and that probably 6TSCH doe=
s not need to add anything new. Or does it?
About option 2, I see the links to the PCE as either a single vlan or a mix=
 of vlan and vpn, depending on which domain must be crossed. The structure =
has its benefits, but we probably need to come up with the same model and m=
ultiple disjoint paths via multiple PCEs for high availability and load bal=
ancing.

what do you think?

Pascal


2013/6/17 Thomas Watteyne >
All,

There is a case I believe we are not covering explicitly in the architectur=
e.

The architecture draft now considers the following topology:


               ---+------------------------
                  |      External Network
                  |
               +-----+                  +-----+
               |     | Router           |     | PCE
               |     |                  |     |
               +-----+                  +-----+
                  |                        |
                  |     Subnet Backbone    |
            +--------------------+------------------+
            |                    |                  |
         +-----+             +-----+             +-----+
         |     | Backbone    |     | Backbone    |     | Backbone
    o    |     | router      |     | router      |     | router
         +-----+             +-----+             +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o


The backbone needs to be one broadcast domain for the ND proxy operations d=
efines in draft-thubert-6lowpan-backbone-router-03 to work.

Now, let's consider a campus-wide deployment, where the requirements is tha=
t (1) all the nodes use the same IPv6 prefix, and (2) all are managed by th=
e same PCE. Since BBRs are "far apart", they will not all live on the same =
(broadcast) backbone.

This is a very realistic scenario that I have come across multiple times, a=
nd which I believe 6TSCH group could/should address.

I can see the following options:

Option 1: "under-the-hood" tunneling

When installing the network, network administrators interconnect the differ=
ent pieces of the BB using some VLAN solution, essentially recreating a bro=
adcast domain.

pros:
- This option does not require any change the ND operation.
cons:
- IMO, in most multi-BBR deployments, the remote BBR case is the rule rathe=
r than the exception. Using tunnels looks more like a "patch" which might b=
e seen as overly complex if it needs to be applied all the time.



               ---+------------------------
                  |      External Network
                  |
               +-----+                  +-----+
               |     | Router           |     | PCE
               |     |                  |     |
               +-----+                  +-----+
                  |                        |
                  |     Subnet Backbone    |    =3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D
            +--------------------+--------------  TUNNEL  ----+
            |                    |              =3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D    |
         +-----+             +-----+                       +-----+ (remote)
         |     | Backbone    |     | Backbone              |     | Backbone
    o    |     | router      |     | router                |     | router
         +-----+             +-----+                       +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o                  o  o   o    o
   o             o        o  LLN      o      o             o      o
      o   o    o      o      o o     o  o   o             o    o     o


Option 2: PCE responsible for forwarding to correct BBR

Each BBR establishes an explicit (and secure) connection to the PCE. Since =
the PCE is aware of the nodes connected through each BBR, it can forward so=
me inbound packet to the appropriate BBR.

The functionality of the PCE and Router can be merged. The PCE/Router gets =
a packet for a particular node, and forwards it to the appropriate BBR over=
 the explicit connection to that BBR.



                --------------+-------------------
                              |  External Network
                              |
                           +-----+
                           |     | PCE/Router
                           |     |
                           +-----+
                            ^ ^ ^

                            | | |

            +---------------+ | +----------------+
            |                 |                  |
            v                 v                  v

         +-----+           +-----+            +-----+
         |     | Backbone  |     | Backbone   |     | Backbone
    o    |     | router    |     | router     |     | router
         +-----+           +-----+            +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o


Option 3: hybrid


This is the same as option 2, but the router and the PCE as separate. The P=
CE acts as the ND proxy for all the nodes attached to all the BBRs it is ma=
naging. The router is a regular router.


  ---+-----------------------

     |   External Network
     |
  +-----+                  +-----+
  |     | Router           |     | PCE
  |     |               +--|     |
  +-----+               |  +-----+

| | ^ ^ ^

     |                  |   | | |

  ------------------------  | | |
                            | | |

                            | | |

            +---------------+ | +----------------+
            |                 |                  |
            v                 v                  v

         +-----+           +-----+            +-----+
         |     | Backbone  |     | Backbone   |     | Backbone
    o    |     | router    |     | router     |     | router
         +-----+           +-----+            +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o



Thoughts?


Thomas

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--
Pascal

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Thomas,


I agree conceptually with the cons that you mention for option 1. Howe=
ver, tunneling and VLANs are a well understood concept in the network setup=
/administration and used widely by IT teams. Pascal has pointed out the spe=
cific Cisco technologies too. So,
 in the practical world tunneling is the best/proven solution. 







In Option 2, the reliance of the BBR on the PCE to identify its peer m=
ay be a cause for concern. It means that we implicitly mandate a PCE. This =
may not be applicable to certain deployments that may want to use 6TSCH wit=
hout a PCE. Or a different routing
 computation technique/protocol/standard. 







IMO, the PCE, ND must be maintained as separate elements for the above=
 reasons as well as applicability to wider range of scenarios.







I lean toward the idea that 6TSCH does not need to define anything to =
create the connectivity between the BBRs. Instead the requirement can be de=
tailed along with possible solutions leaving the decision open. This will h=
opefully help  in wider applicability
 and interoperability.







-raghuram 














From: Pascal Thubert <pascal.thubert@gmail.com>

Date: Tuesday, June 18, 2013 10:08 =
AM

To: Thomas Watteyne <watteyne@eecs.berkeley.edu>

Cc: 6TSCH <6tsch@ietf.org>

Subject: Re: [6tsch] architecture w=
ith remote BBR

























Hello Thomas:





And then we need to add the case of the backhaul that looks like your case =
1 but has applications on the other side of the VPN as opposed to another w=
lan.



This is actually being studied at ISA100.15 ...





For your option 1, is it often (/ sometimes?) mandatory that the 2 LLNs sha=
re a same L2 domain ( / IPv6 subnet) ? When they do not, we are back in cla=
ssical routing, with VPN iff crossing an untrusted area ( ; eg the IT netwo=
rk from an OT perspective ; )



The case of a single subnet crossing layer 3 boundaries is very classical i=
n datacenters. We use overlays to solve the issue; e.g. cisco OTV, but also=
 LISP, L2TP, and pseudowires in general.



We should probably describe the case in the architecture and explain how th=
is can be achieved with the above technologies; and that probably 6TSCH doe=
s not need to add anything new. Or does it?




About option 2, I see the links to the PCE as either a single vlan or a mix=
 of vlan and vpn, depending on which domain must be crossed. The structure =
has its benefits, but we probably need to come up with the same model and m=
ultiple disjoint paths via multiple
 PCEs for high availability and load balancing.





what do you think?





Pascal









2013/6/17 Thomas Watteyne <=
watteyne@ee=
cs.berkeley.edu>




All,






There is a case I believe we are not covering explicitly in the archit=
ecture.







The architecture draft now considers the following topology:









               ---+------------------------
                  |      External Network
                  |
               +-----+                  +-----+
               |     | Router           |     | PCE
               |     |                  |     |
               +-----+                  +-----+
                  |                        |
                  |     Subnet Backbone    |
            +--------------------+------------------+
            |                    |                  |
         +-----+             +-----+             +-----=
+
         |     | Backbone    |     | Backbone    |     | Backbone
    o    |     | router      |     | router      |     | router
         +-----+             +-----+             +-----=
+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o














The backbone needs to be one broadcast domain for the ND proxy operati=
ons defines in draft-thubert-6lowpan-backbone-router-03 to work.







Now, let's consider a campus-wide deployment, where the requirements i=
s that (1) all the nodes use the same IPv6 prefix, and (2) all are managed =
by the same PCE. Since BBRs are "far apart", they will not all li=
ve on the same (broadcast) backbone.









This is a very realistic scenario that I have come across multiple tim=
es, and which I believe 6TSCH group could/should address.







I can see the following options:







Option 1: "under-the-hood" tunneling







When installing the network, network administrators interconnect =
the different pieces of the BB using some VLAN solution, essentially recrea=
ting a broadcast domain.







pros:


- This option does not require any change the ND operation.


cons:


- IMO, in most multi-BBR deployments, the remote BBR case is the rule =
rather than the exception. Using tunnels looks more like a "patch"=
; which might be seen as overly complex if it needs to be applied all the t=
ime.














               ---+------------------------
                  |      External Network
                  |
               +-----+                  +-----+
               |     | Router           |     | PCE
               |     |                  |     |
               +-----+                  +-----+
                  |                        |
                  |     Subnet Backbone    |    =3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D
            +--------------------+--------------  TUNNEL  --=
--+
            |                    |              =3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D    |
         +-----+             +-----+                       =
+-----+ (remote)
         |     | Backbone    |     | Backbone              |     | Backb=
one
    o    |     | router      |     | router                |     | route=
r
         +-----+             +-----+                       =
+-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o                  o  o   o    o
   o             o        o  LLN      o      o             o      o
      o   o    o      o      o o     o  o   o             o    o     o














Option 2: PCE responsible for forwarding to correct B=
BR







Each BBR establishes an explicit (and secure) connection to the PCE. S=
ince the PCE is aware of the nodes connected through each BBR, it can forwa=
rd some inbound packet to the appropriate BBR.







The functionality of the PCE and Router can be merged. The PCE/Router =
gets a packet for a particular node, and forwards it to the appropriate BBR=
 over the explicit connection to that BBR.












  =
              --------------+-------------------
                              |  External Network
                              |
                           +-----+
                           |     | PCE/Router
                           |     |
                           +-----+
                            ^ ^ ^
=
                            | | |
     =
       +---------------+ | +----------------+
            |                 |                  |
            v                 v                  v
         +-----+           +-----+           =
 +-----+
         |     | Backbone  |     | Backbone   |     | Backbone
    o    |     | router    |     | router     |     | router
         +-----+           +-----+            +-----=
3;
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o
<=
/pre>





Op=
tion 3: hybrid





This is the same as option 2, but the router and the PCE as separate. Th=
e PCE acts as the ND proxy for all the nodes attached to all the BBRs it is=
 managing. The router is a regular router.





  ---+-----------------------
     |   External Network
     |
  +-----+                  +-----+
  |     | Router           |     | PCE
  |     |               +--|     |
  +-----+               |  +-----+
     |                  |   ^ ^ ^
     |                  |   | | |
<=
pre style=3D"font-size:1em;margin-top:0px;margin-bottom:0px">  ------------------------  | | |
                            | | |
=
                            | | |
     =
       +---------------+ | +----------------+
            |                 |                  |
            v                 v                  v
         +-----+           +-----+           =
 +-----+
         |     | Backbone  |     | Backbone   |     | Backbone
    o    |     | router    |     | router     |     | router
         +-----+           +-----+            +-----=
3;
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o
<=
/pre>







Thoughts?
=







Thomas







_______________________________________________

6tsch mailing list

6tsch@ietf.org

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













-- 

Pascal 





--_000_2C3A8CAFDCAFCA41B8BF705CD9471C5B184C2E33xmbrcdx04ciscoc_--

From twatteyne@gmail.com  Tue Jun 18 21:13:42 2013
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--bcaec53af13a9a0e7f04df7a0d44
Content-Type: text/plain; charset=ISO-8859-1

Pascal, Raghuram,

I'm fully aware that VPN/tunnels are a proven technique. Obviously, this
discussion only covers the case where a PCE is used.

I want to make sure that we don't add unnecessary complexity. The easiest
thing is for 6TSCH not to define how the PCE and the BBRs discover each
other, neither how they communicate, and just give "examples" in the
architecture draft. This might be the right thing to do to start with, but
it would be awfully nice if I could connect my BBR to a third-party PCE.
I'm happy to talk about this on the phone on Friday.

Thomas


On Tue, Jun 18, 2013 at 8:53 PM, Raghuram Sudhaakar (rsudhaak) <
rsudhaak@cisco.com> wrote:

>  Thomas,
> I agree conceptually with the cons that you mention for option 1. However,
> tunneling and VLANs are a well understood concept in the network
> setup/administration and used widely by IT teams. Pascal has pointed out
> the specific Cisco technologies too. So, in the practical world tunneling
> is the best/proven solution.
>
>  In Option 2, the reliance of the BBR on the PCE to identify its peer may
> be a cause for concern. It means that we implicitly mandate a PCE. This may
> not be applicable to certain deployments that may want to use 6TSCH without
> a PCE. Or a different routing computation technique/protocol/standard.
>
>  IMO, the PCE, ND must be maintained as separate elements for the above
> reasons as well as applicability to wider range of scenarios.
>
>  I lean toward the idea that 6TSCH does not need to define anything to
> create the connectivity between the BBRs. Instead the requirement can be
> detailed along with possible solutions leaving the decision open. This will
> hopefully help  in wider applicability and interoperability.
>
>  -raghuram
>
>
>   From: Pascal Thubert 
> Date: Tuesday, June 18, 2013 10:08 AM
> To: Thomas Watteyne 
> Cc: 6TSCH <6tsch@ietf.org>
> Subject: Re: [6tsch] architecture with remote BBR
>
>      Hello Thomas:
>
>  And then we need to add the case of the backhaul that looks like your
> case 1 but has applications on the other side of the VPN as opposed to
> another wlan.
>  This is actually being studied at ISA100.15 ...
>
>  For your option 1, is it often (/ sometimes?) mandatory that the 2 LLNs
> share a same L2 domain ( / IPv6 subnet) ? When they do not, we are back in
> classical routing, with VPN iff crossing an untrusted area ( ; eg the IT
> network from an OT perspective ; )
>  The case of a single subnet crossing layer 3 boundaries is very classical
> in datacenters. We use overlays to solve the issue; e.g. cisco OTV, but
> also LISP, L2TP, and pseudowires in general.
>  We should probably describe the case in the architecture and explain how
> this can be achieved with the above technologies; and that probably 6TSCH
> does not need to add anything new. Or does it?
>  About option 2, I see the links to the PCE as either a single vlan or a
> mix of vlan and vpn, depending on which domain must be crossed. The
> structure has its benefits, but we probably need to come up with the same
> model and multiple disjoint paths via multiple PCEs for high availability
> and load balancing.
>
>  what do you think?
>
>  Pascal
>
>
> 2013/6/17 Thomas Watteyne 
>
>> All,
>>
>>  There is a case I believe we are not covering explicitly in the
>> architecture.
>>
>>  The architecture draft now considers the following topology:
>>
>>                 ---+------------------------
>>                   |      External Network
>>                   |
>>                +-----+                  +-----+
>>                |     | Router           |     | PCE
>>                |     |                  |     |
>>                +-----+                  +-----+
>>                   |                        |
>>                   |     Subnet Backbone    |
>>             +--------------------+------------------+
>>             |                    |                  |
>>          +-----+             +-----+             +-----+
>>          |     | Backbone    |     | Backbone    |     | Backbone
>>     o    |     | router      |     | router      |     | router
>>          +-----+             +-----+             +-----+
>>     o                  o                   o                 o   o
>>         o    o   o         o   o  o   o         o  o   o    o
>>    o             o        o  LLN      o      o         o      o
>>       o   o    o      o      o o     o  o   o    o    o     o
>>
>>
>>
>>  The backbone needs to be one broadcast domain for the ND proxy
>> operations defines in draft-thubert-6lowpan-backbone-router-03 to work.
>>
>>  Now, let's consider a campus-wide deployment, where the requirements is
>> that (1) all the nodes use the same IPv6 prefix, and (2) all are managed by
>> the same PCE. Since BBRs are "far apart", they will not all live on the
>> same (broadcast) backbone.
>>
>>  This is a very realistic scenario that I have come across multiple
>> times, and which I believe 6TSCH group could/should address.
>>
>>  I can see the following options:
>>
>>  *Option 1*: "under-the-hood" tunneling
>>
>>  When installing the network, network administrators interconnect the
>> different pieces of the BB using some VLAN solution, essentially recreating
>> a broadcast domain.
>>
>>  pros:
>> - This option does not require any change the ND operation.
>> cons:
>> - IMO, in most multi-BBR deployments, the remote BBR case is the rule
>> rather than the exception. Using tunnels looks more like a "patch" which
>> might be seen as overly complex if it needs to be applied all the time.
>>
>>
>>                 ---+------------------------
>>                   |      External Network
>>                   |
>>                +-----+                  +-----+
>>                |     | Router           |     | PCE
>>                |     |                  |     |
>>                +-----+                  +-----+
>>                   |                        |
>>                   |     Subnet Backbone    |    *==========*
>>             +--------------------+--------------  *TUNNEL*  ----+
>>             |                    |              *==========*    |
>>          +-----+             +-----+                       +-----+ (*remote*)
>>          |     | Backbone    |     | Backbone              |     | *Backbone*
>>     o    |     | router      |     | router                |     | *router*
>>          +-----+             +-----+                       +-----+
>>     o                  o                   o                 o   o
>>         o    o   o         o   o  o   o                  o  o   o    o
>>    o             o        o  LLN      o      o             o      o
>>       o   o    o      o      o o     o  o   o             o    o     o
>>
>>
>>  *
>> *
>> *Option 2*: PCE responsible for forwarding to correct BBR
>>
>>  Each BBR establishes an explicit (and secure) connection to the PCE.
>> Since the PCE is aware of the nodes connected through each BBR, it can
>> forward some inbound packet to the appropriate BBR.
>>
>>  The functionality of the PCE and Router can be merged. The PCE/Router
>> gets a packet for a particular node, and forwards it to the appropriate BBR
>> over the explicit connection to that BBR.
>>
>>
>>                 --------------+-------------------
>>                               |  External Network
>>                               |
>>                            +-----+
>>                            |     | PCE/Router
>>                            |     |
>>                            +-----+
>>                             ^ ^ ^
>>
>>                             | | |
>>
>>             +---------------+ | +----------------+
>>             |                 |                  |
>>             v                 v                  v
>>
>>          +-----+           +-----+            +-----+
>>          |     | Backbone  |     | Backbone   |     | Backbone
>>     o    |     | router    |     | router     |     | router
>>          +-----+           +-----+            +-----+
>>     o                  o                   o                 o   o
>>         o    o   o         o   o  o   o         o  o   o    o
>>    o             o        o  LLN      o      o         o      o
>>       o   o    o      o      o o     o  o   o    o    o     o
>>
>>
>> *Option 3*: hybrid
>>
>>
>> This is the same as option 2, but the router and the PCE as separate. The PCE acts as the ND proxy for all the nodes attached to all the BBRs it is managing. The router is a regular router.
>>
>>
>>   ---+-----------------------
>>
>>      |   External Network
>>      |
>>   +-----+                  +-----+
>>   |     | Router           |     | PCE
>>   |     |               +--|     |
>>   +-----+               |  +-----+
>>
>> | | ^ ^ ^
>>
>>      |                  |   | | |
>>
>>   ------------------------  | | |
>>                             | | |
>>
>>                             | | |
>>
>>             +---------------+ | +----------------+
>>             |                 |                  |
>>             v                 v                  v
>>
>>          +-----+           +-----+            +-----+
>>          |     | Backbone  |     | Backbone   |     | Backbone
>>     o    |     | router    |     | router     |     | router
>>          +-----+           +-----+            +-----+
>>     o                  o                   o                 o   o
>>         o    o   o         o   o  o   o         o  o   o    o
>>    o             o        o  LLN      o      o         o      o
>>       o   o    o      o      o o     o  o   o    o    o     o
>>
>>
>>
>> Thoughts?
>>
>>
>> Thomas
>>
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>
>
> --
> Pascal
>

--bcaec53af13a9a0e7f04df7a0d44
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Pascal, Raghuram,

I'm f=
ully aware that VPN/tunnels are a proven technique. Obviously, this discuss=
ion only covers the case where a PCE is used.



I want to make sure that we don't add unnecessary complexity. The easie=
st thing is for 6TSCH not to define how the PCE and the BBRs discover each =
other, neither how they communicate, and just give "examples" in =
the architecture draft. This might be the right thing to do to start with, =
but it would be awfully nice if I could connect my BBR to a third-party PCE=
. I'm happy to talk about this on the phone on Friday.




Thomas


On Tue, Jun 18, 2013 at 8:53 PM, Raghu=
ram Sudhaakar (rsudhaak) <rsudhaak@cisco.com> wrote:










Thomas,


I agree conceptually with the cons that you mention for option 1. Howe=
ver, tunneling and VLANs are a well understood concept in the network setup=
/administration and used widely by IT teams. Pascal has pointed out the spe=
cific Cisco technologies too. So,
 in the practical world tunneling is the best/proven solution.=A0







In Option 2, the reliance of the BBR on the PCE to identify its peer m=
ay be a cause for concern. It means that we implicitly mandate a PCE. This =
may not be applicable to certain deployments that may want to use 6TSCH wit=
hout a PCE. Or a different routing
 computation technique/protocol/standard.=A0







IMO, the PCE, ND must be maintained as separate elements for the above=
 reasons as well as applicability to wider range of scenarios.







I lean toward the idea that 6TSCH does not need to define anything to =
create the connectivity between the BBRs. Instead the requirement can be de=
tailed along with possible solutions leaving the decision open. This will h=
opefully help =A0in wider applicability
 and interoperability.







-raghuram=A0
















From: Pascal Thubert <pascal.thubert@gmail.co=
m>

Date: Tuesday, June 18, 2013 10:08 =
AM

To: Thomas Watteyne <watteyne@eecs.berkeley=
.edu>

Cc: 6TSCH <6tsch@ietf.org>

Subject: Re: [6tsch] architecture w=
ith remote BBR

























Hello Thomas:





And then we need to add the case of the backhaul that looks like your case =
1 but has applications on the other side of the VPN as opposed to another w=
lan.



This is actually being studied at ISA100.15 ...





For your option 1, is it often (/ sometimes?) mandatory that the 2 LLNs sha=
re a same L2 domain ( / IPv6 subnet) ? When they do not, we are back in cla=
ssical routing, with VPN iff crossing an untrusted area ( ; eg the IT netwo=
rk from an OT perspective ; )





The case of a single subnet crossing layer 3 boundaries is very classical i=
n datacenters. We use overlays to solve the issue; e.g. cisco OTV, but also=
 LISP, L2TP, and pseudowires in general.



We should probably describe the case in the architecture and explain how th=
is can be achieved with the above technologies; and that probably 6TSCH doe=
s not need to add anything new. Or does it?




About option 2, I see the links to the PCE as either a single vlan or a mix=
 of vlan and vpn, depending on which domain must be crossed. The structure =
has its benefits, but we probably need to come up with the same model and m=
ultiple disjoint paths via multiple
 PCEs for high availability and load balancing.





what do you think?





Pascal









2013/6/17 Thomas Watteyne <=
watteyne@ee=
cs.berkeley.edu>




All,






There is a case I believe we are not covering explicitly in the archit=
ecture.







The architecture draft now considers the following topology:









               ---+------------------------
                  |      External Network
                  |
               +-----+                  +-----+
               |     | Router           |     | PCE
               |     |                  |     |
               +-----+                  +-----+
                  |                        |
                  |     Subnet Backbone    |
            +--------------------+------------------+
            |                    |                  |
         +-----+             +-----+             +-----+
         |     | Backbone    |     | Backbone    |     | Backbone
    o    |     | router      |     | router      |     | router
         +-----+             +-----+             +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o














The backbone needs to be one broadcast domain for the ND proxy operati=
ons defines in=A0draft-thubert-6lowpan-backbone-router-03 to work.







Now, let's consider a campus-wide deployment, where the requiremen=
ts is that (1) all the nodes use the same IPv6 prefix, and (2) all are mana=
ged by the same PCE. Since BBRs are "far apart", they will not al=
l live on the same (broadcast) backbone.











This is a very realistic scenario that I have come across multiple tim=
es, and which I believe 6TSCH group could/should address.







I can see the following options:







Option 1: "under-the-hood" tunneling







When installing the network, network administrators interconnect=A0the=
 different pieces of the BB using some VLAN solution, essentially recreatin=
g a broadcast domain.







pros:


- This option does not require any change the ND operation.


cons:


- IMO, in most multi-BBR deployments, the remote BBR case is the rule =
rather than the exception. Using tunnels looks more like a "patch"=
; which might be seen as overly complex if it needs to be applied all the t=
ime.
















               ---+------------------------
                  |      External Network
                  |
               +-----+                  +-----+
               |     | Router           |     | PCE
               |     |                  |     |
               +-----+                  +-----+
                  |                        |
                  |     Subnet Backbone    |    =3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D
            +--------------------+--------------  TUNNEL  ----+
            |                    |              =3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D    |
         +-----+             +-----+                       +-----+ (remo=
te)
         |     | Backbone    |     | Backbone              |     | Backb=
one
    o    |     | router      |     | router                |     | route=
r
         +-----+             +-----+                       +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o                  o  o   o    o
   o             o        o  LLN      o      o             o      o
      o   o    o      o      o o     o  o   o             o    o     o














Option 2: PCE=A0responsible=A0for forwarding to correct BBR






Each BBR establishes an explicit (and secure) connection to the PCE. S=
ince the PCE is aware of the nodes connected through each BBR, it can forwa=
rd some inbound packet to the appropriate BBR.







The functionality of the PCE and Router can be merged. The PCE/Router =
gets a packet for a particular node, and forwards it to the appropriate BBR=
 over the explicit connection to that BBR.












  =
              --------------+-------------------
                              |  External Network
                              |
                           +-----+
                           |     | PCE/Router
                           |     |
                           +-----+
          =A0                 ^ ^ ^
   =
                         | | |

            +---------------+ | +-----=
-----------+
            |                 |                  |
            v                 v                  v
         +-----+           +-----+            +-----+
         |     | Backbone  |     | Backbone   |     | Backbone
    o    |     | router    |     | router     |     | router
         +-----+           +-----+            +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o
<=
/pre>





Op=
tion 3: hybrid








This is the same as option 2, but the router and the PCE as separate. Th=
e PCE acts as the ND proxy for all the nodes attached to all the BBRs it is=
 managing. The router is a regular router.







  ---+-----------------------

     |   External Network
     |
  +-----+                  +-----+
  |     | Router           |     | PCE
  |     |               +--|     |
  +-----+               |  +-----+
     |                  |   ^ ^ ^

     |                  |   | | |
  ------------------------  | | |
          =A0                 | | |
   =
                         | | |

            +---------------+ | +-----=
-----------+
            |                 |                  |
            v                 v                  v
         +-----+           +-----+            +-----+
         |     | Backbone  |     | Backbone   |     | Backbone
    o    |     | router    |     | router     |     | router
         +-----+           +-----+            +-----+
    o                  o                   o                 o   o
        o    o   o         o   o  o   o         o  o   o    o
   o             o        o  LLN      o      o         o      o
      o   o    o      o      o o     o  o   o    o    o     o
<=
/pre>







Thoughts?









Thomas







_______________________________________________

6tsch mailing list

6tsch@ietf.org

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













-- 

Pascal 










--bcaec53af13a9a0e7f04df7a0d44--

From P.Zand@utwente.nl  Wed Jun 19 04:47:10 2013
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Thread-Topic: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Dear Kris, All,
Many thanks for your complete explanation. I completely agree with you that=
 "Bitmaps of occupied cells" can be sent in possible other ways and there i=
s no "requirement" to just include those information in EB. As you mentione=
d, we can make it optional for some applications and/or use another mechani=
sms (e.g. request-response) to get those information from the neighbors. Fo=
r those possible applications that might need very dense schedules (more th=
an one link per slot) in two-hop neighborhood, we might be able to decrease=
 the probability of cell re-allocation at the cost of increasing the networ=
k overhead (caused by exchanging occupied cells info).

Qin, Thomas-
I completely agree with you that without monitoring processing, the collisi=
on-free communication is not achievable, in a distributed manner.
I attached a Figure to illustrate the concept more clearly for others as we=
ll. In summary, in order to choose a soft link on edge (A, B) (as is shown =
in Figure (a)), the "cell usage information" might be helpful during the so=
ft link negotiation. Those information (i) enables node A to propose a set =
of unused cells in his neighborhood (as is shown in Figure (b)) as candidat=
e cells in the Link Reservation Request , and (ii) enables node B to pick u=
p a cell that is not used either in his neighborhood (as is shown in Figure=
 (c)) and then reply by Link Reservation Response.
For sure this method might have some costs (e.g. increasing the management =
overhead) and might not be suitable for those applications that doesn't hav=
e every dense schedule. But it might be affordable for those applications t=
hat require dense schedules, at the cost of more management overhead.
In addition, I would like to add one approaches to the Thomas's list:
1. pick a new soft cell randomly in the schedule, and rely on the monitorin=
g process to move that in the schedule. Extremely simple and lightweight ap=
proach.
2. have each node announce its schedule periodically (through custom IEs in=
 the EBs, or through some other mechanism), and use that information during=
 negotiation Potentially more efficient, but possibly much more overhead.
3. the combination of (2) and monitoring process.
As Thomas mentioned, there could be a different boundaries in which using m=
ethods (1), (2) or (3) would be considerable. As Kris and Thomas suggest, I=
 think evaluating different scenarios (i.e. regular schedule and dense sche=
dule) can be useful to clarify those boundaries. To measure the network goo=
dput and management overhead in those approaches.

Xavi-
I agree with you that having multiple slotFrames with different length, mak=
e it difficult to use bitmap in the very dense schedule. In this case, we m=
ight look for a better way. For instance, considering the request-response =
mechanism and/or exchanging the changes in a node's cell usages bitmap inst=
ead of reporting all cell usage bitmap periodically.

In this figure I assumed that the Tx range and interference ranges are equa=
l. In the realistic setting that those ranges are not equal, the monitoring=
 process will be useful.

[cid:image001.png@01CE6CF3.78BAE4D0]

Best Wishes,
Pouria



From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of K=
ris Pister
Sent: Tuesday, June 18, 2013 10:42 PM
To: 6tsch@ietf.org
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Pouria -
 this is good stuff, and I'm glad to see you pursuing it.  When we first st=
arted talking about working in the IETF to standardize the gap between 6low=
pan and 15.4e I thought that surely all of those IP devotees, who had been =
so certain that centralized network management didn't work, would step up a=
nd demonstrate how to do it right with a distributed approach.  I do think =
that you can build perfectly good networks this way, and in fact we'll have=
 some advantages over centrally managed networks - speed and mobility for s=
ure, I'm not convinced about scalability.

Bitmaps of occupied TX and RX cells in Information Elements seems like a go=
od idea to me - maybe there are better ways to do it.  The one thing that I=
 would ask is that you not make it a *requirement* that these IEs be in EBs=
.  I have no problem if you want to make it optional, for those networks th=
at want to use it, or even mandatory as a response to a request.  But pleas=
e let's not burden every EB with that information.

Clearly having complete knowledge of the neighbor link tables enables you t=
o optimize link schedules.  I'm curious to know, though, how well you can d=
o with just random choice, with some feedback on bad links.  If we look at =
randomly assigned links in a superframe with L_max cells (=3DS slots * C ch=
annels), and consider the collision domain to be the union of the neighbors=
 of mote A and mote B (conservative, but the bound is achieved occasionally=
 in practice), then the probability that a cell is unoccupied is
P0 =3D e^-GL where
GL =3D L_a / L_max where
L_a is the number of assigned cells (either TX, or RX, or both).

If we're using 15.4e at 2.4GHz, then C is probably 15.  If this local piece=
 of the network has scheduled on average something in every slot, then GL=
=3D1/15, and P0=3D0.94.  So randomly selected links are usually going to wo=
rk.  Having an average of one link assigned per slot in a given two mote ne=
ighborhood is really high, at least for any network that I've ever built or=
 sold.  Sometimes we approach this at the DAG root.  This is not to say tha=
t transmitting neighbor tables is not a good thing, just that you can build=
 a lot of applications with very simple (random) cell allocation.  So sendi=
ng the neighbor tables is not necessary for many/most networks, but would b=
e a nice option to have for future optimizations.

ksjp

p.s. an interesting question arises about the goodput of a random link assi=
gnment approach.  Many of the links will be non-colliding.  Those that do c=
ollide will exhibit slotted aloha collision statistics...or will they?  Wit=
h a mix of non-colliding and potentially colliding links at each mote, what=
 is the network goodput?  I'm sure that someone has written a paper on this=
 for MPLS or something, but I've never seen one.
On 6/10/2013 3:09 AM, P.Zand@utwente.nl wrote:
Dear All,
Regarding to our last call on Friday,  I would like to continue this discus=
sion about the maximum number of links' information (or "link object") that=
 can be included in EB? Can we think about sending the information about th=
e entire reserved links/cells in the EB(s)? I would like to know, Is there =
any way to define a CellBitMap to enable us to include the entire reserved =
links/cells by each node in the one or several EB(s)?

Our motivation:
In the distributed approach, this information can be used by the receivers =
to schedule (internal) collision-free[*] links with others. In this case, t=
his information is not just used for enabling the receivers to contact with=
 the sender of ADV/EB. This information enables the receivers to collect th=
e list of used cells in their neighborhood. The content of information in e=
ach "link object" can be different from the existing information in the EB =
for each link. For instance, the link option or link type might not be need=
ed in this case. On the other hand, neighbor ID (the other side of link) mi=
ght be needed to be included in the "link object".
In order to create a soft link, based on this information about its neighbo=
rhood, Node A in the Link Reservation Request may suggest the set of (inter=
nal) collision-free links to the receiver. The receiver (Node B) also based=
 on this information in its own neighborhood, will choose one link from the=
 suggested links that is also free in its neighborhood (that might be diffe=
rent from sender's neighborhood) and reply to the sender by Link Reservatio=
n Response.

[*] In realistic setting, where the interference range is more than transmi=
ssion range, this information will not guarantee the completely (internal) =
collision-free communication. But it can be used to not repeat the reserved=
 cells in our two-hop neighborhood. In addition, the collision caused by a =
pair of nodes who are using the same cell in outside of two-hop neighborhoo=
d can be detected, by monitoring the status of that reserved cell (By consi=
dering the mechanisms discussed in "2.8 Monitoring" section in draft-wang-6=
tsch-6tus-00).

Best wishes,
Pouria Zand




_______________________________________________

6tsch mailing list

6tsch@ietf.org

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


--_000_76EA352C3C95BB42A2C4F2EE6493AD6E4DA44F57EXMBX23adutwent_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Dear Kris, All,=



Many thanks for your co=
mplete explanation. I completely agree with you that “Bitmaps of occu=
pied cells” can be sent in possible other ways and there is no “=
;requirement” to just include those information in EB.
 As you mentioned, we can make it optional for some applications and/or use=
 another mechanisms (e.g. request-response) to get those information from t=
he neighbors. For those possible applications that might need very dense sc=
hedules (more than one link per
 slot) in two-hop neighborhood, we might be able to decrease the probabilit=
y of cell re-allocation at the cost of increasing the network overhead (cau=
sed by exchanging occupied cells info).  



 


Qin, Thomas-


I completely agree with=
 you that without monitoring processing, the collision-free communication i=
s not achievable, in a distributed manner.



I attached a Figure<=
/b> to illustrate the concept more clearly for others as well. In summary, =
in order to choose a
soft link on edge (A, B) (as is shown in Figure (a)), the “cel=
l usage information” might be helpful during the
soft link negotiation. Those information (i) enables node A to propo=
se a set of unused cells in his neighborhood (as is shown in Figure (b)) as=
 candidate cells in the Link Reservation Request , and (ii) enables =
node B to pick up a cell that is
 not used either in his neighborhood (as is shown in Figure (c)) and then r=
eply by
Link Reservation Response. 


For sure this method mi=
ght have some costs (e.g. increasing the management overhead) and might not=
 be suitable for those applications that doesn’t have every dense sch=
edule. But it might be affordable for those
 applications that require dense schedules, at the cost of more management =
overhead. 



In addition, I would li=
ke to add one approaches to the Thomas’s list:



1. pick a new soft cell=
 randomly in the schedule, and rely on the monitoring process to move that =
in the schedule. Extremely simple and lightweight approach.


2. have each node annou=
nce its schedule periodically (through custom IEs in the EBs, or through so=
me other mechanism), and use that information during negotiation =
Potentially more efficient, but possibly much
 more overhead.


3. the combination o=
f (2) and monitoring process.



As Thomas mentioned, th=
ere could be a different boundaries in which using methods (1), (2) or (3) =
would be considerable. As Kris and Thomas suggest, I think evaluating diffe=
rent scenarios (i.e. regular schedule
 and dense schedule) can be useful to clarify those boundaries. To measure =
the network goodput and management overhead in those approaches.



 


Xavi-=



I agree with you that h=
aving multiple slotFrames with different length, make it difficult to use b=
itmap in the very dense schedule. In this case, we might look for a better =
way. For instance, considering the request-response
 mechanism and/or exchanging the changes in a node’s cell usag=
es bitmap instead of reporting all cell usage bitmap periodically. 



 


In this figure I assume=
d that the Tx range and interference ranges are equal. In the realistic set=
ting that those ranges are not equal, the monitoring process will be useful=
.


 




 


Best Wishes,


Pouria  


 


 


 






From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf=
.org]
On Behalf Of Kris Pister

Sent: Tuesday, June 18, 2013 10:42 PM

To: 6tsch@ietf.org

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames






 


Pouria - 

 this is good stuff, and I'm glad to see you pursuing it.  When w=
e first started talking about working in the IETF to standardize the gap be=
tween 6lowpan and 15.4e I thought that surely all of those IP devotees, who=
 had been so certain that centralized network
 management didn't work, would step up and demonstrate how to do it right w=
ith a distributed approach.  I do think that you can build perfectly g=
ood networks this way, and in fact we'll have some advantages over centrall=
y managed networks - speed and mobility
 for sure, I'm not convinced about scalability.



Bitmaps of occupied TX and RX cells in Information Elements seems like a go=
od idea to me - maybe there are better ways to do it.  The one thing t=
hat I would ask is that you not make it a *requirement* that these IEs be i=
n EBs.  I have no problem if you want
 to make it optional, for those networks that want to use it, or even manda=
tory as a response to a request.  But please let's not burden every EB=
 with that information.



Clearly having complete knowledge of the neighbor link tables enables you t=
o optimize link schedules.  I'm curious to know, though, how well you =
can do with just random choice, with some feedback on bad links.  If w=
e look at randomly assigned links in a superframe
 with L_max cells (=3DS slots * C channels), and consider the collision dom=
ain to be the union of the neighbors of mote A and mote B (conservative, bu=
t the bound is achieved occasionally in practice), then the probability tha=
t a cell is unoccupied is


P0 =3D e^-GL where

GL =3D L_a / L_max where 

L_a is the number of assigned cells (either TX, or RX, or both).



If we're using 15.4e at 2.4GHz, then C is probably 15.  If this local =
piece of the network has scheduled on average something in every slot, then=
 GL=3D1/15, and P0=3D0.94.  So randomly selected links are usually goi=
ng to work.  Having an average of one link assigned
 per slot in a given two mote neighborhood is really high, at least for any=
 network that I've ever built or sold.  Sometimes we approach this at =
the DAG root.  This is not to say that transmitting neighbor tables is=
 not a good thing, just that you can build
 a lot of applications with very simple (random) cell allocation.  So =
sending the neighbor tables is not necessary for many/most networks, but wo=
uld be a nice option to have for future optimizations.



ksjp



p.s. an interesting question arises about the goodput of a random link assi=
gnment approach.  Many of the links will be non-colliding.  Those=
 that do collide will exhibit slotted aloha collision statistics...or will =
they?  With a mix of non-colliding and potentially
 colliding links at each mote, what is the network goodput?  I'm sure =
that someone has written a paper on this for MPLS or something, but I've ne=
ver seen one.




On 6/10/2013 3:09 AM, P.Zand@utwente.nl wrote:






Dear All,


Regarding to our last call on Friday,  I would =
like to continue this discussion about the maximum number of links’ i=
nformation (or “link object”) that can be included in EB? Can w=
e think about sending the information about the entire reserved
 links/cells in the EB(s)? I would like to know, Is there any way to define=
 a CellBitMap to enable us to include the entire reserved links/cells by ea=
ch node in the one or several EB(s)?


 


Our motivation:


In the distributed approach, this information can be=
 used by the receivers to schedule (internal) collision-free[*] links with =
others. In this case, this information is not just used for enabling the re=
ceivers to contact with the sender
 of ADV/EB. This information enables the receivers to collect the list of u=
sed cells in their neighborhood. The content of information in each “=
link object” can be different from the existing information in the EB=
 for each link. For instance, the link option
 or link type might not be needed in this case. On the other hand, neighbor=
 ID (the other side of link) might be needed to be included in the “l=
ink object”.



In order to create a soft link, based on this inform=
ation about its neighborhood, Node A in the
Link Reservation Request may suggest the set of (internal) collision=
-free links to the receiver. The receiver (Node B) also based on this infor=
mation in its own neighborhood, will choose one link from the suggested lin=
ks that is also free in its neighborhood
 (that might be different from sender's neighborhood) and reply to the send=
er by 
Link Reservation Response.


 


[*] In realistic setting, where the interference ran=
ge is more than transmission range, this information will not guarantee the=
 completely (internal) collision-free communication. But it can be used to =
not repeat the reserved cells in our
 two-hop neighborhood. In addition, the collision caused by a pair of nodes=
 who are using the same cell in outside of two-hop neighborhood can be dete=
cted, by monitoring the status of that reserved cell (By considering the me=
chanisms discussed in “2.8 Monitoring”
 section in draft-wang-6tsch-6tus-00).


 


Best wishes,


Pouria Zand











_______________________________________________


6tsch mailing list


6tsch@ietf.org


https://www.ie=
tf.org/mailman/listinfo/6tsch




 






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From qinwang@berkeley.edu  Wed Jun 19 05:14:08 2013
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Date: Wed, 19 Jun 2013 20:14:05 +0800
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From: Qin Wang 
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Cc: 6tsch@ietf.org, pister@eecs.berkeley.edu
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Hi Pouria,

Just one comment on "exchanging the *changes* in a node=92s cell usages
bitmap instead of reporting all cell usage bitmap periodically."

I think one of motivations to use decentralized reservation is dealing with
mobility. That means nodes are joining and leaving relatively frequently.
So, exchanging the *changes* may not give the moving node the picture of
cell usage around it,

Thought?
Qin


On Wed, Jun 19, 2013 at 7:47 PM,  wrote:

>  *Dear Kris, All,*
>
> Many thanks for your complete explanation. I completely agree with you
> that =93Bitmaps of occupied cells=94 can be sent in possible other ways a=
nd
> there is no =93requirement=94 to just include those information in EB. As=
 you
> mentioned, we can make it optional for some applications and/or use anoth=
er
> mechanisms (e.g. request-response) to get those information from the
> neighbors. For those possible applications that might need very dense
> schedules (more than one link per slot) in two-hop neighborhood, we might
> be able to decrease the probability of cell re-allocation at the cost of
> increasing the network overhead (caused by exchanging occupied cells
> info).   ****
>
> ** **
>
> *Qin, Thomas-*
>
> I completely agree with you that without monitoring processing, the
> collision-free communication is not achievable, in a distributed manner. =
*
> ***
>
> I attached a *Figure* to illustrate the concept more clearly for others
> as well. In summary, in order to choose a *soft link* on edge (A, B) (as
> is shown in Figure (a)), the =93cell usage information=94 might be helpfu=
l
> during the *soft link* negotiation. Those information (i) enables node A
> to propose a set of unused cells in his neighborhood (as is shown in Figu=
re
> (b)) as candidate cells in the* Link Reservation Request* , and (ii)
> enables node B to pick up a cell that is not used either in his
> neighborhood (as is shown in Figure (c)) and then reply by *Link
> Reservation Response*. ****
>
> For sure this method might have some costs (e.g. increasing the managemen=
t
> overhead) and might not be suitable for those applications that doesn=92t
> have every dense schedule. But it might be affordable for those
> applications that require dense schedules, at the cost of more management
> overhead.  ****
>
> In addition, I would like to add one approaches to the Thomas=92s list: *=
***
>
> 1. pick a new soft cell randomly in the schedule, and rely on the
> monitoring process to move that in the schedule. Extremely simple and
> lightweight approach.****
>
> 2. have each node announce its schedule periodically (through custom IEs
> in the EBs, or through some other mechanism), and use that information
> during negotiation Potentially more efficient, but possibly much more
> overhead.****
>
> *3. the combination of (2) and monitoring process*. ****
>
> As Thomas mentioned, there could be a different boundaries in which using
> methods (1), (2) or (3) would be considerable. As Kris and Thomas suggest=
,
> I think evaluating different scenarios (i.e. regular schedule and dense
> schedule) can be useful to clarify those boundaries. To measure the netwo=
rk
> goodput and management overhead in those approaches. ****
>
> ** **
>
> *Xavi-*
>
> I agree with you that having multiple slotFrames with different length,
> make it difficult to use bitmap in the very dense schedule. In this case,
> we might look for a better way. For instance, considering the
> request-response mechanism and/or exchanging the *changes* in a node=92s
> cell usages bitmap instead of reporting all cell usage bitmap
> periodically.  ****
>
> ** **
>
> In this figure I assumed that the Tx range and interference ranges are
> equal. In the realistic setting that those ranges are not equal, the
> monitoring process will be useful.****
>
> ** **
>
> ****
>
> ** **
>
> Best Wishes,****
>
> Pouria  ****
>
> ** **
>
> ** **
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Kris Pister
> *Sent:* Tuesday, June 18, 2013 10:42 PM
> *To:* 6tsch@ietf.org
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
> ** **
>
> Pouria -
>  this is good stuff, and I'm glad to see you pursuing it.  When we first
> started talking about working in the IETF to standardize the gap between
> 6lowpan and 15.4e I thought that surely all of those IP devotees, who had
> been so certain that centralized network management didn't work, would st=
ep
> up and demonstrate how to do it right with a distributed approach.  I do
> think that you can build perfectly good networks this way, and in fact
> we'll have some advantages over centrally managed networks - speed and
> mobility for sure, I'm not convinced about scalability.
>
> Bitmaps of occupied TX and RX cells in Information Elements seems like a
> good idea to me - maybe there are better ways to do it.  The one thing th=
at
> I would ask is that you not make it a *requirement* that these IEs be in
> EBs.  I have no problem if you want to make it optional, for those networ=
ks
> that want to use it, or even mandatory as a response to a request.  But
> please let's not burden every EB with that information.
>
> Clearly having complete knowledge of the neighbor link tables enables you
> to optimize link schedules.  I'm curious to know, though, how well you ca=
n
> do with just random choice, with some feedback on bad links.  If we look =
at
> randomly assigned links in a superframe with L_max cells (=3DS slots * C
> channels), and consider the collision domain to be the union of the
> neighbors of mote A and mote B (conservative, but the bound is achieved
> occasionally in practice), then the probability that a cell is unoccupied
> is
> P0 =3D e^-GL where
> GL =3D L_a / L_max where
> L_a is the number of assigned cells (either TX, or RX, or both).
>
> If we're using 15.4e at 2.4GHz, then C is probably 15.  If this local
> piece of the network has scheduled on average something in every slot, th=
en
> GL=3D1/15, and P0=3D0.94.  So randomly selected links are usually going t=
o
> work.  Having an average of one link assigned per slot in a given two mot=
e
> neighborhood is really high, at least for any network that I've ever buil=
t
> or sold.  Sometimes we approach this at the DAG root.  This is not to say
> that transmitting neighbor tables is not a good thing, just that you can
> build a lot of applications with very simple (random) cell allocation.  S=
o
> sending the neighbor tables is not necessary for many/most networks, but
> would be a nice option to have for future optimizations.
>
> ksjp
>
> p.s. an interesting question arises about the goodput of a random link
> assignment approach.  Many of the links will be non-colliding.  Those tha=
t
> do collide will exhibit slotted aloha collision statistics...or will they=
?
> With a mix of non-colliding and potentially colliding links at each mote,
> what is the network goodput?  I'm sure that someone has written a paper o=
n
> this for MPLS or something, but I've never seen one.****
>
> On 6/10/2013 3:09 AM, P.Zand@utwente.nl wrote:****
>
> Dear All,****
>
> Regarding to our last call on Friday,  I would like to continue this
> discussion about the maximum number of links=92 information (or =93link
> object=94) that can be included in EB? Can we think about sending the
> information about the entire reserved links/cells in the EB(s)? I would
> like to know, Is there any way to define a CellBitMap to enable us to
> include the entire reserved links/cells by each node in the one or severa=
l
> EB(s)?****
>
> * *****
>
> *Our motivation*:****
>
> In the distributed approach, this information can be used by the receiver=
s
> to schedule (internal) collision-free[*] links with others. In this case,
> this information is not just used for enabling the receivers to contact
> with the sender of ADV/EB. This information enables the receivers to
> collect the list of used cells in their neighborhood. The content of
> information in each =93link object=94 can be different from the existing
> information in the EB for each link. For instance, the link option or lin=
k
> type might not be needed in this case. On the other hand, neighbor ID (th=
e
> other side of link) might be needed to be included in the =93link object=
=94. *
> ***
>
> In order to create a soft link, based on this information about its
> neighborhood, Node A in the *Link Reservation Request* may suggest the
> set of (internal) collision-free links to the receiver. The receiver (Nod=
e
> B) also based on this information in its own neighborhood, will choose on=
e
> link from the suggested links that is also free in its neighborhood (that
> might be different from sender's neighborhood) and reply to the sender by
> * Link Reservation Response*.****
>
>  ****
>
> [*] In realistic setting, where the interference range is more than
> transmission range, this information will not guarantee the completely
> (internal) collision-free communication. But it can be used to not repeat
> the reserved cells in our two-hop neighborhood. In addition, the collisio=
n
> caused by a pair of nodes who are using the same cell in outside of two-h=
op
> neighborhood can be detected, by monitoring the status of that reserved
> cell (By considering the mechanisms discussed in =932.8 Monitoring=94 sec=
tion
> in draft-wang-6tsch-6tus-00).****
>
>  ****
>
> Best wishes,****
>
> Pouria Zand****
>
>
>
>
> ****
>
> _______________________________________________****
>
> 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
>
>

--089e01536fe821b16304df80c480
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Hi Pouria,

Just one comment on &q=
uot;exchanging the=A0changes=A0in a node=92s cell usage=
s bitmap instead of reporting all cell usage bitmap periodically.&qu=
ot;



I think one of motivations to use decentral=
ized reservation is dealing with mobility. That means nodes are joining and=
 leaving relatively frequently. So, exchanging the=A0changes=A0may not=
 give the moving node the picture of cell usage around it,



Thought?
Qin


On Wed, Jun 19, =
2013 at 7:47 PM,  <P.Zand@utwente.nl> wrote:













Dear Kris, All,


Many thanks for your co=
mplete explanation. I completely agree with you that =93Bitmaps of occupied=
 cells=94 can be sent in possible other ways and there is no =93requirement=
=94 to just include those information in EB.
 As you mentioned, we can make it optional for some applications and/or use=
 another mechanisms (e.g. request-response) to get those information from t=
he neighbors. For those possible applications that might need very dense sc=
hedules (more than one link per
 slot) in two-hop neighborhood, we might be able to decrease the probabilit=
y of cell re-allocation at the cost of increasing the network overhead (cau=
sed by exchanging occupied cells info).=A0=A0



=A0


Qin, Thomas-<=
u>


I completely agree with=
 you that without monitoring processing, the collision-free communication i=
s not achievable, in a distributed manner.



I attached a Figure<=
/b> to illustrate the concept more clearly for others as well. In summary, =
in order to choose a
soft link on edge (A, B) (as is shown in Figure (a)), the =93cell us=
age information=94 might be helpful during the
soft link negotiation. Those information (i) enables node A to propo=
se a set of unused cells in his neighborhood (as is shown in Figure (b)) as=
 candidate cells in the Link Reservation Request , and (ii) enables =
node B to pick up a cell that is
 not used either in his neighborhood (as is shown in Figure (c)) and then r=
eply by
Link Reservation Response. 


For sure this method mi=
ght have some costs (e.g. increasing the management overhead) and might not=
 be suitable for those applications that doesn=92t have every dense schedul=
e. But it might be affordable for those
 applications that require dense schedules, at the cost of more management =
overhead.=A0



In addition, I would li=
ke to add one approaches to the Thomas=92s list:



1. pick a new soft cell=
 randomly in the schedule, and rely on the monitoring process to move that =
in the schedule. Extremely simple and lightweight approach.


2. have each node annou=
nce its schedule periodically (through custom IEs in the EBs, or through so=
me other mechanism), and use that information during=A0negotiation=A0Potent=
ially more efficient, but possibly much
 more overhead.


3. the combina=
tion of (2) and monitoring process.



As Thomas mentioned, th=
ere could be a different boundaries in which using methods (1), (2) or (3) =
would be considerable. As Kris and Thomas suggest, I think evaluating diffe=
rent scenarios (i.e. regular schedule
 and dense schedule) can be useful to clarify those boundaries. To measure =
the network goodput and management overhead in those approaches.



=A0


Xavi-<=
/b>


I agree with you that h=
aving multiple slotFrames with different length, make it difficult to use b=
itmap in the very dense schedule. In this case, we might look for a better =
way. For instance, considering the request-response
 mechanism and/or exchanging the changes in a node=92s cell usages b=
itmap instead of reporting all cell usage bitmap periodically.=A0



=A0


In this figure I assume=
d that the Tx range and interference ranges are equal. In the realistic set=
ting that those ranges are not equal, the monitoring process will be useful=
.



=A0




=A0


Best Wishes,


Pouria=A0 


=A0


=A0


=A0






From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Kris Pister

Sent: Tuesday, June 18, 2013 10:42 PM

To: 6tsch@ietf.o=
rg

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames






=A0


Pouria - 

=A0this is good stuff, and I'm glad to see you pursuing it.=A0 When we =
first started talking about working in the IETF to standardize the gap betw=
een 6lowpan and 15.4e I thought that surely all of those IP devotees, who h=
ad been so certain that centralized network
 management didn't work, would step up and demonstrate how to do it rig=
ht with a distributed approach.=A0 I do think that you can build perfectly =
good networks this way, and in fact we'll have some advantages over cen=
trally managed networks - speed and mobility
 for sure, I'm not convinced about scalability.



Bitmaps of occupied TX and RX cells in Information Elements seems like a go=
od idea to me - maybe there are better ways to do it.=A0 The one thing that=
 I would ask is that you not make it a *requirement* that these IEs be in E=
Bs.=A0 I have no problem if you want
 to make it optional, for those networks that want to use it, or even manda=
tory as a response to a request.=A0 But please let's not burden every E=
B with that information.



Clearly having complete knowledge of the neighbor link tables enables you t=
o optimize link schedules.=A0 I'm curious to know, though, how well you=
 can do with just random choice, with some feedback on bad links.=A0 If we =
look at randomly assigned links in a superframe
 with L_max cells (=3DS slots * C channels), and consider the collision dom=
ain to be the union of the neighbors of mote A and mote B (conservative, bu=
t the bound is achieved occasionally in practice), then the probability tha=
t a cell is unoccupied is


P0 =3D e^-GL where

GL =3D L_a / L_max where 

L_a is the number of assigned cells (either TX, or RX, or both).



If we're using 15.4e at 2.4GHz, then C is probably 15.=A0 If this local=
 piece of the network has scheduled on average something in every slot, the=
n GL=3D1/15, and P0=3D0.94.=A0 So randomly selected links are usually going=
 to work.=A0 Having an average of one link assigned
 per slot in a given two mote neighborhood is really high, at least for any=
 network that I've ever built or sold.=A0 Sometimes we approach this at=
 the DAG root.=A0 This is not to say that transmitting neighbor tables is n=
ot a good thing, just that you can build
 a lot of applications with very simple (random) cell allocation.=A0 So sen=
ding the neighbor tables is not necessary for many/most networks, but would=
 be a nice option to have for future optimizations.



ksjp



p.s. an interesting question arises about the goodput of a random link assi=
gnment approach.=A0 Many of the links will be non-colliding.=A0 Those that =
do collide will exhibit slotted aloha collision statistics...or will they?=
=A0 With a mix of non-colliding and potentially
 colliding links at each mote, what is the network goodput?=A0 I'm sure=
 that someone has written a paper on this for MPLS or something, but I'=
ve never seen one.




On 6/10/2013 3:09 AM, P.Zand@utwente.nl wrote:






Dear All,


Regarding to our last call on Friday,=A0 I would lik=
e to continue this discussion about the maximum number of links=92 informat=
ion (or =93link object=94) that can be included in EB? Can we think about s=
ending the information about the entire reserved
 links/cells in the EB(s)? I would like to know, Is there any way to define=
 a CellBitMap to enable us to include the entire reserved links/cells by ea=
ch node in the one or several EB(s)?


=A0


Our motivation:


In the distributed approach, this information can be=
 used by the receivers to schedule (internal) collision-free[*] links with =
others. In this case, this information is not just used for enabling the re=
ceivers to contact with the sender
 of ADV/EB. This information enables the receivers to collect the list of u=
sed cells in their neighborhood. The content of information in each =93link=
 object=94 can be different from the existing information in the EB for eac=
h link. For instance, the link option
 or link type might not be needed in this case. On the other hand, neighbor=
 ID (the other side of link) might be needed to be included in the =93link =
object=94.



In order to create a soft link, based on this inform=
ation about its neighborhood, Node A in the
Link Reservation Request may suggest the set of (internal) collision=
-free links to the receiver. The receiver (Node B) also based on this infor=
mation in its own neighborhood, will choose one link from the suggested lin=
ks that is also free in its neighborhood
 (that might be different from sender's neighborhood) and reply to the =
sender by 
Link Reservation Response.


=A0


[*] In realistic setting, where the interference ran=
ge is more than transmission range, this information will not guarantee the=
 completely (internal) collision-free communication. But it can be used to =
not repeat the reserved cells in our
 two-hop neighborhood. In addition, the collision caused by a pair of nodes=
 who are using the same cell in outside of two-hop neighborhood can be dete=
cted, by monitoring the status of that reserved cell (By considering the me=
chanisms discussed in =932.8 Monitoring=94
 section in draft-wang-6tsch-6tus-00).


=A0


Best wishes,


Pouria Zand











_______________________________________________


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





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AAAASUVORK5CYII=
--089e01536fe821b16804df80c481--

From qinwang@berkeley.edu  Wed Jun 19 05:57:13 2013
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Subject: [6tsch] 6tus support to installing Tracks
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Hi all,

We have had many discussions on Track related topic in threads like
"Routing vs switching". I would like to discuss more about what 6tus should
provide to install a Track, including installing both hard cell based Track
and soft cell based Track.

My understanding is what we can do now is as follows.
(1)  add hard cells along the path, with Cell Commands
(2) specify the mapping between each incoming cell and outgoing cell along
the path, with Label Switching Commands

If my understanding is correct, I can see the following problem: It need
more bandwidth. For example, when you add a hard cell between nodeA and
nodeB, one global communication from PCE to nodeA, and one local
communication from nodeA to nodeB are needed. But for the Label Switching
command, additional two communications, i.e. from PCE to nodeA and from PCE
to nodeB are also needed. In addition, if a given track consists more than
one incoming cells and outgoing cells, more bandwidth for installing the
track will be consumed.

Thus, I would like to suggest to use TrackID to associate incoming cells
and outgoing cells. For sure, the TrackID will not appear in packet, it is
just used to establish the relationship between incoming cells and outgoing
cells. i.e.
(1) add TrackID as a parameter of Cell commands.
(2) same procedure of adding/removing hard cell or soft cell as before.
(3) while receiving adding hard cell or soft cell command,  fill the Track
table with the TrackID. In the Track table, Rx cells are the incoming cells
and Tx cells are the outgoing cells. And then, from TSCH's point of view,
 the schedule is the overlap of all Track tables.

How do you think?

Qin

--089e013a26d8f3049204df815dfa
Content-Type: text/html; charset=ISO-8859-1
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Hi all,

We have had many discussi=
ons on Track related topic in threads like "Routing vs switching"=
. I would like to discuss more about what 6tus should provide to install a =
Track, including installing both hard cell based Track and soft cell based =
Track.



My understanding is what we can do now is a=
s follows.
(1) =A0add hard cells along the path, with Cell =
Commands
(2) specify the mapping between each incoming =
cell and outgoing cell along the path, with=A0Label Switching Commands


If my understanding is correct, I can see t=
he following problem: It need more bandwidth. For example, when you add a h=
ard cell between nodeA and nodeB, one global communication from PCE to node=
A, and one local communication from nodeA to nodeB are needed. But for the =
Label Switching command, additional two communications, i.e. from PCE to no=
deA and from PCE to nodeB are also needed. In addition, if a given track co=
nsists more than one incoming cells and outgoing cells, more bandwidth for =
installing the track will be consumed.



Thus, I would like to suggest to use TrackI=
D to associate incoming cells and outgoing cells. For sure, the TrackID wil=
l not appear in packet, it is just used to establish the relationship betwe=
en incoming cells and outgoing cells. i.e.


(1) add TrackID as a parameter of Cell commands.
(2) same procedure of adding/removing hard cell or soft cell as before.
(3) while receiving adding hard cell or soft cell command, =
=A0fill the Track table with the TrackID. In the Track table, Rx cells are =
the incoming cells and Tx cells are the outgoing cells. And then, from TSCH=
's point of view, =A0the schedule is the overlap of all Track tables.


How do you think?

Qin
=A0



--089e013a26d8f3049204df815dfa--

From P.Zand@utwente.nl  Wed Jun 19 06:18:35 2013
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Thread-Topic: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Hi Qin,

Many thanks for your comment. I see your point.

For sure exchanging just changes might not be a good solution. In addition,=
 the existing node might lose some information about the changes, due to th=
e possible interference and packet drops.
So, I think we need to think more about the possible solutions.
Just as a quick response we might have active and passive approaches:


  1.  Active approach (Request-response mechanism): The combination of requ=
esting the changes and all cell usages might work. For instance, we might c=
onsider the request-response mechanism for the new node, to get all cell us=
ages from its neighbors, upon joining. Then the new node might be able to p=
eriodically use the same mechanism to ask about the changes in the neighbor=
s' cell usage.
  2.  Passive approach (Broadcasting mechanism): We might be able to segmen=
t those information into several segments and consider index for each segme=
nt. We might need to broadcast several messages to report all cell usage. E=
ach node periodically broadcasts those information.
  3.  Hybrid approach (Request-response and broadcasting mechanism): Each n=
ode broadcast the changes that are identified by the sequence number period=
ically. The new node that joins the network (or old device who has not rece=
ived the changes from its neighbor for a while or missed some segments), mi=
ght use the request-response mechanism for asking the all cell usages.

Am I right?
Pouria


From: Qin Wang [mailto:qinwang@berkeley.edu]
Sent: Wednesday, June 19, 2013 2:14 PM
To: Zand, P. (EWI)
Cc: pister@eecs.berkeley.edu; 6tsch@ietf.org
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Pouria,

Just one comment on "exchanging the changes in a node's cell usages bitmap =
instead of reporting all cell usage bitmap periodically."

I think one of motivations to use decentralized reservation is dealing with=
 mobility. That means nodes are joining and leaving relatively frequently. =
So, exchanging the changes may not give the moving node the picture of cell=
 usage around it,

Thought?
Qin

On Wed, Jun 19, 2013 at 7:47 PM, > wrote:
Dear Kris, All,
Many thanks for your complete explanation. I completely agree with you that=
 "Bitmaps of occupied cells" can be sent in possible other ways and there i=
s no "requirement" to just include those information in EB. As you mentione=
d, we can make it optional for some applications and/or use another mechani=
sms (e.g. request-response) to get those information from the neighbors. Fo=
r those possible applications that might need very dense schedules (more th=
an one link per slot) in two-hop neighborhood, we might be able to decrease=
 the probability of cell re-allocation at the cost of increasing the networ=
k overhead (caused by exchanging occupied cells info).

Qin, Thomas-
I completely agree with you that without monitoring processing, the collisi=
on-free communication is not achievable, in a distributed manner.
I attached a Figure to illustrate the concept more clearly for others as we=
ll. In summary, in order to choose a soft link on edge (A, B) (as is shown =
in Figure (a)), the "cell usage information" might be helpful during the so=
ft link negotiation. Those information (i) enables node A to propose a set =
of unused cells in his neighborhood (as is shown in Figure (b)) as candidat=
e cells in the Link Reservation Request , and (ii) enables node B to pick u=
p a cell that is not used either in his neighborhood (as is shown in Figure=
 (c)) and then reply by Link Reservation Response.
For sure this method might have some costs (e.g. increasing the management =
overhead) and might not be suitable for those applications that doesn't hav=
e every dense schedule. But it might be affordable for those applications t=
hat require dense schedules, at the cost of more management overhead.
In addition, I would like to add one approaches to the Thomas's list:
1. pick a new soft cell randomly in the schedule, and rely on the monitorin=
g process to move that in the schedule. Extremely simple and lightweight ap=
proach.
2. have each node announce its schedule periodically (through custom IEs in=
 the EBs, or through some other mechanism), and use that information during=
 negotiation Potentially more efficient, but possibly much more overhead.
3. the combination of (2) and monitoring process.
As Thomas mentioned, there could be a different boundaries in which using m=
ethods (1), (2) or (3) would be considerable. As Kris and Thomas suggest, I=
 think evaluating different scenarios (i.e. regular schedule and dense sche=
dule) can be useful to clarify those boundaries. To measure the network goo=
dput and management overhead in those approaches.

Xavi-
I agree with you that having multiple slotFrames with different length, mak=
e it difficult to use bitmap in the very dense schedule. In this case, we m=
ight look for a better way. For instance, considering the request-response =
mechanism and/or exchanging the changes in a node's cell usages bitmap inst=
ead of reporting all cell usage bitmap periodically.

In this figure I assumed that the Tx range and interference ranges are equa=
l. In the realistic setting that those ranges are not equal, the monitoring=
 process will be useful.

[cid:image001.png@01CE6D00.3D249BC0]

Best Wishes,
Pouria



From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Kris Pister
Sent: Tuesday, June 18, 2013 10:42 PM
To: 6tsch@ietf.org
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Pouria -
 this is good stuff, and I'm glad to see you pursuing it.  When we first st=
arted talking about working in the IETF to standardize the gap between 6low=
pan and 15.4e I thought that surely all of those IP devotees, who had been =
so certain that centralized network management didn't work, would step up a=
nd demonstrate how to do it right with a distributed approach.  I do think =
that you can build perfectly good networks this way, and in fact we'll have=
 some advantages over centrally managed networks - speed and mobility for s=
ure, I'm not convinced about scalability.

Bitmaps of occupied TX and RX cells in Information Elements seems like a go=
od idea to me - maybe there are better ways to do it.  The one thing that I=
 would ask is that you not make it a *requirement* that these IEs be in EBs=
.  I have no problem if you want to make it optional, for those networks th=
at want to use it, or even mandatory as a response to a request.  But pleas=
e let's not burden every EB with that information.

Clearly having complete knowledge of the neighbor link tables enables you t=
o optimize link schedules.  I'm curious to know, though, how well you can d=
o with just random choice, with some feedback on bad links.  If we look at =
randomly assigned links in a superframe with L_max cells (=3DS slots * C ch=
annels), and consider the collision domain to be the union of the neighbors=
 of mote A and mote B (conservative, but the bound is achieved occasionally=
 in practice), then the probability that a cell is unoccupied is
P0 =3D e^-GL where
GL =3D L_a / L_max where
L_a is the number of assigned cells (either TX, or RX, or both).

If we're using 15.4e at 2.4GHz, then C is probably 15.  If this local piece=
 of the network has scheduled on average something in every slot, then GL=
=3D1/15, and P0=3D0.94.  So randomly selected links are usually going to wo=
rk.  Having an average of one link assigned per slot in a given two mote ne=
ighborhood is really high, at least for any network that I've ever built or=
 sold.  Sometimes we approach this at the DAG root.  This is not to say tha=
t transmitting neighbor tables is not a good thing, just that you can build=
 a lot of applications with very simple (random) cell allocation.  So sendi=
ng the neighbor tables is not necessary for many/most networks, but would b=
e a nice option to have for future optimizations.

ksjp

p.s. an interesting question arises about the goodput of a random link assi=
gnment approach.  Many of the links will be non-colliding.  Those that do c=
ollide will exhibit slotted aloha collision statistics...or will they?  Wit=
h a mix of non-colliding and potentially colliding links at each mote, what=
 is the network goodput?  I'm sure that someone has written a paper on this=
 for MPLS or something, but I've never seen one.
On 6/10/2013 3:09 AM, P.Zand@utwente.nl wrote:
Dear All,
Regarding to our last call on Friday,  I would like to continue this discus=
sion about the maximum number of links' information (or "link object") that=
 can be included in EB? Can we think about sending the information about th=
e entire reserved links/cells in the EB(s)? I would like to know, Is there =
any way to define a CellBitMap to enable us to include the entire reserved =
links/cells by each node in the one or several EB(s)?

Our motivation:
In the distributed approach, this information can be used by the receivers =
to schedule (internal) collision-free[*] links with others. In this case, t=
his information is not just used for enabling the receivers to contact with=
 the sender of ADV/EB. This information enables the receivers to collect th=
e list of used cells in their neighborhood. The content of information in e=
ach "link object" can be different from the existing information in the EB =
for each link. For instance, the link option or link type might not be need=
ed in this case. On the other hand, neighbor ID (the other side of link) mi=
ght be needed to be included in the "link object".
In order to create a soft link, based on this information about its neighbo=
rhood, Node A in the Link Reservation Request may suggest the set of (inter=
nal) collision-free links to the receiver. The receiver (Node B) also based=
 on this information in its own neighborhood, will choose one link from the=
 suggested links that is also free in its neighborhood (that might be diffe=
rent from sender's neighborhood) and reply to the sender by Link Reservatio=
n Response.

[*] In realistic setting, where the interference range is more than transmi=
ssion range, this information will not guarantee the completely (internal) =
collision-free communication. But it can be used to not repeat the reserved=
 cells in our two-hop neighborhood. In addition, the collision caused by a =
pair of nodes who are using the same cell in outside of two-hop neighborhoo=
d can be detected, by monitoring the status of that reserved cell (By consi=
dering the mechanisms discussed in "2.8 Monitoring" section in draft-wang-6=
tsch-6tus-00).

Best wishes,
Pouria Zand



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--_000_76EA352C3C95BB42A2C4F2EE6493AD6E4DA45054EXMBX23adutwent_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hi Qin,=



 <=
/p>

Many thanks for your comm=
ent. I see your point.


 <=
/p>

For sure exchanging just =
changes might not be a good solution. In addition, the existing node might =
lose some information about the changes, due to the possible
 interference and packet drops. 


So, I think we need to th=
ink more about the possible solutions.


Just as a quick response =
we might have active and passive approaches:


 <=
/p>

    

  1. =
Active approach (Request-response mechanism):
 The combination of requesting the changes and all cell usages might work. =
For instance, we might consider the
request-response mechanism for the new node, to get all cell usages =
from its neighbors, upon joining. Then the new node might be able to period=
ically use the
same mechanism to ask about the changes in the neighbors’ cell=
 usage. 

  2. Passive approach (Broadcasting mechanism):
 We might be able to segment those information into several segments and co=
nsider index for each segment. We might need to broadcast several messages =
to report all cell usage. Each node periodically broadcasts those informati=
on.     
  3. Hybrid appr=
oach (Request-response and broadcasting mechanism):
Each node
broadcast the changes that are identified by the sequence number period=
ically. The new node that joins the network (or old device who has not rece=
ived the changes from its neighbor for a while or missed some segments), mi=
ght use the
request-response mechanism for asking the all cell usages.  &nb=
sp;   


Am I right?


Pouria<=
/p>

 <=
/p>

 <=
/p>

From: Qin Wang=
 [mailto:qinwang@berkeley.edu]


Sent: Wednesday, June 19, 2013 2:14 PM

To: Zand, P. (EWI)

Cc: pister@eecs.berkeley.edu; 6tsch@ietf.org

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




Hi Pouria,




 






Just one comment on "exchanging the&=
nbsp;changes in a node’s cell usages bitmap instead of re=
porting all cell usage bitmap periodically."






 






I think one of motivations to use decentralized rese=
rvation is dealing with mobility. That means nodes are joining and leaving =
relatively frequently. So, exchanging the changes=
 may
 not give the moving node the picture of cell usage around it,





 






Thought?






Qin








 




On Wed, Jun 19, 2013 at 7:47 PM, <P.Zand@utwente.nl> wrote:







Dear Kris, All,



Many thanks for your complete explanation. I completely agree with you that=
 “Bitmaps of occupied cells” can be sent in possible other ways=
 and there is no “requirement” to just include those informatio=
n in EB. As you mentioned, we can make it optional for some
 applications and/or use another mechanisms (e.g. request-response) to get =
those information from the neighbors. For those possible applications that =
might need very dense schedules (more than one link per slot) in two-hop ne=
ighborhood, we might be able to
 decrease the probability of cell re-allocation at the cost of increasing t=
he network overhead (caused by exchanging occupied cells info).  




 



Qin, Thomas-



I completely agree with you that without monitoring processing, the collisi=
on-free communication is not achievable, in a distributed manner.




I attached a Figure to illustrate the concept more clearly for other=
s as well. In summary, in order to choose a
soft link on edge (A, B) (as is shown in Figure (a)), the “cel=
l usage information” might be helpful during the
soft link negotiation. Those information (i) enables node A to propo=
se a set of unused cells in his neighborhood (as is shown in Figure (b)) as=
 candidate cells in the Link Reservation Request , and (ii) enables =
node B to pick up a cell that is
 not used either in his neighborhood (as is shown in Figure (c)) and then r=
eply by
Link Reservation Response. 



For sure this method might have some costs (e.g. increasing the management =
overhead) and might not be suitable for those applications that doesn’=
;t have every dense schedule. But it might be affordable for those applicat=
ions that require dense schedules, at
 the cost of more management overhead.  



In addition, I would like to add one approaches to the Thomas’s list:=
 





1. pick a new soft cell randomly in the schedule, and rely on the monitorin=
g process to move that in the schedule. Extremely simple and lightweight ap=
proach.



2. have each node announce its schedule periodically (through custom IEs in=
 the EBs, or through some other mechanism), and use that information during=
 negotiation Potentially more efficient, but possibly much more o=
verhead.





3. the combination of (2) and monitoring process. 



As Thomas mentioned, there could be a different boundaries in which using m=
ethods (1), (2) or (3) would be considerable. As Kris and Thomas suggest, I=
 think evaluating different scenarios (i.e. regular schedule and dense sche=
dule) can be useful to clarify those
 boundaries. To measure the network goodput and management overhead in thos=
e approaches.




 



Xavi-



I agree with you that having multiple slotFrames with different length, mak=
e it difficult to use bitmap in the very dense schedule. In this case, we m=
ight look for a better way. For instance, considering the request-response =
mechanism and/or exchanging the
changes in a node’s cell usages bitmap instead of reporting al=
l cell usage bitmap periodically. 




 



In this figure I assumed that the Tx range and interference ranges are equa=
l. In the realistic setting that those ranges are not equal, the monitoring=
 process will be useful.



 




 


Best Wishes,


Pouria 



 


 


 






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

Sent: Tuesday, June 18, 2013 10:42 PM

To: 6tsch@ietf.o=
rg

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames










 


Pouria -


 this is good stuff, and I'm glad to see you pursuing it.  When w=
e first started talking about working in the IETF to standardize the gap be=
tween 6lowpan and 15.4e I thought that surely all of those IP devotees, who=
 had been so certain that centralized network
 management didn't work, would step up and demonstrate how to do it right w=
ith a distributed approach.  I do think that you can build perfectly g=
ood networks this way, and in fact we'll have some advantages over centrall=
y managed networks - speed and mobility
 for sure, I'm not convinced about scalability.



Bitmaps of occupied TX and RX cells in Information Elements seems like a go=
od idea to me - maybe there are better ways to do it.  The one thing t=
hat I would ask is that you not make it a *requirement* that these IEs be i=
n EBs.  I have no problem if you want
 to make it optional, for those networks that want to use it, or even manda=
tory as a response to a request.  But please let's not burden every EB=
 with that information.



Clearly having complete knowledge of the neighbor link tables enables you t=
o optimize link schedules.  I'm curious to know, though, how well you =
can do with just random choice, with some feedback on bad links.  If w=
e look at randomly assigned links in a superframe
 with L_max cells (=3DS slots * C channels), and consider the collision dom=
ain to be the union of the neighbors of mote A and mote B (conservative, bu=
t the bound is achieved occasionally in practice), then the probability tha=
t a cell is unoccupied is


P0 =3D e^-GL where

GL =3D L_a / L_max where 

L_a is the number of assigned cells (either TX, or RX, or both).



If we're using 15.4e at 2.4GHz, then C is probably 15.  If this local =
piece of the network has scheduled on average something in every slot, then=
 GL=3D1/15, and P0=3D0.94.  So randomly selected links are usually goi=
ng to work.  Having an average of one link assigned
 per slot in a given two mote neighborhood is really high, at least for any=
 network that I've ever built or sold.  Sometimes we approach this at =
the DAG root.  This is not to say that transmitting neighbor tables is=
 not a good thing, just that you can build
 a lot of applications with very simple (random) cell allocation.  So =
sending the neighbor tables is not necessary for many/most networks, but wo=
uld be a nice option to have for future optimizations.



ksjp



p.s. an interesting question arises about the goodput of a random link assi=
gnment approach.  Many of the links will be non-colliding.  Those=
 that do collide will exhibit slotted aloha collision statistics...or will =
they?  With a mix of non-colliding and potentially
 colliding links at each mote, what is the network goodput?  I'm sure =
that someone has written a paper on this for MPLS or something, but I've ne=
ver seen one.




On 6/10/2013 3:09 AM,
P.Zand@utwente.nl wrote:






Dear All,


Regarding to our last call on Friday,  I would like to contin=
ue this discussion about the maximum number of links’ information (or=
 “link object”) that can be included in EB? Can
 we think about sending the information about the entire reserved links/cel=
ls in the EB(s)? I would like to know, Is there any way to define a CellBit=
Map to enable us to include the entire reserved links/cells by each node in=
 the one or several EB(s)?


 


Our motivation:


In the distributed approach, this information can be used by the r=
eceivers to schedule (internal) collision-free[*] links with others. In thi=
s case, this information is not just
 used for enabling the receivers to contact with the sender of ADV/EB. This=
 information enables the receivers to collect the list of used cells in the=
ir neighborhood. The content of information in each “link object̶=
1; can be different from the existing information
 in the EB for each link. For instance, the link option or link type might =
not be needed in this case. On the other hand, neighbor ID (the other side =
of link) might be needed to be included in the “link object”.



In order to create a soft link, based on this information about it=
s neighborhood, Node A in the
Link Reservation Request may suggest the set of (internal) collision=
-free links to the receiver. The receiver (Node B) also based on this infor=
mation in its own neighborhood, will choose one link from the suggested lin=
ks that is also free in its neighborhood
 (that might be different from sender's neighborhood) and reply to the send=
er by 
Link Reservation Response.


 


[*] In realistic setting, where the interference range is more tha=
n transmission range, this information will not guarantee the completely (i=
nternal) collision-free communication.
 But it can be used to not repeat the reserved cells in our two-hop neighbo=
rhood. In addition, the collision caused by a pair of nodes who are using t=
he same cell in outside of two-hop neighborhood can be detected, by monitor=
ing the status of that reserved
 cell (By considering the mechanisms discussed in “2.8 MonitoringR=
21; section in draft-wang-6tsch-6tus-00).


 


Best wishes,


Pouria Zand









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From: Maria Rita PALATTELLA 
To: "P.Zand@utwente.nl" , "pister@eecs.berkeley.edu" , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Dear Pouria, all,

many thanks for this very interesting discussion. I have few additional com=
ments.

I am afraid the =93cell usage information=94  exchange can generate a lot o=
f overhead. For instance, one thing that comes in my mind is the generation=
 of redundant information. If you look at  Fig. (b) and (c), you can notice=
 that most of node A's  2-hop neighbors are also node B's two-hop neighbors=
 (the two-hop ranges mainly overlap).Then, I wonder why we should transmit =
the same information twice?
For sure, node A will not suggest in its Link Reservation Request to node B=
 a cell that is used by their common neighbors. Do you agree with me? Or am=
 I missing something?

Moreover I am not in favor of the random approach (1) you are suggesting. A=
cting in a very blind way, will give extra-work to the monitoring process, =
and then to the re-scheduling procedure.
I would prefer to carefully select the cells, instead of keeping in monitor=
ing and reallocating them.

Best regards,
Maria Rita



________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of P.Zand@u=
twente.nl [P.Zand@utwente.nl]
Sent: Wednesday, June 19, 2013 1:47 PM
To: pister@eecs.berkeley.edu; 6tsch@ietf.org
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Dear Kris, All,
Many thanks for your complete explanation. I completely agree with you that=
 =93Bitmaps of occupied cells=94 can be sent in possible other ways and the=
re is no =93requirement=94 to just include those information in EB. As you =
mentioned, we can make it optional for some applications and/or use another=
 mechanisms (e.g. request-response) to get those information from the neigh=
bors. For those possible applications that might need very dense schedules =
(more than one link per slot) in two-hop neighborhood, we might be able to =
decrease the probability of cell re-allocation at the cost of increasing th=
e network overhead (caused by exchanging occupied cells info).

Qin, Thomas-
I completely agree with you that without monitoring processing, the collisi=
on-free communication is not achievable, in a distributed manner.
I attached a Figure to illustrate the concept more clearly for others as we=
ll. In summary, in order to choose a soft link on edge (A, B) (as is shown =
in Figure (a)), the =93cell usage information=94 might be helpful during th=
e soft link negotiation. Those information (i) enables node A to propose a =
set of unused cells in his neighborhood (as is shown in Figure (b)) as cand=
idate cells in the Link Reservation Request , and (ii) enables node B to pi=
ck up a cell that is not used either in his neighborhood (as is shown in Fi=
gure (c)) and then reply by Link Reservation Response.
For sure this method might have some costs (e.g. increasing the management =
overhead) and might not be suitable for those applications that doesn=92t h=
ave every dense schedule. But it might be affordable for those applications=
 that require dense schedules, at the cost of more management overhead.
In addition, I would like to add one approaches to the Thomas=92s list:
1. pick a new soft cell randomly in the schedule, and rely on the monitorin=
g process to move that in the schedule. Extremely simple and lightweight ap=
proach.
2. have each node announce its schedule periodically (through custom IEs in=
 the EBs, or through some other mechanism), and use that information during=
 negotiation Potentially more efficient, but possibly much more overhead.
3. the combination of (2) and monitoring process.
As Thomas mentioned, there could be a different boundaries in which using m=
ethods (1), (2) or (3) would be considerable. As Kris and Thomas suggest, I=
 think evaluating different scenarios (i.e. regular schedule and dense sche=
dule) can be useful to clarify those boundaries. To measure the network goo=
dput and management overhead in those approaches.

Xavi-
I agree with you that having multiple slotFrames with different length, mak=
e it difficult to use bitmap in the very dense schedule. In this case, we m=
ight look for a better way. For instance, considering the request-response =
mechanism and/or exchanging the changes in a node=92s cell usages bitmap in=
stead of reporting all cell usage bitmap periodically.

In this figure I assumed that the Tx range and interference ranges are equa=
l. In the realistic setting that those ranges are not equal, the monitoring=
 process will be useful.

[cid:image001.png@01CE6CF3.78BAE4D0]

Best Wishes,
Pouria



From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of K=
ris Pister
Sent: Tuesday, June 18, 2013 10:42 PM
To: 6tsch@ietf.org
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Pouria -
 this is good stuff, and I'm glad to see you pursuing it.  When we first st=
arted talking about working in the IETF to standardize the gap between 6low=
pan and 15.4e I thought that surely all of those IP devotees, who had been =
so certain that centralized network management didn't work, would step up a=
nd demonstrate how to do it right with a distributed approach.  I do think =
that you can build perfectly good networks this way, and in fact we'll have=
 some advantages over centrally managed networks - speed and mobility for s=
ure, I'm not convinced about scalability.

Bitmaps of occupied TX and RX cells in Information Elements seems like a go=
od idea to me - maybe there are better ways to do it.  The one thing that I=
 would ask is that you not make it a *requirement* that these IEs be in EBs=
.  I have no problem if you want to make it optional, for those networks th=
at want to use it, or even mandatory as a response to a request.  But pleas=
e let's not burden every EB with that information.

Clearly having complete knowledge of the neighbor link tables enables you t=
o optimize link schedules.  I'm curious to know, though, how well you can d=
o with just random choice, with some feedback on bad links.  If we look at =
randomly assigned links in a superframe with L_max cells (=3DS slots * C ch=
annels), and consider the collision domain to be the union of the neighbors=
 of mote A and mote B (conservative, but the bound is achieved occasionally=
 in practice), then the probability that a cell is unoccupied is
P0 =3D e^-GL where
GL =3D L_a / L_max where
L_a is the number of assigned cells (either TX, or RX, or both).

If we're using 15.4e at 2.4GHz, then C is probably 15.  If this local piece=
 of the network has scheduled on average something in every slot, then GL=
=3D1/15, and P0=3D0.94.  So randomly selected links are usually going to wo=
rk.  Having an average of one link assigned per slot in a given two mote ne=
ighborhood is really high, at least for any network that I've ever built or=
 sold.  Sometimes we approach this at the DAG root.  This is not to say tha=
t transmitting neighbor tables is not a good thing, just that you can build=
 a lot of applications with very simple (random) cell allocation.  So sendi=
ng the neighbor tables is not necessary for many/most networks, but would b=
e a nice option to have for future optimizations.

ksjp

p.s. an interesting question arises about the goodput of a random link assi=
gnment approach.  Many of the links will be non-colliding.  Those that do c=
ollide will exhibit slotted aloha collision statistics...or will they?  Wit=
h a mix of non-colliding and potentially colliding links at each mote, what=
 is the network goodput?  I'm sure that someone has written a paper on this=
 for MPLS or something, but I've never seen one.
On 6/10/2013 3:09 AM, P.Zand@utwente.nl wrote:
Dear All,
Regarding to our last call on Friday,  I would like to continue this discus=
sion about the maximum number of links=92 information (or =93link object=94=
) that can be included in EB? Can we think about sending the information ab=
out the entire reserved links/cells in the EB(s)? I would like to know, Is =
there any way to define a CellBitMap to enable us to include the entire res=
erved links/cells by each node in the one or several EB(s)?

Our motivation:
In the distributed approach, this information can be used by the receivers =
to schedule (internal) collision-free[*] links with others. In this case, t=
his information is not just used for enabling the receivers to contact with=
 the sender of ADV/EB. This information enables the receivers to collect th=
e list of used cells in their neighborhood. The content of information in e=
ach =93link object=94 can be different from the existing information in the=
 EB for each link. For instance, the link option or link type might not be =
needed in this case. On the other hand, neighbor ID (the other side of link=
) might be needed to be included in the =93link object=94.
In order to create a soft link, based on this information about its neighbo=
rhood, Node A in the Link Reservation Request may suggest the set of (inter=
nal) collision-free links to the receiver. The receiver (Node B) also based=
 on this information in its own neighborhood, will choose one link from the=
 suggested links that is also free in its neighborhood (that might be diffe=
rent from sender's neighborhood) and reply to the sender by Link Reservatio=
n Response.

[*] In realistic setting, where the interference range is more than transmi=
ssion range, this information will not guarantee the completely (internal) =
collision-free communication. But it can be used to not repeat the reserved=
 cells in our two-hop neighborhood. In addition, the collision caused by a =
pair of nodes who are using the same cell in outside of two-hop neighborhoo=
d can be detected, by monitoring the status of that reserved cell (By consi=
dering the mechanisms discussed in =932.8 Monitoring=94 section in draft-wa=
ng-6tsch-6tus-00).

Best wishes,
Pouria Zand




_______________________________________________

6tsch mailing list

6tsch@ietf.org

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


--_000_F085911F642A6847987ADA23E611780D185689C8hoshiunilux_
Content-Type: text/html; charset="Windows-1252"
Content-Transfer-Encoding: quoted-printable








Dear Pouria, all,



many thanks for this very interesting discussion. I have few additional com=
ments.



I am afraid the =93cell usage information=94  exchange can generate a =
lot of overhead. For instance, one thing that comes in my mind is the gener=
ation of redundant information. If you look at  Fig. (b) and (c), you =
can notice that most of node A's  2-hop neighbors
 are also node B's two-hop neighbors (the two-hop ranges mainly overlap).Th=
en, I wonder why we should transmit the same information twice?


For sure, node A will not suggest in its Link Reservation Request to=
 node B a cell that is used by their common neighbors. Do you agree with me=
? Or am I missing something?



Moreover I am not in favor of the random approach (1) you are suggesting. A=
cting in a very blind way, will give extra-work to the monitoring process, =
and then to the re-scheduling procedure.

I would prefer to carefully select the cells, instead of keeping in monitor=
ing and reallocating them.



Best regards,

Maria Rita










From: 6tsch-bounces@ietf.org [6tsch-bounc=
es@ietf.org] on behalf of P.Zand@utwente.nl [P.Zand@utwente.nl]

Sent: Wednesday, June 19, 2013 1:47 PM

To: pister@eecs.berkeley.edu; 6tsch@ietf.org

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames












Dear Kris, All,<=
/p>

Many thanks for your co=
mplete explanation. I completely agree with you that =93Bitmaps of occupied=
 cells=94 can be sent in possible other ways and there is no =93requirement=
=94 to just include those information in EB.
 As you mentioned, we can make it optional for some applications and/or use=
 another mechanisms (e.g. request-response) to get those information from t=
he neighbors. For those possible applications that might need very dense sc=
hedules (more than one link per
 slot) in two-hop neighborhood, we might be able to decrease the probabilit=
y of cell re-allocation at the cost of increasing the network overhead (cau=
sed by exchanging occupied cells info).  



 


Qin, Thomas-


I completely agree with=
 you that without monitoring processing, the collision-free communication i=
s not achievable, in a distributed manner.



I attached a Figure<=
/b> to illustrate the concept more clearly for others as well. In summary, =
in order to choose a
soft link on edge (A, B) (as is shown in Figure (a)), the =93cell us=
age information=94 might be helpful during the
soft link negotiation. Those information (i) enables node A to propo=
se a set of unused cells in his neighborhood (as is shown in Figure (b)) as=
 candidate cells in the Link Reservation Request , and (ii) enables =
node B to pick up a cell that is
 not used either in his neighborhood (as is shown in Figure (c)) and then r=
eply by
Link Reservation Response. 


For sure this method mi=
ght have some costs (e.g. increasing the management overhead) and might not=
 be suitable for those applications that doesn=92t have every dense schedul=
e. But it might be affordable for those
 applications that require dense schedules, at the cost of more management =
overhead. 



In addition, I would li=
ke to add one approaches to the Thomas=92s list:



1. pick a new soft cell=
 randomly in the schedule, and rely on the monitoring process to move that =
in the schedule. Extremely simple and lightweight approach.


2. have each node annou=
nce its schedule periodically (through custom IEs in the EBs, or through so=
me other mechanism), and use that information during negotiation =
Potentially more efficient, but possibly much
 more overhead.


3. the combination o=
f (2) and monitoring process.



As Thomas mentioned, th=
ere could be a different boundaries in which using methods (1), (2) or (3) =
would be considerable. As Kris and Thomas suggest, I think evaluating diffe=
rent scenarios (i.e. regular schedule
 and dense schedule) can be useful to clarify those boundaries. To measure =
the network goodput and management overhead in those approaches.



 


Xavi-


I agree with you that h=
aving multiple slotFrames with different length, make it difficult to use b=
itmap in the very dense schedule. In this case, we might look for a better =
way. For instance, considering the request-response
 mechanism and/or exchanging the changes in a node=92s cell usages b=
itmap instead of reporting all cell usage bitmap periodically. 



 


In this figure I assume=
d that the Tx range and interference ranges are equal. In the realistic set=
ting that those ranges are not equal, the monitoring process will be useful=
.


 




 


Best Wishes,


Pouria  


 


 


 






From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@=
ietf.org]
On Behalf Of Kris Pister

Sent: Tuesday, June 18, 2013 10:42 PM

To: 6tsch@ietf.org

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames






 


Pouria - 

 this is good stuff, and I'm glad to see you pursuing it.  When w=
e first started talking about working in the IETF to standardize the gap be=
tween 6lowpan and 15.4e I thought that surely all of those IP devotees, who=
 had been so certain that centralized network
 management didn't work, would step up and demonstrate how to do it right w=
ith a distributed approach.  I do think that you can build perfectly g=
ood networks this way, and in fact we'll have some advantages over centrall=
y managed networks - speed and mobility
 for sure, I'm not convinced about scalability.



Bitmaps of occupied TX and RX cells in Information Elements seems like a go=
od idea to me - maybe there are better ways to do it.  The one thing t=
hat I would ask is that you not make it a *requirement* that these IEs be i=
n EBs.  I have no problem if you want
 to make it optional, for those networks that want to use it, or even manda=
tory as a response to a request.  But please let's not burden every EB=
 with that information.



Clearly having complete knowledge of the neighbor link tables enables you t=
o optimize link schedules.  I'm curious to know, though, how well you =
can do with just random choice, with some feedback on bad links.  If w=
e look at randomly assigned links in a superframe
 with L_max cells (=3DS slots * C channels), and consider the collision dom=
ain to be the union of the neighbors of mote A and mote B (conservative, bu=
t the bound is achieved occasionally in practice), then the probability tha=
t a cell is unoccupied is


P0 =3D e^-GL where

GL =3D L_a / L_max where 

L_a is the number of assigned cells (either TX, or RX, or both).



If we're using 15.4e at 2.4GHz, then C is probably 15.  If this local =
piece of the network has scheduled on average something in every slot, then=
 GL=3D1/15, and P0=3D0.94.  So randomly selected links are usually goi=
ng to work.  Having an average of one link assigned
 per slot in a given two mote neighborhood is really high, at least for any=
 network that I've ever built or sold.  Sometimes we approach this at =
the DAG root.  This is not to say that transmitting neighbor tables is=
 not a good thing, just that you can build
 a lot of applications with very simple (random) cell allocation.  So =
sending the neighbor tables is not necessary for many/most networks, but wo=
uld be a nice option to have for future optimizations.



ksjp



p.s. an interesting question arises about the goodput of a random link assi=
gnment approach.  Many of the links will be non-colliding.  Those=
 that do collide will exhibit slotted aloha collision statistics...or will =
they?  With a mix of non-colliding and potentially
 colliding links at each mote, what is the network goodput?  I'm sure =
that someone has written a paper on this for MPLS or something, but I've ne=
ver seen one.




On 6/10/2013 3:09 AM, 
P.Zand@utwente.nl wrote:






Dear All,


Regarding to our last call on Friday,  I would =
like to continue this discussion about the maximum number of links=92 infor=
mation (or =93link object=94) that can be included in EB? Can we think abou=
t sending the information about the entire reserved
 links/cells in the EB(s)? I would like to know, Is there any way to define=
 a CellBitMap to enable us to include the entire reserved links/cells by ea=
ch node in the one or several EB(s)?


 


Our motivation:


In the distributed approach, this information can be=
 used by the receivers to schedule (internal) collision-free[*] links with =
others. In this case, this information is not just used for enabling the re=
ceivers to contact with the sender
 of ADV/EB. This information enables the receivers to collect the list of u=
sed cells in their neighborhood. The content of information in each =93link=
 object=94 can be different from the existing information in the EB for eac=
h link. For instance, the link option
 or link type might not be needed in this case. On the other hand, neighbor=
 ID (the other side of link) might be needed to be included in the =93link =
object=94.



In order to create a soft link, based on this inform=
ation about its neighborhood, Node A in the
Link Reservation Request may suggest the set of (internal) collision=
-free links to the receiver. The receiver (Node B) also based on this infor=
mation in its own neighborhood, will choose one link from the suggested lin=
ks that is also free in its neighborhood
 (that might be different from sender's neighborhood) and reply to the send=
er by 
Link Reservation Response.


 


[*] In realistic setting, where the interference ran=
ge is more than transmission range, this information will not guarantee the=
 completely (internal) collision-free communication. But it can be used to =
not repeat the reserved cells in our
 two-hop neighborhood. In addition, the collision caused by a pair of nodes=
 who are using the same cell in outside of two-hop neighborhood can be dete=
cted, by monitoring the status of that reserved cell (By considering the me=
chanisms discussed in =932.8 Monitoring=94
 section in draft-wang-6tsch-6tus-00).


 


Best wishes,


Pouria Zand











_______________________________________________


6tsch mailing list


6tsch@ietf.org=



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




 












--_000_F085911F642A6847987ADA23E611780D185689C8hoshiunilux_--

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From P.Zand@utwente.nl  Wed Jun 19 06:48:45 2013
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Thread-Topic: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Hi Maria Rita,
Many thanks for your comments.
Please note that for sure in this mechanism we will have more communication=
 overhead. The point is address the requirements of those applications that=
 might require very dense schedule.
Regarding to your comment about the redundant information, node A does not =
use this information just for negotiation with node B to create a soft link=
. Node A might need to create a soft link with other neighbors (e.g. C, D, =
or E), then node A will use that information to create a soft link with the=
m as well.
I think Kris provide a complete explanation, that why random approach will =
be satisfactory for most of the applications with regular requirements.
Best Wishes,
Pouria


From: Maria Rita PALATTELLA [mailto:maria-rita.palattella@uni.lu]
Sent: Wednesday, June 19, 2013 3:24 PM
To: Zand, P. (EWI); pister@eecs.berkeley.edu; 6tsch@ietf.org
Subject: RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Dear Pouria, all,

many thanks for this very interesting discussion. I have few additional com=
ments.

I am afraid the "cell usage information"  exchange can generate a lot of ov=
erhead. For instance, one thing that comes in my mind is the generation of =
redundant information. If you look at  Fig. (b) and (c), you can notice tha=
t most of node A's  2-hop neighbors are also node B's two-hop neighbors (th=
e two-hop ranges mainly overlap).Then, I wonder why we should transmit the =
same information twice?
For sure, node A will not suggest in its Link Reservation Request to node B=
 a cell that is used by their common neighbors. Do you agree with me? Or am=
 I missing something?

Moreover I am not in favor of the random approach (1) you are suggesting. A=
cting in a very blind way, will give extra-work to the monitoring process, =
and then to the re-scheduling procedure.
I would prefer to carefully select the cells, instead of keeping in monitor=
ing and reallocating them.

Best regards,
Maria Rita


From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of P=
.Zand@utwente.nl
Sent: Wednesday, June 19, 2013 3:18 PM
To: qinwang@berkeley.edu
Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Qin,

Many thanks for your comment. I see your point.

For sure exchanging just changes might not be a good solution. In addition,=
 the existing node might lose some information about the changes, due to th=
e possible interference and packet drops.
So, I think we need to think more about the possible solutions.
Just as a quick response we might have active and passive approaches:


  1.  Active approach (Request-response mechanism): The combination of requ=
esting the changes and all cell usages might work. For instance, we might c=
onsider the request-response mechanism for the new node, to get all cell us=
ages from its neighbors, upon joining. Then the new node might be able to p=
eriodically use the same mechanism to ask about the changes in the neighbor=
s' cell usage.
  2.  Passive approach (Broadcasting mechanism): We might be able to segmen=
t those information into several segments and consider index for each segme=
nt. We might need to broadcast several messages to report all cell usage. E=
ach node periodically broadcasts those information.
  3.  Hybrid approach (Request-response and broadcasting mechanism): Each n=
ode broadcast the changes that are identified by the sequence number period=
ically. The new node that joins the network (or old device who has not rece=
ived the changes from its neighbor for a while or missed some segments), mi=
ght use the request-response mechanism for asking the all cell usages.

Am I right?
Pouria


From: Qin Wang [mailto:qinwang@berkeley.edu]
Sent: Wednesday, June 19, 2013 2:14 PM
To: Zand, P. (EWI)
Cc: pister@eecs.berkeley.edu; 6tsch@ietf.o=
rg
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Pouria,

Just one comment on "exchanging the changes in a node's cell usages bitmap =
instead of reporting all cell usage bitmap periodically."

I think one of motivations to use decentralized reservation is dealing with=
 mobility. That means nodes are joining and leaving relatively frequently. =
So, exchanging the changes may not give the moving node the picture of cell=
 usage around it,

Thought?
Qin

On Wed, Jun 19, 2013 at 7:47 PM, > wrote:
Dear Kris, All,
Many thanks for your complete explanation. I completely agree with you that=
 "Bitmaps of occupied cells" can be sent in possible other ways and there i=
s no "requirement" to just include those information in EB. As you mentione=
d, we can make it optional for some applications and/or use another mechani=
sms (e.g. request-response) to get those information from the neighbors. Fo=
r those possible applications that might need very dense schedules (more th=
an one link per slot) in two-hop neighborhood, we might be able to decrease=
 the probability of cell re-allocation at the cost of increasing the networ=
k overhead (caused by exchanging occupied cells info).

Qin, Thomas-
I completely agree with you that without monitoring processing, the collisi=
on-free communication is not achievable, in a distributed manner.
I attached a Figure to illustrate the concept more clearly for others as we=
ll. In summary, in order to choose a soft link on edge (A, B) (as is shown =
in Figure (a)), the "cell usage information" might be helpful during the so=
ft link negotiation. Those information (i) enables node A to propose a set =
of unused cells in his neighborhood (as is shown in Figure (b)) as candidat=
e cells in the Link Reservation Request , and (ii) enables node B to pick u=
p a cell that is not used either in his neighborhood (as is shown in Figure=
 (c)) and then reply by Link Reservation Response.
For sure this method might have some costs (e.g. increasing the management =
overhead) and might not be suitable for those applications that doesn't hav=
e every dense schedule. But it might be affordable for those applications t=
hat require dense schedules, at the cost of more management overhead.
In addition, I would like to add one approaches to the Thomas's list:
1. pick a new soft cell randomly in the schedule, and rely on the monitorin=
g process to move that in the schedule. Extremely simple and lightweight ap=
proach.
2. have each node announce its schedule periodically (through custom IEs in=
 the EBs, or through some other mechanism), and use that information during=
 negotiation Potentially more efficient, but possibly much more overhead.
3. the combination of (2) and monitoring process.
As Thomas mentioned, there could be a different boundaries in which using m=
ethods (1), (2) or (3) would be considerable. As Kris and Thomas suggest, I=
 think evaluating different scenarios (i.e. regular schedule and dense sche=
dule) can be useful to clarify those boundaries. To measure the network goo=
dput and management overhead in those approaches.

Xavi-
I agree with you that having multiple slotFrames with different length, mak=
e it difficult to use bitmap in the very dense schedule. In this case, we m=
ight look for a better way. For instance, considering the request-response =
mechanism and/or exchanging the changes in a node's cell usages bitmap inst=
ead of reporting all cell usage bitmap periodically.

In this figure I assumed that the Tx range and interference ranges are equa=
l. In the realistic setting that those ranges are not equal, the monitoring=
 process will be useful.

[cid:image001.png@01CE6D04.73BCC190]

Best Wishes,
Pouria



From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Kris Pister
Sent: Tuesday, June 18, 2013 10:42 PM
To: 6tsch@ietf.org
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Pouria -
 this is good stuff, and I'm glad to see you pursuing it.  When we first st=
arted talking about working in the IETF to standardize the gap between 6low=
pan and 15.4e I thought that surely all of those IP devotees, who had been =
so certain that centralized network management didn't work, would step up a=
nd demonstrate how to do it right with a distributed approach.  I do think =
that you can build perfectly good networks this way, and in fact we'll have=
 some advantages over centrally managed networks - speed and mobility for s=
ure, I'm not convinced about scalability.

Bitmaps of occupied TX and RX cells in Information Elements seems like a go=
od idea to me - maybe there are better ways to do it.  The one thing that I=
 would ask is that you not make it a *requirement* that these IEs be in EBs=
.  I have no problem if you want to make it optional, for those networks th=
at want to use it, or even mandatory as a response to a request.  But pleas=
e let's not burden every EB with that information.

Clearly having complete knowledge of the neighbor link tables enables you t=
o optimize link schedules.  I'm curious to know, though, how well you can d=
o with just random choice, with some feedback on bad links.  If we look at =
randomly assigned links in a superframe with L_max cells (=3DS slots * C ch=
annels), and consider the collision domain to be the union of the neighbors=
 of mote A and mote B (conservative, but the bound is achieved occasionally=
 in practice), then the probability that a cell is unoccupied is
P0 =3D e^-GL where
GL =3D L_a / L_max where
L_a is the number of assigned cells (either TX, or RX, or both).

If we're using 15.4e at 2.4GHz, then C is probably 15.  If this local piece=
 of the network has scheduled on average something in every slot, then GL=
=3D1/15, and P0=3D0.94.  So randomly selected links are usually going to wo=
rk.  Having an average of one link assigned per slot in a given two mote ne=
ighborhood is really high, at least for any network that I've ever built or=
 sold.  Sometimes we approach this at the DAG root.  This is not to say tha=
t transmitting neighbor tables is not a good thing, just that you can build=
 a lot of applications with very simple (random) cell allocation.  So sendi=
ng the neighbor tables is not necessary for many/most networks, but would b=
e a nice option to have for future optimizations.

ksjp

p.s. an interesting question arises about the goodput of a random link assi=
gnment approach.  Many of the links will be non-colliding.  Those that do c=
ollide will exhibit slotted aloha collision statistics...or will they?  Wit=
h a mix of non-colliding and potentially colliding links at each mote, what=
 is the network goodput?  I'm sure that someone has written a paper on this=
 for MPLS or something, but I've never seen one.
On 6/10/2013 3:09 AM, P.Zand@utwente.nl wrote:
Dear All,
Regarding to our last call on Friday,  I would like to continue this discus=
sion about the maximum number of links' information (or "link object") that=
 can be included in EB? Can we think about sending the information about th=
e entire reserved links/cells in the EB(s)? I would like to know, Is there =
any way to define a CellBitMap to enable us to include the entire reserved =
links/cells by each node in the one or several EB(s)?

Our motivation:
In the distributed approach, this information can be used by the receivers =
to schedule (internal) collision-free[*] links with others. In this case, t=
his information is not just used for enabling the receivers to contact with=
 the sender of ADV/EB. This information enables the receivers to collect th=
e list of used cells in their neighborhood. The content of information in e=
ach "link object" can be different from the existing information in the EB =
for each link. For instance, the link option or link type might not be need=
ed in this case. On the other hand, neighbor ID (the other side of link) mi=
ght be needed to be included in the "link object".
In order to create a soft link, based on this information about its neighbo=
rhood, Node A in the Link Reservation Request may suggest the set of (inter=
nal) collision-free links to the receiver. The receiver (Node B) also based=
 on this information in its own neighborhood, will choose one link from the=
 suggested links that is also free in its neighborhood (that might be diffe=
rent from sender's neighborhood) and reply to the sender by Link Reservatio=
n Response.

[*] In realistic setting, where the interference range is more than transmi=
ssion range, this information will not guarantee the completely (internal) =
collision-free communication. But it can be used to not repeat the reserved=
 cells in our two-hop neighborhood. In addition, the collision caused by a =
pair of nodes who are using the same cell in outside of two-hop neighborhoo=
d can be detected, by monitoring the status of that reserved cell (By consi=
dering the mechanisms discussed in "2.8 Monitoring" section in draft-wang-6=
tsch-6tus-00).

Best wishes,
Pouria Zand


_______________________________________________

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_76EA352C3C95BB42A2C4F2EE6493AD6E4DA450C5EXMBX23adutwent_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hi Maria Rita,


Many thanks for your comments.


Please note that for sure in this mechanism we will =
have more communication overhead. The point is address the requirements of =
those applications that might require very dense schedule.



Regarding to your comment about the redundant inform=
ation, node A does not use this information just for negotiation with node =
B to create a soft link. Node A might need to create a soft link with other=
 neighbors (e.g. C, D, or E), then
 node A will use that information to create a soft link with them as well.<=
o:p>


I think Kris provide a complete explanation, that wh=
y random approach will be satisfactory for most of the applications with re=
gular requirements.



Best Wishes,


Pouria


 


 


From: Maria Ri=
ta PALATTELLA [mailto:maria-rita.palattella@uni.lu]


Sent: Wednesday, June 19, 2013 3:24 PM

To: Zand, P. (EWI); pister@eecs.berkeley.edu; 6tsch@ietf.org

Subject: RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 

Dear Pouria, all,



many thanks for this very interesting discussion. I have few additional com=
ments.



I am afraid the “cell usage information”  exchange can gen=
erate a lot of overhead. For instance, one thing that comes in my mind is t=
he generation of redundant information. If you look at  Fig. (b) and (=
c), you can notice that most of node A's  2-hop neighbors
 are also node B's two-hop neighbors (the two-hop ranges mainly overlap).Th=
en, I wonder why we should transmit the same information twice?


For sure, node A will not suggest in its Link Reservation Request to=
 node B a cell that is used by their common neighbors. Do you agree with me=
? Or am I missing something?



Moreover I am not in favor of the random approach (1) you are suggesting. A=
cting in a very blind way, will give extra-work to the monitoring process, =
and then to the re-scheduling procedure.

I would prefer to carefully select the cells, instead of keeping in monitor=
ing and reallocating them.



Best regards,

Maria Rita


 <=
/p>

 <=
/p>





From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of P.Zand@utwente.nl

Sent: Wednesday, June 19, 2013 3:18 PM

To: qinwang@berkeley.edu

Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames






 


Hi Qin,=



 <=
/p>

Many thanks for your comm=
ent. I see your point.


 <=
/p>

For sure exchanging just =
changes might not be a good solution. In addition, the existing node might =
lose some information about the changes, due to the possible
 interference and packet drops. 


So, I think we need to th=
ink more about the possible solutions.


Just as a quick response =
we might have active and passive approaches:


 <=
/p>

    

  1. =
Active approach (Request-response mechanism):
 The combination of requesting the changes and all cell usages might work. =
For instance, we might consider the
request-response mechanism for the new node, to get all cell usages =
from its neighbors, upon joining. Then the new node might be able to period=
ically use the
same mechanism to ask about the changes in the neighbors’ cell=
 usage. 

  2. Passive approach (Broadcasting mechanism):
 We might be able to segment those information into several segments and co=
nsider index for each segment. We might need to broadcast several messages =
to report all cell usage. Each node periodically broadcasts those informati=
on.     
  3. Hybrid appr=
oach (Request-response and broadcasting mechanism):
Each node
broadcast the changes that are identified by the sequence number period=
ically. The new node that joins the network (or old device who has not rece=
ived the changes from its neighbor for a while or missed some segments), mi=
ght use the
request-response mechanism for asking the all cell usages.  &nb=
sp;   


Am I right?


Pouria<=
/p>

 <=
/p>

 <=
/p>

From: Qin Wang=
 [mailto:qinwang@berkeley.edu]


Sent: Wednesday, June 19, 2013 2:14 PM

To: Zand, P. (EWI)

Cc: pister@eecs.berkeley=
.edu;
6tsch@ietf.org

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




Hi Pouria,




 






Just one comment on "exchanging the&=
nbsp;changes in a node’s cell usages bitmap instead of re=
porting all cell usage bitmap periodically."






 






I think one of motivations to use decentralized rese=
rvation is dealing with mobility. That means nodes are joining and leaving =
relatively frequently. So, exchanging the changes=
 may
 not give the moving node the picture of cell usage around it,





 






Thought?






Qin








 




On Wed, Jun 19, 2013 at 7:47 PM, <P.Zand@utwente.nl> wrote:







Dear Kris, All,



Many thanks for your complete explanation. I completely agree with you that=
 “Bitmaps of occupied cells” can be sent in possible other ways=
 and there is no “requirement” to just include those informatio=
n in EB. As you mentioned, we can make it optional for some
 applications and/or use another mechanisms (e.g. request-response) to get =
those information from the neighbors. For those possible applications that =
might need very dense schedules (more than one link per slot) in two-hop ne=
ighborhood, we might be able to
 decrease the probability of cell re-allocation at the cost of increasing t=
he network overhead (caused by exchanging occupied cells info).  




 



Qin, Thomas-



I completely agree with you that without monitoring processing, the collisi=
on-free communication is not achievable, in a distributed manner.




I attached a Figure to illustrate the concept more clearly for other=
s as well. In summary, in order to choose a
soft link on edge (A, B) (as is shown in Figure (a)), the “cel=
l usage information” might be helpful during the
soft link negotiation. Those information (i) enables node A to propo=
se a set of unused cells in his neighborhood (as is shown in Figure (b)) as=
 candidate cells in the Link Reservation Request , and (ii) enables =
node B to pick up a cell that is
 not used either in his neighborhood (as is shown in Figure (c)) and then r=
eply by
Link Reservation Response. 



For sure this method might have some costs (e.g. increasing the management =
overhead) and might not be suitable for those applications that doesn’=
;t have every dense schedule. But it might be affordable for those applicat=
ions that require dense schedules, at
 the cost of more management overhead.  



In addition, I would like to add one approaches to the Thomas’s list:=
 





1. pick a new soft cell randomly in the schedule, and rely on the monitorin=
g process to move that in the schedule. Extremely simple and lightweight ap=
proach.



2. have each node announce its schedule periodically (through custom IEs in=
 the EBs, or through some other mechanism), and use that information during=
 negotiation Potentially more efficient, but possibly much more o=
verhead.





3. the combination of (2) and monitoring process. 



As Thomas mentioned, there could be a different boundaries in which using m=
ethods (1), (2) or (3) would be considerable. As Kris and Thomas suggest, I=
 think evaluating different scenarios (i.e. regular schedule and dense sche=
dule) can be useful to clarify those
 boundaries. To measure the network goodput and management overhead in thos=
e approaches.




 



Xavi-



I agree with you that having multiple slotFrames with different length, mak=
e it difficult to use bitmap in the very dense schedule. In this case, we m=
ight look for a better way. For instance, considering the request-response =
mechanism and/or exchanging the
changes in a node’s cell usages bitmap instead of reporting al=
l cell usage bitmap periodically. 




 



In this figure I assumed that the Tx range and interference ranges are equa=
l. In the realistic setting that those ranges are not equal, the monitoring=
 process will be useful.



 




 


Best Wishes,


Pouria 



 


 


 






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

Sent: Tuesday, June 18, 2013 10:42 PM

To: 6tsch@ietf.o=
rg

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames










 


Pouria -


 this is good stuff, and I'm glad to see you pursuing it.  When w=
e first started talking about working in the IETF to standardize the gap be=
tween 6lowpan and 15.4e I thought that surely all of those IP devotees, who=
 had been so certain that centralized network
 management didn't work, would step up and demonstrate how to do it right w=
ith a distributed approach.  I do think that you can build perfectly g=
ood networks this way, and in fact we'll have some advantages over centrall=
y managed networks - speed and mobility
 for sure, I'm not convinced about scalability.



Bitmaps of occupied TX and RX cells in Information Elements seems like a go=
od idea to me - maybe there are better ways to do it.  The one thing t=
hat I would ask is that you not make it a *requirement* that these IEs be i=
n EBs.  I have no problem if you want
 to make it optional, for those networks that want to use it, or even manda=
tory as a response to a request.  But please let's not burden every EB=
 with that information.



Clearly having complete knowledge of the neighbor link tables enables you t=
o optimize link schedules.  I'm curious to know, though, how well you =
can do with just random choice, with some feedback on bad links.  If w=
e look at randomly assigned links in a superframe
 with L_max cells (=3DS slots * C channels), and consider the collision dom=
ain to be the union of the neighbors of mote A and mote B (conservative, bu=
t the bound is achieved occasionally in practice), then the probability tha=
t a cell is unoccupied is


P0 =3D e^-GL where

GL =3D L_a / L_max where 

L_a is the number of assigned cells (either TX, or RX, or both).



If we're using 15.4e at 2.4GHz, then C is probably 15.  If this local =
piece of the network has scheduled on average something in every slot, then=
 GL=3D1/15, and P0=3D0.94.  So randomly selected links are usually goi=
ng to work.  Having an average of one link assigned
 per slot in a given two mote neighborhood is really high, at least for any=
 network that I've ever built or sold.  Sometimes we approach this at =
the DAG root.  This is not to say that transmitting neighbor tables is=
 not a good thing, just that you can build
 a lot of applications with very simple (random) cell allocation.  So =
sending the neighbor tables is not necessary for many/most networks, but wo=
uld be a nice option to have for future optimizations.



ksjp



p.s. an interesting question arises about the goodput of a random link assi=
gnment approach.  Many of the links will be non-colliding.  Those=
 that do collide will exhibit slotted aloha collision statistics...or will =
they?  With a mix of non-colliding and potentially
 colliding links at each mote, what is the network goodput?  I'm sure =
that someone has written a paper on this for MPLS or something, but I've ne=
ver seen one.




On 6/10/2013 3:09 AM,
P.Zand@utwente.nl wrote:






Dear All,


Regarding to our last call on Friday,  I would like to contin=
ue this discussion about the maximum number of links’ information (or=
 “link object”) that can be included in EB? Can
 we think about sending the information about the entire reserved links/cel=
ls in the EB(s)? I would like to know, Is there any way to define a CellBit=
Map to enable us to include the entire reserved links/cells by each node in=
 the one or several EB(s)?


 


Our motivation:


In the distributed approach, this information can be used by the r=
eceivers to schedule (internal) collision-free[*] links with others. In thi=
s case, this information is not just
 used for enabling the receivers to contact with the sender of ADV/EB. This=
 information enables the receivers to collect the list of used cells in the=
ir neighborhood. The content of information in each “link object̶=
1; can be different from the existing information
 in the EB for each link. For instance, the link option or link type might =
not be needed in this case. On the other hand, neighbor ID (the other side =
of link) might be needed to be included in the “link object”.



In order to create a soft link, based on this information about it=
s neighborhood, Node A in the
Link Reservation Request may suggest the set of (internal) collision=
-free links to the receiver. The receiver (Node B) also based on this infor=
mation in its own neighborhood, will choose one link from the suggested lin=
ks that is also free in its neighborhood
 (that might be different from sender's neighborhood) and reply to the send=
er by 
Link Reservation Response.


 


[*] In realistic setting, where the interference range is more tha=
n transmission range, this information will not guarantee the completely (i=
nternal) collision-free communication.
 But it can be used to not repeat the reserved cells in our two-hop neighbo=
rhood. In addition, the collision caused by a pair of nodes who are using t=
he same cell in outside of two-hop neighborhood can be detected, by monitor=
ing the status of that reserved
 cell (By considering the mechanisms discussed in “2.8 MonitoringR=
21; section in draft-wang-6tsch-6tus-00).


 


Best wishes,


Pouria Zand


 


_______________________________________________


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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From qinwang@berkeley.edu  Wed Jun 19 08:21:10 2013
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Date: Wed, 19 Jun 2013 23:21:08 +0800
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From: Qin Wang 
To: 6tsch@ietf.org, wangqin@ies.ustb.edu.cn
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Subject: [6tsch]  support to installing Tracks
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--047d7bdc10e411262d04df8361c3
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Hi all,

We have had many discussions on Track related topic in threads like
"Routing vs switching". I would like to discuss more about what 6tus should
provide to install a Track, including installing both hard cell based Track
and soft cell based Track.

My understanding is what we can do now is as follows.
(1)  add hard cells along the path, with Cell Commands
(2) specify the mapping between each incoming cell and outgoing cell along
the path, with Label Switching Commands

If my understanding is correct, I can see the following problem: It need
more bandwidth. For example, when you add a hard cell between nodeA and
nodeB, one global communication from PCE to nodeA, and one local
communication from nodeA to nodeB are needed. But for the Label Switching
command, additional two communications, i.e. from PCE to nodeA and from PCE
to nodeB are also needed. In addition, if a given track consists more than
one incoming cells and outgoing cells, more bandwidth for installing the
track will be consumed.

Thus, I would like to suggest to use TrackID to associate incoming cells
and outgoing cells. For sure, the TrackID will not appear in packet, it is
just used to establish the relationship between incoming cells and outgoing
cells. i.e.
(1) add TrackID as a parameter of Cell commands.
(2) same procedure of adding/removing hard cell or soft cell as before.
(3) while receiving adding hard cell or soft cell command,  fill the Track
table with the TrackID. In the Track table, Rx cells are the incoming cells
and Tx cells are the outgoing cells. And then, from TSCH's point of view,
 the schedule is the overlap of all Track tables.

How do you think?

Qin

--047d7bdc10e411262d04df8361c3
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Hi all,
=

We hav=
e had many discussions on Track related topic in threads like "Routing=
 vs switching". I would like to discuss more about what 6tus should pr=
ovide to install a Track, including installing both hard cell based Track a=
nd soft cell based Track.



My understanding is wh=
at we can do now is as follows.

(1) =A0add hard cells along the path, with Cell Commands
(2) specify the mapping b=
etween each incoming cell and outgoing cell along the path, with=A0Label Sw=
itching Commands



If my understanding is=
 correct, I can see the following problem: It need more bandwidth. For exam=
ple, when you add a hard cell between nodeA and nodeB, one global communica=
tion from PCE to nodeA, and one local communication from nodeA to nodeB are=
 needed. But for the Label Switching command, additional two communications=
, i.e. from PCE to nodeA and from PCE to nodeB are also needed. In addition=
, if a given track consists more than one incoming cells and outgoing cells=
, more bandwidth for installing the track will be consumed.



Thus, I would like to =
suggest to use TrackID to associate incoming cells and outgoing cells. For =
sure, the TrackID will not appear in packet, it is just used to establish t=
he relationship between incoming cells and outgoing cells. i.e.


(1) add TrackID =
as a parameter of Cell commands.
(2) same procedure of adding/removing hard cell or so=
ft cell as before.


(3) while receiv=
ing adding hard cell or soft cell command, =A0fill the Track table with the=
 TrackID. In the Track table, Rx cells are the incoming cells and Tx cells =
are the outgoing cells. And then, from TSCH's point of view, =A0the sch=
edule is the overlap of all Track tables.



How do you think?


Qin


--047d7bdc10e411262d04df8361c3--

From xvilajosana@eecs.berkeley.edu  Wed Jun 19 11:00:54 2013
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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This problem is not new, in P2P communities I've seen many different 
approaches to deal with keeping a distributed state (consistency). I 
think there are 2 main directions, pessimistic and optimistic, 
pessimistic approaches aim to enforce all nodes with the same 
information which requires transmitting the exact state to the 
neighbours and make sure it is installed there, usually this is done in 
master-slave architectures where the master tells the slaves what to do 
and won't fit to our scenario (this is the PCE case in fact)

A more scalable approach is to tolerate a little bit of 
de-synchronization (optimistic consistency) and think that eventually 
all nodes will learn about the scheduling state. With that approach we 
can have scheduling problems in case 2 nodes do not have their schedule 
completely synchronized, however monitoring can help to detect that and 
correct eventually. My opinion is that the schedule does not change so 
much so having optimistic approaches would work well (in terms of 
scalability). To achieve that, nodes might send portions of their 
schedule, assuming that eventually all schedule will be sent, it will 
take time but neighbours might learn all information from others 
"eventually".

As Kris said, however, we need to find how useful that will be and what 
are the cases where this will work better than just simple random 
selection and monitoring, assuming our schedules are sparse. If this is 
an optional feature seems that all cases can be covered.

regards,
Xavi




Al 19/06/13 06:48, En/na P.Zand@utwente.nl ha escrit:
>
> Hi Maria Rita,
>
> Many thanks for your comments.
>
> Please note that for sure in this mechanism we will have more 
> communication overhead. The point is address the requirements of those 
> applications that might require very dense schedule.
>
> Regarding to your comment about the redundant information, node A does 
> not use this information just for negotiation with node B to create a 
> soft link. Node A might need to create a soft link with other 
> neighbors (e.g. C, D, or E), then node A will use that information to 
> create a soft link with them as well.
>
> I think Kris provide a complete explanation, that why random approach 
> will be satisfactory for most of the applications with regular 
> requirements.
>
> Best Wishes,
>
> Pouria
>
> *From:*Maria Rita PALATTELLA [mailto:maria-rita.palattella@uni.lu]
> *Sent:* Wednesday, June 19, 2013 3:24 PM
> *To:* Zand, P. (EWI); pister@eecs.berkeley.edu; 6tsch@ietf.org
> *Subject:* RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon 
> frames
>
> Dear Pouria, all,
>
> many thanks for this very interesting discussion. I have few 
> additional comments.
>
> I am afraid the "cell usage information"  exchange can generate a lot 
> of overhead. For instance, one thing that comes in my mind is the 
> generation of redundant information. If you look at  Fig. (b) and (c), 
> you can notice that most of node A's  2-hop neighbors are also node 
> B's two-hop neighbors (the two-hop ranges mainly overlap).Then, I 
> wonder why we should transmit the same information twice?
> For sure, node A will not suggest in its *Link Reservation Request* to 
> node B a cell that is used by their common neighbors. Do you agree 
> with me? Or am I missing something?
>
> Moreover I am not in favor of the random approach (1) you are 
> suggesting. Acting in a very blind way, will give extra-work to the 
> monitoring process, and then to the re-scheduling procedure.
> I would prefer to carefully select the cells, instead of keeping in 
> monitoring and reallocating them.
>
> Best regards,
> Maria Rita
>
> *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On 
> Behalf Of *P.Zand@utwente.nl
> *Sent:* Wednesday, June 19, 2013 3:18 PM
> *To:* qinwang@berkeley.edu
> *Cc:* 6tsch@ietf.org; pister@eecs.berkeley.edu
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon 
> frames
>
> Hi Qin,
>
> Many thanks for your comment. I see your point.
>
> For sure exchanging just changes might not be a good solution. In 
> addition, the existing node might lose some information about the 
> changes, due to the possible interference and packet drops.
>
> So, I think we need to think more about the possible solutions.
>
> Just as a quick response we might have active and passive approaches:
>
>  1. *Active approach (Request-response mechanism)*: The combination of
>     requesting the changes and all cell usages might work. For
>     instance, we might consider the *request-response* mechanism for
>     the new node, to get all cell usages from its neighbors, upon
>     joining. Then the new node might be able to periodically use the
>     *same* mechanism to ask about the changes in the neighbors' cell
>     usage.
>  2. *Passive approach (Broadcasting mechanism)*: We might be able to
>     segment those information into several segments and consider index
>     for each segment. We might need to broadcast several messages to
>     report all cell usage. Each node periodically broadcasts those
>     information.
>  3. *Hybrid approach (Request-response and broadcasting mechanism):
>     *Each node**broadcast the changes that are identified by the
>     sequence number periodically. The new node that joins the network
>     (or old device who has not received the changes from its neighbor
>     for a while or missed some segments), might use the
>     *request-respons*e mechanism for asking the all cell usages.
>
> Am I right?
>
> Pouria
>
> *From:*Qin Wang [mailto:qinwang@berkeley.edu]
> *Sent:* Wednesday, June 19, 2013 2:14 PM
> *To:* Zand, P. (EWI)
> *Cc:* pister@eecs.berkeley.edu ; 
> 6tsch@ietf.org 
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon 
> frames
>
> Hi Pouria,
>
> Just one comment on "exchanging the *changes* in a node's cell usages 
> bitmap instead of reporting all cell usage bitmap periodically."
>
> I think one of motivations to use decentralized reservation is dealing 
> with mobility. That means nodes are joining and leaving relatively 
> frequently. So, exchanging the *changes* may not give the moving node 
> the picture of cell usage around it,
>
> Thought?
>
> Qin
>
> On Wed, Jun 19, 2013 at 7:47 PM,  > wrote:
>
> *Dear Kris, All,*
>
> Many thanks for your complete explanation. I completely agree with you 
> that "Bitmaps of occupied cells" can be sent in possible other ways 
> and there is no "requirement" to just include those information in EB. 
> As you mentioned, we can make it optional for some applications and/or 
> use another mechanisms (e.g. request-response) to get those 
> information from the neighbors. For those possible applications that 
> might need very dense schedules (more than one link per slot) in 
> two-hop neighborhood, we might be able to decrease the probability of 
> cell re-allocation at the cost of increasing the network overhead 
> (caused by exchanging occupied cells info).
>
> *Qin, Thomas-*
>
> I completely agree with you that without monitoring processing, the 
> collision-free communication is not achievable, in a distributed manner.
>
> I attached a *Figure* to illustrate the concept more clearly for 
> others as well. In summary, in order to choose a /soft link/ on edge 
> (A, B) (as is shown in Figure (a)), the "cell usage information" might 
> be helpful during the /soft link/ negotiation. Those information (i) 
> enables node A to propose a set of unused cells in his neighborhood 
> (as is shown in Figure (b)) as candidate cells in the*Link Reservation 
> Request* , and (ii) enables node B to pick up a cell that is not used 
> either in his neighborhood (as is shown in Figure (c)) and then reply 
> by *Link Reservation Response*.
>
> For sure this method might have some costs (e.g. increasing the 
> management overhead) and might not be suitable for those applications 
> that doesn't have every dense schedule. But it might be affordable for 
> those applications that require dense schedules, at the cost of more 
> management overhead.
>
> In addition, I would like to add one approaches to the Thomas's list:
>
> 1. pick a new soft cell randomly in the schedule, and rely on the 
> monitoring process to move that in the schedule. Extremely simple and 
> lightweight approach.
>
> 2. have each node announce its schedule periodically (through custom 
> IEs in the EBs, or through some other mechanism), and use that 
> information during negotiation Potentially more efficient, but 
> possibly much more overhead.
>
> *3. the combination of (2) and monitoring process*.
>
> As Thomas mentioned, there could be a different boundaries in which 
> using methods (1), (2) or (3) would be considerable. As Kris and 
> Thomas suggest, I think evaluating different scenarios (i.e. regular 
> schedule and dense schedule) can be useful to clarify those 
> boundaries. To measure the network goodput and management overhead in 
> those approaches.
>
> *Xavi-*
>
> I agree with you that having multiple slotFrames with different 
> length, make it difficult to use bitmap in the very dense schedule. In 
> this case, we might look for a better way. For instance, considering 
> the request-response mechanism and/or exchanging the *changes* in a 
> node's cell usages bitmap instead of reporting all cell usage bitmap 
> periodically.
>
> In this figure I assumed that the Tx range and interference ranges are 
> equal. In the realistic setting that those ranges are not equal, the 
> monitoring process will be useful.
>
> Best Wishes,
>
> Pouria
>
> *From:*6tsch-bounces@ietf.org  
> [mailto:6tsch-bounces@ietf.org ] *On 
> Behalf Of *Kris Pister
> *Sent:* Tuesday, June 18, 2013 10:42 PM
> *To:* 6tsch@ietf.org 
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon 
> frames
>
> Pouria -
>  this is good stuff, and I'm glad to see you pursuing it.  When we 
> first started talking about working in the IETF to standardize the gap 
> between 6lowpan and 15.4e I thought that surely all of those IP 
> devotees, who had been so certain that centralized network management 
> didn't work, would step up and demonstrate how to do it right with a 
> distributed approach.  I do think that you can build perfectly good 
> networks this way, and in fact we'll have some advantages over 
> centrally managed networks - speed and mobility for sure, I'm not 
> convinced about scalability.
>
> Bitmaps of occupied TX and RX cells in Information Elements seems like 
> a good idea to me - maybe there are better ways to do it.  The one 
> thing that I would ask is that you not make it a *requirement* that 
> these IEs be in EBs.  I have no problem if you want to make it 
> optional, for those networks that want to use it, or even mandatory as 
> a response to a request.  But please let's not burden every EB with 
> that information.
>
> Clearly having complete knowledge of the neighbor link tables enables 
> you to optimize link schedules.  I'm curious to know, though, how well 
> you can do with just random choice, with some feedback on bad links.  
> If we look at randomly assigned links in a superframe with L_max cells 
> (=S slots * C channels), and consider the collision domain to be the 
> union of the neighbors of mote A and mote B (conservative, but the 
> bound is achieved occasionally in practice), then the probability that 
> a cell is unoccupied is
> P0 = e^-GL where
> GL = L_a / L_max where
> L_a is the number of assigned cells (either TX, or RX, or both).
>
> If we're using 15.4e at 2.4GHz, then C is probably 15.  If this local 
> piece of the network has scheduled on average something in every slot, 
> then GL=1/15, and P0=0.94.  So randomly selected links are usually 
> going to work.  Having an average of one link assigned per slot in a 
> given two mote neighborhood is really high, at least for any network 
> that I've ever built or sold.  Sometimes we approach this at the DAG 
> root.  This is not to say that transmitting neighbor tables is not a 
> good thing, just that you can build a lot of applications with very 
> simple (random) cell allocation.  So sending the neighbor tables is 
> not necessary for many/most networks, but would be a nice option to 
> have for future optimizations.
>
> ksjp
>
> p.s. an interesting question arises about the goodput of a random link 
> assignment approach. Many of the links will be non-colliding.  Those 
> that do collide will exhibit slotted aloha collision statistics...or 
> will they?  With a mix of non-colliding and potentially colliding 
> links at each mote, what is the network goodput?  I'm sure that 
> someone has written a paper on this for MPLS or something, but I've 
> never seen one.
>
> On 6/10/2013 3:09 AM, P.Zand@utwente.nl  wrote:
>
>     Dear All,
>
>     Regarding to our last call on Friday,  I would like to continue
>     this discussion about the maximum number of links' information (or
>     "link object") that can be included in EB? Can we think about
>     sending the information about the entire reserved links/cells in
>     the EB(s)? I would like to know, Is there any way to define a
>     CellBitMap to enable us to include the entire reserved links/cells
>     by each node in the one or several EB(s)?
>
>     **
>
>     *Our motivation*:
>
>     In the distributed approach, this information can be used by the
>     receivers to schedule (internal) collision-free[*] links with
>     others. In this case, this information is not just used for
>     enabling the receivers to contact with the sender of ADV/EB. This
>     information enables the receivers to collect the list of used
>     cells in their neighborhood. The content of information in each
>     "link object" can be different from the existing information in
>     the EB for each link. For instance, the link option or link type
>     might not be needed in this case. On the other hand, neighbor ID
>     (the other side of link) might be needed to be included in the
>     "link object".
>
>     In order to create a soft link, based on this information about
>     its neighborhood, Node A in the *Link Reservation Request* may
>     suggest the set of (internal) collision-free links to the
>     receiver. The receiver (Node B) also based on this information in
>     its own neighborhood, will choose one link from the suggested
>     links that is also free in its neighborhood (that might be
>     different from sender's neighborhood) and reply to the sender by
>     *Link Reservation Response*.
>
>     [*] In realistic setting, where the interference range is more
>     than transmission range, this information will not guarantee the
>     completely (internal) collision-free communication. But it can be
>     used to not repeat the reserved cells in our two-hop neighborhood.
>     In addition, the collision caused by a pair of nodes who are using
>     the same cell in outside of two-hop neighborhood can be detected,
>     by monitoring the status of that reserved cell (By considering the
>     mechanisms discussed in "2.8 Monitoring" section in
>     draft-wang-6tsch-6tus-00).
>
>     Best wishes,
>
>     Pouria Zand
>
>     _______________________________________________
>
>     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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This problem is not new, in P2P
      communities I've seen many different approaches to deal with
      keeping a distributed state (consistency). I think there are 2
      main directions, pessimistic and optimistic, pessimistic
      approaches aim to enforce all nodes with the same information
      which requires transmitting the exact state to the neighbours and
      make sure it is installed there, usually this is done in
      master-slave architectures where the master tells the slaves what
      to do and won't fit to our scenario (this is the PCE case in fact)

      

      A more scalable approach is to tolerate a little bit of
      de-synchronization (optimistic consistency) and think that
      eventually all nodes will learn about the scheduling state. With
      that approach we can have scheduling problems in case 2 nodes do
      not have their schedule completely synchronized, however
      monitoring can help to detect that and correct eventually. My
      opinion is that the schedule does not change so much so having
      optimistic approaches would work well (in terms of scalability).
      To achieve that, nodes might send portions of their schedule,
      assuming that eventually all schedule will be sent, it will take
      time but neighbours might learn all information from others
      "eventually". 

      

      As Kris said, however, we need to find how useful that will be and
      what are the cases where this will work better than just simple
      random selection and monitoring, assuming our schedules are
      sparse. If this is an optional feature seems that all cases can be
      covered.

      

      regards,

      Xavi

       

      

      

      

      Al 19/06/13 06:48, En/na P.Zand@utwente.nl ha escrit:

    

    

      
      
      
      
      

        
Hi Maria Rita,

        
Many thanks for your comments.

        
Please note that for sure in this mechanism
          we will have more communication overhead. The point is address
          the requirements of those applications that might require very
          dense schedule.
          

        
Regarding to your comment about the
          redundant information, node A does not use this information
          just for negotiation with node B to create a soft link. Node A
          might need to create a soft link with other neighbors (e.g. C,
          D, or E), then node A will use that information to create a
          soft link with them as well.

        
I think Kris provide a complete
          explanation, that why random approach will be satisfactory for
          most of the applications with regular requirements.
          

        
Best Wishes,

        
Pouria

        
 

        
 

        
From:
            Maria Rita PALATTELLA [mailto:maria-rita.palattella@uni.lu]
            

            Sent: Wednesday, June 19, 2013 3:24 PM

            To: Zand, P. (EWI); pister@eecs.berkeley.edu;
            6tsch@ietf.org

            Subject: RE: [6tsch] TSCH: info for each(?) link in
            Enhanced Beacon frames

        
 

        
Dear
            Pouria, all,

            

            many thanks for this very interesting discussion. I have few
            additional comments.

            

            I am afraid the “cell usage information”  exchange can
            generate a lot of overhead. For instance, one thing that
            comes in my mind is the generation of redundant information.
            If you look at  Fig. (b) and (c), you can notice that most
            of node A's  2-hop neighbors are also node B's two-hop
            neighbors (the two-hop ranges mainly overlap).Then, I wonder
            why we should transmit the same information twice?
            

            For sure, node A will not suggest in its Link
              Reservation Request to node B a cell that is used by
            their common neighbors. Do you agree with me? Or am I
            missing something?

            

            Moreover I am not in favor of the random approach (1) you
            are suggesting. Acting in a very blind way, will give
            extra-work to the monitoring process, and then to the
            re-scheduling procedure.

            I would prefer to carefully select the cells, instead of
            keeping in monitoring and reallocating them.

            

            Best regards,

            Maria Rita

        
 

        
 

        

          

            
From:
                6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
                On Behalf Of P.Zand@utwente.nl

                Sent: Wednesday, June 19, 2013 3:18 PM

                To: qinwang@berkeley.edu

                Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu

                Subject: Re: [6tsch] TSCH: info for each(?) link
                in Enhanced Beacon frames

          

        

        
 

        
Hi
            Qin,

        
 

        
Many
            thanks for your comment. I see your point.

        
 

        
For
            sure exchanging just changes might not be a good solution.
            In addition, the existing node might lose some information
            about the changes, due to the possible interference and
            packet drops. 

        
So,
            I think we need to think more about the possible solutions.

        
Just
            as a quick response we might have active and passive
            approaches:

        
 

        
    
          
  1. Active
                approach (Request-response mechanism):
              The combination of requesting the changes and all cell
              usages might work. For instance, we might consider the
              request-response mechanism for the new node, to get
              all cell usages from its neighbors, upon joining. Then the
              new node might be able to periodically use the
              same mechanism to ask about the changes in the
              neighbors’ cell usage. 
              
    2. 
          
  2. Passive
                approach (Broadcasting mechanism):
              We might be able to segment those information into several
              segments and consider index for each segment. We might
              need to broadcast several messages to report all cell
              usage. Each node periodically broadcasts those
              information.     
    3. 
          
  3. Hybrid
                approach (Request-response and broadcasting mechanism):
              Each
              node
              broadcast the changes that are identified by the
              sequence number periodically. The new node that joins the
              network (or old device who has not received the changes
              from its neighbor for a while or missed some segments),
              might use the
              request-response mechanism for asking the all cell
              usages.      
    4. 
        

        
 

        
Am
            I right?

        
Pouria

        
 

        
 

        
From:
            Qin Wang [mailto:qinwang@berkeley.edu]
            

            Sent: Wednesday, June 19, 2013 2:14 PM

            To: Zand, P. (EWI)

            Cc: pister@eecs.berkeley.edu;
            6tsch@ietf.org

            Subject: Re: [6tsch] TSCH: info for each(?) link in
            Enhanced Beacon frames

        
 

        

          
Hi Pouria,

          

            
 

          

          

            
Just one comment on "exchanging
                the changes in a node’s cell usages bitmap
                instead of reporting all cell usage bitmap periodically."

          

          

            
 

          

          

            
I think one of motivations to use
              decentralized reservation is dealing with mobility. That
              means nodes are joining and leaving relatively frequently.
              So, exchanging the changes may

              not give the moving node the picture of cell usage around
              it,

          

          

            
 

          

          

            
Thought?

          

          

            
Qin

          

        

        

          
 

          

            
On Wed, Jun 19, 2013 at 7:47 PM, <P.Zand@utwente.nl> wrote:

            

              

                
Dear
                    Kris, All,

                
Many
                  thanks for your complete explanation. I completely
                  agree with you that “Bitmaps of occupied cells” can be
                  sent in possible other ways and there is no
                  “requirement” to just include those information in EB.
                  As you mentioned, we can make it optional for some
                  applications and/or use another mechanisms (e.g.
                  request-response) to get those information from the
                  neighbors. For those possible applications that might
                  need very dense schedules (more than one link per
                  slot) in two-hop neighborhood, we might be able to
                  decrease the probability of cell re-allocation at the
                  cost of increasing the network overhead (caused by
                  exchanging occupied cells info).  
                  

                
 

                
Qin,
                    Thomas-

                
I
                  completely agree with you that without monitoring
                  processing, the collision-free communication is not
                  achievable, in a distributed manner.
                  

                
I
                  attached a Figure to illustrate the concept
                  more clearly for others as well. In summary, in order
                  to choose a
                  soft link on edge (A, B) (as is shown in Figure
                  (a)), the “cell usage information” might be helpful
                  during the
                  soft link negotiation. Those information (i)
                  enables node A to propose a set of unused cells in his
                  neighborhood (as is shown in Figure (b)) as candidate
                  cells in the Link Reservation Request , and
                  (ii) enables node B to pick up a cell that is not used
                  either in his neighborhood (as is shown in Figure (c))
                  and then reply by
                  Link Reservation Response. 

                
For
                  sure this method might have some costs (e.g.
                  increasing the management overhead) and might not be
                  suitable for those applications that doesn’t have
                  every dense schedule. But it might be affordable for
                  those applications that require dense schedules, at
                  the cost of more management overhead.  

                
In
                  addition, I would like to add one approaches to the
                  Thomas’s list: 

                

                  
1.
                    pick a new soft cell randomly in the schedule, and
                    rely on the monitoring process to move that in the
                    schedule. Extremely simple and lightweight approach.

                  
2.
                    have each node announce its schedule periodically
                    (through custom IEs in the EBs, or through some
                    other mechanism), and use that information
                    during negotiation Potentially more efficient, but
                    possibly much more overhead.

                

                
3.
                    the combination of (2) and monitoring process. 

                
As
                  Thomas mentioned, there could be a different
                  boundaries in which using methods (1), (2) or (3)
                  would be considerable. As Kris and Thomas suggest, I
                  think evaluating different scenarios (i.e. regular
                  schedule and dense schedule) can be useful to clarify
                  those boundaries. To measure the network goodput and
                  management overhead in those approaches.
                  

                
 

                
Xavi-

                
I
                  agree with you that having multiple slotFrames with
                  different length, make it difficult to use bitmap in
                  the very dense schedule. In this case, we might look
                  for a better way. For instance, considering the
                  request-response mechanism and/or exchanging the
                  changes in a node’s cell usages bitmap instead
                  of reporting all cell usage bitmap periodically. 
                  

                
 

                
In
                  this figure I assumed that the Tx range and
                  interference ranges are equal. In the realistic
                  setting that those ranges are not equal, the
                  monitoring process will be useful.

                
 

                

                
 

                
Best
                  Wishes,

                
Pouria 
                  

                
 

                
 

                
 

                

                  

                    
From:
                        6tsch-bounces@ietf.org
                        [mailto:6tsch-bounces@ietf.org]
                        On Behalf Of Kris Pister

                        Sent: Tuesday, June 18, 2013 10:42 PM

                        To: 6tsch@ietf.org

                        Subject: Re: [6tsch] TSCH: info for
                        each(?) link in Enhanced Beacon frames

                  

                

                

                  

                    
 

                    
Pouria
                      -
                      

                       this is good stuff, and I'm glad to see you
                      pursuing it.  When we first started talking about
                      working in the IETF to standardize the gap between
                      6lowpan and 15.4e I thought that surely all of
                      those IP devotees, who had been so certain that
                      centralized network management didn't work, would
                      step up and demonstrate how to do it right with a
                      distributed approach.  I do think that you can
                      build perfectly good networks this way, and in
                      fact we'll have some advantages over centrally
                      managed networks - speed and mobility for sure,
                      I'm not convinced about scalability.

                      

                      Bitmaps of occupied TX and RX cells in Information
                      Elements seems like a good idea to me - maybe
                      there are better ways to do it.  The one thing
                      that I would ask is that you not make it a
                      *requirement* that these IEs be in EBs.  I have no
                      problem if you want to make it optional, for those
                      networks that want to use it, or even mandatory as
                      a response to a request.  But please let's not
                      burden every EB with that information.

                      

                      Clearly having complete knowledge of the neighbor
                      link tables enables you to optimize link
                      schedules.  I'm curious to know, though, how well
                      you can do with just random choice, with some
                      feedback on bad links.  If we look at randomly
                      assigned links in a superframe with L_max cells
                      (=S slots * C channels), and consider the
                      collision domain to be the union of the neighbors
                      of mote A and mote B (conservative, but the bound
                      is achieved occasionally in practice), then the
                      probability that a cell is unoccupied is
                      

                      P0 = e^-GL where

                      GL = L_a / L_max where 

                      L_a is the number of assigned cells (either TX, or
                      RX, or both).

                      

                      If we're using 15.4e at 2.4GHz, then C is probably
                      15.  If this local piece of the network has
                      scheduled on average something in every slot, then
                      GL=1/15, and P0=0.94.  So randomly selected links
                      are usually going to work.  Having an average of
                      one link assigned per slot in a given two mote
                      neighborhood is really high, at least for any
                      network that I've ever built or sold.  Sometimes
                      we approach this at the DAG root.  This is not to
                      say that transmitting neighbor tables is not a
                      good thing, just that you can build a lot of
                      applications with very simple (random) cell
                      allocation.  So sending the neighbor tables is not
                      necessary for many/most networks, but would be a
                      nice option to have for future optimizations.

                      

                      ksjp

                      

                      p.s. an interesting question arises about the
                      goodput of a random link assignment approach. 
                      Many of the links will be non-colliding.  Those
                      that do collide will exhibit slotted aloha
                      collision statistics...or will they?  With a mix
                      of non-colliding and potentially colliding links
                      at each mote, what is the network goodput?  I'm
                      sure that someone has written a paper on this for
                      MPLS or something, but I've never seen one.

                    

                      
On
                        6/10/2013 3:09 AM,
                        P.Zand@utwente.nl wrote:

                    

                    

                      
Dear
                        All,

                      
Regarding
                        to our last call on Friday,  I would like to
                        continue this discussion about the maximum
                        number of links’ information (or “link object”)
                        that can be included in EB? Can we think about
                        sending the information about the entire
                        reserved links/cells in the EB(s)? I would like
                        to know, Is there any way to define a CellBitMap
                        to enable us to include the entire reserved
                        links/cells by each node in the one or several
                        EB(s)?

                      
 

                      
Our
                          motivation:

                      
In
                        the distributed approach, this information can
                        be used by the receivers to schedule (internal)
                        collision-free[*] links with others. In this
                        case, this information is not just used for
                        enabling the receivers to contact with the
                        sender of ADV/EB. This information enables the
                        receivers to collect the list of used cells in
                        their neighborhood. The content of information
                        in each “link object” can be different from the
                        existing information in the EB for each link.
                        For instance, the link option or link type might
                        not be needed in this case. On the other hand,
                        neighbor ID (the other side of link) might be
                        needed to be included in the “link object”.
                        

                      
In
                        order to create a soft link, based on this
                        information about its neighborhood, Node A in
                        the
                        Link Reservation Request may suggest the
                        set of (internal) collision-free links to the
                        receiver. The receiver (Node B) also based on
                        this information in its own neighborhood, will
                        choose one link from the suggested links that is
                        also free in its neighborhood (that might be
                        different from sender's neighborhood) and reply
                        to the sender by 
                          Link Reservation Response.

                      
 

                      
[*]
                        In realistic setting, where the interference
                        range is more than transmission range, this
                        information will not guarantee the completely
                        (internal) collision-free communication. But it
                        can be used to not repeat the reserved cells in
                        our two-hop neighborhood. In addition, the
                        collision caused by a pair of nodes who are
                        using the same cell in outside of two-hop
                        neighborhood can be detected, by monitoring the
                        status of that reserved cell (By considering the
                        mechanisms discussed in “2.8 Monitoring” section
                        in draft-wang-6tsch-6tus-00).

                      
 

                      
Best
                        wishes,

                      
Pouria
                        Zand

                      
 

                      
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From pister@eecs.berkeley.edu  Wed Jun 19 11:14:03 2013
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Date: Wed, 19 Jun 2013 11:13:46 -0700
From: Kris Pister 
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Cc: pal@cs.stanford.edu
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Isn't some form of trickle the right way to do this?  Maybe some issues 
with distribution over a two-hop neighborhood?

ksjp

On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
> This problem is not new, in P2P communities I've seen many different 
> approaches to deal with keeping a distributed state (consistency). I 
> think there are 2 main directions, pessimistic and optimistic, 
> pessimistic approaches aim to enforce all nodes with the same 
> information which requires transmitting the exact state to the 
> neighbours and make sure it is installed there, usually this is done 
> in master-slave architectures where the master tells the slaves what 
> to do and won't fit to our scenario (this is the PCE case in fact)
>
> A more scalable approach is to tolerate a little bit of 
> de-synchronization (optimistic consistency) and think that eventually 
> all nodes will learn about the scheduling state. With that approach we 
> can have scheduling problems in case 2 nodes do not have their 
> schedule completely synchronized, however monitoring can help to 
> detect that and correct eventually. My opinion is that the schedule 
> does not change so much so having optimistic approaches would work 
> well (in terms of scalability). To achieve that, nodes might send 
> portions of their schedule, assuming that eventually all schedule will 
> be sent, it will take time but neighbours might learn all information 
> from others "eventually".
>
> As Kris said, however, we need to find how useful that will be and 
> what are the cases where this will work better than just simple random 
> selection and monitoring, assuming our schedules are sparse. If this 
> is an optional feature seems that all cases can be covered.
>
> regards,
> Xavi
>
>
>
>
> Al 19/06/13 06:48, En/na P.Zand@utwente.nl ha escrit:
>>
>> Hi Maria Rita,
>>
>> Many thanks for your comments.
>>
>> Please note that for sure in this mechanism we will have more 
>> communication overhead. The point is address the requirements of 
>> those applications that might require very dense schedule.
>>
>> Regarding to your comment about the redundant information, node A 
>> does not use this information just for negotiation with node B to 
>> create a soft link. Node A might need to create a soft link with 
>> other neighbors (e.g. C, D, or E), then node A will use that 
>> information to create a soft link with them as well.
>>
>> I think Kris provide a complete explanation, that why random approach 
>> will be satisfactory for most of the applications with regular 
>> requirements.
>>
>> Best Wishes,
>>
>> Pouria
>>
>> *From:*Maria Rita PALATTELLA [mailto:maria-rita.palattella@uni.lu]
>> *Sent:* Wednesday, June 19, 2013 3:24 PM
>> *To:* Zand, P. (EWI); pister@eecs.berkeley.edu; 6tsch@ietf.org
>> *Subject:* RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon 
>> frames
>>
>> Dear Pouria, all,
>>
>> many thanks for this very interesting discussion. I have few 
>> additional comments.
>>
>> I am afraid the "cell usage information"  exchange can generate a lot 
>> of overhead. For instance, one thing that comes in my mind is the 
>> generation of redundant information. If you look at  Fig. (b) and 
>> (c), you can notice that most of node A's  2-hop neighbors are also 
>> node B's two-hop neighbors (the two-hop ranges mainly overlap).Then, 
>> I wonder why we should transmit the same information twice?
>> For sure, node A will not suggest in its *Link Reservation Request* 
>> to node B a cell that is used by their common neighbors. Do you agree 
>> with me? Or am I missing something?
>>
>> Moreover I am not in favor of the random approach (1) you are 
>> suggesting. Acting in a very blind way, will give extra-work to the 
>> monitoring process, and then to the re-scheduling procedure.
>> I would prefer to carefully select the cells, instead of keeping in 
>> monitoring and reallocating them.
>>
>> Best regards,
>> Maria Rita
>>
>> *From:*6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On 
>> Behalf Of *P.Zand@utwente.nl
>> *Sent:* Wednesday, June 19, 2013 3:18 PM
>> *To:* qinwang@berkeley.edu
>> *Cc:* 6tsch@ietf.org; pister@eecs.berkeley.edu
>> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon 
>> frames
>>
>> Hi Qin,
>>
>> Many thanks for your comment. I see your point.
>>
>> For sure exchanging just changes might not be a good solution. In 
>> addition, the existing node might lose some information about the 
>> changes, due to the possible interference and packet drops.
>>
>> So, I think we need to think more about the possible solutions.
>>
>> Just as a quick response we might have active and passive approaches:
>>
>>  1. *Active approach (Request-response mechanism)*: The combination
>>     of requesting the changes and all cell usages might work. For
>>     instance, we might consider the *request-response* mechanism for
>>     the new node, to get all cell usages from its neighbors, upon
>>     joining. Then the new node might be able to periodically use the
>>     *same* mechanism to ask about the changes in the neighbors' cell
>>     usage.
>>  2. *Passive approach (Broadcasting mechanism)*: We might be able to
>>     segment those information into several segments and consider
>>     index for each segment. We might need to broadcast several
>>     messages to report all cell usage. Each node periodically
>>     broadcasts those information.
>>  3. *Hybrid approach (Request-response and broadcasting mechanism):
>>     *Each node**broadcast the changes that are identified by the
>>     sequence number periodically. The new node that joins the network
>>     (or old device who has not received the changes from its neighbor
>>     for a while or missed some segments), might use the
>>     *request-respons*e mechanism for asking the all cell usages.
>>
>> Am I right?
>>
>> Pouria
>>
>> *From:*Qin Wang [mailto:qinwang@berkeley.edu]
>> *Sent:* Wednesday, June 19, 2013 2:14 PM
>> *To:* Zand, P. (EWI)
>> *Cc:* pister@eecs.berkeley.edu ; 
>> 6tsch@ietf.org 
>> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon 
>> frames
>>
>> Hi Pouria,
>>
>> Just one comment on "exchanging the *changes* in a node's cell usages 
>> bitmap instead of reporting all cell usage bitmap periodically."
>>
>> I think one of motivations to use decentralized reservation is 
>> dealing with mobility. That means nodes are joining and leaving 
>> relatively frequently. So, exchanging the *changes* may not give the 
>> moving node the picture of cell usage around it,
>>
>> Thought?
>>
>> Qin
>>
>> On Wed, Jun 19, 2013 at 7:47 PM, > > wrote:
>>
>> *Dear Kris, All,*
>>
>> Many thanks for your complete explanation. I completely agree with 
>> you that "Bitmaps of occupied cells" can be sent in possible other 
>> ways and there is no "requirement" to just include those information 
>> in EB. As you mentioned, we can make it optional for some 
>> applications and/or use another mechanisms (e.g. request-response) to 
>> get those information from the neighbors. For those possible 
>> applications that might need very dense schedules (more than one link 
>> per slot) in two-hop neighborhood, we might be able to decrease the 
>> probability of cell re-allocation at the cost of increasing the 
>> network overhead (caused by exchanging occupied cells info).
>>
>> *Qin, Thomas-*
>>
>> I completely agree with you that without monitoring processing, the 
>> collision-free communication is not achievable, in a distributed manner.
>>
>> I attached a *Figure* to illustrate the concept more clearly for 
>> others as well. In summary, in order to choose a /soft link/ on edge 
>> (A, B) (as is shown in Figure (a)), the "cell usage information" 
>> might be helpful during the /soft link/ negotiation. Those 
>> information (i) enables node A to propose a set of unused cells in 
>> his neighborhood (as is shown in Figure (b)) as candidate cells in 
>> the*Link Reservation Request* , and (ii) enables node B to pick up a 
>> cell that is not used either in his neighborhood (as is shown in 
>> Figure (c)) and then reply by *Link Reservation Response*.
>>
>> For sure this method might have some costs (e.g. increasing the 
>> management overhead) and might not be suitable for those applications 
>> that doesn't have every dense schedule. But it might be affordable 
>> for those applications that require dense schedules, at the cost of 
>> more management overhead.
>>
>> In addition, I would like to add one approaches to the Thomas's list:
>>
>> 1. pick a new soft cell randomly in the schedule, and rely on the 
>> monitoring process to move that in the schedule. Extremely simple and 
>> lightweight approach.
>>
>> 2. have each node announce its schedule periodically (through custom 
>> IEs in the EBs, or through some other mechanism), and use that 
>> information during negotiation Potentially more efficient, but 
>> possibly much more overhead.
>>
>> *3. the combination of (2) and monitoring process*.
>>
>> As Thomas mentioned, there could be a different boundaries in which 
>> using methods (1), (2) or (3) would be considerable. As Kris and 
>> Thomas suggest, I think evaluating different scenarios (i.e. regular 
>> schedule and dense schedule) can be useful to clarify those 
>> boundaries. To measure the network goodput and management overhead in 
>> those approaches.
>>
>> *Xavi-*
>>
>> I agree with you that having multiple slotFrames with different 
>> length, make it difficult to use bitmap in the very dense schedule. 
>> In this case, we might look for a better way. For instance, 
>> considering the request-response mechanism and/or exchanging the 
>> *changes* in a node's cell usages bitmap instead of reporting all 
>> cell usage bitmap periodically.
>>
>> In this figure I assumed that the Tx range and interference ranges 
>> are equal. In the realistic setting that those ranges are not equal, 
>> the monitoring process will be useful.
>>
>> Best Wishes,
>>
>> Pouria
>>
>> *From:*6tsch-bounces@ietf.org  
>> [mailto:6tsch-bounces@ietf.org ] *On 
>> Behalf Of *Kris Pister
>> *Sent:* Tuesday, June 18, 2013 10:42 PM
>> *To:* 6tsch@ietf.org 
>> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon 
>> frames
>>
>> Pouria -
>>  this is good stuff, and I'm glad to see you pursuing it.  When we 
>> first started talking about working in the IETF to standardize the 
>> gap between 6lowpan and 15.4e I thought that surely all of those IP 
>> devotees, who had been so certain that centralized network management 
>> didn't work, would step up and demonstrate how to do it right with a 
>> distributed approach.  I do think that you can build perfectly good 
>> networks this way, and in fact we'll have some advantages over 
>> centrally managed networks - speed and mobility for sure, I'm not 
>> convinced about scalability.
>>
>> Bitmaps of occupied TX and RX cells in Information Elements seems 
>> like a good idea to me - maybe there are better ways to do it.  The 
>> one thing that I would ask is that you not make it a *requirement* 
>> that these IEs be in EBs.  I have no problem if you want to make it 
>> optional, for those networks that want to use it, or even mandatory 
>> as a response to a request.  But please let's not burden every EB 
>> with that information.
>>
>> Clearly having complete knowledge of the neighbor link tables enables 
>> you to optimize link schedules.  I'm curious to know, though, how 
>> well you can do with just random choice, with some feedback on bad 
>> links.  If we look at randomly assigned links in a superframe with 
>> L_max cells (=S slots * C channels), and consider the collision 
>> domain to be the union of the neighbors of mote A and mote B 
>> (conservative, but the bound is achieved occasionally in practice), 
>> then the probability that a cell is unoccupied is
>> P0 = e^-GL where
>> GL = L_a / L_max where
>> L_a is the number of assigned cells (either TX, or RX, or both).
>>
>> If we're using 15.4e at 2.4GHz, then C is probably 15.  If this local 
>> piece of the network has scheduled on average something in every 
>> slot, then GL=1/15, and P0=0.94.  So randomly selected links are 
>> usually going to work. Having an average of one link assigned per 
>> slot in a given two mote neighborhood is really high, at least for 
>> any network that I've ever built or sold.  Sometimes we approach this 
>> at the DAG root.  This is not to say that transmitting neighbor 
>> tables is not a good thing, just that you can build a lot of 
>> applications with very simple (random) cell allocation.  So sending 
>> the neighbor tables is not necessary for many/most networks, but 
>> would be a nice option to have for future optimizations.
>>
>> ksjp
>>
>> p.s. an interesting question arises about the goodput of a random 
>> link assignment approach. Many of the links will be non-colliding.  
>> Those that do collide will exhibit slotted aloha collision 
>> statistics...or will they?  With a mix of non-colliding and 
>> potentially colliding links at each mote, what is the network 
>> goodput?  I'm sure that someone has written a paper on this for MPLS 
>> or something, but I've never seen one.
>>
>> On 6/10/2013 3:09 AM, P.Zand@utwente.nl  wrote:
>>
>>     Dear All,
>>
>>     Regarding to our last call on Friday,  I would like to continue
>>     this discussion about the maximum number of links' information
>>     (or "link object") that can be included in EB? Can we think about
>>     sending the information about the entire reserved links/cells in
>>     the EB(s)? I would like to know, Is there any way to define a
>>     CellBitMap to enable us to include the entire reserved
>>     links/cells by each node in the one or several EB(s)?
>>
>>     **
>>
>>     *Our motivation*:
>>
>>     In the distributed approach, this information can be used by the
>>     receivers to schedule (internal) collision-free[*] links with
>>     others. In this case, this information is not just used for
>>     enabling the receivers to contact with the sender of ADV/EB. This
>>     information enables the receivers to collect the list of used
>>     cells in their neighborhood. The content of information in each
>>     "link object" can be different from the existing information in
>>     the EB for each link. For instance, the link option or link type
>>     might not be needed in this case. On the other hand, neighbor ID
>>     (the other side of link) might be needed to be included in the
>>     "link object".
>>
>>     In order to create a soft link, based on this information about
>>     its neighborhood, Node A in the *Link Reservation Request* may
>>     suggest the set of (internal) collision-free links to the
>>     receiver. The receiver (Node B) also based on this information in
>>     its own neighborhood, will choose one link from the suggested
>>     links that is also free in its neighborhood (that might be
>>     different from sender's neighborhood) and reply to the sender by
>>     *Link Reservation Response*.
>>
>>     [*] In realistic setting, where the interference range is more
>>     than transmission range, this information will not guarantee the
>>     completely (internal) collision-free communication. But it can be
>>     used to not repeat the reserved cells in our two-hop
>>     neighborhood. In addition, the collision caused by a pair of
>>     nodes who are using the same cell in outside of two-hop
>>     neighborhood can be detected, by monitoring the status of that
>>     reserved cell (By considering the mechanisms discussed in "2.8
>>     Monitoring" section in draft-wang-6tsch-6tus-00).
>>
>>     Best wishes,
>>
>>     Pouria Zand
>>
>>     _______________________________________________
>>
>>     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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    Isn't some form of trickle the right way to do this?  Maybe some
    issues with distribution over a two-hop neighborhood?

    

    ksjp

    

    
On 6/19/2013 11:00 AM, Xavier
      Vilajosana wrote:

    

    

      
      
This problem is not new, in P2P
        communities I've seen many different approaches to deal with
        keeping a distributed state (consistency). I think there are 2
        main directions, pessimistic and optimistic, pessimistic
        approaches aim to enforce all nodes with the same information
        which requires transmitting the exact state to the neighbours
        and make sure it is installed there, usually this is done in
        master-slave architectures where the master tells the slaves
        what to do and won't fit to our scenario (this is the PCE case
        in fact)

        

        A more scalable approach is to tolerate a little bit of
        de-synchronization (optimistic consistency) and think that
        eventually all nodes will learn about the scheduling state. With
        that approach we can have scheduling problems in case 2 nodes do
        not have their schedule completely synchronized, however
        monitoring can help to detect that and correct eventually. My
        opinion is that the schedule does not change so much so having
        optimistic approaches would work well (in terms of scalability).
        To achieve that, nodes might send portions of their schedule,
        assuming that eventually all schedule will be sent, it will take
        time but neighbours might learn all information from others
        "eventually". 

        

        As Kris said, however, we need to find how useful that will be
        and what are the cases where this will work better than just
        simple random selection and monitoring, assuming our schedules
        are sparse. If this is an optional feature seems that all cases
        can be covered.

        

        regards,

        Xavi

         

        

        

        

        Al 19/06/13 06:48, En/na P.Zand@utwente.nl ha
        escrit:

      

      

        
        
        
        
        

          
Hi Maria Rita,

          
Many thanks for your comments.

          
Please note that for sure in this
            mechanism we will have more communication overhead. The
            point is address the requirements of those applications that
            might require very dense schedule. 

          
Regarding to your comment about the
            redundant information, node A does not use this information
            just for negotiation with node B to create a soft link. Node
            A might need to create a soft link with other neighbors
            (e.g. C, D, or E), then node A will use that information to
            create a soft link with them as well.

          
I think Kris provide a complete
            explanation, that why random approach will be satisfactory
            for most of the applications with regular requirements. 

          
Best Wishes,

          
Pouria

          
 

          
 

          
From:
              Maria Rita PALATTELLA [mailto:maria-rita.palattella@uni.lu]
              

              Sent: Wednesday, June 19, 2013 3:24 PM

              To: Zand, P. (EWI); pister@eecs.berkeley.edu;
              6tsch@ietf.org

              Subject: RE: [6tsch] TSCH: info for each(?) link in
              Enhanced Beacon frames

          
 

          
Dear

              Pouria, all,

              

              many thanks for this very interesting discussion. I have
              few additional comments.

              

              I am afraid the “cell usage information”  exchange can
              generate a lot of overhead. For instance, one thing that
              comes in my mind is the generation of redundant
              information. If you look at  Fig. (b) and (c), you can
              notice that most of node A's  2-hop neighbors are also
              node B's two-hop neighbors (the two-hop ranges mainly
              overlap).Then, I wonder why we should transmit the same
              information twice? 

              For sure, node A will not suggest in its Link
                Reservation Request to node B a cell that is used by
              their common neighbors. Do you agree with me? Or am I
              missing something?

              

              Moreover I am not in favor of the random approach (1) you
              are suggesting. Acting in a very blind way, will give
              extra-work to the monitoring process, and then to the
              re-scheduling procedure.

              I would prefer to carefully select the cells, instead of
              keeping in monitoring and reallocating them.

              

              Best regards,

              Maria Rita

          
 

          
 

          

            

              
From:
                  6tsch-bounces@ietf.org
                  [mailto:6tsch-bounces@ietf.org]
                  On Behalf Of P.Zand@utwente.nl

                  Sent: Wednesday, June 19, 2013 3:18 PM

                  To: qinwang@berkeley.edu

                  Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu

                  Subject: Re: [6tsch] TSCH: info for each(?)
                  link in Enhanced Beacon frames

            

          

          
 

          
Hi

              Qin,

          
 

          
Many

              thanks for your comment. I see your point.

          
 

          
For

              sure exchanging just changes might not be a good solution.
              In addition, the existing node might lose some information
              about the changes, due to the possible interference and
              packet drops. 

          
So,

              I think we need to think more about the possible
              solutions.

          
Just

              as a quick response we might have active and passive
              approaches:

          
 

          
    
            
  1. Active

                  approach (Request-response mechanism):
                The combination of requesting the changes and all cell
                usages might work. For instance, we might consider the request-response
                mechanism for the new node, to get all cell usages from
                its neighbors, upon joining. Then the new node might be
                able to periodically use the same mechanism to
                ask about the changes in the neighbors’ cell usage. 
                
    2. 
            
  2. Passive

                  approach (Broadcasting mechanism):
                We might be able to segment those information into
                several segments and consider index for each segment. We
                might need to broadcast several messages to report all
                cell usage. Each node periodically broadcasts those
                information.     
    3. 
            
  3. Hybrid

                  approach (Request-response and broadcasting
                  mechanism): Each

                node broadcast the changes that are identified
                by the sequence number periodically. The new node that
                joins the network (or old device who has not received
                the changes from its neighbor for a while or missed some
                segments), might use the request-response
                mechanism for asking the all cell usages.      
    4. 
          

          
 

          
Am

              I right?

          
Pouria

          
 

          
 

          
From:
              Qin Wang [mailto:qinwang@berkeley.edu]
              

              Sent: Wednesday, June 19, 2013 2:14 PM

              To: Zand, P. (EWI)

              Cc: pister@eecs.berkeley.edu;
              6tsch@ietf.org

              Subject: Re: [6tsch] TSCH: info for each(?) link in
              Enhanced Beacon frames

          
 

          

            
Hi Pouria,

            

              
 

            

            

              
Just one comment on "exchanging

                  the changes in a node’s cell usages bitmap
                  instead of reporting all cell usage bitmap
                  periodically."

            

            

              
 

            

            

              
I think one of motivations to use
                decentralized reservation is dealing with mobility. That
                means nodes are joining and leaving relatively
                frequently. So, exchanging the changes may


                not give the moving node the picture of cell usage
                around it,

            

            

              
 

            

            

              
Thought?

            

            

              
Qin

            

          

          

            
 

            

              
On Wed, Jun 19, 2013 at 7:47 PM, <P.Zand@utwente.nl> wrote:

              

                

                  
Dear

                      Kris, All,

                  
Many

                    thanks for your complete explanation. I completely
                    agree with you that “Bitmaps of occupied cells” can
                    be sent in possible other ways and there is no
                    “requirement” to just include those information in
                    EB. As you mentioned, we can make it optional for
                    some applications and/or use another mechanisms
                    (e.g. request-response) to get those information
                    from the neighbors. For those possible applications
                    that might need very dense schedules (more than one
                    link per slot) in two-hop neighborhood, we might be
                    able to decrease the probability of cell
                    re-allocation at the cost of increasing the network
                    overhead (caused by exchanging occupied cells
                    info).   

                  
 

                  
Qin,

                      Thomas-

                  
I
                    completely agree with you that without monitoring
                    processing, the collision-free communication is not
                    achievable, in a distributed manner. 

                  
I
                    attached a Figure to illustrate the concept
                    more clearly for others as well. In summary, in
                    order to choose a soft link on edge (A, B)
                    (as is shown in Figure (a)), the “cell usage
                    information” might be helpful during the soft
                      link negotiation. Those information (i)
                    enables node A to propose a set of unused cells in
                    his neighborhood (as is shown in Figure (b)) as
                    candidate cells in the Link Reservation Request
                    , and (ii) enables node B to pick up a cell that is
                    not used either in his neighborhood (as is shown in
                    Figure (c)) and then reply by Link Reservation
                      Response. 

                  
For

                    sure this method might have some costs (e.g.
                    increasing the management overhead) and might not be
                    suitable for those applications that doesn’t have
                    every dense schedule. But it might be affordable for
                    those applications that require dense schedules, at
                    the cost of more management overhead.  

                  
In

                    addition, I would like to add one approaches to the
                    Thomas’s list: 

                  

                    
1.

                      pick a new soft cell randomly in the schedule, and
                      rely on the monitoring process to move that in the
                      schedule. Extremely simple and lightweight
                      approach.

                    
2.

                      have each node announce its schedule periodically
                      (through custom IEs in the EBs, or through some
                      other mechanism), and use that information
                      during negotiation Potentially more efficient, but
                      possibly much more overhead.

                  

                  
3.

                      the combination of (2) and monitoring process.
                    

                  
As

                    Thomas mentioned, there could be a different
                    boundaries in which using methods (1), (2) or (3)
                    would be considerable. As Kris and Thomas suggest, I
                    think evaluating different scenarios (i.e. regular
                    schedule and dense schedule) can be useful to
                    clarify those boundaries. To measure the network
                    goodput and management overhead in those approaches.
                    

                  
 

                  
Xavi-

                  
I
                    agree with you that having multiple slotFrames with
                    different length, make it difficult to use bitmap in
                    the very dense schedule. In this case, we might look
                    for a better way. For instance, considering the
                    request-response mechanism and/or exchanging the changes
                    in a node’s cell usages bitmap instead of reporting
                    all cell usage bitmap periodically.  

                  
 

                  
In

                    this figure I assumed that the Tx range and
                    interference ranges are equal. In the realistic
                    setting that those ranges are not equal, the
                    monitoring process will be useful.

                  
 

                  

                  
 

                  
Best

                    Wishes,

                  
Pouria 

                    

                  
 

                  
 

                  
 

                  

                    

                      
From:
                          6tsch-bounces@ietf.org
                          [mailto:6tsch-bounces@ietf.org]
                          On Behalf Of Kris Pister

                          Sent: Tuesday, June 18, 2013 10:42 PM

                          To: 6tsch@ietf.org

                          Subject: Re: [6tsch] TSCH: info for
                          each(?) link in Enhanced Beacon frames

                    

                  

                  

                    

                      
 

                      
Pouria

                        - 

                         this is good stuff, and I'm glad to see you
                        pursuing it.  When we first started talking
                        about working in the IETF to standardize the gap
                        between 6lowpan and 15.4e I thought that surely
                        all of those IP devotees, who had been so
                        certain that centralized network management
                        didn't work, would step up and demonstrate how
                        to do it right with a distributed approach.  I
                        do think that you can build perfectly good
                        networks this way, and in fact we'll have some
                        advantages over centrally managed networks -
                        speed and mobility for sure, I'm not convinced
                        about scalability.

                        

                        Bitmaps of occupied TX and RX cells in
                        Information Elements seems like a good idea to
                        me - maybe there are better ways to do it.  The
                        one thing that I would ask is that you not make
                        it a *requirement* that these IEs be in EBs.  I
                        have no problem if you want to make it optional,
                        for those networks that want to use it, or even
                        mandatory as a response to a request.  But
                        please let's not burden every EB with that
                        information.

                        

                        Clearly having complete knowledge of the
                        neighbor link tables enables you to optimize
                        link schedules.  I'm curious to know, though,
                        how well you can do with just random choice,
                        with some feedback on bad links.  If we look at
                        randomly assigned links in a superframe with
                        L_max cells (=S slots * C channels), and
                        consider the collision domain to be the union of
                        the neighbors of mote A and mote B
                        (conservative, but the bound is achieved
                        occasionally in practice), then the probability
                        that a cell is unoccupied is 

                        P0 = e^-GL where

                        GL = L_a / L_max where 

                        L_a is the number of assigned cells (either TX,
                        or RX, or both).

                        

                        If we're using 15.4e at 2.4GHz, then C is
                        probably 15.  If this local piece of the network
                        has scheduled on average something in every
                        slot, then GL=1/15, and P0=0.94.  So randomly
                        selected links are usually going to work. 
                        Having an average of one link assigned per slot
                        in a given two mote neighborhood is really high,
                        at least for any network that I've ever built or
                        sold.  Sometimes we approach this at the DAG
                        root.  This is not to say that transmitting
                        neighbor tables is not a good thing, just that
                        you can build a lot of applications with very
                        simple (random) cell allocation.  So sending the
                        neighbor tables is not necessary for many/most
                        networks, but would be a nice option to have for
                        future optimizations.

                        

                        ksjp

                        

                        p.s. an interesting question arises about the
                        goodput of a random link assignment approach. 
                        Many of the links will be non-colliding.  Those
                        that do collide will exhibit slotted aloha
                        collision statistics...or will they?  With a mix
                        of non-colliding and potentially colliding links
                        at each mote, what is the network goodput?  I'm
                        sure that someone has written a paper on this
                        for MPLS or something, but I've never seen one.

                      

                        
On

                          6/10/2013 3:09 AM, P.Zand@utwente.nl wrote:

                      

                      

                        
Dear

                          All,

                        
Regarding

                          to our last call on Friday,  I would like to
                          continue this discussion about the maximum
                          number of links’ information (or “link
                          object”) that can be included in EB? Can we
                          think about sending the information about the
                          entire reserved links/cells in the EB(s)? I
                          would like to know, Is there any way to define
                          a CellBitMap to enable us to include the
                          entire reserved links/cells by each node in
                          the one or several EB(s)?

                        
 

                        
Our

                            motivation:

                        
In

                          the distributed approach, this information can
                          be used by the receivers to schedule
                          (internal) collision-free[*] links with
                          others. In this case, this information is not
                          just used for enabling the receivers to
                          contact with the sender of ADV/EB. This
                          information enables the receivers to collect
                          the list of used cells in their neighborhood.
                          The content of information in each “link
                          object” can be different from the existing
                          information in the EB for each link. For
                          instance, the link option or link type might
                          not be needed in this case. On the other hand,
                          neighbor ID (the other side of link) might be
                          needed to be included in the “link object”. 

                        
In

                          order to create a soft link, based on this
                          information about its neighborhood, Node A in
                          the Link Reservation Request may
                          suggest the set of (internal) collision-free
                          links to the receiver. The receiver (Node B)
                          also based on this information in its own
                          neighborhood, will choose one link from the
                          suggested links that is also free in its
                          neighborhood (that might be different from
                          sender's neighborhood) and reply to the sender
                          by  Link Reservation Response.

                        
 

                        
[*]

                          In realistic setting, where the interference
                          range is more than transmission range, this
                          information will not guarantee the completely
                          (internal) collision-free communication. But
                          it can be used to not repeat the reserved
                          cells in our two-hop neighborhood. In
                          addition, the collision caused by a pair of
                          nodes who are using the same cell in outside
                          of two-hop neighborhood can be detected, by
                          monitoring the status of that reserved cell
                          (By considering the mechanisms discussed in
                          “2.8 Monitoring” section in
                          draft-wang-6tsch-6tus-00).

                        
 

                        
Best

                          wishes,

                        
Pouria

                          Zand

                        
 

                        
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--------------020605040904000509060100--

--------------050207080508030700080005--

From pal@cs.stanford.edu  Wed Jun 19 12:31:35 2013
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Yes -- as far as I know, there isn't a better (faster, more efficient) =
algorithm than RFC6206 for reaching eventual consistency in a wireless =
network. P2P is not a good place to start because it is based on a graph =
abstraction with neighbor sets. etc. I can look closer at the exact =
problem problem you're discussing to figure out whether I think Trickle =
would work well, if you like.

Phil

On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:

> Isn't some form of trickle the right way to do this?  Maybe some =
issues with distribution over a two-hop neighborhood?
>=20
> ksjp
>=20
> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
>> This problem is not new, in P2P communities I've seen many different =
approaches to deal with keeping a distributed state (consistency). I =
think there are 2 main directions, pessimistic and optimistic, =
pessimistic approaches aim to enforce all nodes with the same =
information which requires transmitting the exact state to the =
neighbours and make sure it is installed there, usually this is done in =
master-slave architectures where the master tells the slaves what to do =
and won't fit to our scenario (this is the PCE case in fact)
>>=20
>> A more scalable approach is to tolerate a little bit of =
de-synchronization (optimistic consistency) and think that eventually =
all nodes will learn about the scheduling state. With that approach we =
can have scheduling problems in case 2 nodes do not have their schedule =
completely synchronized, however monitoring can help to detect that and =
correct eventually. My opinion is that the schedule does not change so =
much so having optimistic approaches would work well (in terms of =
scalability). To achieve that, nodes might send portions of their =
schedule, assuming that eventually all schedule will be sent, it will =
take time but neighbours might learn all information from others =
"eventually".=20
>>=20
>> As Kris said, however, we need to find how useful that will be and =
what are the cases where this will work better than just simple random =
selection and monitoring, assuming our schedules are sparse. If this is =
an optional feature seems that all cases can be covered.




From xvilajosana@eecs.berkeley.edu  Wed Jun 19 22:07:51 2013
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Dear all, I just submitted the 6TSCH basic configuration draft as we 
have been discussing recently. Comments and contributions are welcome.
regards,
Xavi

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

A new version of I-D, draft-vilajosana-6tsch-basic-00.txt
has been successfully submitted by Xavier Vilajosana and posted to the
IETF repository.

Filename:	 draft-vilajosana-6tsch-basic
Revision:	 00
Title:		 Minimal 6TSCH Configuration
Creation date:	 2013-06-20
Group:		 Individual Submission
Number of pages: 12
URL:             http://www.ietf.org/internet-drafts/draft-vilajosana-6tsch-basic-00.txt
Status:          http://datatracker.ietf.org/doc/draft-vilajosana-6tsch-basic
Htmlized:        http://tools.ietf.org/html/draft-vilajosana-6tsch-basic-00


Abstract:
    This document describes the minimal set of rules to operate a
    [IEEE802154e] Timeslotted Channel Hopping (TSCH) network.  These
    rules can be used during early interoperability testing and
    development, when the centralized and distributed solutions developed
    by the 6TSCH group are not fully implemented yet, or otherwise not
    available.

                                                                                   


The IETF Secretariat




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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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+1 on the use of Trickle. It would indeed be great if you could look at the
applicability.

Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify what
Trickle considers consistent, inconsistent, and what other events can cause
a Trickle timer reset.

A first step might be to identify what we believe is a fully consistent
network. I see multiple, slightly different, definitions:
1. when all nodes know the full TSCH schedule of all their (2-hop?)
neighbors
2. when there are no MAC-layer collisions, i.e. no communication happens on
the same slotoffset/channeloffset within that neighborhood

Of course, condition 1 is sufficient for condition 2 to be satisfied. I
would argue that, since condition 2 is the end goal of the network,
satisfying condition 2 might be enough. That is, it's OK if you don't know
the complete schedule of your neighbors, as long as you can communicate
without collision. It is in fact possible that two cells are reused between
two pairs of nodes, if at least one of these pairs never uses that cell, no
Trickle reset is needed.

Thomas



On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis  wrote:

> Yes -- as far as I know, there isn't a better (faster, more efficient)
> algorithm than RFC6206 for reaching eventual consistency in a wireless
> network. P2P is not a good place to start because it is based on a graph
> abstraction with neighbor sets. etc. I can look closer at the exact problem
> problem you're discussing to figure out whether I think Trickle would work
> well, if you like.
>
> Phil
>
> On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:
>
> > Isn't some form of trickle the right way to do this?  Maybe some issues
> with distribution over a two-hop neighborhood?
> >
> > ksjp
> >
> > On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
> >> This problem is not new, in P2P communities I've seen many different
> approaches to deal with keeping a distributed state (consistency). I think
> there are 2 main directions, pessimistic and optimistic, pessimistic
> approaches aim to enforce all nodes with the same information which
> requires transmitting the exact state to the neighbours and make sure it is
> installed there, usually this is done in master-slave architectures where
> the master tells the slaves what to do and won't fit to our scenario (this
> is the PCE case in fact)
> >>
> >> A more scalable approach is to tolerate a little bit of
> de-synchronization (optimistic consistency) and think that eventually all
> nodes will learn about the scheduling state. With that approach we can have
> scheduling problems in case 2 nodes do not have their schedule completely
> synchronized, however monitoring can help to detect that and correct
> eventually. My opinion is that the schedule does not change so much so
> having optimistic approaches would work well (in terms of scalability). To
> achieve that, nodes might send portions of their schedule, assuming that
> eventually all schedule will be sent, it will take time but neighbours
> might learn all information from others "eventually".
> >>
> >> As Kris said, however, we need to find how useful that will be and what
> are the cases where this will work better than just simple random selection
> and monitoring, assuming our schedules are sparse. If this is an optional
> feature seems that all cases can be covered.
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>

--047d7b15a38573132f04df8fea95
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+1 on the use of Trickle. It would indeed be great if you =
could look at the applicability.

Per=A0http://tools.ietf.org/html/rfc6206#=
section-5, we need to identify what Trickle considers consistent, incon=
sistent, and what other events can cause a Trickle timer reset.




A first step might be to identify what we believe=
 is a fully consistent network. I see multiple, slightly different, definit=
ions:
1. when all nodes know the full TSCH schedule of all =
their (2-hop?) neighbors



2. when there are no MAC-layer collisions, i.e. no communication=
 happens on the same slotoffset/channeloffset within that neighborhood

Of course, condition 1 is sufficient for c=
ondition 2 to be satisfied. I would argue that, since condition 2 is the en=
d goal of the network, satisfying condition 2 might be enough. That is, it&=
#39;s OK if you don't know the complete schedule of your neighbors, as =
long as you can communicate without collision. It is in fact possible that =
two cells are reused between two pairs of nodes, if at least one of these p=
airs never uses that cell, no Trickle reset is needed.




Thomas



On Wed, Jun 19, 2=
013 at 12:30 PM, Philip Levis <pal@cs.stanford.edu> wrote:=




Yes -- as far as I know, there isn't a b=
etter (faster, more efficient) algorithm than RFC6206 for reaching eventual=
 consistency in a wireless network. P2P is not a good place to start becaus=
e it is based on a graph abstraction with neighbor sets. etc. I can look cl=
oser at the exact problem problem you're discussing to figure out wheth=
er I think Trickle would work well, if you like.





Phil




On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:



> Isn't some form of trickle the right way to do this? =A0Maybe some=
 issues with distribution over a two-hop neighborhood?

>

> ksjp

>

> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:

>> This problem is not new, in P2P communities I've seen many dif=
ferent approaches to deal with keeping a distributed state (consistency). I=
 think there are 2 main directions, pessimistic and optimistic, pessimistic=
 approaches aim to enforce all nodes with the same information which requir=
es transmitting the exact state to the neighbours and make sure it is insta=
lled there, usually this is done in master-slave architectures where the ma=
ster tells the slaves what to do and won't fit to our scenario (this is=
 the PCE case in fact)



>>

>> A more scalable approach is to tolerate a little bit of de-synchro=
nization (optimistic consistency) and think that eventually all nodes will =
learn about the scheduling state. With that approach we can have scheduling=
 problems in case 2 nodes do not have their schedule completely synchronize=
d, however monitoring can help to detect that and correct eventually. My op=
inion is that the schedule does not change so much so having optimistic app=
roaches would work well (in terms of scalability). To achieve that, nodes m=
ight send portions of their schedule, assuming that eventually all schedule=
 will be sent, it will take time but neighbours might learn all information=
 from others "eventually".



>>

>> As Kris said, however, we need to find how useful that will be and=
 what are the cases where this will work better than just simple random sel=
ection and monitoring, assuming our schedules are sparse. If this is an opt=
ional feature seems that all cases can be covered.










_____________________________=
__________________

6tsch mailing list

6tsch@ietf.org

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





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Subject: Re: [6tsch] support to installing Tracks
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--047d7b6dc490aa4b4b04df90e217
Content-Type: text/plain; charset=ISO-8859-1

Qin,

[I believe you sent the same e-mail twice, I'm only answering the second
one]

Having some type of track ID would indeed make life much easier. Each RX
and TX cell would simply be associated to a trackID. The switching table
(which I assume you refer to by "track table"?) might not even physically
exist as such in the node's RAM memory. Rather the switching rule is simply
"whatever you receive on an RX cell associaed with trackID 4, transmit on
the next TX cell associated with trackID 4". There could be a trackID which
means "no trackID", to identify the cells which are not associated on a
track, and which can be used for regular routing. When the PCE installs a
hard cell, it would install [direction,slotOffset,channelOffset,trackID].

Does the above sound like what you're proposing?

Assuming that a trackID identifies a flow, is there not some other
number/tuple already available somewhere which could play the role of
trackID without requiring a new numbering space? For example, could the
trackID be the tuple [destination IPv6 address, DSCP]?

Thomas





On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang  wrote:

> Hi all,
>
> We have had many discussions on Track related topic in threads like
> "Routing vs switching". I would like to discuss more about what 6tus should
> provide to install a Track, including installing both hard cell based Track
> and soft cell based Track.
>
> My understanding is what we can do now is as follows.
> (1)  add hard cells along the path, with Cell Commands
> (2) specify the mapping between each incoming cell and outgoing cell along
> the path, with Label Switching Commands
>
> If my understanding is correct, I can see the following problem: It need
> more bandwidth. For example, when you add a hard cell between nodeA and
> nodeB, one global communication from PCE to nodeA, and one local
> communication from nodeA to nodeB are needed. But for the Label Switching
> command, additional two communications, i.e. from PCE to nodeA and from PCE
> to nodeB are also needed. In addition, if a given track consists more than
> one incoming cells and outgoing cells, more bandwidth for installing the
> track will be consumed.
>
> Thus, I would like to suggest to use TrackID to associate incoming cells
> and outgoing cells. For sure, the TrackID will not appear in packet, it is
> just used to establish the relationship between incoming cells and outgoing
> cells. i.e.
> (1) add TrackID as a parameter of Cell commands.
> (2) same procedure of adding/removing hard cell or soft cell as before.
> (3) while receiving adding hard cell or soft cell command,  fill the Track
> table with the TrackID. In the Track table, Rx cells are the incoming cells
> and Tx cells are the outgoing cells. And then, from TSCH's point of view,
>  the schedule is the overlap of all Track tables.
>
> How do you think?
>
> Qin
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--047d7b6dc490aa4b4b04df90e217
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Qin,

[I believe you sent the same e-mai=
l twice, I'm only answering the second one]

Havi=
ng some type of track ID would indeed make life much easier. Each RX and TX=
 cell would simply be associated to a trackID. The switching table (which I=
 assume you refer to by "track table"?) might not even physically=
 exist as such in the node's RAM memory. Rather the switching rule is s=
imply "whatever you receive on an RX cell associaed with trackID 4, tr=
ansmit on the next TX cell associated with trackID 4". There could be =
a trackID which means "no trackID", to identify the cells which a=
re not associated on a track, and which can be used for regular routing. Wh=
en the PCE installs a hard cell, it would install [direction,slotOffset,cha=
nnelOffset,trackID].





Does the above sound like what you're proposing?

Assuming that a trackID identifies a flow, is there =
not some other number/tuple already available somewhere which could play th=
e role of trackID without requiring a new numbering space? For example, cou=
ld the trackID be the tuple [destination IPv6 address, DSCP]?




Thomas






On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang <=
span dir=3D"ltr"><qinwang@berkeley.edu> wrote:




Hi all,




We hav=
e had many discussions on Track related topic in threads like "Routing=
 vs switching". I would like to discuss more about what 6tus should pr=
ovide to install a Track, including installing both hard cell based Track a=
nd soft cell based Track.






My understanding is wh=
at we can do now is as follows.




(1) =A0add hard cells along the path, with Cell Commands
(2) specify the mapping b=
etween each incoming cell and outgoing cell along the path, with=A0Label Sw=
itching Commands






If my understanding is=
 correct, I can see the following problem: It need more bandwidth. For exam=
ple, when you add a hard cell between nodeA and nodeB, one global communica=
tion from PCE to nodeA, and one local communication from nodeA to nodeB are=
 needed. But for the Label Switching command, additional two communications=
, i.e. from PCE to nodeA and from PCE to nodeB are also needed. In addition=
, if a given track consists more than one incoming cells and outgoing cells=
, more bandwidth for installing the track will be consumed.






Thus, I would like to =
suggest to use TrackID to associate incoming cells and outgoing cells. For =
sure, the TrackID will not appear in packet, it is just used to establish t=
he relationship between incoming cells and outgoing cells. i.e.





(1) add TrackID =
as a parameter of Cell commands.
(2) same procedure of adding/removing hard cell or so=
ft cell as before.





(3) while receiv=
ing adding hard cell or soft cell command, =A0fill the Track table with the=
 TrackID. In the Track table, Rx cells are the incoming cells and Tx cells =
are the outgoing cells. And then, from TSCH's point of view, =A0the sch=
edule is the overlap of all Track tables.






How do you think?





Qin


_______________________________________________

6tsch mailing list

6tsch@ietf.org

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





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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Hi Thomas,

Just one minor comment on "1. when all nodes know the full TSCH schedule of=
 all their (2-hop?) neighbors".
Shall we say 1-hop neighbors? I think, one node by collecting the schedule =
of all its one-hop neighbors can know the schedule of its two-hop neighborh=
ood that might conflict with its communication. In the received schedule in=
formation from one hop neighbor, the links between the one-hop and two-hop =
neighbors are also included. Am I right?

Best Wishes,
Pouria

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: Thursday, June 20, 2013 8:18 AM
To: Philip Levis
Cc: 6TSCH; Kris Pister
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

+1 on the use of Trickle. It would indeed be great if you could look at the=
 applicability.

Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify what =
Trickle considers consistent, inconsistent, and what other events can cause=
 a Trickle timer reset.

A first step might be to identify what we believe is a fully consistent net=
work. I see multiple, slightly different, definitions:
1. when all nodes know the full TSCH schedule of all their (2-hop?) neighbo=
rs
2. when there are no MAC-layer collisions, i.e. no communication happens on=
 the same slotoffset/channeloffset within that neighborhood

Of course, condition 1 is sufficient for condition 2 to be satisfied. I wou=
ld argue that, since condition 2 is the end goal of the network, satisfying=
 condition 2 might be enough. That is, it's OK if you don't know the comple=
te schedule of your neighbors, as long as you can communicate without colli=
sion. It is in fact possible that two cells are reused between two pairs of=
 nodes, if at least one of these pairs never uses that cell, no Trickle res=
et is needed.

Thomas


On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis > wrote:
Yes -- as far as I know, there isn't a better (faster, more efficient) algo=
rithm than RFC6206 for reaching eventual consistency in a wireless network.=
 P2P is not a good place to start because it is based on a graph abstractio=
n with neighbor sets. etc. I can look closer at the exact problem problem y=
ou're discussing to figure out whether I think Trickle would work well, if =
you like.

Phil

On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:

> Isn't some form of trickle the right way to do this?  Maybe some issues w=
ith distribution over a two-hop neighborhood?
>
> ksjp
>
> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
>> This problem is not new, in P2P communities I've seen many different app=
roaches to deal with keeping a distributed state (consistency). I think the=
re are 2 main directions, pessimistic and optimistic, pessimistic approache=
s aim to enforce all nodes with the same information which requires transmi=
tting the exact state to the neighbours and make sure it is installed there=
, usually this is done in master-slave architectures where the master tells=
 the slaves what to do and won't fit to our scenario (this is the PCE case =
in fact)
>>
>> A more scalable approach is to tolerate a little bit of de-synchronizati=
on (optimistic consistency) and think that eventually all nodes will learn =
about the scheduling state. With that approach we can have scheduling probl=
ems in case 2 nodes do not have their schedule completely synchronized, how=
ever monitoring can help to detect that and correct eventually. My opinion =
is that the schedule does not change so much so having optimistic approache=
s would work well (in terms of scalability). To achieve that, nodes might s=
end portions of their schedule, assuming that eventually all schedule will =
be sent, it will take time but neighbours might learn all information from =
others "eventually".
>>
>> As Kris said, however, we need to find how useful that will be and what =
are the cases where this will work better than just simple random selection=
 and monitoring, assuming our schedules are sparse. If this is an optional =
feature seems that all cases can be covered.


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


--_000_76EA352C3C95BB42A2C4F2EE6493AD6E4DA45838EXMBX23adutwent_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hi Thomas,


 <=
/p>

Just one minor comment on=
 “1. when all nodes know the full TSCH schedule of all their (2-hop?)=
 neighbors”.


Shall we say 1-hop neighb=
ors? I think, one node by collecting the schedule of all its one-hop neighb=
ors can know the schedule of its two-hop neighborhood that
 might conflict with its communication. In the received schedule informatio=
n from one hop neighbor, the links between the one-hop and two-hop neighbor=
s are also included. Am I right?  


 <=
/p>

Best Wishes,


Pouria  <=
/span>


 <=
/p>

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

Sent: Thursday, June 20, 2013 8:18 AM

To: Philip Levis

Cc: 6TSCH; Kris Pister

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




+1 on the use of Trickle. It would indeed be gre=
at if you could look at the applicability.




 






Per http://tools.ietf.org/html/rfc6206#section-5, we need to =
identify what Trickle considers consistent, inconsistent, and what other ev=
ents can cause a Trickle timer reset.






 






A first step might be to identify what we believe is=
 a fully consistent network. I see multiple, slightly different, definition=
s:






1. when all nodes know the full TSCH schedule of all=
 their (2-hop?) neighbors






2. when there are no MAC-layer collisions, i.e. no c=
ommunication happens on the same slotoffset/channeloffset within that neigh=
borhood






 






Of course, condition 1 is sufficient for condition 2=
 to be satisfied. I would argue that, since condition 2 is the end goal of =
the network, satisfying condition 2 might be enough. That is, it's OK if yo=
u don't know the complete schedule
 of your neighbors, as long as you can communicate without collision. It is=
 in fact possible that two cells are reused between two pairs of nodes, if =
at least one of these pairs never uses that cell, no Trickle reset is neede=
d.






 






Thomas






 








 




On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis <<=
a href=3D"mailto:pal@cs.stanford.edu" target=3D"_blank">pal@cs.stanford.edu=
> wrote:


Yes -- as far as I know, there isn't a better (faste=
r, more efficient) algorithm than RFC6206 for reaching eventual consistency=
 in a wireless network. P2P is not a good place to start because it is base=
d on a graph abstraction with neighbor
 sets. etc. I can look closer at the exact problem problem you're discussin=
g to figure out whether I think Trickle would work well, if you like.



Phil






On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:



> Isn't some form of trickle the right way to do this?  Maybe some =
issues with distribution over a two-hop neighborhood?

>

> ksjp

>

> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:

>> This problem is not new, in P2P communities I've seen many differe=
nt approaches to deal with keeping a distributed state (consistency). I thi=
nk there are 2 main directions, pessimistic and optimistic, pessimistic app=
roaches aim to enforce all nodes with
 the same information which requires transmitting the exact state to the ne=
ighbours and make sure it is installed there, usually this is done in maste=
r-slave architectures where the master tells the slaves what to do and won'=
t fit to our scenario (this is the
 PCE case in fact)

>>

>> A more scalable approach is to tolerate a little bit of de-synchro=
nization (optimistic consistency) and think that eventually all nodes will =
learn about the scheduling state. With that approach we can have scheduling=
 problems in case 2 nodes do not have
 their schedule completely synchronized, however monitoring can help to det=
ect that and correct eventually. My opinion is that the schedule does not c=
hange so much so having optimistic approaches would work well (in terms of =
scalability). To achieve that, nodes
 might send portions of their schedule, assuming that eventually all schedu=
le will be sent, it will take time but neighbours might learn all informati=
on from others "eventually".

>>

>> As Kris said, however, we need to find how useful that will be and=
 what are the cases where this will work better than just simple random sel=
ection and monitoring, assuming our schedules are sparse. If this is an opt=
ional feature seems that all cases can
 be covered.














_______________________________________________

6tsch mailing list

6tsch@ietf.org

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








 








--_000_76EA352C3C95BB42A2C4F2EE6493AD6E4DA45838EXMBX23adutwent_--

From maria-rita.palattella@uni.lu  Thu Jun 20 00:57:46 2013
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From: Maria Rita PALATTELLA 
To: "P.Zand@utwente.nl" , "watteyne@eecs.berkeley.edu" , "pal@cs.stanford.edu" 
Thread-Topic: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Date: Thu, 20 Jun 2013 07:57:39 +0000
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Pouria, I do agree with you.
1-hop also include the 2- hop information. The RX cells for the 1-hop neigh=
bor, are the TX cells for the 2-hop neighbor.

Maria Rita

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of P=
.Zand@utwente.nl
Sent: Thursday, June 20, 2013 9:54 AM
To: watteyne@eecs.berkeley.edu; pal@cs.stanford.edu
Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Thomas,

Just one minor comment on "1. when all nodes know the full TSCH schedule of=
 all their (2-hop?) neighbors".
Shall we say 1-hop neighbors? I think, one node by collecting the schedule =
of all its one-hop neighbors can know the schedule of its two-hop neighborh=
ood that might conflict with its communication. In the received schedule in=
formation from one hop neighbor, the links between the one-hop and two-hop =
neighbors are also included. Am I right?

Best Wishes,
Pouria

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyne
Sent: Thursday, June 20, 2013 8:18 AM
To: Philip Levis
Cc: 6TSCH; Kris Pister
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

+1 on the use of Trickle. It would indeed be great if you could look at the=
 applicability.

Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify what =
Trickle considers consistent, inconsistent, and what other events can cause=
 a Trickle timer reset.

A first step might be to identify what we believe is a fully consistent net=
work. I see multiple, slightly different, definitions:
1. when all nodes know the full TSCH schedule of all their (2-hop?) neighbo=
rs
2. when there are no MAC-layer collisions, i.e. no communication happens on=
 the same slotoffset/channeloffset within that neighborhood

Of course, condition 1 is sufficient for condition 2 to be satisfied. I wou=
ld argue that, since condition 2 is the end goal of the network, satisfying=
 condition 2 might be enough. That is, it's OK if you don't know the comple=
te schedule of your neighbors, as long as you can communicate without colli=
sion. It is in fact possible that two cells are reused between two pairs of=
 nodes, if at least one of these pairs never uses that cell, no Trickle res=
et is needed.

Thomas


On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis > wrote:
Yes -- as far as I know, there isn't a better (faster, more efficient) algo=
rithm than RFC6206 for reaching eventual consistency in a wireless network.=
 P2P is not a good place to start because it is based on a graph abstractio=
n with neighbor sets. etc. I can look closer at the exact problem problem y=
ou're discussing to figure out whether I think Trickle would work well, if =
you like.

Phil

On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:

> Isn't some form of trickle the right way to do this?  Maybe some issues w=
ith distribution over a two-hop neighborhood?
>
> ksjp
>
> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
>> This problem is not new, in P2P communities I've seen many different app=
roaches to deal with keeping a distributed state (consistency). I think the=
re are 2 main directions, pessimistic and optimistic, pessimistic approache=
s aim to enforce all nodes with the same information which requires transmi=
tting the exact state to the neighbours and make sure it is installed there=
, usually this is done in master-slave architectures where the master tells=
 the slaves what to do and won't fit to our scenario (this is the PCE case =
in fact)
>>
>> A more scalable approach is to tolerate a little bit of de-synchronizati=
on (optimistic consistency) and think that eventually all nodes will learn =
about the scheduling state. With that approach we can have scheduling probl=
ems in case 2 nodes do not have their schedule completely synchronized, how=
ever monitoring can help to detect that and correct eventually. My opinion =
is that the schedule does not change so much so having optimistic approache=
s would work well (in terms of scalability). To achieve that, nodes might s=
end portions of their schedule, assuming that eventually all schedule will =
be sent, it will take time but neighbours might learn all information from =
others "eventually".
>>
>> As Kris said, however, we need to find how useful that will be and what =
are the cases where this will work better than just simple random selection=
 and monitoring, assuming our schedules are sparse. If this is an optional =
feature seems that all cases can be covered.

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


--_000_F085911F642A6847987ADA23E611780D18568A87hoshiunilux_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Pouria, I do agree with y=
ou.


1-hop also include the 2-=
 hop information. The RX cells for the 1-hop neighbor, are the TX cells for=
 the 2-hop neighbor.


 <=
/p>

Maria Rita


 <=
/p>





From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of P.Zand@utwente.nl

Sent: Thursday, June 20, 2013 9:54 AM

To: watteyne@eecs.berkeley.edu; pal@cs.stanford.edu

Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames






 


Hi Thomas,


 <=
/p>

Just one minor comment on=
 “1. when all nodes know the full TSCH schedule of all their (2-hop?)=
 neighbors”.


Shall we say 1-hop neighb=
ors? I think, one node by collecting the schedule of all its one-hop neighb=
ors can know the schedule of its two-hop neighborhood that
 might conflict with its communication. In the received schedule informatio=
n from one hop neighbor, the links between the one-hop and two-hop neighbor=
s are also included. Am I right?  


 <=
/p>

Best Wishes,


Pouria  <=
/span>


 <=
/p>

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

Sent: Thursday, June 20, 2013 8:18 AM

To: Philip Levis

Cc: 6TSCH; Kris Pister

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




+1 on the use of Trickle. It would indeed be gre=
at if you could look at the applicability.




 






Per http://tools.ietf.org/html/rfc6206#section-5, we need to =
identify what Trickle considers consistent, inconsistent, and what other ev=
ents can cause a Trickle timer reset.






 






A first step might be to identify what we believe is=
 a fully consistent network. I see multiple, slightly different, definition=
s:






1. when all nodes know the full TSCH schedule of all=
 their (2-hop?) neighbors






2. when there are no MAC-layer collisions, i.e. no c=
ommunication happens on the same slotoffset/channeloffset within that neigh=
borhood






 






Of course, condition 1 is sufficient for condition 2=
 to be satisfied. I would argue that, since condition 2 is the end goal of =
the network, satisfying condition 2 might be enough. That is, it's OK if yo=
u don't know the complete schedule
 of your neighbors, as long as you can communicate without collision. It is=
 in fact possible that two cells are reused between two pairs of nodes, if =
at least one of these pairs never uses that cell, no Trickle reset is neede=
d.






 






Thomas






 








 




On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis <<=
a href=3D"mailto:pal@cs.stanford.edu" target=3D"_blank">pal@cs.stanford.edu=
> wrote:


Yes -- as far as I know, there isn't a better (faste=
r, more efficient) algorithm than RFC6206 for reaching eventual consistency=
 in a wireless network. P2P is not a good place to start because it is base=
d on a graph abstraction with neighbor
 sets. etc. I can look closer at the exact problem problem you're discussin=
g to figure out whether I think Trickle would work well, if you like.



Phil






On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:



> Isn't some form of trickle the right way to do this?  Maybe some =
issues with distribution over a two-hop neighborhood?

>

> ksjp

>

> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:

>> This problem is not new, in P2P communities I've seen many differe=
nt approaches to deal with keeping a distributed state (consistency). I thi=
nk there are 2 main directions, pessimistic and optimistic, pessimistic app=
roaches aim to enforce all nodes with
 the same information which requires transmitting the exact state to the ne=
ighbours and make sure it is installed there, usually this is done in maste=
r-slave architectures where the master tells the slaves what to do and won'=
t fit to our scenario (this is the
 PCE case in fact)

>>

>> A more scalable approach is to tolerate a little bit of de-synchro=
nization (optimistic consistency) and think that eventually all nodes will =
learn about the scheduling state. With that approach we can have scheduling=
 problems in case 2 nodes do not have
 their schedule completely synchronized, however monitoring can help to det=
ect that and correct eventually. My opinion is that the schedule does not c=
hange so much so having optimistic approaches would work well (in terms of =
scalability). To achieve that, nodes
 might send portions of their schedule, assuming that eventually all schedu=
le will be sent, it will take time but neighbours might learn all informati=
on from others "eventually".

>>

>> As Kris said, however, we need to find how useful that will be and=
 what are the cases where this will work better than just simple random sel=
ection and monitoring, assuming our schedules are sparse. If this is an opt=
ional feature seems that all cases can
 be covered.












_______________________________________________

6tsch mailing list

6tsch@ietf.org

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








 








--_000_F085911F642A6847987ADA23E611780D18568A87hoshiunilux_--

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References: <76EA352C3C95BB42A2C4F2EE6493AD6E4DA407EA@EXMBX23.ad.utwente.nl> <51C0C5FC.8060806@eecs.berkeley.edu> <76EA352C3C95BB42A2C4F2EE6493AD6E4DA44F57@EXMBX23.ad.utwente.nl>  <76EA352C3C95BB42A2C4F2EE6493AD6E4DA45054@EXMBX23.ad.utwente.nl> <76EA352C3C95BB42A2C4F2EE6493AD6E4DA450C5@EXMBX23.ad.utwente.nl> <51C1F1C7.2040300@eecs.berkeley.edu> <51C1F4DA.2000706@eecs.berkeley.edu> <25ECB978-1045-4C7F-9E50-6B6EF45C17B2@cs.stanford.edu>  <76EA352C3C95BB42A2C4F2EE6493AD6E4DA45838@EXMBX23.ad.utwente.nl> 
From: Thomas Watteyne 
Date: Thu, 20 Jun 2013 01:31:30 -0700
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To: Maria Rita PALATTELLA 
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Cc: "pister@eecs.berkeley.edu" , "6tsch@ietf.org" <6tsch@ietf.org>, "pal@cs.stanford.edu" , "P.Zand@utwente.nl" 
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Absolutely!
Thomas


On Thu, Jun 20, 2013 at 12:57 AM, Maria Rita PALATTELLA <
maria-rita.palattella@uni.lu> wrote:

>  Pouria, I do agree with you.****
>
> 1-hop also include the 2- hop information. The RX cells for the 1-hop
> neighbor, are the TX cells for the 2-hop neighbor.****
>
> ** **
>
> Maria Rita****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *P.Zand@utwente.nl
> *Sent:* Thursday, June 20, 2013 9:54 AM
> *To:* watteyne@eecs.berkeley.edu; pal@cs.stanford.edu
> *Cc:* 6tsch@ietf.org; pister@eecs.berkeley.edu
>
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
>  ** **
>
> Hi Thomas,****
>
> ** **
>
> Just one minor comment on =931. when all nodes know the full TSCH schedul=
e
> of all their (2-hop?) neighbors=94.****
>
> Shall we say 1-hop neighbors? I think, one node by collecting the schedul=
e
> of all its one-hop neighbors can know the schedule of its two-hop
> neighborhood that might conflict with its communication. In the received
> schedule information from one hop neighbor, the links between the one-hop
> and two-hop neighbors are also included. Am I right?  ****
>
> ** **
>
> Best Wishes,****
>
> Pouria  ****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Thomas Watteyne
> *Sent:* Thursday, June 20, 2013 8:18 AM
> *To:* Philip Levis
> *Cc:* 6TSCH; Kris Pister
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
> ** **
>
> +1 on the use of Trickle. It would indeed be great if you could look at
> the applicability.****
>
> ** **
>
> Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify
> what Trickle considers consistent, inconsistent, and what other events ca=
n
> cause a Trickle timer reset.****
>
> ** **
>
> A first step might be to identify what we believe is a fully consistent
> network. I see multiple, slightly different, definitions:****
>
> 1. when all nodes know the full TSCH schedule of all their (2-hop?)
> neighbors****
>
> 2. when there are no MAC-layer collisions, i.e. no communication happens
> on the same slotoffset/channeloffset within that neighborhood****
>
> ** **
>
> Of course, condition 1 is sufficient for condition 2 to be satisfied. I
> would argue that, since condition 2 is the end goal of the network,
> satisfying condition 2 might be enough. That is, it's OK if you don't kno=
w
> the complete schedule of your neighbors, as long as you can communicate
> without collision. It is in fact possible that two cells are reused betwe=
en
> two pairs of nodes, if at least one of these pairs never uses that cell, =
no
> Trickle reset is needed.****
>
> ** **
>
> Thomas****
>
> ** **
>
> ** **
>
> On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis 
> wrote:****
>
> Yes -- as far as I know, there isn't a better (faster, more efficient)
> algorithm than RFC6206 for reaching eventual consistency in a wireless
> network. P2P is not a good place to start because it is based on a graph
> abstraction with neighbor sets. etc. I can look closer at the exact probl=
em
> problem you're discussing to figure out whether I think Trickle would wor=
k
> well, if you like.
>
> Phil****
>
>
> On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:
>
> > Isn't some form of trickle the right way to do this?  Maybe some issues
> with distribution over a two-hop neighborhood?
> >
> > ksjp
> >
> > On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
> >> This problem is not new, in P2P communities I've seen many different
> approaches to deal with keeping a distributed state (consistency). I thin=
k
> there are 2 main directions, pessimistic and optimistic, pessimistic
> approaches aim to enforce all nodes with the same information which
> requires transmitting the exact state to the neighbours and make sure it =
is
> installed there, usually this is done in master-slave architectures where
> the master tells the slaves what to do and won't fit to our scenario (thi=
s
> is the PCE case in fact)
> >>
> >> A more scalable approach is to tolerate a little bit of
> de-synchronization (optimistic consistency) and think that eventually all
> nodes will learn about the scheduling state. With that approach we can ha=
ve
> scheduling problems in case 2 nodes do not have their schedule completely
> synchronized, however monitoring can help to detect that and correct
> eventually. My opinion is that the schedule does not change so much so
> having optimistic approaches would work well (in terms of scalability). T=
o
> achieve that, nodes might send portions of their schedule, assuming that
> eventually all schedule will be sent, it will take time but neighbours
> might learn all information from others "eventually".
> >>
> >> As Kris said, however, we need to find how useful that will be and wha=
t
> are the cases where this will work better than just simple random selecti=
on
> and monitoring, assuming our schedules are sparse. If this is an optional
> feature seems that all cases can be covered.
>
> ****
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
> ** **
>

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Absolutely!
Thomas


On Thu, Jun 20, 2013 at 12:=
57 AM, Maria Rita PALATTELLA <maria-rita.palattella@uni.lu&=
gt; wrote:














Pouria, I do agree with y=
ou.


1-hop also include the 2-=
 hop information. The RX cells for the 1-hop neighbor, are the TX cells for=
 the 2-hop neighbor.




=A0<=
/p>

Maria Rita<=
/span>


=A0<=
/p>





From: 6tsch-bounces@ietf.org=
 [mailto:6t=
sch-bounces@ietf.org]
On Behalf Of =
P.Zand@utwente.nl

Sent: Thursday, June 20, 2013 9:54 AM

To: =
watteyne@eecs.berkeley.edu; pal@cs.stanford.edu

Cc: 6tsch@ietf.o=
rg; piste=
r@eecs.berkeley.edu


Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames






=A0


Hi Thomas,<=
/span>


=A0<=
/p>

Just one minor comment on=
 =931. when all nodes know the full TSCH schedule of all their (2-hop?) nei=
ghbors=94.




Shall we say 1-hop neighb=
ors? I think, one node by collecting the schedule of all its one-hop neighb=
ors can know the schedule of its two-hop neighborhood that
 might conflict with its communication. In the received schedule informatio=
n from one hop neighbor, the links between the one-hop and two-hop neighbor=
s are also included. Am I right? =A0


=A0<=
/p>

Best Wishes,


Pouria =A0<=
/span>


=A0<=
/p>

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

Sent: Thursday, June 20, 2013 8:18 AM

To: Philip Levis

Cc: 6TSCH; Kris Pister

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


=A0




+1 on the use of Trickle. It would indeed be great i=
f you could look at the applicability.




=A0







=A0






A first step might be to identify what we believe is=
 a fully consistent network. I see multiple, slightly different, definition=
s:






1. when all nodes know the full TSCH schedule of all=
 their (2-hop?) neighbors






2. when there are no MAC-layer collisions, i.e. no c=
ommunication happens on the same slotoffset/channeloffset within that neigh=
borhood






=A0






Of course, condition 1 is sufficient for condition 2=
 to be satisfied. I would argue that, since condition 2 is the end goal of =
the network, satisfying condition 2 might be enough. That is, it's OK i=
f you don't know the complete schedule
 of your neighbors, as long as you can communicate without collision. It is=
 in fact possible that two cells are reused between two pairs of nodes, if =
at least one of these pairs never uses that cell, no Trickle reset is neede=
d.








=A0






Thomas






=A0








=A0




On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis <<=
a href=3D"mailto:pal@cs.stanford.edu" target=3D"_blank">pal@cs.stanford.edu=
> wrote:


Yes -- as far as I know, there isn't a better (f=
aster, more efficient) algorithm than RFC6206 for reaching eventual consist=
ency in a wireless network. P2P is not a good place to start because it is =
based on a graph abstraction with neighbor
 sets. etc. I can look closer at the exact problem problem you're discu=
ssing to figure out whether I think Trickle would work well, if you like.


Phil






On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:



> Isn't some form of trickle the right way to do this? =A0Maybe some=
 issues with distribution over a two-hop neighborhood?

>

> ksjp

>

> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:

>> This problem is not new, in P2P communities I've seen many dif=
ferent approaches to deal with keeping a distributed state (consistency). I=
 think there are 2 main directions, pessimistic and optimistic, pessimistic=
 approaches aim to enforce all nodes with
 the same information which requires transmitting the exact state to the ne=
ighbours and make sure it is installed there, usually this is done in maste=
r-slave architectures where the master tells the slaves what to do and won&=
#39;t fit to our scenario (this is the
 PCE case in fact)

>>

>> A more scalable approach is to tolerate a little bit of de-synchro=
nization (optimistic consistency) and think that eventually all nodes will =
learn about the scheduling state. With that approach we can have scheduling=
 problems in case 2 nodes do not have
 their schedule completely synchronized, however monitoring can help to det=
ect that and correct eventually. My opinion is that the schedule does not c=
hange so much so having optimistic approaches would work well (in terms of =
scalability). To achieve that, nodes
 might send portions of their schedule, assuming that eventually all schedu=
le will be sent, it will take time but neighbours might learn all informati=
on from others "eventually".

>>

>> As Kris said, however, we need to find how useful that will be and=
 what are the cases where this will work better than just simple random sel=
ection and monitoring, assuming our schedules are sparse. If this is an opt=
ional feature seems that all cases can
 be covered.












_______________________________________________

6tsch mailing list

6tsch@ietf.org

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








=A0












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References: <76EA352C3C95BB42A2C4F2EE6493AD6E4DA407EA@EXMBX23.ad.utwente.nl> <51C0C5FC.8060806@eecs.berkeley.edu> <76EA352C3C95BB42A2C4F2EE6493AD6E4DA44F57@EXMBX23.ad.utwente.nl>  <76EA352C3C95BB42A2C4F2EE6493AD6E4DA45054@EXMBX23.ad.utwente.nl> <76EA352C3C95BB42A2C4F2EE6493AD6E4DA450C5@EXMBX23.ad.utwente.nl> <51C1F1C7.2040300@eecs.berkeley.edu> <51C1F4DA.2000706@eecs.berkeley.edu> <25ECB978-1045-4C7F-9E50-6B6EF45C17B2@cs.stanford.edu>  <76EA352C3C95BB42A2C4F2EE6493AD6E4DA45838@EXMBX23.ad.utwente.nl> 
Date: Thu, 20 Jun 2013 20:11:04 +0800
Message-ID: 
From: Qin Wang 
To: Maria Rita PALATTELLA 
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Hi Pouria and Maria Rita,

I think there is a difference between just 1-hop information and 2-hop
information. For example,

Assume nodeA Tx to nodeB @ cell-1, and nodeC is in the radio range of
nodeA. nodeD is a neighbor of nodeC, but not a neighbor of nodeB.

Then, from the schedule of nodeC (i.e. the RX cells of nodeC), nodeD cannot
know nodeA is its 2-hop neighbor.

Thought?
Qin







On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA <
maria-rita.palattella@uni.lu> wrote:

>  Pouria, I do agree with you.****
>
> 1-hop also include the 2- hop information. The RX cells for the 1-hop
> neighbor, are the TX cells for the 2-hop neighbor.****
>
> ** **
>
> Maria Rita****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *P.Zand@utwente.nl
> *Sent:* Thursday, June 20, 2013 9:54 AM
> *To:* watteyne@eecs.berkeley.edu; pal@cs.stanford.edu
> *Cc:* 6tsch@ietf.org; pister@eecs.berkeley.edu
>
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
>  ** **
>
> Hi Thomas,****
>
> ** **
>
> Just one minor comment on =931. when all nodes know the full TSCH schedul=
e
> of all their (2-hop?) neighbors=94.****
>
> Shall we say 1-hop neighbors? I think, one node by collecting the schedul=
e
> of all its one-hop neighbors can know the schedule of its two-hop
> neighborhood that might conflict with its communication. In the received
> schedule information from one hop neighbor, the links between the one-hop
> and two-hop neighbors are also included. Am I right?  ****
>
> ** **
>
> Best Wishes,****
>
> Pouria  ****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Thomas Watteyne
> *Sent:* Thursday, June 20, 2013 8:18 AM
> *To:* Philip Levis
> *Cc:* 6TSCH; Kris Pister
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
> ** **
>
> +1 on the use of Trickle. It would indeed be great if you could look at
> the applicability.****
>
> ** **
>
> Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify
> what Trickle considers consistent, inconsistent, and what other events ca=
n
> cause a Trickle timer reset.****
>
> ** **
>
> A first step might be to identify what we believe is a fully consistent
> network. I see multiple, slightly different, definitions:****
>
> 1. when all nodes know the full TSCH schedule of all their (2-hop?)
> neighbors****
>
> 2. when there are no MAC-layer collisions, i.e. no communication happens
> on the same slotoffset/channeloffset within that neighborhood****
>
> ** **
>
> Of course, condition 1 is sufficient for condition 2 to be satisfied. I
> would argue that, since condition 2 is the end goal of the network,
> satisfying condition 2 might be enough. That is, it's OK if you don't kno=
w
> the complete schedule of your neighbors, as long as you can communicate
> without collision. It is in fact possible that two cells are reused betwe=
en
> two pairs of nodes, if at least one of these pairs never uses that cell, =
no
> Trickle reset is needed.****
>
> ** **
>
> Thomas****
>
> ** **
>
> ** **
>
> On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis 
> wrote:****
>
> Yes -- as far as I know, there isn't a better (faster, more efficient)
> algorithm than RFC6206 for reaching eventual consistency in a wireless
> network. P2P is not a good place to start because it is based on a graph
> abstraction with neighbor sets. etc. I can look closer at the exact probl=
em
> problem you're discussing to figure out whether I think Trickle would wor=
k
> well, if you like.
>
> Phil****
>
>
> On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:
>
> > Isn't some form of trickle the right way to do this?  Maybe some issues
> with distribution over a two-hop neighborhood?
> >
> > ksjp
> >
> > On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
> >> This problem is not new, in P2P communities I've seen many different
> approaches to deal with keeping a distributed state (consistency). I thin=
k
> there are 2 main directions, pessimistic and optimistic, pessimistic
> approaches aim to enforce all nodes with the same information which
> requires transmitting the exact state to the neighbours and make sure it =
is
> installed there, usually this is done in master-slave architectures where
> the master tells the slaves what to do and won't fit to our scenario (thi=
s
> is the PCE case in fact)
> >>
> >> A more scalable approach is to tolerate a little bit of
> de-synchronization (optimistic consistency) and think that eventually all
> nodes will learn about the scheduling state. With that approach we can ha=
ve
> scheduling problems in case 2 nodes do not have their schedule completely
> synchronized, however monitoring can help to detect that and correct
> eventually. My opinion is that the schedule does not change so much so
> having optimistic approaches would work well (in terms of scalability). T=
o
> achieve that, nodes might send portions of their schedule, assuming that
> eventually all schedule will be sent, it will take time but neighbours
> might learn all information from others "eventually".
> >>
> >> As Kris said, however, we need to find how useful that will be and wha=
t
> are the cases where this will work better than just simple random selecti=
on
> and monitoring, assuming our schedules are sparse. If this is an optional
> feature seems that all cases can be covered.
>
> ****
>
> _______________________________________________
> 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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Content-Transfer-Encoding: quoted-printable


Hi Pouria and Maria Rita,

I think=
 there is a difference between just 1-hop information and 2-hop information=
. For example,=A0

Assume nodeA Tx to n=
odeB @ cell-1, and nodeC is in the radio range of nodeA. nodeD is a neighbo=
r of nodeC, but not a neighbor of nodeB.



Then, from the schedule of nodeC (i.e. the =
RX cells of nodeC), nodeD cannot know nodeA is its 2-hop neighbor.

Thought?
Qin

=A0

=A0=A0

<=
div style>


On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA <maria-rita.palattella@uni.lu> wrote:













Pouria, I do agree with y=
ou.


1-hop also include the 2-=
 hop information. The RX cells for the 1-hop neighbor, are the TX cells for=
 the 2-hop neighbor.



=A0<=
/p>

Maria Rita<=
/span>


=A0<=
/p>





From: 6tsch-bounces@ietf.org=
 [mailto:6t=
sch-bounces@ietf.org]
On Behalf Of =
P.Zand@utwente.nl

Sent: Thursday, June 20, 2013 9:54 AM

To: =
watteyne@eecs.berkeley.edu; pal@cs.stanford.edu

Cc: 6tsch@ietf.o=
rg; piste=
r@eecs.berkeley.edu


Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames






=A0


Hi Thomas,<=
/span>


=A0<=
/p>

Just one minor comment on=
 =931. when all nodes know the full TSCH schedule of all their (2-hop?) nei=
ghbors=94.



Shall we say 1-hop neighb=
ors? I think, one node by collecting the schedule of all its one-hop neighb=
ors can know the schedule of its two-hop neighborhood that
 might conflict with its communication. In the received schedule informatio=
n from one hop neighbor, the links between the one-hop and two-hop neighbor=
s are also included. Am I right? =A0


=A0<=
/p>

Best Wishes,


Pouria =A0<=
/span>


=A0<=
/p>

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

Sent: Thursday, June 20, 2013 8:18 AM

To: Philip Levis

Cc: 6TSCH; Kris Pister

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


=A0




+1 on the use of Trickle. It would indeed be great i=
f you could look at the applicability.




=A0







=A0






A first step might be to identify what we believe is=
 a fully consistent network. I see multiple, slightly different, definition=
s:






1. when all nodes know the full TSCH schedule of all=
 their (2-hop?) neighbors






2. when there are no MAC-layer collisions, i.e. no c=
ommunication happens on the same slotoffset/channeloffset within that neigh=
borhood






=A0






Of course, condition 1 is sufficient for condition 2=
 to be satisfied. I would argue that, since condition 2 is the end goal of =
the network, satisfying condition 2 might be enough. That is, it's OK i=
f you don't know the complete schedule
 of your neighbors, as long as you can communicate without collision. It is=
 in fact possible that two cells are reused between two pairs of nodes, if =
at least one of these pairs never uses that cell, no Trickle reset is neede=
d.







=A0






Thomas






=A0








=A0




On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis <<=
a href=3D"mailto:pal@cs.stanford.edu" target=3D"_blank">pal@cs.stanford.edu=
> wrote:


Yes -- as far as I know, there isn't a better (f=
aster, more efficient) algorithm than RFC6206 for reaching eventual consist=
ency in a wireless network. P2P is not a good place to start because it is =
based on a graph abstraction with neighbor
 sets. etc. I can look closer at the exact problem problem you're discu=
ssing to figure out whether I think Trickle would work well, if you like.


Phil






On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:



> Isn't some form of trickle the right way to do this? =A0Maybe some=
 issues with distribution over a two-hop neighborhood?

>

> ksjp

>

> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:

>> This problem is not new, in P2P communities I've seen many dif=
ferent approaches to deal with keeping a distributed state (consistency). I=
 think there are 2 main directions, pessimistic and optimistic, pessimistic=
 approaches aim to enforce all nodes with
 the same information which requires transmitting the exact state to the ne=
ighbours and make sure it is installed there, usually this is done in maste=
r-slave architectures where the master tells the slaves what to do and won&=
#39;t fit to our scenario (this is the
 PCE case in fact)

>>

>> A more scalable approach is to tolerate a little bit of de-synchro=
nization (optimistic consistency) and think that eventually all nodes will =
learn about the scheduling state. With that approach we can have scheduling=
 problems in case 2 nodes do not have
 their schedule completely synchronized, however monitoring can help to det=
ect that and correct eventually. My opinion is that the schedule does not c=
hange so much so having optimistic approaches would work well (in terms of =
scalability). To achieve that, nodes
 might send portions of their schedule, assuming that eventually all schedu=
le will be sent, it will take time but neighbours might learn all informati=
on from others "eventually".

>>

>> As Kris said, however, we need to find how useful that will be and=
 what are the cases where this will work better than just simple random sel=
ection and monitoring, assuming our schedules are sparse. If this is an opt=
ional feature seems that all cases can
 be covered.












_______________________________________________

6tsch mailing list

6tsch@ietf.org

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








=A0









_______________________________________________

6tsch mailing list

6tsch@ietf.org

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





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Date: Thu, 20 Jun 2013 20:30:25 +0800
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From: Qin Wang 
To: Thomas Watteyne 
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Subject: Re: [6tsch] support to installing Tracks
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Thomas,

It is exactly what I proposed.

Regarding to how to express trackID, I agree that it would be better to use
something already existing. But there may be some problem to use
[destination IP address, DSCP], especially for the routing devices. For
example, assume nodeC forwards packets from both nodeA and nodeB to same
destination, in same DSCP, then, with [destination IP address, DSCP], nodeC
cannot distinguish the Track from nodeA and the Track from nodeB. Correct?

Qin






On Thu, Jun 20, 2013 at 3:27 PM, Thomas Watteyne  wrote:

> Qin,
>
> [I believe you sent the same e-mail twice, I'm only answering the second
> one]
>
> Having some type of track ID would indeed make life much easier. Each RX
> and TX cell would simply be associated to a trackID. The switching table
> (which I assume you refer to by "track table"?) might not even physically
> exist as such in the node's RAM memory. Rather the switching rule is simply
> "whatever you receive on an RX cell associaed with trackID 4, transmit on
> the next TX cell associated with trackID 4". There could be a trackID which
> means "no trackID", to identify the cells which are not associated on a
> track, and which can be used for regular routing. When the PCE installs a
> hard cell, it would install [direction,slotOffset,channelOffset,trackID].
>
> Does the above sound like what you're proposing?
>
> Assuming that a trackID identifies a flow, is there not some other
> number/tuple already available somewhere which could play the role of
> trackID without requiring a new numbering space? For example, could the
> trackID be the tuple [destination IPv6 address, DSCP]?
>
> Thomas
>
>
>
>
>
> On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang  wrote:
>
>> Hi all,
>>
>> We have had many discussions on Track related topic in threads like
>> "Routing vs switching". I would like to discuss more about what 6tus should
>> provide to install a Track, including installing both hard cell based Track
>> and soft cell based Track.
>>
>> My understanding is what we can do now is as follows.
>> (1)  add hard cells along the path, with Cell Commands
>> (2) specify the mapping between each incoming cell and outgoing cell
>> along the path, with Label Switching Commands
>>
>> If my understanding is correct, I can see the following problem: It need
>> more bandwidth. For example, when you add a hard cell between nodeA and
>> nodeB, one global communication from PCE to nodeA, and one local
>> communication from nodeA to nodeB are needed. But for the Label Switching
>> command, additional two communications, i.e. from PCE to nodeA and from PCE
>> to nodeB are also needed. In addition, if a given track consists more than
>> one incoming cells and outgoing cells, more bandwidth for installing the
>> track will be consumed.
>>
>> Thus, I would like to suggest to use TrackID to associate incoming cells
>> and outgoing cells. For sure, the TrackID will not appear in packet, it is
>> just used to establish the relationship between incoming cells and outgoing
>> cells. i.e.
>> (1) add TrackID as a parameter of Cell commands.
>> (2) same procedure of adding/removing hard cell or soft cell as before.
>> (3) while receiving adding hard cell or soft cell command,  fill the
>> Track table with the TrackID. In the Track table, Rx cells are the incoming
>> cells and Tx cells are the outgoing cells. And then, from TSCH's point of
>> view,  the schedule is the overlap of all Track tables.
>>
>> How do you think?
>>
>> Qin
>>
>> _______________________________________________
>> 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
>
>

--089e0129483e51ef5404df951c65
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Content-Transfer-Encoding: quoted-printable


Thomas,

It is exactly what I prop=
osed.

Regarding to how to express trac=
kID, I agree that it would be better to use something already existing. But=
 there may be some problem to use [destination IP address, DSCP], especiall=
y for the routing devices. For example, assume nodeC forwards packets from =
both nodeA and nodeB to same destination, in same DSCP, then, with [destina=
tion IP address, DSCP], nodeC cannot distinguish the Track from nodeA and t=
he Track from nodeB. Correct?



Qin=A0






On Thu, Jun 20, 2013 at 3:27 =
PM, Thomas Watteyne <watteyne@eecs.berkeley.edu> wr=
ote:


Qin,

[I =
believe you sent the same e-mail twice, I'm only answering the second o=
ne]



Having some type of track ID would indeed make life muc=
h easier. Each RX and TX cell would simply be associated to a trackID. The =
switching table (which I assume you refer to by "track table"?) m=
ight not even physically exist as such in the node's RAM memory. Rather=
 the switching rule is simply "whatever you receive on an RX cell asso=
ciaed with trackID 4, transmit on the next TX cell associated with trackID =
4". There could be a trackID which means "no trackID", to id=
entify the cells which are not associated on a track, and which can be used=
 for regular routing. When the PCE installs a hard cell, it would install [=
direction,slotOffset,channelOffset,trackID].






Does the above sound like what you're proposing?

Assuming that a trackID identifies a flow, is there =
not some other number/tuple already available somewhere which could play th=
e role of trackID without requiring a new numbering space? For example, cou=
ld the trackID be the tuple [destination IPv6 address, DSCP]?





Thomas






On Wed, Jun 19, 2013=
 at 8:21 AM, Qin Wang <qinwang@berkeley.edu> wrote:





Hi all=
,





We hav=
e had many discussions on Track related topic in threads like "Routing=
 vs switching". I would like to discuss more about what 6tus should pr=
ovide to install a Track, including installing both hard cell based Track a=
nd soft cell based Track.







My understanding is wh=
at we can do now is as follows.





(1) =A0add hard cells along the path, with Cell Commands
(2) specify the mapping b=
etween each incoming cell and outgoing cell along the path, with=A0Label Sw=
itching Commands







If my understanding is=
 correct, I can see the following problem: It need more bandwidth. For exam=
ple, when you add a hard cell between nodeA and nodeB, one global communica=
tion from PCE to nodeA, and one local communication from nodeA to nodeB are=
 needed. But for the Label Switching command, additional two communications=
, i.e. from PCE to nodeA and from PCE to nodeB are also needed. In addition=
, if a given track consists more than one incoming cells and outgoing cells=
, more bandwidth for installing the track will be consumed.







Thus, I would like to =
suggest to use TrackID to associate incoming cells and outgoing cells. For =
sure, the TrackID will not appear in packet, it is just used to establish t=
he relationship between incoming cells and outgoing cells. i.e.






(1) add TrackID =
as a parameter of Cell commands.
(2) same procedure of adding/removing hard cell or so=
ft cell as before.






(3) while receiv=
ing adding hard cell or soft cell command, =A0fill the Track table with the=
 TrackID. In the Track table, Rx cells are the incoming cells and Tx cells =
are the outgoing cells. And then, from TSCH's point of view, =A0the sch=
edule is the overlap of all Track tables.







How do you think?






Qin


_______________________________________________

6tsch mailing list

6tsch@ietf.org

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





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6tsch@ietf.org

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





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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Hi Qin,
You mean the case that edge(A, B) is not in the two-hop neighborhood of nod=
e D, but is in the two-hop neighborhood of node C. Am I right?
If yes, for creating a soft link between node D and C, node D will send a "=
Link Reservation Request" including a candidate set of links based on its t=
wo-hop information. Node D might suggest the cell-1 that is used on edge (A=
, B). However, node C upon receiving the request, will do another check bas=
ed on his two-hop neighborhood information and will not chose that cell-1. =
That is because node C knows about the cell-1 on edge(A, B) in its two-hop =
neighborhood.
In other cases, that node D intend to create a soft link with other nodes (=
e.g. E or F), and if those nodes are not one-hop neighbors of node A, then =
edge(A,B) is not considered as a conflict edge with edges of (D, E) or (D, =
F).
Am I right?
Best wishes,
Pouria

From: Qin Wang [mailto:qinwang@berkeley.edu]
Sent: Thursday, June 20, 2013 2:11 PM
To: Maria Rita PALATTELLA
Cc: Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@=
ietf.org; pister@eecs.berkeley.edu
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Pouria and Maria Rita,

I think there is a difference between just 1-hop information and 2-hop info=
rmation. For example,

Assume nodeA Tx to nodeB @ cell-1, and nodeC is in the radio range of nodeA=
. nodeD is a neighbor of nodeC, but not a neighbor of nodeB.

Then, from the schedule of nodeC (i.e. the RX cells of nodeC), nodeD cannot=
 know nodeA is its 2-hop neighbor.

Thought?
Qin






On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA > wrote:
Pouria, I do agree with you.
1-hop also include the 2- hop information. The RX cells for the 1-hop neigh=
bor, are the TX cells for the 2-hop neighbor.

Maria Rita

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of P.Zand@utwente=
.nl
Sent: Thursday, June 20, 2013 9:54 AM
To: watteyne@eecs.berkeley.edu; pal@cs.s=
tanford.edu
Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Thomas,

Just one minor comment on "1. when all nodes know the full TSCH schedule of=
 all their (2-hop?) neighbors".
Shall we say 1-hop neighbors? I think, one node by collecting the schedule =
of all its one-hop neighbors can know the schedule of its two-hop neighborh=
ood that might conflict with its communication. In the received schedule in=
formation from one hop neighbor, the links between the one-hop and two-hop =
neighbors are also included. Am I right?

Best Wishes,
Pouria

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyne
Sent: Thursday, June 20, 2013 8:18 AM
To: Philip Levis
Cc: 6TSCH; Kris Pister
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

+1 on the use of Trickle. It would indeed be great if you could look at the=
 applicability.

Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify what =
Trickle considers consistent, inconsistent, and what other events can cause=
 a Trickle timer reset.

A first step might be to identify what we believe is a fully consistent net=
work. I see multiple, slightly different, definitions:
1. when all nodes know the full TSCH schedule of all their (2-hop?) neighbo=
rs
2. when there are no MAC-layer collisions, i.e. no communication happens on=
 the same slotoffset/channeloffset within that neighborhood

Of course, condition 1 is sufficient for condition 2 to be satisfied. I wou=
ld argue that, since condition 2 is the end goal of the network, satisfying=
 condition 2 might be enough. That is, it's OK if you don't know the comple=
te schedule of your neighbors, as long as you can communicate without colli=
sion. It is in fact possible that two cells are reused between two pairs of=
 nodes, if at least one of these pairs never uses that cell, no Trickle res=
et is needed.

Thomas


On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis > wrote:
Yes -- as far as I know, there isn't a better (faster, more efficient) algo=
rithm than RFC6206 for reaching eventual consistency in a wireless network.=
 P2P is not a good place to start because it is based on a graph abstractio=
n with neighbor sets. etc. I can look closer at the exact problem problem y=
ou're discussing to figure out whether I think Trickle would work well, if =
you like.

Phil

On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:

> Isn't some form of trickle the right way to do this?  Maybe some issues w=
ith distribution over a two-hop neighborhood?
>
> ksjp
>
> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
>> This problem is not new, in P2P communities I've seen many different app=
roaches to deal with keeping a distributed state (consistency). I think the=
re are 2 main directions, pessimistic and optimistic, pessimistic approache=
s aim to enforce all nodes with the same information which requires transmi=
tting the exact state to the neighbours and make sure it is installed there=
, usually this is done in master-slave architectures where the master tells=
 the slaves what to do and won't fit to our scenario (this is the PCE case =
in fact)
>>
>> A more scalable approach is to tolerate a little bit of de-synchronizati=
on (optimistic consistency) and think that eventually all nodes will learn =
about the scheduling state. With that approach we can have scheduling probl=
ems in case 2 nodes do not have their schedule completely synchronized, how=
ever monitoring can help to detect that and correct eventually. My opinion =
is that the schedule does not change so much so having optimistic approache=
s would work well (in terms of scalability). To achieve that, nodes might s=
end portions of their schedule, assuming that eventually all schedule will =
be sent, it will take time but neighbours might learn all information from =
others "eventually".
>>
>> As Kris said, however, we need to find how useful that will be and what =
are the cases where this will work better than just simple random selection=
 and monitoring, assuming our schedules are sparse. If this is an optional =
feature seems that all cases can be covered.
_______________________________________________
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_76EA352C3C95BB42A2C4F2EE6493AD6E4DA45A07EXMBX23adutwent_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hi Qin,=



You mean the case that ed=
ge(A, B) is not in the two-hop neighborhood of node D, but is in the two-ho=
p neighborhood of node C. Am I right?


If yes, for creating a so=
ft link between node D and C, node D will send a “Link Reservation Re=
quest” including a candidate set of links based on its two-hop
 information. Node D might suggest the cell-1 that is used on edge (A, B). =
However, node C upon receiving the request, will do another check based on =
his two-hop neighborhood information and will not chose that cell-1. That i=
s because node C knows about the
 cell-1 on edge(A, B) in its two-hop neighborhood.


In other cases, that node=
 D intend to create a soft link with other nodes (e.g. E or F), and if thos=
e nodes are not one-hop neighbors of node A, then edge(A,B)
 is not considered as a conflict edge with edges of (D, E) or (D, F).<=
/o:p>


Am I right?  


Best wishes,


Pouria<=
/p>

 <=
/p>

From: Qin Wang=
 [mailto:qinwang@berkeley.edu]


Sent: Thursday, June 20, 2013 2:11 PM

To: Maria Rita PALATTELLA

Cc: Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu;=
 6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




Hi Pouria and Maria Rita,




 






I think there is a difference between just 1-hop inf=
ormation and 2-hop information. For example, 






 






Assume nodeA Tx to nodeB @ cell-1, and nodeC is in t=
he radio range of nodeA. nodeD is a neighbor of nodeC, but not a neighbor o=
f nodeB.






 






Then, from the schedule of nodeC (i.e. the RX cells =
of nodeC), nodeD cannot know nodeA is its 2-hop neighbor.






 






Thought?






Qin






 






 






  






 






 








 




On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Pouria, I do agree with you.


1-hop also include the 2- hop informati=
on. The RX cells for the 1-hop neighbor, are the TX cells
 for the 2-hop neighbor.


 


Maria Rita


 






From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of =
P.Zand@utwente.nl

Sent: Thursday, June 20, 2013 9:54 AM

To: =
watteyne@eecs.berkeley.edu;
pal@cs.stanford.ed=
u

Cc: 6tsch@ietf.o=
rg; 
pister@eecs.berkeley.edu








Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames














 


Hi Thomas,


 


Just one minor comment on “1. whe=
n all nodes know the full TSCH schedule of all their (2-hop?) neighborsR=
21;.


Shall we say 1-hop neighbors? I think, =
one node by collecting the schedule of all its one-hop neighbors
 can know the schedule of its two-hop neighborhood that might conflict with=
 its communication. In the received schedule information from one hop neigh=
bor, the links between the one-hop and two-hop neighbors are also included.=
 Am I right?  


 


Best Wishes,


Pouria  


 


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

Sent: Thursday, June 20, 2013 8:18 AM

To: Philip Levis

Cc: 6TSCH; Kris Pister

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




+1 on the use of Trickle. It would indeed be great if you coul=
d look at the applicability.




 






Per http://tools.ietf.org/html/rfc6206#section-5, we need=
 to identify what Trickle considers consistent,
 inconsistent, and what other events can cause a Trickle timer reset.<=
/o:p>






 






A first step might be to identify what we believe is a fully consi=
stent network. I see multiple, slightly different, definitions:<=
/p>





1. when all nodes know the full TSCH schedule of all their (2-hop?=
) neighbors






2. when there are no MAC-layer collisions, i.e. no communication h=
appens on the same slotoffset/channeloffset within that neighborhood






 






Of course, condition 1 is sufficient for condition 2 to be satisfi=
ed. I would argue that, since condition 2 is the end goal of the network, s=
atisfying condition 2 might be enough.
 That is, it's OK if you don't know the complete schedule of your neighbors=
, as long as you can communicate without collision. It is in fact possible =
that two cells are reused between two pairs of nodes, if at least one of th=
ese pairs never uses that cell,
 no Trickle reset is needed.






 






Thomas






 








 




On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis <pal@cs.stanford.edu> wrote=
:


Yes -- as far as I know, there isn't a better (faster, more effici=
ent) algorithm than RFC6206 for reaching eventual consistency in a wireless=
 network. P2P is not a good place to
 start because it is based on a graph abstraction with neighbor sets. etc. =
I can look closer at the exact problem problem you're discussing to figure =
out whether I think Trickle would work well, if you like.



Phil






On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:



> Isn't some form of trickle the right way to do this?  Maybe some =
issues with distribution over a two-hop neighborhood?

>

> ksjp

>

> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:

>> This problem is not new, in P2P communities I've seen many differe=
nt approaches to deal with keeping a distributed state (consistency). I thi=
nk there are 2 main directions, pessimistic and optimistic, pessimistic app=
roaches aim to enforce all nodes with
 the same information which requires transmitting the exact state to the ne=
ighbours and make sure it is installed there, usually this is done in maste=
r-slave architectures where the master tells the slaves what to do and won'=
t fit to our scenario (this is the
 PCE case in fact)

>>

>> A more scalable approach is to tolerate a little bit of de-synchro=
nization (optimistic consistency) and think that eventually all nodes will =
learn about the scheduling state. With that approach we can have scheduling=
 problems in case 2 nodes do not have
 their schedule completely synchronized, however monitoring can help to det=
ect that and correct eventually. My opinion is that the schedule does not c=
hange so much so having optimistic approaches would work well (in terms of =
scalability). To achieve that, nodes
 might send portions of their schedule, assuming that eventually all schedu=
le will be sent, it will take time but neighbours might learn all informati=
on from others "eventually".

>>

>> As Kris said, however, we need to find how useful that will be and=
 what are the cases where this will work better than just simple random sel=
ection and monitoring, assuming our schedules are sparse. If this is an opt=
ional feature seems that all cases can
 be covered.








_______________________________________________

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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Dear all, 
 
This discussion let emerge many interesting points.
 
Perhaps, it is time to start thinking (at least optionally) to something in
the middle between a fully deterministic approach where all data packets are
transmitted according to a pre-assigned schedule along the path towards the
root and a fully distributed one, where collision may happen at each hop.
 
Based on the considerations of Kris on the efficiency of slotted aloha, we
just require to build schedules on those links with a very low rank (let's
say r0), which are closer to the root and have to sustain a higher load,
while using slotted aloha for links closer to the leaves of the tree.   
 
This just requires some timeslots between the boundaries of these two
regions (let's say below rank r0 and above r0) of the network to accommodate
some extra delay from packets coming from the leaves. At the same time this
approach would dramatically lower the complexity of all the operations
required for building and maintaining the schedule and decrease the
signaling overhead. The value of r0 has to be tuned based on the intensity
of the traffic.
 
Any thoughts ?
 
Cheers
 
Alfredo
 
Da: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] Per conto di Qin
Wang
Inviato: Thursday, June 20, 2013 2:11 PM
A: Maria Rita PALATTELLA
Cc: watteyne@eecs.berkeley.edu; pister@eecs.berkeley.edu; 6tsch@ietf.org;
pal@cs.stanford.edu; P.Zand@utwente.nl
Oggetto: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
 
Hi Pouria and Maria Rita,
 
I think there is a difference between just 1-hop information and 2-hop
information. For example, 
 
Assume nodeA Tx to nodeB @ cell-1, and nodeC is in the radio range of nodeA.
nodeD is a neighbor of nodeC, but not a neighbor of nodeB.
 
Then, from the schedule of nodeC (i.e. the RX cells of nodeC), nodeD cannot
know nodeA is its 2-hop neighbor.
 
Thought?
Qin
 
 
  
 
 
 
On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA
 wrote:
Pouria, I do agree with you.
1-hop also include the 2- hop information. The RX cells for the 1-hop
neighbor, are the TX cells for the 2-hop neighbor.
 
Maria Rita
 
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of
P.Zand@utwente.nl
Sent: Thursday, June 20, 2013 9:54 AM
To: watteyne@eecs.berkeley.edu; pal@cs.stanford.edu
Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
 
Hi Thomas,
 
Just one minor comment on "1. when all nodes know the full TSCH schedule of
all their (2-hop?) neighbors".
Shall we say 1-hop neighbors? I think, one node by collecting the schedule
of all its one-hop neighbors can know the schedule of its two-hop
neighborhood that might conflict with its communication. In the received
schedule information from one hop neighbor, the links between the one-hop
and two-hop neighbors are also included. Am I right?  
 
Best Wishes,
Pouria  
 
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of
Thomas Watteyne
Sent: Thursday, June 20, 2013 8:18 AM
To: Philip Levis
Cc: 6TSCH; Kris Pister
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
 
+1 on the use of Trickle. It would indeed be great if you could look at the
applicability.
 
Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify what
Trickle considers consistent, inconsistent, and what other events can cause
a Trickle timer reset.
 
A first step might be to identify what we believe is a fully consistent
network. I see multiple, slightly different, definitions:
1. when all nodes know the full TSCH schedule of all their (2-hop?)
neighbors
2. when there are no MAC-layer collisions, i.e. no communication happens on
the same slotoffset/channeloffset within that neighborhood
 
Of course, condition 1 is sufficient for condition 2 to be satisfied. I
would argue that, since condition 2 is the end goal of the network,
satisfying condition 2 might be enough. That is, it's OK if you don't know
the complete schedule of your neighbors, as long as you can communicate
without collision. It is in fact possible that two cells are reused between
two pairs of nodes, if at least one of these pairs never uses that cell, no
Trickle reset is needed.
 
Thomas
 
 
On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis  wrote:
Yes -- as far as I know, there isn't a better (faster, more efficient)
algorithm than RFC6206 for reaching eventual consistency in a wireless
network. P2P is not a good place to start because it is based on a graph
abstraction with neighbor sets. etc. I can look closer at the exact problem
problem you're discussing to figure out whether I think Trickle would work
well, if you like.

Phil

On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:

> Isn't some form of trickle the right way to do this?  Maybe some issues
with distribution over a two-hop neighborhood?
>
> ksjp
>
> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
>> This problem is not new, in P2P communities I've seen many different
approaches to deal with keeping a distributed state (consistency). I think
there are 2 main directions, pessimistic and optimistic, pessimistic
approaches aim to enforce all nodes with the same information which requires
transmitting the exact state to the neighbours and make sure it is installed
there, usually this is done in master-slave architectures where the master
tells the slaves what to do and won't fit to our scenario (this is the PCE
case in fact)
>>
>> A more scalable approach is to tolerate a little bit of
de-synchronization (optimistic consistency) and think that eventually all
nodes will learn about the scheduling state. With that approach we can have
scheduling problems in case 2 nodes do not have their schedule completely
synchronized, however monitoring can help to detect that and correct
eventually. My opinion is that the schedule does not change so much so
having optimistic approaches would work well (in terms of scalability). To
achieve that, nodes might send portions of their schedule, assuming that
eventually all schedule will be sent, it will take time but neighbours might
learn all information from others "eventually".
>>
>> As Kris said, however, we need to find how useful that will be and what
are the cases where this will work better than just simple random selection
and monitoring, assuming our schedules are sparse. If this is an optional
feature seems that all cases can be covered.
_______________________________________________
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
 

------=_NextPart_000_000D_01CE6DC6.CD979A60
Content-Type: text/html;
	charset="us-ascii"
Content-Transfer-Encoding: quoted-printable


Dear all, =

 
This discussion let emerge =
many interesting points.
 
Perhaps, it is time to start =
thinking (at least optionally) to something in the middle between a =
fully deterministic approach where all data packets are transmitted =
according to a pre-assigned schedule along the path towards the root and =
a fully distributed one, where collision may happen at each =
hop.
 
Based on the considerations of =
Kris on the efficiency of slotted aloha, we just require to build =
schedules on those links with a very low rank (let’s say r0), =
which are closer to the root and have to sustain a higher load, while =
using slotted aloha for links closer to the leaves of the tree.   
 
This just requires some =
timeslots between the boundaries of these two regions (let’s say =
below rank r0 and above r0) of the network to accommodate some extra =
delay from packets coming from the leaves. At the same time this =
approach would dramatically lower the complexity of all the operations =
required for building and maintaining the schedule and decrease the =
signaling overhead. The value of r0 has to be tuned based on the =
intensity of the traffic.
 
Any thoughts =
?
 
Cheers
 
Alfredo
 
Da: 6tsch-bounces@ietf.org =
[mailto:6tsch-bounces@ietf.org] Per =
conto di Qin Wang
Inviato: Thursday, June 20, 2013 =
2:11 PM
A: Maria Rita =
PALATTELLA
Cc: =
watteyne@eecs.berkeley.edu; pister@eecs.berkeley.edu; 6tsch@ietf.org; =
pal@cs.stanford.edu; P.Zand@utwente.nl
Oggetto: Re: [6tsch] TSCH: info =
for each(?) link in Enhanced Beacon =
frames
 
Hi Pouria and Maria =
Rita,
 
=

I think there is a difference between just =
1-hop information and 2-hop information. For =
example, 
 
=

Assume nodeA Tx to nodeB @ cell-1, and nodeC =
is in the radio range of nodeA. nodeD is a neighbor of nodeC, but not a =
neighbor of nodeB.
 
=

Then, from the schedule of nodeC (i.e. the RX =
cells of nodeC), nodeD cannot know nodeA is its 2-hop =
neighbor.
 
=

Thought?
Qin
 
=

 
=

  
 
=

 
 
On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita =
PALATTELLA <maria-rita.palattella@uni.lu> =
wrote:
Pouria, I do agree with you.
1-hop also include the 2- hop information. The RX cells for the 1-hop =
neighbor, are the TX cells for the 2-hop =
neighbor.
 
Maria Rita
 
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of P.Zand@utwente.nl
Sent: Thursday, June 20, 2013 9:54 =
AM
To: watteyne@eecs.berkeley.edu; pal@cs.stanford.edu
Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: Re: [6tsch] TSCH: info =
for each(?) link in Enhanced Beacon =
frames
 
Hi Thomas,
 
Just one minor comment on “1. when all nodes know the full TSCH =
schedule of all their (2-hop?) =
neighbors”.
Shall we say 1-hop neighbors? I think, one node by collecting the =
schedule of all its one-hop neighbors can know the schedule of its =
two-hop neighborhood that might conflict with its communication. In the =
received schedule information from one hop neighbor, the links between =
the one-hop and two-hop neighbors are also included. Am I right? =
 
 
Best Wishes,
Pouria  
 
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of Thomas =
Watteyne
Sent: =
Thursday, June 20, 2013 8:18 AM
To: Philip Levis
Cc: 6TSCH; Kris Pister
Subject: Re: [6tsch] TSCH: info =
for each(?) link in Enhanced Beacon =
frames
 
+1 on =
the use of Trickle. It would indeed be great if you could look at the =
applicability.
 
=

Per http://tools.ietf.org/html/rfc6206#section-5, we =
need to identify what Trickle considers consistent, inconsistent, and =
what other events can cause a Trickle timer =
reset.
 
=

A =
first step might be to identify what we believe is a fully consistent =
network. I see multiple, slightly different, =
definitions:
1. =
when all nodes know the full TSCH schedule of all their (2-hop?) =
neighbors
2. =
when there are no MAC-layer collisions, i.e. no communication happens on =
the same slotoffset/channeloffset within that =
neighborhood
 
=

Of =
course, condition 1 is sufficient for condition 2 to be satisfied. I =
would argue that, since condition 2 is the end goal of the network, =
satisfying condition 2 might be enough. That is, it's OK if you don't =
know the complete schedule of your neighbors, as long as you can =
communicate without collision. It is in fact possible that two cells are =
reused between two pairs of nodes, if at least one of these pairs never =
uses that cell, no Trickle reset is =
needed.
 
=

Thomas
=

 
 
On =
Wed, Jun 19, 2013 at 12:30 PM, Philip Levis <pal@cs.stanford.edu> =
wrote:
Yes =
-- as far as I know, there isn't a better (faster, more efficient) =
algorithm than RFC6206 for reaching eventual consistency in a wireless =
network. P2P is not a good place to start because it is based on a graph =
abstraction with neighbor sets. etc. I can look closer at the exact =
problem problem you're discussing to figure out whether I think Trickle =
would work well, if you =
like.

Phil

On Jun 19, =
2013, at 11:13 AM, Kris Pister wrote:

> Isn't some form of =
trickle the right way to do this?  Maybe some issues with =
distribution over a two-hop neighborhood?
>
> =
ksjp
>
> On 6/19/2013 11:00 AM, Xavier Vilajosana =
wrote:
>> This problem is not new, in P2P communities I've seen =
many different approaches to deal with keeping a distributed state =
(consistency). I think there are 2 main directions, pessimistic and =
optimistic, pessimistic approaches aim to enforce all nodes with the =
same information which requires transmitting the exact state to the =
neighbours and make sure it is installed there, usually this is done in =
master-slave architectures where the master tells the slaves what to do =
and won't fit to our scenario (this is the PCE case in =
fact)
>>
>> A more scalable approach is to tolerate a =
little bit of de-synchronization (optimistic consistency) and think that =
eventually all nodes will learn about the scheduling state. With that =
approach we can have scheduling problems in case 2 nodes do not have =
their schedule completely synchronized, however monitoring can help to =
detect that and correct eventually. My opinion is that the schedule does =
not change so much so having optimistic approaches would work well (in =
terms of scalability). To achieve that, nodes might send portions of =
their schedule, assuming that eventually all schedule will be sent, it =
will take time but neighbours might learn all information from others =
"eventually".
>>
>> As Kris said, however, =
we need to find how useful that will be and what are the cases where =
this will work better than just simple random selection and monitoring, =
assuming our schedules are sparse. If this is an optional feature seems =
that all cases can be =
covered.
______________________________________________=
_
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 qinwang@berkeley.edu  Thu Jun 20 06:16:36 2013
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Date: Thu, 20 Jun 2013 21:16:34 +0800
Message-ID: 
From: Qin Wang 
To: "P.Zand@utwente.nl" 
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Cc: Maria Rita PALATTELLA , "watteyne@eecs.berkeley.edu" , "6tsch@ietf.org" <6tsch@ietf.org>, "pal@cs.stanford.edu" , "pister@eecs.berkeley.edu" 
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Pouria,

Your understanding on the topology is correct.

As you described above, when nodeC selects a cell from the candidate set
from nodeD, nodeC has to use the knowledge that edge(A,B) is in its 2-hop
neighborhood, instead of just using the local schedule in nodeC. That means
the complete knowledge in a node should include the 2-hop information.
Correct?

Qin






On Thu, Jun 20, 2013 at 8:59 PM,  wrote:

>  Hi Qin,****
>
> You mean the case that edge(A, B) is not in the two-hop neighborhood of
> node D, but is in the two-hop neighborhood of node C. Am I right?****
>
> If yes, for creating a soft link between node D and C, node D will send a
> =93Link Reservation Request=94 including a candidate set of links based o=
n its
> two-hop information. Node D might suggest the cell-1 that is used on edge
> (A, B). However, node C upon receiving the request, will do another check
> based on his two-hop neighborhood information and will not chose that
> cell-1. That is because node C knows about the cell-1 on edge(A, B) in it=
s
> two-hop neighborhood.****
>
> In other cases, that node D intend to create a soft link with other nodes
> (e.g. E or F), and if those nodes are not one-hop neighbors of node A, th=
en
> edge(A,B) is not considered as a conflict edge with edges of (D, E) or (D=
,
> F).****
>
> Am I right?  ****
>
> Best wishes,****
>
> Pouria****
>
> ** **
>
> *From:* Qin Wang [mailto:qinwang@berkeley.edu]
> *Sent:* Thursday, June 20, 2013 2:11 PM
> *To:* Maria Rita PALATTELLA
> *Cc:* Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu;
> 6tsch@ietf.org; pister@eecs.berkeley.edu
>
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
> ** **
>
> Hi Pouria and Maria Rita,****
>
> ** **
>
> I think there is a difference between just 1-hop information and 2-hop
> information. For example, ****
>
> ** **
>
> Assume nodeA Tx to nodeB @ cell-1, and nodeC is in the radio range of
> nodeA. nodeD is a neighbor of nodeC, but not a neighbor of nodeB.****
>
> ** **
>
> Then, from the schedule of nodeC (i.e. the RX cells of nodeC), nodeD
> cannot know nodeA is its 2-hop neighbor.****
>
> ** **
>
> Thought?****
>
> Qin****
>
>  ****
>
> ** **
>
>   ****
>
> ** **
>
> ** **
>
> ** **
>
> On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA <
> maria-rita.palattella@uni.lu> wrote:****
>
> Pouria, I do agree with you.****
>
> 1-hop also include the 2- hop information. The RX cells for the 1-hop
> neighbor, are the TX cells for the 2-hop neighbor.****
>
>  ****
>
> Maria Rita****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *P.Zand@utwente.nl
> *Sent:* Thursday, June 20, 2013 9:54 AM
> *To:* watteyne@eecs.berkeley.edu; pal@cs.stanford.edu
> *Cc:* 6tsch@ietf.org; pister@eecs.berkeley.edu****
>
>
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
>  ****
>
> Hi Thomas,****
>
>  ****
>
> Just one minor comment on =931. when all nodes know the full TSCH schedul=
e
> of all their (2-hop?) neighbors=94.****
>
> Shall we say 1-hop neighbors? I think, one node by collecting the schedul=
e
> of all its one-hop neighbors can know the schedule of its two-hop
> neighborhood that might conflict with its communication. In the received
> schedule information from one hop neighbor, the links between the one-hop
> and two-hop neighbors are also included. Am I right?  ****
>
>  ****
>
> Best Wishes,****
>
> Pouria  ****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Thomas Watteyne
> *Sent:* Thursday, June 20, 2013 8:18 AM
> *To:* Philip Levis
> *Cc:* 6TSCH; Kris Pister
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
>  ****
>
> +1 on the use of Trickle. It would indeed be great if you could look at
> the applicability.****
>
>  ****
>
> Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify
> what Trickle considers consistent, inconsistent, and what other events ca=
n
> cause a Trickle timer reset.****
>
>  ****
>
> A first step might be to identify what we believe is a fully consistent
> network. I see multiple, slightly different, definitions:****
>
> 1. when all nodes know the full TSCH schedule of all their (2-hop?)
> neighbors****
>
> 2. when there are no MAC-layer collisions, i.e. no communication happens
> on the same slotoffset/channeloffset within that neighborhood****
>
>  ****
>
> Of course, condition 1 is sufficient for condition 2 to be satisfied. I
> would argue that, since condition 2 is the end goal of the network,
> satisfying condition 2 might be enough. That is, it's OK if you don't kno=
w
> the complete schedule of your neighbors, as long as you can communicate
> without collision. It is in fact possible that two cells are reused betwe=
en
> two pairs of nodes, if at least one of these pairs never uses that cell, =
no
> Trickle reset is needed.****
>
>  ****
>
> Thomas****
>
>  ****
>
>  ****
>
> On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis 
> wrote:****
>
> Yes -- as far as I know, there isn't a better (faster, more efficient)
> algorithm than RFC6206 for reaching eventual consistency in a wireless
> network. P2P is not a good place to start because it is based on a graph
> abstraction with neighbor sets. etc. I can look closer at the exact probl=
em
> problem you're discussing to figure out whether I think Trickle would wor=
k
> well, if you like.
>
> Phil****
>
>
> On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:
>
> > Isn't some form of trickle the right way to do this?  Maybe some issues
> with distribution over a two-hop neighborhood?
> >
> > ksjp
> >
> > On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
> >> This problem is not new, in P2P communities I've seen many different
> approaches to deal with keeping a distributed state (consistency). I thin=
k
> there are 2 main directions, pessimistic and optimistic, pessimistic
> approaches aim to enforce all nodes with the same information which
> requires transmitting the exact state to the neighbours and make sure it =
is
> installed there, usually this is done in master-slave architectures where
> the master tells the slaves what to do and won't fit to our scenario (thi=
s
> is the PCE case in fact)
> >>
> >> A more scalable approach is to tolerate a little bit of
> de-synchronization (optimistic consistency) and think that eventually all
> nodes will learn about the scheduling state. With that approach we can ha=
ve
> scheduling problems in case 2 nodes do not have their schedule completely
> synchronized, however monitoring can help to detect that and correct
> eventually. My opinion is that the schedule does not change so much so
> having optimistic approaches would work well (in terms of scalability). T=
o
> achieve that, nodes might send portions of their schedule, assuming that
> eventually all schedule will be sent, it will take time but neighbours
> might learn all information from others "eventually".
> >>
> >> As Kris said, however, we need to find how useful that will be and wha=
t
> are the cases where this will work better than just simple random selecti=
on
> and monitoring, assuming our schedules are sparse. If this is an optional
> feature seems that all cases can be covered.****
>
> _______________________________________________
> 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****
>
> ** **
>

--047d7bdc10d05efbdd04df95c108
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Pouria,

Your understanding on the=
 topology is correct.

As you described=
 above, when nodeC selects a cell from the candidate set from nodeD, nodeC =
has to use the knowledge that edge(A,B) is in its 2-hop neighborhood, inste=
ad of just using the local schedule in nodeC. That means the complete knowl=
edge in a node should include the 2-hop information. Correct?



Qin=A0






On Thu, Jun 20, 2013 at 8:59 =
PM,  <P.Zand@utwente.nl> wrote:













Hi Qin,


You mean the case that ed=
ge(A, B) is not in the two-hop neighborhood of node D, but is in the two-ho=
p neighborhood of node C. Am I right?



If yes, for creating a so=
ft link between node D and C, node D will send a =93Link Reservation Reques=
t=94 including a candidate set of links based on its two-hop
 information. Node D might suggest the cell-1 that is used on edge (A, B). =
However, node C upon receiving the request, will do another check based on =
his two-hop neighborhood information and will not chose that cell-1. That i=
s because node C knows about the
 cell-1 on edge(A, B) in its two-hop neighborhood.


In other cases, that node=
 D intend to create a soft link with other nodes (e.g. E or F), and if thos=
e nodes are not one-hop neighbors of node A, then edge(A,B)
 is not considered as a conflict edge with edges of (D, E) or (D, F).


Am I right? =A0=



Best wishes,


Pouria


=A0<=
/p>

From: Qin Wang=
 [mailto:qinwang@=
berkeley.edu]


Sent: Thursday, June 20, 2013 2:11 PM

To: Maria Rita PALATTELLA

Cc: Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@ietf.org; pister@eecs.berkeley.edu<=
/p>



Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


=A0




Hi Pouria and Maria Rita,




=A0






I think there is a difference between just 1-hop inf=
ormation and 2-hop information. For example,=A0






=A0






Assume nodeA Tx to nodeB @ cell-1, and nodeC is in t=
he radio range of nodeA. nodeD is a neighbor of nodeC, but not a neighbor o=
f nodeB.






=A0






Then, from the schedule of nodeC (i.e. the RX cells =
of nodeC), nodeD cannot know nodeA is its 2-hop neighbor.






=A0






Thought?






Qin






=A0






=A0






=A0=A0






=A0






=A0








=A0




On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Pouria, I do agree with y=
ou.


1-hop also include the 2-=
 hop information. The RX cells for the 1-hop neighbor, are the TX cells
 for the 2-hop neighbor.


=A0<=
/p>

Maria Rita<=
u>


=A0<=
/p>





From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of =
P.Zand@utwente.nl

Sent: Thursday, June 20, 2013 9:54 AM

To: =
watteyne@eecs.berkeley.edu;
pal@cs.stanford.ed=
u

Cc: 6tsch@ietf.o=
rg; 
pister@eecs.berkeley.edu








Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames














=A0


Hi Thomas,<=
u>


=A0<=
/p>

Just one minor comment on=
 =931. when all nodes know the full TSCH schedule of all their (2-hop?) nei=
ghbors=94.



Shall we say 1-hop neighb=
ors? I think, one node by collecting the schedule of all its one-hop neighb=
ors
 can know the schedule of its two-hop neighborhood that might conflict with=
 its communication. In the received schedule information from one hop neigh=
bor, the links between the one-hop and two-hop neighbors are also included.=
 Am I right? =A0



=A0<=
/p>

Best Wishes,


Pouria =A0<=
u>


=A0<=
/p>

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

Sent: Thursday, June 20, 2013 8:18 AM

To: Philip Levis

Cc: 6TSCH; Kris Pister

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


=A0




+1 on the use of Trickle. It would indeed be great i=
f you could look at the applicability.




=A0







=A0






A first step might be to identify what we believe is=
 a fully consistent network. I see multiple, slightly different, definition=
s:






1. when all nodes know the full TSCH schedule of all=
 their (2-hop?) neighbors






2. when there are no MAC-layer collisions, i.e. no c=
ommunication happens on the same slotoffset/channeloffset within that neigh=
borhood






=A0






Of course, condition 1 is sufficient for condition 2=
 to be satisfied. I would argue that, since condition 2 is the end goal of =
the network, satisfying condition 2 might be enough.
 That is, it's OK if you don't know the complete schedule of your n=
eighbors, as long as you can communicate without collision. It is in fact p=
ossible that two cells are reused between two pairs of nodes, if at least o=
ne of these pairs never uses that cell,
 no Trickle reset is needed.






=A0






Thomas






=A0








=A0




On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis <<=
a href=3D"mailto:pal@cs.stanford.edu" target=3D"_blank">pal@cs.stanford.edu=
> wrote:


Yes -- as far as I know, there isn't a better (f=
aster, more efficient) algorithm than RFC6206 for reaching eventual consist=
ency in a wireless network. P2P is not a good place to
 start because it is based on a graph abstraction with neighbor sets. etc. =
I can look closer at the exact problem problem you're discussing to fig=
ure out whether I think Trickle would work well, if you like.



Phil






On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:



> Isn't some form of trickle the right way to do this? =A0Maybe some=
 issues with distribution over a two-hop neighborhood?

>

> ksjp

>

> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:

>> This problem is not new, in P2P communities I've seen many dif=
ferent approaches to deal with keeping a distributed state (consistency). I=
 think there are 2 main directions, pessimistic and optimistic, pessimistic=
 approaches aim to enforce all nodes with
 the same information which requires transmitting the exact state to the ne=
ighbours and make sure it is installed there, usually this is done in maste=
r-slave architectures where the master tells the slaves what to do and won&=
#39;t fit to our scenario (this is the
 PCE case in fact)

>>

>> A more scalable approach is to tolerate a little bit of de-synchro=
nization (optimistic consistency) and think that eventually all nodes will =
learn about the scheduling state. With that approach we can have scheduling=
 problems in case 2 nodes do not have
 their schedule completely synchronized, however monitoring can help to det=
ect that and correct eventually. My opinion is that the schedule does not c=
hange so much so having optimistic approaches would work well (in terms of =
scalability). To achieve that, nodes
 might send portions of their schedule, assuming that eventually all schedu=
le will be sent, it will take time but neighbours might learn all informati=
on from others "eventually".

>>

>> As Kris said, however, we need to find how useful that will be and=
 what are the cases where this will work better than just simple random sel=
ection and monitoring, assuming our schedules are sparse. If this is an opt=
ional feature seems that all cases can
 be covered.








_______________________________________________

6tsch mailing list

6tsch@ietf.org

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








=A0














_______________________________________________

6tsch mailing list

6tsch@ietf.org

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




=A0












--047d7bdc10d05efbdd04df95c108--

From maria-rita.palattella@uni.lu  Thu Jun 20 06:16:47 2013
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From: Maria Rita PALATTELLA 
To: "P.Zand@utwente.nl" , "qinwang@berkeley.edu" 
Thread-Topic: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Qin, it is exactly as Pouria explained.
Generally speaking, the idea is to propagate the information hop-by-hop amo=
ng some of the neighbor nodes. Each node doesn't need to have a full pictur=
e of the network. The combination of the partial information that each node=
 has, will allow them to properly select the soft cells within the TSCH sch=
edule. In the worst scenario, if the cells allocation isn't properly done, =
the monitoring algorithm will help in detecting that.
Maria Rita

________________________________
From: P.Zand@utwente.nl [P.Zand@utwente.nl]
Sent: Thursday, June 20, 2013 2:59 PM
To: qinwang@berkeley.edu; Maria Rita PALATTELLA
Cc: watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@ietf.org; pister=
@eecs.berkeley.edu
Subject: RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Qin,
You mean the case that edge(A, B) is not in the two-hop neighborhood of nod=
e D, but is in the two-hop neighborhood of node C. Am I right?
If yes, for creating a soft link between node D and C, node D will send a =
=93Link Reservation Request=94 including a candidate set of links based on =
its two-hop information. Node D might suggest the cell-1 that is used on ed=
ge (A, B). However, node C upon receiving the request, will do another chec=
k based on his two-hop neighborhood information and will not chose that cel=
l-1. That is because node C knows about the cell-1 on edge(A, B) in its two=
-hop neighborhood.
In other cases, that node D intend to create a soft link with other nodes (=
e.g. E or F), and if those nodes are not one-hop neighbors of node A, then =
edge(A,B) is not considered as a conflict edge with edges of (D, E) or (D, =
F).
Am I right?
Best wishes,
Pouria

From: Qin Wang [mailto:qinwang@berkeley.edu]
Sent: Thursday, June 20, 2013 2:11 PM
To: Maria Rita PALATTELLA
Cc: Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@=
ietf.org; pister@eecs.berkeley.edu
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Pouria and Maria Rita,

I think there is a difference between just 1-hop information and 2-hop info=
rmation. For example,

Assume nodeA Tx to nodeB @ cell-1, and nodeC is in the radio range of nodeA=
. nodeD is a neighbor of nodeC, but not a neighbor of nodeB.

Then, from the schedule of nodeC (i.e. the RX cells of nodeC), nodeD cannot=
 know nodeA is its 2-hop neighbor.

Thought?
Qin






On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA > wrote:
Pouria, I do agree with you.
1-hop also include the 2- hop information. The RX cells for the 1-hop neigh=
bor, are the TX cells for the 2-hop neighbor.

Maria Rita

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of P.Zand@utwente=
.nl
Sent: Thursday, June 20, 2013 9:54 AM
To: watteyne@eecs.berkeley.edu; pal@cs.s=
tanford.edu
Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Thomas,

Just one minor comment on =931. when all nodes know the full TSCH schedule =
of all their (2-hop?) neighbors=94.
Shall we say 1-hop neighbors? I think, one node by collecting the schedule =
of all its one-hop neighbors can know the schedule of its two-hop neighborh=
ood that might conflict with its communication. In the received schedule in=
formation from one hop neighbor, the links between the one-hop and two-hop =
neighbors are also included. Am I right?

Best Wishes,
Pouria

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyne
Sent: Thursday, June 20, 2013 8:18 AM
To: Philip Levis
Cc: 6TSCH; Kris Pister
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

+1 on the use of Trickle. It would indeed be great if you could look at the=
 applicability.

Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify what =
Trickle considers consistent, inconsistent, and what other events can cause=
 a Trickle timer reset.

A first step might be to identify what we believe is a fully consistent net=
work. I see multiple, slightly different, definitions:
1. when all nodes know the full TSCH schedule of all their (2-hop?) neighbo=
rs
2. when there are no MAC-layer collisions, i.e. no communication happens on=
 the same slotoffset/channeloffset within that neighborhood

Of course, condition 1 is sufficient for condition 2 to be satisfied. I wou=
ld argue that, since condition 2 is the end goal of the network, satisfying=
 condition 2 might be enough. That is, it's OK if you don't know the comple=
te schedule of your neighbors, as long as you can communicate without colli=
sion. It is in fact possible that two cells are reused between two pairs of=
 nodes, if at least one of these pairs never uses that cell, no Trickle res=
et is needed.

Thomas


On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis > wrote:
Yes -- as far as I know, there isn't a better (faster, more efficient) algo=
rithm than RFC6206 for reaching eventual consistency in a wireless network.=
 P2P is not a good place to start because it is based on a graph abstractio=
n with neighbor sets. etc. I can look closer at the exact problem problem y=
ou're discussing to figure out whether I think Trickle would work well, if =
you like.

Phil

On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:

> Isn't some form of trickle the right way to do this?  Maybe some issues w=
ith distribution over a two-hop neighborhood?
>
> ksjp
>
> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
>> This problem is not new, in P2P communities I've seen many different app=
roaches to deal with keeping a distributed state (consistency). I think the=
re are 2 main directions, pessimistic and optimistic, pessimistic approache=
s aim to enforce all nodes with the same information which requires transmi=
tting the exact state to the neighbours and make sure it is installed there=
, usually this is done in master-slave architectures where the master tells=
 the slaves what to do and won't fit to our scenario (this is the PCE case =
in fact)
>>
>> A more scalable approach is to tolerate a little bit of de-synchronizati=
on (optimistic consistency) and think that eventually all nodes will learn =
about the scheduling state. With that approach we can have scheduling probl=
ems in case 2 nodes do not have their schedule completely synchronized, how=
ever monitoring can help to detect that and correct eventually. My opinion =
is that the schedule does not change so much so having optimistic approache=
s would work well (in terms of scalability). To achieve that, nodes might s=
end portions of their schedule, assuming that eventually all schedule will =
be sent, it will take time but neighbours might learn all information from =
others "eventually".
>>
>> As Kris said, however, we need to find how useful that will be and what =
are the cases where this will work better than just simple random selection=
 and monitoring, assuming our schedules are sparse. If this is an optional =
feature seems that all cases can be covered.
_______________________________________________
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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Qin, it is exactly as Pouria explained.

Generally speaking, the idea is to propagate the information hop-by-hop amo=
ng some of the neighbor nodes. Each node doesn't need to have a full pictur=
e of the network. The combination of the partial information that each node=
 has, will allow them to properly
 select the soft cells within the TSCH schedule. In the worst scenario, if =
the cells allocation isn't properly done, the monitoring algorithm will hel=
p in detecting that.

Maria Rita






From: P.Zand@utwente.nl [P.Zand@utwente.n=
l]

Sent: Thursday, June 20, 2013 2:59 PM

To: qinwang@berkeley.edu; Maria Rita PALATTELLA

Cc: watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@ietf.org;=
 pister@eecs.berkeley.edu

Subject: RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames












Hi Qin,


You mean the case that =
edge(A, B) is not in the two-hop neighborhood of node D, but is in the two-=
hop neighborhood of node C. Am I right?


If yes, for creating a =
soft link between node D and C, node D will send a =93Link Reservation Requ=
est=94 including a candidate set of links based on its two-hop
 information. Node D might suggest the cell-1 that is used on edge (A, B). =
However, node C upon receiving the request, will do another check based on =
his two-hop neighborhood information and will not chose that cell-1. That i=
s because node C knows about the
 cell-1 on edge(A, B) in its two-hop neighborhood.


In other cases, that no=
de D intend to create a soft link with other nodes (e.g. E or F), and if th=
ose nodes are not one-hop neighbors of node A, then edge(A,B)
 is not considered as a conflict edge with edges of (D, E) or (D, F).


Am I right?  


Best wishes,


Pouria


 


From: Qin Wa=
ng [mailto:qinwang@berkeley.edu]


Sent: Thursday, June 20, 2013 2:11 PM

To: Maria Rita PALATTELLA

Cc: Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu;=
 6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




Hi Pouria and Maria Rita,




 






I think there is a difference between just 1-hop inf=
ormation and 2-hop information. For example, 






 






Assume nodeA Tx to nodeB @ cell-1, and nodeC is in t=
he radio range of nodeA. nodeD is a neighbor of nodeC, but not a neighbor o=
f nodeB.






 






Then, from the schedule of nodeC (i.e. the RX cells =
of nodeC), nodeD cannot know nodeA is its 2-hop neighbor.






 






Thought?






Qin






 






 






  






 






 








 




On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Pouria, I do=
 agree with you.


1-hop also i=
nclude the 2- hop information. The RX cells for the 1-hop neighbor, are the=
 TX cells for the 2-hop neighbor.


 


Maria Rita


 






From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of =
P.Zand@utwente.nl

Sent: Thursday, June 20, 2013 9:54 AM

To: =
watteyne@eecs.berkeley.edu;
pal@cs.stanford.ed=
u

Cc: 6tsch@ietf.o=
rg; 
pister@eecs.berkeley.edu








Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames














 


Hi Thomas,


 


Just one min=
or comment on =931. when all nodes know the full TSCH schedule of all their=
 (2-hop?) neighbors=94.


Shall we say=
 1-hop neighbors? I think, one node by collecting the schedule of all its o=
ne-hop neighbors can know the schedule of its two-hop neighborhood
 that might conflict with its communication. In the received schedule infor=
mation from one hop neighbor, the links between the one-hop and two-hop nei=
ghbors are also included. Am I right?  


 


Best Wishes,=



Pouria  =
;


 


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

Sent: Thursday, June 20, 2013 8:18 AM

To: Philip Levis

Cc: 6TSCH; Kris Pister

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




+1 on the use of Trickle. It would in=
deed be great if you could look at the applicability.




 






Per http://tools.ietf.org/html/rfc62=
06#section-5, we need to identify what Trickle considers consistent, in=
consistent, and what other events can cause a
 Trickle timer reset.






 






A first step might be to identify what we=
 believe is a fully consistent network. I see multiple, slightly different,=
 definitions:






1. when all nodes know the full TSCH sche=
dule of all their (2-hop?) neighbors






2. when there are no MAC-layer collisions=
, i.e. no communication happens on the same slotoffset/channeloffset within=
 that neighborhood






 






Of course, condition 1 is sufficient for =
condition 2 to be satisfied. I would argue that, since condition 2 is the e=
nd goal of the network, satisfying condition 2 might be enough. That is, it=
's OK if you don't know the complete
 schedule of your neighbors, as long as you can communicate without collisi=
on. It is in fact possible that two cells are reused between two pairs of n=
odes, if at least one of these pairs never uses that cell, no Trickle reset=
 is needed.






 






Thomas






 








 




On Wed, Jun 19, 2013 at 12:30 PM, Philip =
Levis <pal@cs.s=
tanford.edu> wrote:


Yes -- as far as I know, there isn't a be=
tter (faster, more efficient) algorithm than RFC6206 for reaching eventual =
consistency in a wireless network. P2P is not a good place to start because=
 it is based on a graph abstraction
 with neighbor sets. etc. I can look closer at the exact problem problem yo=
u're discussing to figure out whether I think Trickle would work well, if y=
ou like.



Phil






On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:



> Isn't some form of trickle the right way to do this?  Maybe some =
issues with distribution over a two-hop neighborhood?

>

> ksjp

>

> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:

>> This problem is not new, in P2P communities I've seen many differe=
nt approaches to deal with keeping a distributed state (consistency). I thi=
nk there are 2 main directions, pessimistic and optimistic, pessimistic app=
roaches aim to enforce all nodes with
 the same information which requires transmitting the exact state to the ne=
ighbours and make sure it is installed there, usually this is done in maste=
r-slave architectures where the master tells the slaves what to do and won'=
t fit to our scenario (this is the
 PCE case in fact)

>>

>> A more scalable approach is to tolerate a little bit of de-synchro=
nization (optimistic consistency) and think that eventually all nodes will =
learn about the scheduling state. With that approach we can have scheduling=
 problems in case 2 nodes do not have
 their schedule completely synchronized, however monitoring can help to det=
ect that and correct eventually. My opinion is that the schedule does not c=
hange so much so having optimistic approaches would work well (in terms of =
scalability). To achieve that, nodes
 might send portions of their schedule, assuming that eventually all schedu=
le will be sent, it will take time but neighbours might learn all informati=
on from others "eventually".

>>

>> As Kris said, however, we need to find how useful that will be and=
 what are the cases where this will work better than just simple random sel=
ection and monitoring, assuming our schedules are sparse. If this is an opt=
ional feature seems that all cases can
 be covered.








_________________________________________=
______

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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Date: Thu, 20 Jun 2013 21:26:02 +0800
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To: Maria Rita PALATTELLA 
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Maria Rita,

I fully agree with what you said. There is trade-off, i.e. how much
information a node should hold, (None, 1-hop, 2-hop), and then monitoring
will take care of rest. Should it be configurable?

Qin


On Thu, Jun 20, 2013 at 9:16 PM, Maria Rita PALATTELLA <
maria-rita.palattella@uni.lu> wrote:

>  Qin, it is exactly as Pouria explained.
> Generally speaking, the idea is to propagate the information hop-by-hop
> among some of the neighbor nodes. Each node doesn't need to have a full
> picture of the network. The combination of the partial information that
> each node has, will allow them to properly select the soft cells within t=
he
> TSCH schedule. In the worst scenario, if the cells allocation isn't
> properly done, the monitoring algorithm will help in detecting that.
> Maria Rita
>
>  ------------------------------
> *From:* P.Zand@utwente.nl [P.Zand@utwente.nl]
> *Sent:* Thursday, June 20, 2013 2:59 PM
> *To:* qinwang@berkeley.edu; Maria Rita PALATTELLA
> *Cc:* watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@ietf.org;
> pister@eecs.berkeley.edu
> *Subject:* RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames
>
>   Hi Qin,
>
> You mean the case that edge(A, B) is not in the two-hop neighborhood of
> node D, but is in the two-hop neighborhood of node C. Am I right?
>
> If yes, for creating a soft link between node D and C, node D will send a
> =93Link Reservation Request=94 including a candidate set of links based o=
n its
> two-hop information. Node D might suggest the cell-1 that is used on edge
> (A, B). However, node C upon receiving the request, will do another check
> based on his two-hop neighborhood information and will not chose that
> cell-1. That is because node C knows about the cell-1 on edge(A, B) in it=
s
> two-hop neighborhood.
>
> In other cases, that node D intend to create a soft link with other nodes
> (e.g. E or F), and if those nodes are not one-hop neighbors of node A, th=
en
> edge(A,B) is not considered as a conflict edge with edges of (D, E) or (D=
,
> F).
>
> Am I right?
>
> Best wishes,
>
> Pouria
>
>
>
> *From:* Qin Wang [mailto:qinwang@berkeley.edu]
> *Sent:* Thursday, June 20, 2013 2:11 PM
> *To:* Maria Rita PALATTELLA
> *Cc:* Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu;
> 6tsch@ietf.org; pister@eecs.berkeley.edu
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames
>
>
>
> Hi Pouria and Maria Rita,
>
>
>
> I think there is a difference between just 1-hop information and 2-hop
> information. For example,
>
>
>
> Assume nodeA Tx to nodeB @ cell-1, and nodeC is in the radio range of
> nodeA. nodeD is a neighbor of nodeC, but not a neighbor of nodeB.
>
>
>
> Then, from the schedule of nodeC (i.e. the RX cells of nodeC), nodeD
> cannot know nodeA is its 2-hop neighbor.
>
>
>
> Thought?
>
> Qin
>
>
>
>
>
>
>
>
>
>
>
>
>
> On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA <
> maria-rita.palattella@uni.lu> wrote:
>
> Pouria, I do agree with you.
>
> 1-hop also include the 2- hop information. The RX cells for the 1-hop
> neighbor, are the TX cells for the 2-hop neighbor.
>
>
>
> Maria Rita
>
>
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *P.Zand@utwente.nl
> *Sent:* Thursday, June 20, 2013 9:54 AM
> *To:* watteyne@eecs.berkeley.edu; pal@cs.stanford.edu
> *Cc:* 6tsch@ietf.org; pister@eecs.berkeley.edu
>
>
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames
>
>
>
> Hi Thomas,
>
>
>
> Just one minor comment on =931. when all nodes know the full TSCH schedul=
e
> of all their (2-hop?) neighbors=94.
>
> Shall we say 1-hop neighbors? I think, one node by collecting the schedul=
e
> of all its one-hop neighbors can know the schedule of its two-hop
> neighborhood that might conflict with its communication. In the received
> schedule information from one hop neighbor, the links between the one-hop
> and two-hop neighbors are also included. Am I right?
>
>
>
> Best Wishes,
>
> Pouria
>
>
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Thomas Watteyne
> *Sent:* Thursday, June 20, 2013 8:18 AM
> *To:* Philip Levis
> *Cc:* 6TSCH; Kris Pister
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames
>
>
>
> +1 on the use of Trickle. It would indeed be great if you could look at
> the applicability.
>
>
>
> Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify
> what Trickle considers consistent, inconsistent, and what other events ca=
n
> cause a Trickle timer reset.
>
>
>
> A first step might be to identify what we believe is a fully consistent
> network. I see multiple, slightly different, definitions:
>
> 1. when all nodes know the full TSCH schedule of all their (2-hop?)
> neighbors
>
> 2. when there are no MAC-layer collisions, i.e. no communication happens
> on the same slotoffset/channeloffset within that neighborhood
>
>
>
> Of course, condition 1 is sufficient for condition 2 to be satisfied. I
> would argue that, since condition 2 is the end goal of the network,
> satisfying condition 2 might be enough. That is, it's OK if you don't kno=
w
> the complete schedule of your neighbors, as long as you can communicate
> without collision. It is in fact possible that two cells are reused betwe=
en
> two pairs of nodes, if at least one of these pairs never uses that cell, =
no
> Trickle reset is needed.
>
>
>
> Thomas
>
>
>
>
>
> On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis 
> wrote:
>
> Yes -- as far as I know, there isn't a better (faster, more efficient)
> algorithm than RFC6206 for reaching eventual consistency in a wireless
> network. P2P is not a good place to start because it is based on a graph
> abstraction with neighbor sets. etc. I can look closer at the exact probl=
em
> problem you're discussing to figure out whether I think Trickle would wor=
k
> well, if you like.
>
> Phil
>
>
> On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:
>
> > Isn't some form of trickle the right way to do this?  Maybe some issues
> with distribution over a two-hop neighborhood?
> >
> > ksjp
> >
> > On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
> >> This problem is not new, in P2P communities I've seen many different
> approaches to deal with keeping a distributed state (consistency). I thin=
k
> there are 2 main directions, pessimistic and optimistic, pessimistic
> approaches aim to enforce all nodes with the same information which
> requires transmitting the exact state to the neighbours and make sure it =
is
> installed there, usually this is done in master-slave architectures where
> the master tells the slaves what to do and won't fit to our scenario (thi=
s
> is the PCE case in fact)
> >>
> >> A more scalable approach is to tolerate a little bit of
> de-synchronization (optimistic consistency) and think that eventually all
> nodes will learn about the scheduling state. With that approach we can ha=
ve
> scheduling problems in case 2 nodes do not have their schedule completely
> synchronized, however monitoring can help to detect that and correct
> eventually. My opinion is that the schedule does not change so much so
> having optimistic approaches would work well (in terms of scalability). T=
o
> achieve that, nodes might send portions of their schedule, assuming that
> eventually all schedule will be sent, it will take time but neighbours
> might learn all information from others "eventually".
> >>
> >> As Kris said, however, we need to find how useful that will be and wha=
t
> are the cases where this will work better than just simple random selecti=
on
> and monitoring, assuming our schedules are sparse. If this is an optional
> feature seems that all cases can be covered.
>
> _______________________________________________
> 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
>
>
>

--047d7bdc10e43f90d504df95e367
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Maria Rita,

I fully agree with wh=
at you said. There is trade-off, i.e. how much information a node should ho=
ld, (None, 1-hop, 2-hop), and then monitoring will take care of rest. Shoul=
d it be configurable?



Qin
<=
br>
On Thu, Jun 20, 2013 at 9:16 PM, Maria Ri=
ta PALATTELLA <maria-rita.palattella@uni.lu> wrot=
e:










Qin, it is e=
xactly as Pouria explained.

Generally speaking, the idea is to propagate the information hop-by-hop amo=
ng some of the neighbor nodes. Each node doesn't need to have a full pi=
cture of the network. The combination of the partial information that each =
node has, will allow them to properly
 select the soft cells within the TSCH schedule. In the worst scenario, if =
the cells allocation isn't properly done, the monitoring algorithm will=
 help in detecting that.

Maria Rita








Fro=
m: P.Zand@utwent=
e.nl [P.Zand@utw=
ente.nl]


Sent: Thursday, June 20, 2013 2:59 PM

To: qinwan=
g@berkeley.edu; Maria Rita PALATTELLA

Cc: =
watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@ietf.org; pister@eecs.berkeley.edu


Subject: RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames












Hi Qin,


You mean the case that ed=
ge(A, B) is not in the two-hop neighborhood of node D, but is in the two-ho=
p neighborhood of node C. Am I right?



If yes, for creating a so=
ft link between node D and C, node D will send a =93Link Reservation Reques=
t=94 including a candidate set of links based on its two-hop
 information. Node D might suggest the cell-1 that is used on edge (A, B). =
However, node C upon receiving the request, will do another check based on =
his two-hop neighborhood information and will not chose that cell-1. That i=
s because node C knows about the
 cell-1 on edge(A, B) in its two-hop neighborhood.


In other cases, that node=
 D intend to create a soft link with other nodes (e.g. E or F), and if thos=
e nodes are not one-hop neighbors of node A, then edge(A,B)
 is not considered as a conflict edge with edges of (D, E) or (D, F).


Am I right? =A0

Best wishes,


Pouria


=A0


From: Qin Wang=
 [mailto:qinwang@=
berkeley.edu]


Sent: Thursday, June 20, 2013 2:11 PM

To: Maria Rita PALATTELLA

Cc: Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@ietf.org; pister@eecs.berkeley.edu


Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


=A0




Hi Pouria and Maria Rita,




=A0






I think there is a difference between just 1-hop inf=
ormation and 2-hop information. For example,=A0






=A0






Assume nodeA Tx to nodeB @ cell-1, and nodeC is in t=
he radio range of nodeA. nodeD is a neighbor of nodeC, but not a neighbor o=
f nodeB.






=A0






Then, from the schedule of nodeC (i.e. the RX cells =
of nodeC), nodeD cannot know nodeA is its 2-hop neighbor.






=A0






Thought?






Qin






=A0






=A0






=A0=A0






=A0






=A0








=A0




On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Pouria, I do agree with y=
ou.


1-hop also include the 2-=
 hop information. The RX cells for the 1-hop neighbor, are the TX cells for=
 the 2-hop neighbor.



=A0


Maria Rita


=A0






From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of =
P.Zand@utwente.nl

Sent: Thursday, June 20, 2013 9:54 AM

To: =
watteyne@eecs.berkeley.edu;
pal@cs.stanford.ed=
u

Cc: 6tsch@ietf.o=
rg; 
pister@eecs.berkeley.edu








Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames














=A0


Hi Thomas,


=A0


Just one minor comment on=
 =931. when all nodes know the full TSCH schedule of all their (2-hop?) nei=
ghbors=94.



Shall we say 1-hop neighb=
ors? I think, one node by collecting the schedule of all its one-hop neighb=
ors can know the schedule of its two-hop neighborhood
 that might conflict with its communication. In the received schedule infor=
mation from one hop neighbor, the links between the one-hop and two-hop nei=
ghbors are also included. Am I right? =A0


=A0


Best Wishes,


Pouria =A0


=A0


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

Sent: Thursday, June 20, 2013 8:18 AM

To: Philip Levis

Cc: 6TSCH; Kris Pister

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


=A0




+1 on the use of Trickle. It would indeed be great i=
f you could look at the applicability.




=A0







=A0






A first step might be to identify what we believe is=
 a fully consistent network. I see multiple, slightly different, definition=
s:






1. when all nodes know the full TSCH schedule of all=
 their (2-hop?) neighbors






2. when there are no MAC-layer collisions, i.e. no c=
ommunication happens on the same slotoffset/channeloffset within that neigh=
borhood






=A0






Of course, condition 1 is sufficient for condition 2=
 to be satisfied. I would argue that, since condition 2 is the end goal of =
the network, satisfying condition 2 might be enough. That is, it's OK i=
f you don't know the complete
 schedule of your neighbors, as long as you can communicate without collisi=
on. It is in fact possible that two cells are reused between two pairs of n=
odes, if at least one of these pairs never uses that cell, no Trickle reset=
 is needed.







=A0






Thomas






=A0








=A0




On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis <<=
a href=3D"mailto:pal@cs.stanford.edu" target=3D"_blank">pal@cs.stanford.edu=
> wrote:


Yes -- as far as I know, there isn't a better (f=
aster, more efficient) algorithm than RFC6206 for reaching eventual consist=
ency in a wireless network. P2P is not a good place to start because it is =
based on a graph abstraction
 with neighbor sets. etc. I can look closer at the exact problem problem yo=
u're discussing to figure out whether I think Trickle would work well, =
if you like.



Phil






On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:



> Isn't some form of trickle the right way to do this? =A0Maybe some=
 issues with distribution over a two-hop neighborhood?

>

> ksjp

>

> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:

>> This problem is not new, in P2P communities I've seen many dif=
ferent approaches to deal with keeping a distributed state (consistency). I=
 think there are 2 main directions, pessimistic and optimistic, pessimistic=
 approaches aim to enforce all nodes with
 the same information which requires transmitting the exact state to the ne=
ighbours and make sure it is installed there, usually this is done in maste=
r-slave architectures where the master tells the slaves what to do and won&=
#39;t fit to our scenario (this is the
 PCE case in fact)

>>

>> A more scalable approach is to tolerate a little bit of de-synchro=
nization (optimistic consistency) and think that eventually all nodes will =
learn about the scheduling state. With that approach we can have scheduling=
 problems in case 2 nodes do not have
 their schedule completely synchronized, however monitoring can help to det=
ect that and correct eventually. My opinion is that the schedule does not c=
hange so much so having optimistic approaches would work well (in terms of =
scalability). To achieve that, nodes
 might send portions of their schedule, assuming that eventually all schedu=
le will be sent, it will take time but neighbours might learn all informati=
on from others "eventually".

>>

>> As Kris said, however, we need to find how useful that will be and=
 what are the cases where this will work better than just simple random sel=
ection and monitoring, assuming our schedules are sparse. If this is an opt=
ional feature seems that all cases can
 be covered.








_______________________________________________

6tsch mailing list

6tsch@ietf.org

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








=A0














_______________________________________________

6tsch mailing list

6tsch@ietf.org

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




=A0


















--047d7bdc10e43f90d504df95e367--

From pthubert@cisco.com  Thu Jun 20 06:48:09 2013
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From: "Pascal Thubert (pthubert)" 
To: Thomas Watteyne , 6TSCH <6tsch@ietf.org>
Thread-Topic: [6tsch] support to installing Tracks
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Hello Thomas:

If we consider that a track is an hard core version of a route as installed=
 by the PCE, then we might extend the thought that we placed there, and use=
 an instance?

TrackIDs could be taken from local instances (there are 64 of those per nod=
e) of the destination so the tuple (dest IPv6 ,  instanceID) would identify=
 the track as it identifies routes.

BTW, the proposed update of the architecture draft to reflect the previous =
discussions is as follows:

Centralized vs.  Distributed Routing
   6TSCH supports a mix model of centralized routes that are computed by
   a Path Computation Entity and distributed routes that are computed by
   RPL over a common physical LLN.
   Both RPL and the PCE may inject routes in the Routing Tables of the
   6TSCH routers.  In either case, each route is associated with a
   topology that is indexed by an instanceID, as defined in RPL
   [RFC6550].  RPL and PCE rely on shared sources to define Global and
   Local InstanceIDs.
   It is possible for RPL and PCE to share a same topology, in which
   case the PCE routes have precedence over RPL routes in case of a
   conflict.
   Inside the 6TSCH domain, the flow label is used to indicate the
   topology that must be used for routing and the associated Routing
   Tables as discussed in [I-D.thubert-roll-flow-label].

What do you think?

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: jeudi 20 juin 2013 09:28
To: 6TSCH
Subject: Re: [6tsch] support to installing Tracks

Qin,

[I believe you sent the same e-mail twice, I'm only answering the second on=
e]

Having some type of track ID would indeed make life much easier. Each RX an=
d TX cell would simply be associated to a trackID. The switching table (whi=
ch I assume you refer to by "track table"?) might not even physically exist=
 as such in the node's RAM memory. Rather the switching rule is simply "wha=
tever you receive on an RX cell associaed with trackID 4, transmit on the n=
ext TX cell associated with trackID 4". There could be a trackID which mean=
s "no trackID", to identify the cells which are not associated on a track, =
and which can be used for regular routing. When the PCE installs a hard cel=
l, it would install [direction,slotOffset,channelOffset,trackID].

Does the above sound like what you're proposing?

Assuming that a trackID identifies a flow, is there not some other number/t=
uple already available somewhere which could play the role of trackID witho=
ut requiring a new numbering space? For example, could the trackID be the t=
uple [destination IPv6 address, DSCP]?

Thomas




On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang > wrote:
Hi all,

We have had many discussions on Track related topic in threads like "Routin=
g vs switching". I would like to discuss more about what 6tus should provid=
e to install a Track, including installing both hard cell based Track and s=
oft cell based Track.

My understanding is what we can do now is as follows.
(1)  add hard cells along the path, with Cell Commands
(2) specify the mapping between each incoming cell and outgoing cell along =
the path, with Label Switching Commands

If my understanding is correct, I can see the following problem: It need mo=
re bandwidth. For example, when you add a hard cell between nodeA and nodeB=
, one global communication from PCE to nodeA, and one local communication f=
rom nodeA to nodeB are needed. But for the Label Switching command, additio=
nal two communications, i.e. from PCE to nodeA and from PCE to nodeB are al=
so needed. In addition, if a given track consists more than one incoming ce=
lls and outgoing cells, more bandwidth for installing the track will be con=
sumed.

Thus, I would like to suggest to use TrackID to associate incoming cells an=
d outgoing cells. For sure, the TrackID will not appear in packet, it is ju=
st used to establish the relationship between incoming cells and outgoing c=
ells. i.e.
(1) add TrackID as a parameter of Cell commands.
(2) same procedure of adding/removing hard cell or soft cell as before.
(3) while receiving adding hard cell or soft cell command,  fill the Track =
table with the TrackID. In the Track table, Rx cells are the incoming cells=
 and Tx cells are the outgoing cells. And then, from TSCH's point of view, =
 the schedule is the overlap of all Track tables.

How do you think?

Qin

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


--_000_E045AECD98228444A58C61C200AE1BD8413189D5xmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hello Thomas:


 <=
/p>

If we consider that a tra=
ck is an hard core version of a route as installed by the PCE, then we migh=
t extend the thought that we placed there, and use an instance?<=
/span>


 <=
/p>

TrackIDs could be taken f=
rom local instances (there are 64 of those per node) of the destination so =
the tuple (dest IPv6 ,  instanceID) would identify the track
 as it identifies routes.


 <=
/p>

BTW, the proposed update =
of the architecture draft to reflect the previous discussions is as follows=
:



 <=
/p>

Centralized vs.  Dis=
tributed Routing




   6TSCH suppor=
ts a mix model of centralized routes that are computed by=



   a Path Compu=
tation Entity and distributed routes that are computed by=



   RPL over a c=
ommon physical LLN.




   Both RPL and=
 the PCE may inject routes in the Routing Tables of the

   6TSCH router=
s.  In either case, each route is associated with a<=
/p>

   topology tha=
t is indexed by an instanceID, as defined in RPL


   [RFC6550].&n=
bsp; RPL and PCE rely on shared sources to define Global and


   Local Instan=
ceIDs.




   It is possib=
le for RPL and PCE to share a same topology, in which


   case the PCE=
 routes have precedence over RPL routes in case of a


   conflict.




   Inside the 6=
TSCH domain, the flow label is used to indicate the


   topology tha=
t must be used for routing and the associated Routing


   Tables as di=
scussed in [I-D.thubert-roll-flow-label].


 <=
/p>

What do you think?


 <=
/p>

Pascal


 <=
/p>

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

Sent: jeudi 20 juin 2013 09:28

To: 6TSCH

Subject: Re: [6tsch] support to installing Tracks<=
/p>

 




Qin,




 






[I believe you sent the same e-mail twice, I'm only =
answering the second one]




 






Having some type of track ID would indeed make life =
much easier. Each RX and TX cell would simply be associated to a trackID. T=
he switching table (which I assume you refer to by "track table"?=
) might not even physically exist as such in
 the node's RAM memory. Rather the switching rule is simply "whatever =
you receive on an RX cell associaed with trackID 4, transmit on the next TX=
 cell associated with trackID 4". There could be a trackID which means=
 "no trackID", to identify the cells which
 are not associated on a track, and which can be used for regular routing. =
When the PCE installs a hard cell, it would install [direction,slotOffset,c=
hannelOffset,trackID].






 






Does the above sound like what you're proposing?






 






Assuming that a trackID identifies a flow, is there =
not some other number/tuple already available somewhere which could play th=
e role of trackID without requiring a new numbering space? For example, cou=
ld the trackID be the tuple [destination
 IPv6 address, DSCP]?






 






Thomas






 






 






 






 




On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang <qinwang@berkeley.edu> wrote:




Hi all,




 






We have had many discussions on Track rel=
ated topic in threads like "Routing vs switching". I would like t=
o discuss more about what 6tus should provide to install a Track,
 including installing both hard cell based Track and soft cell based Track.=







 






My understanding is what we can do now is=
 as follows.






(1)  add hard cells along the path, =
with Cell Commands






(2) specify the mapping between each inco=
ming cell and outgoing cell along the path, with Label Switching Comma=
nds






 






If my understanding is correct, I can see=
 the following problem: It need more bandwidth. For example, when you add a=
 hard cell between nodeA and nodeB, one global communication
 from PCE to nodeA, and one local communication from nodeA to nodeB are nee=
ded. But for the Label Switching command, additional two communications, i.=
e. from PCE to nodeA and from PCE to nodeB are also needed. In addition, if=
 a given track consists more than
 one incoming cells and outgoing cells, more bandwidth for installing the t=
rack will be consumed.






 






Thus, I would like to suggest to use Trac=
kID to associate incoming cells and outgoing cells. For sure, the TrackID w=
ill not appear in packet, it is just used to establish the
 relationship between incoming cells and outgoing cells. i.e.






(1) add TrackID as a parameter of Cell co=
mmands.






(2) same procedure of adding/removing har=
d cell or soft cell as before.






(3) while receiving adding hard cell or s=
oft cell command,  fill the Track table with the TrackID. In the Track=
 table, Rx cells are the incoming cells and Tx cells are the
 outgoing cells. And then, from TSCH's point of view,  the schedule is=
 the overlap of all Track tables.






 






How do you think?






 





Qin








_______________________________________________

6tsch mailing list

6tsch@ietf.org

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




 












--_000_E045AECD98228444A58C61C200AE1BD8413189D5xmbrcdx01ciscoc_--

From pthubert@cisco.com  Thu Jun 20 07:00:15 2013
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From: "Pascal Thubert (pthubert)" 
To: Thomas Watteyne , 6TSCH <6tsch@ietf.org>
Thread-Topic: [6tsch] architecture with remote BBR
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Hello Thomas:

If I understand you well, your reference to the multicast domain has to do =
specifically with the PCE discovery, is that correct?
Even so, the product of the discussion is probably useful in the architectu=
re document.

My initial mind was to emulate the model of DHCP, though we probably need t=
o extend it quite a bit to scale and distribute.
For all I know - but I'm not JP -, there is art for distributed PCE, in par=
ticular between ISPs so that each PCE can compute a local segment of a glob=
al route.
In your case 1, it could make sense that there is at least one PCE on each =
subdomain so as to avoid crossing boundaries for local route computation.

In the future, we can probably expect to find many virtualized PCE availabl=
e wherever needed via virtual service engines anyway.

What do you think?

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: mercredi 19 juin 2013 06:13
To: 6TSCH
Subject: Re: [6tsch] architecture with remote BBR

Pascal, Raghuram,

I'm fully aware that VPN/tunnels are a proven technique. Obviously, this di=
scussion only covers the case where a PCE is used.

I want to make sure that we don't add unnecessary complexity. The easiest t=
hing is for 6TSCH not to define how the PCE and the BBRs discover each othe=
r, neither how they communicate, and just give "examples" in the architectu=
re draft. This might be the right thing to do to start with, but it would b=
e awfully nice if I could connect my BBR to a third-party PCE. I'm happy to=
 talk about this on the phone on Friday.

Thomas

On Tue, Jun 18, 2013 at 8:53 PM, Raghuram Sudhaakar (rsudhaak) > wrote:
Thomas,
I agree conceptually with the cons that you mention for option 1. However, =
tunneling and VLANs are a well understood concept in the network setup/admi=
nistration and used widely by IT teams. Pascal has pointed out the specific=
 Cisco technologies too. So, in the practical world tunneling is the best/p=
roven solution.

In Option 2, the reliance of the BBR on the PCE to identify its peer may be=
 a cause for concern. It means that we implicitly mandate a PCE. This may n=
ot be applicable to certain deployments that may want to use 6TSCH without =
a PCE. Or a different routing computation technique/protocol/standard.

IMO, the PCE, ND must be maintained as separate elements for the above reas=
ons as well as applicability to wider range of scenarios.

I lean toward the idea that 6TSCH does not need to define anything to creat=
e the connectivity between the BBRs. Instead the requirement can be detaile=
d along with possible solutions leaving the decision open. This will hopefu=
lly help  in wider applicability and interoperability.

-raghuram


From: Pascal Thubert >
Date: Tuesday, June 18, 2013 10:08 AM
To: Thomas Watteyne >
Cc: 6TSCH <6tsch@ietf.org>
Subject: Re: [6tsch] architecture with remote BBR

Hello Thomas:
And then we need to add the case of the backhaul that looks like your case =
1 but has applications on the other side of the VPN as opposed to another w=
lan.
This is actually being studied at ISA100.15 ...
For your option 1, is it often (/ sometimes?) mandatory that the 2 LLNs sha=
re a same L2 domain ( / IPv6 subnet) ? When they do not, we are back in cla=
ssical routing, with VPN iff crossing an untrusted area ( ; eg the IT netwo=
rk from an OT perspective ; )
The case of a single subnet crossing layer 3 boundaries is very classical i=
n datacenters. We use overlays to solve the issue; e.g. cisco OTV, but also=
 LISP, L2TP, and pseudowires in general.
We should probably describe the case in the architecture and explain how th=
is can be achieved with the above technologies; and that probably 6TSCH doe=
s not need to add anything new. Or does it?
About option 2, I see the links to the PCE as either a single vlan or a mix=
 of vlan and vpn, depending on which domain must be crossed. The structure =
has its benefits, but we probably need to come up with the same model and m=
ultiple disjoint paths via multiple PCEs for high availability and load bal=
ancing.
what do you think?
Pascal

2013/6/17 Thomas Watteyne >
All,

There is a case I believe we are not covering explicitly in the architectur=
e.

The architecture draft now considers the following topology:


               ---+------------------------

                  |      External Network

                  |

               +-----+                  +-----+

               |     | Router           |     | PCE

               |     |                  |     |

               +-----+                  +-----+

                  |                        |

                  |     Subnet Backbone    |

            +--------------------+------------------+

            |                    |                  |

         +-----+             +-----+             +-----+

         |     | Backbone    |     | Backbone    |     | Backbone

    o    |     | router      |     | router      |     | router

         +-----+             +-----+             +-----+

    o                  o                   o                 o   o

        o    o   o         o   o  o   o         o  o   o    o

   o             o        o  LLN      o      o         o      o

      o   o    o      o      o o     o  o   o    o    o     o


The backbone needs to be one broadcast domain for the ND proxy operations d=
efines in draft-thubert-6lowpan-backbone-router-03 to work.

Now, let's consider a campus-wide deployment, where the requirements is tha=
t (1) all the nodes use the same IPv6 prefix, and (2) all are managed by th=
e same PCE. Since BBRs are "far apart", they will not all live on the same =
(broadcast) backbone.

This is a very realistic scenario that I have come across multiple times, a=
nd which I believe 6TSCH group could/should address.

I can see the following options:

Option 1: "under-the-hood" tunneling

When installing the network, network administrators interconnect the differ=
ent pieces of the BB using some VLAN solution, essentially recreating a bro=
adcast domain.

pros:
- This option does not require any change the ND operation.
cons:
- IMO, in most multi-BBR deployments, the remote BBR case is the rule rathe=
r than the exception. Using tunnels looks more like a "patch" which might b=
e seen as overly complex if it needs to be applied all the time.



               ---+------------------------

                  |      External Network

                  |

               +-----+                  +-----+

               |     | Router           |     | PCE

               |     |                  |     |

               +-----+                  +-----+

                  |                        |

                  |     Subnet Backbone    |    =3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D

            +--------------------+--------------  TUNNEL  ----+

            |                    |              =3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D    |

         +-----+             +-----+                       +-----+ (remote)

         |     | Backbone    |     | Backbone              |     | Backbone

    o    |     | router      |     | router                |     | router

         +-----+             +-----+                       +-----+

    o                  o                   o                 o   o

        o    o   o         o   o  o   o                  o  o   o    o

   o             o        o  LLN      o      o             o      o

      o   o    o      o      o o     o  o   o             o    o     o


Option 2: PCE responsible for forwarding to correct BBR

Each BBR establishes an explicit (and secure) connection to the PCE. Since =
the PCE is aware of the nodes connected through each BBR, it can forward so=
me inbound packet to the appropriate BBR.

The functionality of the PCE and Router can be merged. The PCE/Router gets =
a packet for a particular node, and forwards it to the appropriate BBR over=
 the explicit connection to that BBR.




                --------------+-------------------

                              |  External Network

                              |

                           +-----+

                           |     | PCE/Router

                           |     |

                           +-----+

                            ^ ^ ^

                            | | |





            +---------------+ | +----------------+

            |                 |                  |

            v                 v                  v

         +-----+           +-----+            +-----+

         |     | Backbone  |     | Backbone   |     | Backbone

    o    |     | router    |     | router     |     | router

         +-----+           +-----+            +-----+

    o                  o                   o                 o   o

        o    o   o         o   o  o   o         o  o   o    o

   o             o        o  LLN      o      o         o      o

      o   o    o      o      o o     o  o   o    o    o     o



Option 3: hybrid



This is the same as option 2, but the router and the PCE as separate. The P=
CE acts as the ND proxy for all the nodes attached to all the BBRs it is ma=
naging. The router is a regular router.



  ---+-----------------------





     |   External Network

     |

  +-----+                  +-----+

  |     | Router           |     | PCE

  |     |               +--|     |

  +-----+               |  +-----+

     |                  |   ^ ^ ^





     |                  |   | | |

  ------------------------  | | |

                            | | |

                            | | |





            +---------------+ | +----------------+

            |                 |                  |

            v                 v                  v

         +-----+           +-----+            +-----+

         |     | Backbone  |     | Backbone   |     | Backbone

    o    |     | router    |     | router     |     | router

         +-----+           +-----+            +-----+

    o                  o                   o                 o   o

        o    o   o         o   o  o   o         o  o   o    o

   o             o        o  LLN      o      o         o      o

      o   o    o      o      o o     o  o   o    o    o     o





Thoughts?






Thomas

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



--
Pascal


--_000_E045AECD98228444A58C61C200AE1BD841318A15xmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hello Thomas:


 <=
/p>

If I understand you well,=
 your reference to the multicast domain has to do specifically with the PCE=
 discovery, is that correct?


Even so, the product of t=
he discussion is probably useful in the architecture document.


 <=
/p>

My initial mind was to em=
ulate the model of DHCP, though we probably need to extend it quite a bit t=
o scale and distribute.


For all I know – bu=
t I’m not JP -, there is art for distributed PCE, in particular betwe=
en ISPs so that each PCE can compute a local segment of a global route.


In your case 1, it could =
make sense that there is at least one PCE on each subdomain so as to avoid =
crossing boundaries for local route computation.


 <=
/p>

In the future, we can pro=
bably expect to find many virtualized PCE available wherever needed via vir=
tual service engines anyway.


 <=
/p>

What do you think?


 <=
/p>

Pascal<=
/p>

 <=
/p>

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

Sent: mercredi 19 juin 2013 06:13

To: 6TSCH

Subject: Re: [6tsch] architecture with remote BBR<=
/p>

 




Pascal, Raghuram,




 






I'm fully aware that VPN/tunnels are a proven techni=
que. Obviously, this discussion only covers the case where a PCE is used.






 






I want to make sure that we don't add unnecessary co=
mplexity. The easiest thing is for 6TSCH not to define how the PCE and the =
BBRs discover each other, neither how they communicate, and just give "=
;examples" in the architecture draft. This
 might be the right thing to do to start with, but it would be awfully nice=
 if I could connect my BBR to a third-party PCE. I'm happy to talk about th=
is on the phone on Friday.






 






Thomas








 




On Tue, Jun 18, 2013 at 8:53 PM, Raghuram Sudhaakar =
(rsudhaak) <rsud=
haak@cisco.com> wrote:






Thomas,






I agree conceptually with the cons that=
 you mention for option 1. However, tunneling and VLANs are a well understo=
od concept in the network setup/administration and used
 widely by IT teams. Pascal has pointed out the specific Cisco technologies=
 too. So, in the practical world tunneling is the best/proven solution.&nbs=
p;






 






In Option 2, the reliance of the BBR on=
 the PCE to identify its peer may be a cause for concern. It means that we =
implicitly mandate a PCE. This may not be applicable to
 certain deployments that may want to use 6TSCH without a PCE. Or a differe=
nt routing computation technique/protocol/standard. =







 






IMO, the PCE, ND must be maintained as =
separate elements for the above reasons as well as applicability to wider r=
ange of scenarios.






 






I lean toward the idea that 6TSCH does =
not need to define anything to create the connectivity between the BBRs. In=
stead the requirement can be detailed along with possible
 solutions leaving the decision open. This will hopefully help  in wid=
er applicability and interoperability.






 






-raghuram 






 






 






From:
Pascal Thubert <pascal.thubert@gmail.com>

Date: Tuesday, June 18, 2013 10:08 AM

To: Thomas Watteyne <watteyne@eecs.berkeley.edu>

Cc: 6TSCH <6t=
sch@ietf.org>

Subject: Re: [6tsch] architecture with remote BBR<=
/p>









 






















Hello Th=
omas:




And then we need to add the case of the=
 backhaul that looks like your case 1 but has applications on the other sid=
e of the VPN as opposed to another wlan.




This is =
actually being studied at ISA100.15 ...




For your option 1, is it often (/ somet=
imes?) mandatory that the 2 LLNs share a same L2 domain ( / IPv6 subnet) ? =
When they do not, we are back in classical routing, with
 VPN iff crossing an untrusted area ( ; eg the IT network from an OT perspe=
ctive ; )




The case of a single subnet crossing la=
yer 3 boundaries is very classical in datacenters. We use overlays to solve=
 the issue; e.g. cisco OTV, but also LISP, L2TP, and pseudowires
 in general.




We should probably describe the case in=
 the architecture and explain how this can be achieved with the above techn=
ologies; and that probably 6TSCH does not need to add anything
 new. Or does it? 




About op=
tion 2, I see the links to the PCE as either a single vlan or a mix of vlan=
 and vpn, depending on which domain must be crossed. The structure
 has its benefits, but we probably need to come up with the same model and =
multiple disjoint paths via multiple PCEs for high availability and load ba=
lancing.




what do =
you think?




Pascal






&nb=
sp;




2013/6/17 Thomas Watteyne <watteyne@eecs.berk=
eley.edu>




All,





 






There is a case I believe we are not co=
vering explicitly in the architecture.






 






The architecture draft now considers th=
e following topology:






 






      &=
nbsp;        ---+-------------------=
-----


      &=
nbsp;           | &n=
bsp;    External Network


      &=
nbsp;           |


      &=
nbsp;        +-----+  =
            &nb=
sp;   +-----+


      &=
nbsp;        |     |=
 Router           | =
    | PCE


      &=
nbsp;        |     |=
            &nb=
sp;     |     |

      &=
nbsp;        +-----+  =
            &nb=
sp;   +-----+


      &=
nbsp;           | &n=
bsp;            =
;          |=



      &=
nbsp;           | &n=
bsp;   Subnet Backbone    |

      &=
nbsp;     +--------------------+---------------=
---+


      &=
nbsp;     |       &n=
bsp;            |&nb=
sp;            =
     |


      &=
nbsp;  +-----+        =
     +-----+      =
;       +-----+

      &=
nbsp;  |     | Backbone    | &=
nbsp;   | Backbone    |     | =
Backbone


    o   =
; |     | router      | &=
nbsp;   | router      |   =
;  | router


      &=
nbsp;  +-----+        =
     +-----+      =
;       +-----+

    o   =
;            &n=
bsp;  o          &nb=
sp;        o    &nbs=
p;            o =
;  o


      &=
nbsp; o    o   o     &nbs=
p;   o   o  o   o    =
;     o  o   o    o<=
/o:p>


   o    =
;         o    =
    o  LLN      o  &=
nbsp;   o         o =
     o


      o =
;  o    o      o  &n=
bsp;   o o     o  o   o &=
nbsp;  o    o     o






 






 






The backbone needs to be one broadcast =
domain for the ND proxy operations defines in draft-thubert-6lowpan-ba=
ckbone-router-03 to work.






 






Now, let's consider a campus-wide deplo=
yment, where the requirements is that (1) all the nodes use the same IPv6 p=
refix, and (2) all are managed by the same PCE. Since BBRs
 are "far apart", they will not all live on the same (broadcast) =
backbone.






 






This is a very realistic scenario that =
I have come across multiple times, and which I believe 6TSCH group could/sh=
ould address.






 






I can see the following options:






 






Option 1: &q=
uot;under-the-hood" tunneling






 






When installing the network, network ad=
ministrators interconnect the different pieces of the BB using some VL=
AN solution, essentially recreating a broadcast domain.





 






pros:






- This option does not require any chan=
ge the ND operation.






cons:






- IMO, in most multi-BBR deployments, t=
he remote BBR case is the rule rather than the exception. Using tunnels loo=
ks more like a "patch" which might be seen as overly complex
 if it needs to be applied all the time.






 






 






      &=
nbsp;        ---+-------------------=
-----


      &=
nbsp;           | &n=
bsp;    External Network


      &=
nbsp;           |


      &=
nbsp;        +-----+  =
            &nb=
sp;   +-----+


      &=
nbsp;        |     |=
 Router           | =
    | PCE


      &=
nbsp;        |     |=
            &nb=
sp;     |     |

      &=
nbsp;        +-----+  =
             &n=
bsp;  +-----+


      &=
nbsp;           | &n=
bsp;            =
;          |=



      &=
nbsp;           | &n=
bsp;   Subnet Backbone    |    =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D


      &=
nbsp;     +--------------------+--------------&=
nbsp; TUNNEL  ----+


      &=
nbsp;     |       &n=
bsp;            |&nb=
sp;            =
 =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D    |


      &=
nbsp;  +-----+        =
     +-----+      =
;            &n=
bsp;    +-----+ (remote)

      &=
nbsp;  |     | Backbone    | &=
nbsp;   | Backbone        =
;      |     | Backbone=



    o   =
; |     | router      | &=
nbsp;   | router        &=
nbsp;       |     | ro=
uter


      &=
nbsp;  +-----+        =
     +-----+      &nbs=
p;            &=
nbsp;   +-----+


    o   =
;            &n=
bsp;  o          &nb=
sp;        o    &nbs=
p;            o =
;  o


      &=
nbsp; o    o   o     &nbs=
p;   o   o  o   o    =
;            &n=
bsp; o  o   o    o


   o    =
;         o    =
    o  LLN      o  &=
nbsp;   o         &n=
bsp;   o      o


      o =
;  o    o      o  &n=
bsp;   o o     o  o   o &=
nbsp;           o &n=
bsp;  o     o






 






 






Option 2: PC=
E responsible for forwarding to correct BBR






 






Each BBR establishes an explicit (and s=
ecure) connection to the PCE. Since the PCE is aware of the nodes connected=
 through each BBR, it can forward some inbound packet to
 the appropriate BBR.






 






The functionality of the PCE and Router=
 can be merged. The PCE/Router gets a packet for a particular node, and for=
wards it to the appropriate BBR over the explicit connection
 to that BBR.






 






 


      &=
nbsp;         --------------+--=
-----------------


      &=
nbsp;           &nbs=
p;           |  Exte=
rnal Network


      &=
nbsp;           &nbs=
p;           |=



      &=
nbsp;           &nbs=
p;        +-----+


      &=
nbsp;           &nbs=
p;        |     | PC=
E/Router


      &=
nbsp;           &nbs=
p;        |     |


      &=
nbsp;           &nbs=
p;        +-----+


      &=
nbsp;            &nb=
sp;        ^ ^ ^


      &=
nbsp;           &nbs=
p;         | | |<=
/pre>

 


 


      &=
nbsp;     +---------------+ | +------------=
----+


      &=
nbsp;     |       &n=
bsp;         |   &nb=
sp;            =
  |


      &=
nbsp;     v       &n=
bsp;         v   &nb=
sp;            =
  v


      &=
nbsp;  +-----+         =
;  +-----+        =
;    +-----+


      &=
nbsp;  |     | Backbone  |   &=
nbsp; | Backbone   |     | Backbone


    o   =
; |     | router    |   &=
nbsp; | router     |     | router


      &=
nbsp;  +-----+        =
   +-----+        =
;    +-----+


    o   =
;            &n=
bsp;  o          &nb=
sp;        o    &nbs=
p;            o =
;  o


      &=
nbsp; o    o   o     &nbs=
p;   o   o  o   o    =
;     o  o   o    o<=
/o:p>


   o    =
;         o    =
    o  LLN      o  &=
nbsp;   o         o =
     o


      o =
;  o    o      o  &n=
bsp;   o o     o  o   o &=
nbsp;  o    o     o


 


Option 3


 


This is the same as option 2, but the router =
and the PCE as separate. The PCE acts as the ND proxy for all the nodes att=
ached to all the BBRs it is managing. The router is a regular router.


 


  ---+----------------------=
-


 


 


     |  =
; External Network


     |=



  +-----+  &nb=
sp;            =
   +-----+


  |     | Ro=
uter           | &nb=
sp;   | PCE


  |     |&nb=
sp;            =
  +--|     |


  +-----+  &nb=
sp;            |&nbs=
p; +-----+


     |  =
;            &n=
bsp;   |   ^ ^ ^


 


 


     |  =
;            &n=
bsp;   |   | | |


  ------------------------ =
 | | |


       =
            &nb=
sp;        | | |


      &=
nbsp;           &nbs=
p;         | | |<=
/pre>

 


 


      &=
nbsp;     +---------------+ | +------------=
----+


      &=
nbsp;     |       &n=
bsp;         |   &nb=
sp;            =
  |


      &=
nbsp;     v       &n=
bsp;         v   &nb=
sp;            =
  v


      &=
nbsp;  +-----+        =
   +-----+        &nbs=
p;   +-----+


      &=
nbsp;  |     | Backbone  |   &=
nbsp; | Backbone   |     | Backbone


    o   =
; |     | router    |   &=
nbsp; | router     |     | router


      &=
nbsp;  +-----+        =
   +-----+        =
;    +-----+


    o   =
;            &n=
bsp;  o          &nb=
sp;        o    &nbs=
p;            o =
;  o


      &=
nbsp; o    o   o     &nbs=
p;   o   o  o   o    =
;     o  o   o    o<=
/o:p>


   o    =
;         o    =
    o  LLN      o  &=
nbsp;   o         o =
     o


      o =
;  o    o      o  &n=
bsp;   o o     o  o   o &=
nbsp;  o    o     o


 


 


Thoughts?



 


 


Thomas








_______________________________________________

6tsch mailing list

6tsch@ietf.org

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










-- 

Pascal 












 








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Thread-Topic: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Qin,
May be we can talk on this figure,
Each node can get this 2-hop neighborhood information by collecting the cel=
l-usage of its 1-hop neighbors. Then during the negotiation for a soft link=
 on an edge (e.g. edge (A, B)), the combination of node A and node B's 2-ho=
p neighborhood information, create a virtual 2-hop neighborhood information=
 around that edge.
Would you please explain what does 1-hop information include?

[cid:image001.jpg@01CE6DCF.A73D66C0]
Best Wishes,
Pouria


From: Qin Wang [mailto:qinwang@berkeley.edu]
Sent: Thursday, June 20, 2013 3:26 PM
To: Maria Rita PALATTELLA
Cc: Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@=
ietf.org; pister@eecs.berkeley.edu
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Maria Rita,

I fully agree with what you said. There is trade-off, i.e. how much informa=
tion a node should hold, (None, 1-hop, 2-hop), and then monitoring will tak=
e care of rest. Should it be configurable?

Qin

On Thu, Jun 20, 2013 at 9:16 PM, Maria Rita PALATTELLA > wrote:
Qin, it is exactly as Pouria explained.
Generally speaking, the idea is to propagate the information hop-by-hop amo=
ng some of the neighbor nodes. Each node doesn't need to have a full pictur=
e of the network. The combination of the partial information that each node=
 has, will allow them to properly select the soft cells within the TSCH sch=
edule. In the worst scenario, if the cells allocation isn't properly done, =
the monitoring algorithm will help in detecting that.
Maria Rita
________________________________
From: P.Zand@utwente.nl [P.Zand@utwente.nl]
Sent: Thursday, June 20, 2013 2:59 PM
To: qinwang@berkeley.edu; Maria Rita PALATTELL=
A
Cc: watteyne@eecs.berkeley.edu; pal@cs.s=
tanford.edu; 6tsch@ietf.org; pister@eecs.berkeley.edu
Subject: RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
Hi Qin,
You mean the case that edge(A, B) is not in the two-hop neighborhood of nod=
e D, but is in the two-hop neighborhood of node C. Am I right?
If yes, for creating a soft link between node D and C, node D will send a "=
Link Reservation Request" including a candidate set of links based on its t=
wo-hop information. Node D might suggest the cell-1 that is used on edge (A=
, B). However, node C upon receiving the request, will do another check bas=
ed on his two-hop neighborhood information and will not chose that cell-1. =
That is because node C knows about the cell-1 on edge(A, B) in its two-hop =
neighborhood.
In other cases, that node D intend to create a soft link with other nodes (=
e.g. E or F), and if those nodes are not one-hop neighbors of node A, then =
edge(A,B) is not considered as a conflict edge with edges of (D, E) or (D, =
F).
Am I right?
Best wishes,
Pouria

From: Qin Wang [mailto:qinwang@berkeley.edu]
Sent: Thursday, June 20, 2013 2:11 PM
To: Maria Rita PALATTELLA
Cc: Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@ietf.org; pister@eecs.berkeley.edu
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Pouria and Maria Rita,

I think there is a difference between just 1-hop information and 2-hop info=
rmation. For example,

Assume nodeA Tx to nodeB @ cell-1, and nodeC is in the radio range of nodeA=
. nodeD is a neighbor of nodeC, but not a neighbor of nodeB.

Then, from the schedule of nodeC (i.e. the RX cells of nodeC), nodeD cannot=
 know nodeA is its 2-hop neighbor.

Thought?
Qin






On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA > wrote:
Pouria, I do agree with you.
1-hop also include the 2- hop information. The RX cells for the 1-hop neigh=
bor, are the TX cells for the 2-hop neighbor.

Maria Rita

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of P.Zand@utwente=
.nl
Sent: Thursday, June 20, 2013 9:54 AM
To: watteyne@eecs.berkeley.edu; pal@cs.s=
tanford.edu
Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Thomas,

Just one minor comment on "1. when all nodes know the full TSCH schedule of=
 all their (2-hop?) neighbors".
Shall we say 1-hop neighbors? I think, one node by collecting the schedule =
of all its one-hop neighbors can know the schedule of its two-hop neighborh=
ood that might conflict with its communication. In the received schedule in=
formation from one hop neighbor, the links between the one-hop and two-hop =
neighbors are also included. Am I right?

Best Wishes,
Pouria

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyne
Sent: Thursday, June 20, 2013 8:18 AM
To: Philip Levis
Cc: 6TSCH; Kris Pister
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

+1 on the use of Trickle. It would indeed be great if you could look at the=
 applicability.

Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify what =
Trickle considers consistent, inconsistent, and what other events can cause=
 a Trickle timer reset.

A first step might be to identify what we believe is a fully consistent net=
work. I see multiple, slightly different, definitions:
1. when all nodes know the full TSCH schedule of all their (2-hop?) neighbo=
rs
2. when there are no MAC-layer collisions, i.e. no communication happens on=
 the same slotoffset/channeloffset within that neighborhood

Of course, condition 1 is sufficient for condition 2 to be satisfied. I wou=
ld argue that, since condition 2 is the end goal of the network, satisfying=
 condition 2 might be enough. That is, it's OK if you don't know the comple=
te schedule of your neighbors, as long as you can communicate without colli=
sion. It is in fact possible that two cells are reused between two pairs of=
 nodes, if at least one of these pairs never uses that cell, no Trickle res=
et is needed.

Thomas


On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis > wrote:
Yes -- as far as I know, there isn't a better (faster, more efficient) algo=
rithm than RFC6206 for reaching eventual consistency in a wireless network.=
 P2P is not a good place to start because it is based on a graph abstractio=
n with neighbor sets. etc. I can look closer at the exact problem problem y=
ou're discussing to figure out whether I think Trickle would work well, if =
you like.

Phil

On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:

> Isn't some form of trickle the right way to do this?  Maybe some issues w=
ith distribution over a two-hop neighborhood?
>
> ksjp
>
> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
>> This problem is not new, in P2P communities I've seen many different app=
roaches to deal with keeping a distributed state (consistency). I think the=
re are 2 main directions, pessimistic and optimistic, pessimistic approache=
s aim to enforce all nodes with the same information which requires transmi=
tting the exact state to the neighbours and make sure it is installed there=
, usually this is done in master-slave architectures where the master tells=
 the slaves what to do and won't fit to our scenario (this is the PCE case =
in fact)
>>
>> A more scalable approach is to tolerate a little bit of de-synchronizati=
on (optimistic consistency) and think that eventually all nodes will learn =
about the scheduling state. With that approach we can have scheduling probl=
ems in case 2 nodes do not have their schedule completely synchronized, how=
ever monitoring can help to detect that and correct eventually. My opinion =
is that the schedule does not change so much so having optimistic approache=
s would work well (in terms of scalability). To achieve that, nodes might s=
end portions of their schedule, assuming that eventually all schedule will =
be sent, it will take time but neighbours might learn all information from =
others "eventually".
>>
>> As Kris said, however, we need to find how useful that will be and what =
are the cases where this will work better than just simple random selection=
 and monitoring, assuming our schedules are sparse. If this is an optional =
feature seems that all cases can be covered.
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Content-Transfer-Encoding: quoted-printable











Qin,

May be we can talk on thi=
s figure,


Each node can get this 2-=
hop neighborhood information by collecting the cell-usage of its 1-hop neig=
hbors. Then during the negotiation for a soft link on an
 edge (e.g. edge (A, B)), the combination of node A and node B’s 2-ho=
p neighborhood information, create a virtual 2-hop neighborhood information=
 around that edge. 



Would you please explain =
what does 1-hop information include?


 <=
/p>

=



Best Wishes,


Pouria<=
/p>

 <=
/p>

 <=
/p>

From: Qin Wang=
 [mailto:qinwang@berkeley.edu]


Sent: Thursday, June 20, 2013 3:26 PM

To: Maria Rita PALATTELLA

Cc: Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu;=
 6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




Maria Rita,




 






I fully agree with what you said. There is trade-off=
, i.e. how much information a node should hold, (None, 1-hop, 2-hop), and t=
hen monitoring will take care of rest. Should it be configurable?






 






Qin








 




On Thu, Jun 20, 2013 at 9:16 PM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Qin, it i=
s exactly as Pouria explained.

Generally speaking, the idea is to propagate the information hop-by-hop amo=
ng some of the neighbor nodes. Each node doesn't need to have a full pictur=
e of the network. The combination of the partial information that each node=
 has, will allow them to properly
 select the soft cells within the TSCH schedule. In the worst scenario, if =
the cells allocation isn't properly done, the monitoring algorithm will hel=
p in detecting that.

Maria Rita












From:
P.Zand@utwente.nl [P.Zand@utwente.nl=
]

Sent: Thursday, June 20, 2013 2:59 PM

To: qinwan=
g@berkeley.edu; Maria Rita PALATTELLA

Cc: =
watteyne@eecs.berkeley.edu;
pal@cs.stanford.ed=
u; 
6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames












Hi Qin,


You mean the case that edge(A, B) is no=
t in the two-hop neighborhood of node D, but is in the two-hop
 neighborhood of node C. Am I right?


If yes, for creating a soft link betwee=
n node D and C, node D will send a “Link Reservation Request”
 including a candidate set of links based on its two-hop information. Node =
D might suggest the cell-1 that is used on edge (A, B). However, node C upo=
n receiving the request, will do another check based on his two-hop neighbo=
rhood information and will not chose
 that cell-1. That is because node C knows about the cell-1 on edge(A, B) i=
n its two-hop neighborhood.


In other cases, that node D intend to c=
reate a soft link with other nodes (e.g. E or F), and if those
 nodes are not one-hop neighbors of node A, then edge(A,B) is not considere=
d as a conflict edge with edges of (D, E) or (D, F).


Am I right?  

Best wishes,


Pouria


 


From: Qin Wang [mailto:qinwang@berkeley.edu]


Sent: Thursday, June 20, 2013 2:11 PM

To: Maria Rita PALATTELLA

Cc: Zand, P. (EWI); 
watteyne@eecs.berkeley.edu; 
pal@cs.stanford.edu; 6tsch@ietf.org;
pister@eecs.b=
erkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




Hi Pouria and Maria Rita,




 






I think there is a difference between just 1-hop information and 2=
-hop information. For example, 






 






Assume nodeA Tx to nodeB @ cell-1, and nodeC is in the radio range=
 of nodeA. nodeD is a neighbor of nodeC, but not a neighbor of nodeB.<=
/o:p>






 






Then, from the schedule of nodeC (i.e. the RX cells of nodeC), nod=
eD cannot know nodeA is its 2-hop neighbor.






 






Thought?






Qin






 






 






  






 






 








 




On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA <maria-rita.palat=
tella@uni.lu> wrote:






Pouria, I do agree with you.


1-hop also include the 2- hop informati=
on. The RX cells for the 1-hop neighbor, are the TX cells
 for the 2-hop neighbor.


 


Maria Rita


 






From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of =
P.Zand@utwente.nl

Sent: Thursday, June 20, 2013 9:54 AM

To: =
watteyne@eecs.berkeley.edu;
pal@cs.stanford.ed=
u

Cc: 6tsch@ietf.o=
rg; 
pister@eecs.berkeley.edu








Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames














 


Hi Thomas,


 


Just one minor comment on “1. whe=
n all nodes know the full TSCH schedule of all their (2-hop?) neighborsR=
21;.


Shall we say 1-hop neighbors? I think, =
one node by collecting the schedule of all its one-hop neighbors
 can know the schedule of its two-hop neighborhood that might conflict with=
 its communication. In the received schedule information from one hop neigh=
bor, the links between the one-hop and two-hop neighbors are also included.=
 Am I right?  


 


Best Wishes,


Pouria  


 


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

Sent: Thursday, June 20, 2013 8:18 AM

To: Philip Levis

Cc: 6TSCH; Kris Pister

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




+1 on the use of Trickle. It would indeed be great if you coul=
d look at the applicability.




 






Per http://tools.ietf.org/html/rfc6206#section-5, we need=
 to identify what Trickle considers consistent,
 inconsistent, and what other events can cause a Trickle timer reset.<=
/o:p>






 






A first step might be to identify what we believe is a fully consi=
stent network. I see multiple, slightly different, definitions:<=
/p>





1. when all nodes know the full TSCH schedule of all their (2-hop?=
) neighbors






2. when there are no MAC-layer collisions, i.e. no communication h=
appens on the same slotoffset/channeloffset within that neighborhood






 






Of course, condition 1 is sufficient for condition 2 to be satisfi=
ed. I would argue that, since condition 2 is the end goal of the network, s=
atisfying condition 2 might be enough.
 That is, it's OK if you don't know the complete schedule of your neighbors=
, as long as you can communicate without collision. It is in fact possible =
that two cells are reused between two pairs of nodes, if at least one of th=
ese pairs never uses that cell,
 no Trickle reset is needed.






 






Thomas






 








 




On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis <pal@cs.stanford.edu> wrote=
:


Yes -- as far as I know, there isn't a better (faster, more effici=
ent) algorithm than RFC6206 for reaching eventual consistency in a wireless=
 network. P2P is not a good place to
 start because it is based on a graph abstraction with neighbor sets. etc. =
I can look closer at the exact problem problem you're discussing to figure =
out whether I think Trickle would work well, if you like.



Phil






On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:



> Isn't some form of trickle the right way to do this?  Maybe some =
issues with distribution over a two-hop neighborhood?

>

> ksjp

>

> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:

>> This problem is not new, in P2P communities I've seen many differe=
nt approaches to deal with keeping a distributed state (consistency). I thi=
nk there are 2 main directions, pessimistic and optimistic, pessimistic app=
roaches aim to enforce all nodes with
 the same information which requires transmitting the exact state to the ne=
ighbours and make sure it is installed there, usually this is done in maste=
r-slave architectures where the master tells the slaves what to do and won'=
t fit to our scenario (this is the
 PCE case in fact)

>>

>> A more scalable approach is to tolerate a little bit of de-synchro=
nization (optimistic consistency) and think that eventually all nodes will =
learn about the scheduling state. With that approach we can have scheduling=
 problems in case 2 nodes do not have
 their schedule completely synchronized, however monitoring can help to det=
ect that and correct eventually. My opinion is that the schedule does not c=
hange so much so having optimistic approaches would work well (in terms of =
scalability). To achieve that, nodes
 might send portions of their schedule, assuming that eventually all schedu=
le will be sent, it will take time but neighbours might learn all informati=
on from others "eventually".

>>

>> As Kris said, however, we need to find how useful that will be and=
 what are the cases where this will work better than just simple random sel=
ection and monitoring, assuming our schedules are sparse. If this is an opt=
ional feature seems that all cases can
 be covered.








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








 














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From qinwang@berkeley.edu  Thu Jun 20 07:10:02 2013
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Date: Thu, 20 Jun 2013 22:09:59 +0800
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From: Qin Wang 
To: "Pascal Thubert (pthubert)" 
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Cc: Thomas Watteyne , 6TSCH <6tsch@ietf.org>
Subject: Re: [6tsch] support to installing Tracks
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Hi Pascal,

I have a problem with using [dest IPv6, instanceID] to identify a Track. My
understanding is the TrackID in each node along the path should be same,
correct? It means PCE has to find a instanceID which has not been used
by  all of the nodes along the path before installing a Track. Did I miss
something?

Qin





On Thu, Jun 20, 2013 at 9:48 PM, Pascal Thubert (pthubert) <
pthubert@cisco.com> wrote:

>  Hello Thomas:****
>
> ** **
>
> If we consider that a track is an hard core version of a route as
> installed by the PCE, then we might extend the thought that we placed
> there, and use an instance?****
>
> ** **
>
> TrackIDs could be taken from local instances (there are 64 of those per
> node) of the destination so the tuple (dest IPv6 ,  instanceID) would
> identify the track as it identifies routes.****
>
> ** **
>
> BTW, the proposed update of the architecture draft to reflect the previous
> discussions is as follows: ****
>
> ** **
>
> Centralized vs.  Distributed Routing****
>
> ****
>
>    6TSCH supports a mix model of centralized routes that are computed by**
> **
>
>    a Path Computation Entity and distributed routes that are computed by**
> **
>
>    RPL over a common physical LLN.****
>
> ****
>
>    Both RPL and the PCE may inject routes in the Routing Tables of the****
>
>    6TSCH routers.  In either case, each route is associated with a****
>
>    topology that is indexed by an instanceID, as defined in RPL****
>
>    [RFC6550].  RPL and PCE rely on shared sources to define Global and****
>
>    Local InstanceIDs.****
>
> ****
>
>    It is possible for RPL and PCE to share a same topology, in which****
>
>    case the PCE routes have precedence over RPL routes in case of a****
>
>    conflict.****
>
> ****
>
>    Inside the 6TSCH domain, the flow label is used to indicate the****
>
>    topology that must be used for routing and the associated Routing****
>
>    Tables as discussed in [I-D.thubert-roll-flow-label].****
>
> ** **
>
> What do you think?****
>
> ** **
>
> Pascal****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Thomas Watteyne
> *Sent:* jeudi 20 juin 2013 09:28
> *To:* 6TSCH
> *Subject:* Re: [6tsch] support to installing Tracks****
>
> ** **
>
> Qin,****
>
> ** **
>
> [I believe you sent the same e-mail twice, I'm only answering the second
> one]****
>
> ** **
>
> Having some type of track ID would indeed make life much easier. Each RX
> and TX cell would simply be associated to a trackID. The switching table
> (which I assume you refer to by "track table"?) might not even physically
> exist as such in the node's RAM memory. Rather the switching rule is simply
> "whatever you receive on an RX cell associaed with trackID 4, transmit on
> the next TX cell associated with trackID 4". There could be a trackID which
> means "no trackID", to identify the cells which are not associated on a
> track, and which can be used for regular routing. When the PCE installs a
> hard cell, it would install [direction,slotOffset,channelOffset,trackID].*
> ***
>
> ** **
>
> Does the above sound like what you're proposing?****
>
> ** **
>
> Assuming that a trackID identifies a flow, is there not some other
> number/tuple already available somewhere which could play the role of
> trackID without requiring a new numbering space? For example, could the
> trackID be the tuple [destination IPv6 address, DSCP]?****
>
> ** **
>
> Thomas****
>
> ** **
>
> ** **
>
> ** **
>
> ** **
>
> On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang  wrote:***
> *
>
> Hi all,****
>
> ** **
>
> We have had many discussions on Track related topic in threads like
> "Routing vs switching". I would like to discuss more about what 6tus should
> provide to install a Track, including installing both hard cell based Track
> and soft cell based Track.****
>
> ** **
>
> My understanding is what we can do now is as follows.****
>
> (1)  add hard cells along the path, with Cell Commands****
>
> (2) specify the mapping between each incoming cell and outgoing cell along
> the path, with Label Switching Commands****
>
> ** **
>
> If my understanding is correct, I can see the following problem: It need
> more bandwidth. For example, when you add a hard cell between nodeA and
> nodeB, one global communication from PCE to nodeA, and one local
> communication from nodeA to nodeB are needed. But for the Label Switching
> command, additional two communications, i.e. from PCE to nodeA and from PCE
> to nodeB are also needed. In addition, if a given track consists more than
> one incoming cells and outgoing cells, more bandwidth for installing the
> track will be consumed.****
>
> ** **
>
> Thus, I would like to suggest to use TrackID to associate incoming cells
> and outgoing cells. For sure, the TrackID will not appear in packet, it is
> just used to establish the relationship between incoming cells and outgoing
> cells. i.e.****
>
> (1) add TrackID as a parameter of Cell commands.****
>
> (2) same procedure of adding/removing hard cell or soft cell as before.***
> *
>
> (3) while receiving adding hard cell or soft cell command,  fill the Track
> table with the TrackID. In the Track table, Rx cells are the incoming cells
> and Tx cells are the outgoing cells. And then, from TSCH's point of view,
>  the schedule is the overlap of all Track tables.****
>
> ** **
>
> How do you think?****
>
> ** **
>
> Qin****
>
>
> _______________________________________________
> 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
>
>

--089e0129483e73356704df96808a
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Hi Pascal,

I have a problem with =
using [dest IPv6, instanceID] to identify a Track. My understanding is the =
TrackID in each node along the path should be same, correct? It means PCE h=
as to find a instanceID which has not been used by=A0=A0all of the nodes al=
ong the path before installing a Track. Did I miss something?



Qin




On Thu, Jun 20, 2013 at 9:48 PM, Pascal Thubert (pthu=
bert) <pthubert@cisco.com> wrote:













Hello Thomas:


=A0<=
/p>

If we consider that a tra=
ck is an hard core version of a route as installed by the PCE, then we migh=
t extend the thought that we placed there, and use an instance?



=A0<=
/p>

TrackIDs could be taken f=
rom local instances (there are 64 of those per node) of the destination so =
the tuple (dest IPv6 ,=A0 instanceID) would identify the track
 as it identifies routes.


=A0<=
/p>

BTW, the proposed update =
of the architecture draft to reflect the previous discussions is as follows=
:



=A0<=
/p>

Centralized vs.=A0 Distri=
buted Routing




=A0=A0 6TSCH supports a m=
ix model of centralized routes that are computed by

=A0=A0 a Path Computation=
 Entity and distributed routes that are computed by

=A0=A0 RPL over a common =
physical LLN.




=A0=A0 Both RPL and the P=
CE may inject routes in the Routing Tables of the


=A0=A0 6TSCH routers.=A0 =
In either case, each route is associated with a


=A0=A0 topology that is i=
ndexed by an instanceID, as defined in RPL


=A0=A0 [RFC6550].=A0 RPL =
and PCE rely on shared sources to define Global and

=A0=A0 Local InstanceIDs.=





=A0=A0 It is possible for=
 RPL and PCE to share a same topology, in which


=A0=A0 case the PCE route=
s have precedence over RPL routes in case of a


=A0=A0 conflict.




=A0=A0 Inside the 6TSCH d=
omain, the flow label is used to indicate the


=A0=A0 topology that must=
 be used for routing and the associated Routing


=A0=A0 Tables as discusse=
d in [I-D.thubert-roll-flow-label].


=A0<=
/p>

What do you think?=



=A0<=
/p>

Pascal=



=A0<=
/p>

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

Sent: jeudi 20 juin 2013 09:28

To: 6TSCH

Subject: Re: [6tsch] support to installing Tracks


=A0




Qin,




=A0






[I believe you sent the same e-mail twice, I'm o=
nly answering the second one]




=A0






Having some type of track ID would indeed make life =
much easier. Each RX and TX cell would simply be associated to a trackID. T=
he switching table (which I assume you refer to by "track table"?=
) might not even physically exist as such in
 the node's RAM memory. Rather the switching rule is simply "whate=
ver you receive on an RX cell associaed with trackID 4, transmit on the nex=
t TX cell associated with trackID 4". There could be a trackID which m=
eans "no trackID", to identify the cells which
 are not associated on a track, and which can be used for regular routing. =
When the PCE installs a hard cell, it would install [direction,slotOffset,c=
hannelOffset,trackID].






=A0






Does the above sound like what you're proposing?=







=A0






Assuming that a trackID identifies a flow, is there =
not some other number/tuple already available somewhere which could play th=
e role of trackID without requiring a new numbering space? For example, cou=
ld the trackID be the tuple [destination
 IPv6 address, DSCP]?






=A0






Thomas






=A0






=A0






=A0






=A0




On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang <qinwang@berkeley.edu> wrote:




Hi all,




=A0






We have had many discussions on Track rel=
ated topic in threads like "Routing vs switching". I would like t=
o discuss more about what 6tus should provide to install a Track,
 including installing both hard cell based Track and soft cell based Track.=







=A0






My understanding is what we can do now is=
 as follows.






(1) =A0add hard cells along the path, wit=
h Cell Commands






(2) specify the mapping between each inco=
ming cell and outgoing cell along the path, with=A0Label Switching Commands=








=A0






If my understanding is correct, I can see=
 the following problem: It need more bandwidth. For example, when you add a=
 hard cell between nodeA and nodeB, one global communication
 from PCE to nodeA, and one local communication from nodeA to nodeB are nee=
ded. But for the Label Switching command, additional two communications, i.=
e. from PCE to nodeA and from PCE to nodeB are also needed. In addition, if=
 a given track consists more than
 one incoming cells and outgoing cells, more bandwidth for installing the t=
rack will be consumed.






=A0






Thus, I would like to suggest to use Trac=
kID to associate incoming cells and outgoing cells. For sure, the TrackID w=
ill not appear in packet, it is just used to establish the
 relationship between incoming cells and outgoing cells. i.e.=







(1) add TrackID as a parameter of Cell co=
mmands.






(2) same procedure of adding/removing har=
d cell or soft cell as before.






(3) while receiving adding hard cell or s=
oft cell command, =A0fill the Track table with the TrackID. In the Track ta=
ble, Rx cells are the incoming cells and Tx cells are the
 outgoing cells. And then, from TSCH's point of view, =A0the schedule i=
s the overlap of all Track tables.






=A0






How do you think?





=A0





Qin







_______________________________________________

6tsch mailing list

6tsch@ietf.org

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




=A0













_______________________________________________

6tsch mailing list

6tsch@ietf.org

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





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Date: Thu, 20 Jun 2013 22:47:51 +0800
Message-ID: 
From: Qin Wang 
To: "P.Zand@utwente.nl" 
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Cc: Maria Rita PALATTELLA , Thomas Watteyne , "6tsch@ietf.org" <6tsch@ietf.org>, "pal@cs.stanford.edu" , "pister@eecs.berkeley.edu" 
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Pouira,

I think we have same thinking. Let me make it more clear as follows.
(1) Aloha: select a cell not used in local schedule
(2) 1-hop selection:  a cell not used by both Tx node and Rx node
(3) 2-hop selection: a cell not used by both Tx node and Rx node, and their
neighbors.

In case (3), the information needed includes the cell set used by
neighbors. Actually, I don't like case (3). Maybe we can find a solution
between case (2) and case (3), i.e. some part of knowledge about the cell
set used by neighbors, which provide high performance to cost ratio.

Thought?

Qin



On Thu, Jun 20, 2013 at 10:03 PM,  wrote:

>  Qin,****
>
> May be we can talk on this figure,****
>
> Each node can get this 2-hop neighborhood information by collecting the
> cell-usage of its 1-hop neighbors. Then during the negotiation for a soft
> link on an edge (e.g. edge (A, B)), the combination of node A and node B=
=92s
> 2-hop neighborhood information, create a virtual 2-hop neighborhood
> information around that edge.  ****
>
> Would you please explain what does 1-hop information include?****
>
> ** **
>
> ****
>
> Best Wishes,****
>
> Pouria****
>
> ** **
>
> ** **
>
> *From:* Qin Wang [mailto:qinwang@berkeley.edu]
> *Sent:* Thursday, June 20, 2013 3:26 PM
>
> *To:* Maria Rita PALATTELLA
> *Cc:* Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu;
> 6tsch@ietf.org; pister@eecs.berkeley.edu
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
> ** **
>
> Maria Rita,****
>
> ** **
>
> I fully agree with what you said. There is trade-off, i.e. how much
> information a node should hold, (None, 1-hop, 2-hop), and then monitoring
> will take care of rest. Should it be configurable?****
>
> ** **
>
> Qin****
>
> ** **
>
> On Thu, Jun 20, 2013 at 9:16 PM, Maria Rita PALATTELLA <
> maria-rita.palattella@uni.lu> wrote:****
>
> Qin, it is exactly as Pouria explained.
> Generally speaking, the idea is to propagate the information hop-by-hop
> among some of the neighbor nodes. Each node doesn't need to have a full
> picture of the network. The combination of the partial information that
> each node has, will allow them to properly select the soft cells within t=
he
> TSCH schedule. In the worst scenario, if the cells allocation isn't
> properly done, the monitoring algorithm will help in detecting that.
> Maria Rita****
>  ------------------------------
>
> *From:* P.Zand@utwente.nl [P.Zand@utwente.nl]
> *Sent:* Thursday, June 20, 2013 2:59 PM
> *To:* qinwang@berkeley.edu; Maria Rita PALATTELLA
> *Cc:* watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@ietf.org;
> pister@eecs.berkeley.edu
> *Subject:* RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
> Hi Qin,****
>
> You mean the case that edge(A, B) is not in the two-hop neighborhood of
> node D, but is in the two-hop neighborhood of node C. Am I right?****
>
> If yes, for creating a soft link between node D and C, node D will send a
> =93Link Reservation Request=94 including a candidate set of links based o=
n its
> two-hop information. Node D might suggest the cell-1 that is used on edge
> (A, B). However, node C upon receiving the request, will do another check
> based on his two-hop neighborhood information and will not chose that
> cell-1. That is because node C knows about the cell-1 on edge(A, B) in it=
s
> two-hop neighborhood.****
>
> In other cases, that node D intend to create a soft link with other nodes
> (e.g. E or F), and if those nodes are not one-hop neighbors of node A, th=
en
> edge(A,B) is not considered as a conflict edge with edges of (D, E) or (D=
,
> F).****
>
> Am I right?  ****
>
> Best wishes,****
>
> Pouria****
>
>  ****
>
> *From:* Qin Wang [mailto:qinwang@berkeley.edu]
> *Sent:* Thursday, June 20, 2013 2:11 PM
> *To:* Maria Rita PALATTELLA
> *Cc:* Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu;
> 6tsch@ietf.org; pister@eecs.berkeley.edu
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
>  ****
>
> Hi Pouria and Maria Rita,****
>
>  ****
>
> I think there is a difference between just 1-hop information and 2-hop
> information. For example, ****
>
>  ****
>
> Assume nodeA Tx to nodeB @ cell-1, and nodeC is in the radio range of
> nodeA. nodeD is a neighbor of nodeC, but not a neighbor of nodeB.****
>
>  ****
>
> Then, from the schedule of nodeC (i.e. the RX cells of nodeC), nodeD
> cannot know nodeA is its 2-hop neighbor.****
>
>  ****
>
> Thought?****
>
> Qin****
>
>  ****
>
>  ****
>
>   ****
>
>  ****
>
>  ****
>
>  ****
>
> On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA <
> maria-rita.palattella@uni.lu> wrote:****
>
> Pouria, I do agree with you.****
>
> 1-hop also include the 2- hop information. The RX cells for the 1-hop
> neighbor, are the TX cells for the 2-hop neighbor.****
>
>  ****
>
> Maria Rita****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *P.Zand@utwente.nl
> *Sent:* Thursday, June 20, 2013 9:54 AM
> *To:* watteyne@eecs.berkeley.edu; pal@cs.stanford.edu
> *Cc:* 6tsch@ietf.org; pister@eecs.berkeley.edu****
>
>
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
>  ****
>
> Hi Thomas,****
>
>  ****
>
> Just one minor comment on =931. when all nodes know the full TSCH schedul=
e
> of all their (2-hop?) neighbors=94.****
>
> Shall we say 1-hop neighbors? I think, one node by collecting the schedul=
e
> of all its one-hop neighbors can know the schedule of its two-hop
> neighborhood that might conflict with its communication. In the received
> schedule information from one hop neighbor, the links between the one-hop
> and two-hop neighbors are also included. Am I right?  ****
>
>  ****
>
> Best Wishes,****
>
> Pouria  ****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Thomas Watteyne
> *Sent:* Thursday, June 20, 2013 8:18 AM
> *To:* Philip Levis
> *Cc:* 6TSCH; Kris Pister
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
>  ****
>
> +1 on the use of Trickle. It would indeed be great if you could look at
> the applicability.****
>
>  ****
>
> Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify
> what Trickle considers consistent, inconsistent, and what other events ca=
n
> cause a Trickle timer reset.****
>
>  ****
>
> A first step might be to identify what we believe is a fully consistent
> network. I see multiple, slightly different, definitions:****
>
> 1. when all nodes know the full TSCH schedule of all their (2-hop?)
> neighbors****
>
> 2. when there are no MAC-layer collisions, i.e. no communication happens
> on the same slotoffset/channeloffset within that neighborhood****
>
>  ****
>
> Of course, condition 1 is sufficient for condition 2 to be satisfied. I
> would argue that, since condition 2 is the end goal of the network,
> satisfying condition 2 might be enough. That is, it's OK if you don't kno=
w
> the complete schedule of your neighbors, as long as you can communicate
> without collision. It is in fact possible that two cells are reused betwe=
en
> two pairs of nodes, if at least one of these pairs never uses that cell, =
no
> Trickle reset is needed.****
>
>  ****
>
> Thomas****
>
>  ****
>
>  ****
>
> On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis 
> wrote:****
>
> Yes -- as far as I know, there isn't a better (faster, more efficient)
> algorithm than RFC6206 for reaching eventual consistency in a wireless
> network. P2P is not a good place to start because it is based on a graph
> abstraction with neighbor sets. etc. I can look closer at the exact probl=
em
> problem you're discussing to figure out whether I think Trickle would wor=
k
> well, if you like.
>
> Phil****
>
>
> On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:
>
> > Isn't some form of trickle the right way to do this?  Maybe some issues
> with distribution over a two-hop neighborhood?
> >
> > ksjp
> >
> > On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
> >> This problem is not new, in P2P communities I've seen many different
> approaches to deal with keeping a distributed state (consistency). I thin=
k
> there are 2 main directions, pessimistic and optimistic, pessimistic
> approaches aim to enforce all nodes with the same information which
> requires transmitting the exact state to the neighbours and make sure it =
is
> installed there, usually this is done in master-slave architectures where
> the master tells the slaves what to do and won't fit to our scenario (thi=
s
> is the PCE case in fact)
> >>
> >> A more scalable approach is to tolerate a little bit of
> de-synchronization (optimistic consistency) and think that eventually all
> nodes will learn about the scheduling state. With that approach we can ha=
ve
> scheduling problems in case 2 nodes do not have their schedule completely
> synchronized, however monitoring can help to detect that and correct
> eventually. My opinion is that the schedule does not change so much so
> having optimistic approaches would work well (in terms of scalability). T=
o
> achieve that, nodes might send portions of their schedule, assuming that
> eventually all schedule will be sent, it will take time but neighbours
> might learn all information from others "eventually".
> >>
> >> As Kris said, however, we need to find how useful that will be and wha=
t
> are the cases where this will work better than just simple random selecti=
on
> and monitoring, assuming our schedules are sparse. If this is an optional
> feature seems that all cases can be covered.****
>
> _______________________________________________
> 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****
>
>  ****
>
> ** **
>

--20cf301d3e60e7cab104df970793
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Pouira,

I think we have same thin=
king. Let me make it more clear as follows.
(1) Aloha: sele=
ct a cell not used in local schedule
(2) 1-hop selection: =
=A0a cell not used by both Tx node and Rx node


(3) 2-hop selection: a cell not used by both Tx node and Rx node=
, and their neighbors.

In case (3), th=
e information needed includes the cell set used by neighbors. Actually, I d=
on't like case (3). Maybe we can find a solution between case (2) and c=
ase (3), i.e. some part of knowledge about the cell set used by neighbors, =
which provide high performance to cost ratio.



Thought?

Qin



<=
div class=3D"gmail_quote">On Thu, Jun 20, 2013 at 10:03 PM,  <P.Zand@utwen=
te.nl> wrote:













Qin,=



May be we can talk on thi=
s figure,


Each node can get this 2-=
hop neighborhood information by collecting the cell-usage of its 1-hop neig=
hbors. Then during the negotiation for a soft link on an
 edge (e.g. edge (A, B)), the combination of node A and node B=92s 2-hop ne=
ighborhood information, create a virtual 2-hop neighborhood information aro=
und that edge.=A0



Would you please explain =
what does 1-hop information include?


=A0<=
/p>




Best Wishes,


Pouria


=A0<=
/p>

=A0<=
/p>

From: Qin Wang=
 [mailto:qinwang@=
berkeley.edu]


Sent: Thursday, June 20, 2013 3:26 PM


To: Maria Rita PALATTELLA

Cc: Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@ietf.org; pister@eecs.berkeley.edu


Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


=A0




Maria Rita,




=A0






I fully agree with what you said. There is trade-off=
, i.e. how much information a node should hold, (None, 1-hop, 2-hop), and t=
hen monitoring will take care of rest. Should it be configurable?=








=A0






Qin








=A0




On Thu, Jun 20, 2013 at 9:16 PM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Qin, it i=
s exactly as Pouria explained.

Generally speaking, the idea is to propagate the information hop-by-hop amo=
ng some of the neighbor nodes. Each node doesn't need to have a full pi=
cture of the network. The combination of the partial information that each =
node has, will allow them to properly
 select the soft cells within the TSCH schedule. In the worst scenario, if =
the cells allocation isn't properly done, the monitoring algorithm will=
 help in detecting that.

Maria Rita












From:
P.Zand@utwente.nl [P.Zand@utwente.nl=
]

Sent: Thursday, June 20, 2013 2:59 PM

To: qinwan=
g@berkeley.edu; Maria Rita PALATTELLA

Cc: =
watteyne@eecs.berkeley.edu;
pal@cs.stanford.ed=
u; 
6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames












Hi Qin,<=
/u>


You mean the case that ed=
ge(A, B) is not in the two-hop neighborhood of node D, but is in the two-ho=
p
 neighborhood of node C. Am I right?


If yes, for creating a so=
ft link between node D and C, node D will send a =93Link Reservation Reques=
t=94
 including a candidate set of links based on its two-hop information. Node =
D might suggest the cell-1 that is used on edge (A, B). However, node C upo=
n receiving the request, will do another check based on his two-hop neighbo=
rhood information and will not chose
 that cell-1. That is because node C knows about the cell-1 on edge(A, B) i=
n its two-hop neighborhood.


In other cases, that node=
 D intend to create a soft link with other nodes (e.g. E or F), and if thos=
e
 nodes are not one-hop neighbors of node A, then edge(A,B) is not considere=
d as a conflict edge with edges of (D, E) or (D, F).

Am I right? =A0=



Best wishes,


Pouria


=A0<=
/p>

From: Qin Wang=
 [mailto:qinwang@=
berkeley.edu]


Sent: Thursday, June 20, 2013 2:11 PM

To: Maria Rita PALATTELLA

Cc: Zand, P. (EWI); 
watteyne@eecs.berkeley.edu; 
pal@cs.stanford.edu; 6tsch@ietf.org;
pister@eecs.b=
erkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


=A0




Hi Pouria and Maria Rita,




=A0






I think there is a difference between just 1-hop inf=
ormation and 2-hop information. For example,=A0






=A0






Assume nodeA Tx to nodeB @ cell-1, and nodeC is in t=
he radio range of nodeA. nodeD is a neighbor of nodeC, but not a neighbor o=
f nodeB.






=A0






Then, from the schedule of nodeC (i.e. the RX cells =
of nodeC), nodeD cannot know nodeA is its 2-hop neighbor.






=A0






Thought?






Qin






=A0






=A0






=A0=A0






=A0






=A0








=A0




On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Pouria, I do agree with y=
ou.


1-hop also include the 2-=
 hop information. The RX cells for the 1-hop neighbor, are the TX cells
 for the 2-hop neighbor.


=A0<=
/p>

Maria Rita<=
u>


=A0<=
/p>





From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of =
P.Zand@utwente.nl

Sent: Thursday, June 20, 2013 9:54 AM

To: =
watteyne@eecs.berkeley.edu;
pal@cs.stanford.ed=
u

Cc: 6tsch@ietf.o=
rg; 
pister@eecs.berkeley.edu








Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames














=A0


Hi Thomas,<=
u>


=A0<=
/p>

Just one minor comment on=
 =931. when all nodes know the full TSCH schedule of all their (2-hop?) nei=
ghbors=94.



Shall we say 1-hop neighb=
ors? I think, one node by collecting the schedule of all its one-hop neighb=
ors
 can know the schedule of its two-hop neighborhood that might conflict with=
 its communication. In the received schedule information from one hop neigh=
bor, the links between the one-hop and two-hop neighbors are also included.=
 Am I right? =A0



=A0<=
/p>

Best Wishes,


Pouria =A0<=
u>


=A0<=
/p>

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

Sent: Thursday, June 20, 2013 8:18 AM

To: Philip Levis

Cc: 6TSCH; Kris Pister

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


=A0




+1 on the use of Trickle. It would indeed be great i=
f you could look at the applicability.




=A0







=A0






A first step might be to identify what we believe is=
 a fully consistent network. I see multiple, slightly different, definition=
s:






1. when all nodes know the full TSCH schedule of all=
 their (2-hop?) neighbors






2. when there are no MAC-layer collisions, i.e. no c=
ommunication happens on the same slotoffset/channeloffset within that neigh=
borhood






=A0






Of course, condition 1 is sufficient for condition 2=
 to be satisfied. I would argue that, since condition 2 is the end goal of =
the network, satisfying condition 2 might be enough.
 That is, it's OK if you don't know the complete schedule of your n=
eighbors, as long as you can communicate without collision. It is in fact p=
ossible that two cells are reused between two pairs of nodes, if at least o=
ne of these pairs never uses that cell,
 no Trickle reset is needed.






=A0






Thomas






=A0








=A0




On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis <<=
a href=3D"mailto:pal@cs.stanford.edu" target=3D"_blank">pal@cs.stanford.edu=
> wrote:


Yes -- as far as I know, there isn't a better (f=
aster, more efficient) algorithm than RFC6206 for reaching eventual consist=
ency in a wireless network. P2P is not a good place to
 start because it is based on a graph abstraction with neighbor sets. etc. =
I can look closer at the exact problem problem you're discussing to fig=
ure out whether I think Trickle would work well, if you like.



Phil






On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:



> Isn't some form of trickle the right way to do this? =A0Maybe some=
 issues with distribution over a two-hop neighborhood?

>

> ksjp

>

> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:

>> This problem is not new, in P2P communities I've seen many dif=
ferent approaches to deal with keeping a distributed state (consistency). I=
 think there are 2 main directions, pessimistic and optimistic, pessimistic=
 approaches aim to enforce all nodes with
 the same information which requires transmitting the exact state to the ne=
ighbours and make sure it is installed there, usually this is done in maste=
r-slave architectures where the master tells the slaves what to do and won&=
#39;t fit to our scenario (this is the
 PCE case in fact)

>>

>> A more scalable approach is to tolerate a little bit of de-synchro=
nization (optimistic consistency) and think that eventually all nodes will =
learn about the scheduling state. With that approach we can have scheduling=
 problems in case 2 nodes do not have
 their schedule completely synchronized, however monitoring can help to det=
ect that and correct eventually. My opinion is that the schedule does not c=
hange so much so having optimistic approaches would work well (in terms of =
scalability). To achieve that, nodes
 might send portions of their schedule, assuming that eventually all schedu=
le will be sent, it will take time but neighbours might learn all informati=
on from others "eventually".

>>

>> As Kris said, however, we need to find how useful that will be and=
 what are the cases where this will work better than just simple random sel=
ection and monitoring, assuming our schedules are sparse. If this is an opt=
ional feature seems that all cases can
 be covered.








_______________________________________________

6tsch mailing list

6tsch@ietf.org

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








=A0














_______________________________________________

6tsch mailing list

6tsch@ietf.org

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




=A0




















=A0












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From pal@cs.stanford.edu  Thu Jun 20 08:00:56 2013
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To: Alfredo Grieco 
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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On Jun 20, 2013, at 5:59 AM, Alfredo Grieco  =
wrote:

> Dear all,
> =20
> This discussion let emerge many interesting points.
> =20
> Perhaps, it is time to start thinking (at least optionally) to =
something in the middle between a fully deterministic approach where all =
data packets are transmitted according to a pre-assigned schedule along =
the path towards the root and a fully distributed one, where collision =
may happen at each hop.
> =20
> Based on the considerations of Kris on the efficiency of slotted =
aloha, we just require to build schedules on those links with a very low =
rank (let=92s say r0), which are closer to the root and have to sustain =
a higher load, while using slotted aloha for links closer to the leaves =
of the tree.  =20
> =20
> This just requires some timeslots between the boundaries of these two =
regions (let=92s say below rank r0 and above r0) of the network to =
accommodate some extra delay from packets coming from the leaves. At the =
same time this approach would dramatically lower the complexity of all =
the operations required for building and maintaining the schedule and =
decrease the signaling overhead. The value of r0 has to be tuned based =
on the intensity of the traffic.

If you want to explore supporting this approach, I suggest you take a =
look at

Gahng-Seop Ahn, Emilano Miluzzo, Andrew Campbell, Se Gi Hong, and =
Francesca Cuomo. "Funneling-MAC: A Localized, Sink Oriented MAC for =
Boosting Fidelity in Sensor Networks." In Proceedings of the Fourth ACM =
Conference on Embedded Networked Sensor Systems (SenSys), 2006.=20

It does exactly what you describe: by default uses a CSMA/slotted =
approach but in areas of high contention (close to a root) overlays a =
strict TDMA schedule. IIRC, there is source code available.

Phil=

From pal@cs.stanford.edu  Thu Jun 20 08:01:07 2013
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Cc: 6TSCH <6tsch@ietf.org>, Kris Pister 
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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On Jun 19, 2013, at 11:18 PM, Thomas Watteyne =
 wrote:

> +1 on the use of Trickle. It would indeed be great if you could look =
at the applicability.
>=20
> Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify =
what Trickle considers consistent, inconsistent, and what other events =
can cause a Trickle timer reset.
>=20
> A first step might be to identify what we believe is a fully =
consistent network. I see multiple, slightly different, definitions:
> 1. when all nodes know the full TSCH schedule of all their (2-hop?) =
neighbors
> 2. when there are no MAC-layer collisions, i.e. no communication =
happens on the same slotoffset/channeloffset within that neighborhood
>=20
> Of course, condition 1 is sufficient for condition 2 to be satisfied. =
I would argue that, since condition 2 is the end goal of the network, =
satisfying condition 2 might be enough. That is, it's OK if you don't =
know the complete schedule of your neighbors, as long as you can =
communicate without collision. It is in fact possible that two cells are =
reused between two pairs of nodes, if at least one of these pairs never =
uses that cell, no Trickle reset is needed.

The general challenge of disambiguating losses from collisions is such =
that I'd be wary of 2. One could define an inconsistency as when =
schedules incorrectly overlap, but that might require too much =
information. I'd suggest something much simpler.=20

Each Trickle message is a set of hashes. Each hash is over the sorted =
one-hop neighbor set of a node. If a node A has neighbors B and C, it =
transmits a message with hash(neighbors(A)), hash(neighbors(B)), =
hash(neighbors(C)). Each hash is computed with a pseudorandom salt value =
regenerated on each transmission to avoid hash collisions (removing the =
tradeoff of hash size and collision probability).=20

If a node hears a Trickle message in which every hash agrees with the =
hashes it has (i.e., the hashes of the intersection of those in the =
message and the neighbor lists the node holds), that is a consistent =
transmission.

If a node hears a Trickle message in which a hash disagrees, that is an =
inconsistency event.

When a node changes its neighbor list or changes the neighbor list of =
one of its neighbors, that is an inconsistency event.

Another approach might be to, rather than using hashes, using version =
numbers. Then you enter all of the wraparound problems, of course. But =
otherwise you'll need some mechanism so the authoritative source isn't =
drowned out by many old copies.

Is this what you're thinking of? I can think a bit more about if if you =
like.

Phil=

From alfredo.grieco@gmail.com  Thu Jun 20 08:16:55 2013
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From: "Alfredo Grieco" 
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Subject: [6tsch] R: TSCH: info for each(?) link in Enhanced Beacon frames
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Great Phil,

I will try to jointly exploit the approach you mention with our recent
proposal DeTAS described here:

N. Accettura, M. R. Palattella, G. Boggia, L. A. Grieco, and M.
Dohler,"Decentralized Traffic Aware Scheduling for Multi-hop Low Power Lossy
Networks in the Internet of Things", WoWMoM 2013.

Cheers and thanks

Alfredo



-----Messaggio originale-----
Da: Philip Levis [mailto:pal@cs.stanford.edu] 
Inviato: Thursday, June 20, 2013 4:35 PM
A: Alfredo Grieco
Cc: 6tsch@ietf.org
Oggetto: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

On Jun 20, 2013, at 5:59 AM, Alfredo Grieco 
wrote:

> Dear all,
>  
> This discussion let emerge many interesting points.
>  
> Perhaps, it is time to start thinking (at least optionally) to something
in the middle between a fully deterministic approach where all data packets
are transmitted according to a pre-assigned schedule along the path towards
the root and a fully distributed one, where collision may happen at each
hop.
>  
> Based on the considerations of Kris on the efficiency of slotted aloha, we
just require to build schedules on those links with a very low rank (let's
say r0), which are closer to the root and have to sustain a higher load,
while using slotted aloha for links closer to the leaves of the tree.   
>  
> This just requires some timeslots between the boundaries of these two
regions (let's say below rank r0 and above r0) of the network to accommodate
some extra delay from packets coming from the leaves. At the same time this
approach would dramatically lower the complexity of all the operations
required for building and maintaining the schedule and decrease the
signaling overhead. The value of r0 has to be tuned based on the intensity
of the traffic.

If you want to explore supporting this approach, I suggest you take a look
at

Gahng-Seop Ahn, Emilano Miluzzo, Andrew Campbell, Se Gi Hong, and Francesca
Cuomo. "Funneling-MAC: A Localized, Sink Oriented MAC for Boosting Fidelity
in Sensor Networks." In Proceedings of the Fourth ACM Conference on Embedded
Networked Sensor Systems (SenSys), 2006. 

It does exactly what you describe: by default uses a CSMA/slotted approach
but in areas of high contention (close to a root) overlays a strict TDMA
schedule. IIRC, there is source code available.

Phil=


From pthubert@cisco.com  Thu Jun 20 09:01:03 2013
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From: "Pascal Thubert (pthubert)" 
To: Qin Wang 
Thread-Topic: [6tsch] support to installing Tracks
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Hello Qin;

The Destination would be the final node of the track. The tuple allows to r=
euse the small space (64 local instance IDs) per node.
For nodes along the way this is just an ID as long as the track works, but =
then it could be useful to tunnel frames if the track breaks.
The cool thing is that the expression of the destination can be compressed =
with 6LoWPAN, so if we place the instanceID in the flow label we indeed hav=
e the full infomartion in the packet.

Cheers,

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of Q=
in Wang
Sent: jeudi 20 juin 2013 16:10
To: Pascal Thubert (pthubert)
Cc: Thomas Watteyne; 6TSCH
Subject: Re: [6tsch] support to installing Tracks

Hi Pascal,

I have a problem with using [dest IPv6, instanceID] to identify a Track. My=
 understanding is the TrackID in each node along the path should be same, c=
orrect? It means PCE has to find a instanceID which has not been used by  a=
ll of the nodes along the path before installing a Track. Did I miss someth=
ing?

Qin




On Thu, Jun 20, 2013 at 9:48 PM, Pascal Thubert (pthubert) > wrote:
Hello Thomas:

If we consider that a track is an hard core version of a route as installed=
 by the PCE, then we might extend the thought that we placed there, and use=
 an instance?

TrackIDs could be taken from local instances (there are 64 of those per nod=
e) of the destination so the tuple (dest IPv6 ,  instanceID) would identify=
 the track as it identifies routes.

BTW, the proposed update of the architecture draft to reflect the previous =
discussions is as follows:

Centralized vs.  Distributed Routing
   6TSCH supports a mix model of centralized routes that are computed by
   a Path Computation Entity and distributed routes that are computed by
   RPL over a common physical LLN.
   Both RPL and the PCE may inject routes in the Routing Tables of the
   6TSCH routers.  In either case, each route is associated with a
   topology that is indexed by an instanceID, as defined in RPL
   [RFC6550].  RPL and PCE rely on shared sources to define Global and
   Local InstanceIDs.
   It is possible for RPL and PCE to share a same topology, in which
   case the PCE routes have precedence over RPL routes in case of a
   conflict.
   Inside the 6TSCH domain, the flow label is used to indicate the
   topology that must be used for routing and the associated Routing
   Tables as discussed in [I-D.thubert-roll-flow-label].

What do you think?

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyn=
e
Sent: jeudi 20 juin 2013 09:28
To: 6TSCH
Subject: Re: [6tsch] support to installing Tracks

Qin,

[I believe you sent the same e-mail twice, I'm only answering the second on=
e]

Having some type of track ID would indeed make life much easier. Each RX an=
d TX cell would simply be associated to a trackID. The switching table (whi=
ch I assume you refer to by "track table"?) might not even physically exist=
 as such in the node's RAM memory. Rather the switching rule is simply "wha=
tever you receive on an RX cell associaed with trackID 4, transmit on the n=
ext TX cell associated with trackID 4". There could be a trackID which mean=
s "no trackID", to identify the cells which are not associated on a track, =
and which can be used for regular routing. When the PCE installs a hard cel=
l, it would install [direction,slotOffset,channelOffset,trackID].

Does the above sound like what you're proposing?

Assuming that a trackID identifies a flow, is there not some other number/t=
uple already available somewhere which could play the role of trackID witho=
ut requiring a new numbering space? For example, could the trackID be the t=
uple [destination IPv6 address, DSCP]?

Thomas




On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang > wrote:
Hi all,

We have had many discussions on Track related topic in threads like "Routin=
g vs switching". I would like to discuss more about what 6tus should provid=
e to install a Track, including installing both hard cell based Track and s=
oft cell based Track.

My understanding is what we can do now is as follows.
(1)  add hard cells along the path, with Cell Commands
(2) specify the mapping between each incoming cell and outgoing cell along =
the path, with Label Switching Commands

If my understanding is correct, I can see the following problem: It need mo=
re bandwidth. For example, when you add a hard cell between nodeA and nodeB=
, one global communication from PCE to nodeA, and one local communication f=
rom nodeA to nodeB are needed. But for the Label Switching command, additio=
nal two communications, i.e. from PCE to nodeA and from PCE to nodeB are al=
so needed. In addition, if a given track consists more than one incoming ce=
lls and outgoing cells, more bandwidth for installing the track will be con=
sumed.

Thus, I would like to suggest to use TrackID to associate incoming cells an=
d outgoing cells. For sure, the TrackID will not appear in packet, it is ju=
st used to establish the relationship between incoming cells and outgoing c=
ells. i.e.
(1) add TrackID as a parameter of Cell commands.
(2) same procedure of adding/removing hard cell or soft cell as before.
(3) while receiving adding hard cell or soft cell command,  fill the Track =
table with the TrackID. In the Track table, Rx cells are the incoming cells=
 and Tx cells are the outgoing cells. And then, from TSCH's point of view, =
 the schedule is the overlap of all Track tables.

How do you think?

Qin

_______________________________________________
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_E045AECD98228444A58C61C200AE1BD841318CE1xmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hello Qin;


 <=
/p>

The Destination would be =
the final node of the track. The tuple allows to reuse the small space (64 =
local instance IDs) per node.


For nodes along the way t=
his is just an ID as long as the track works, but then it could be useful t=
o tunnel frames if the track breaks.


The cool thing is that th=
e expression of the destination can be compressed with 6LoWPAN, so if we pl=
ace the instanceID in the flow label we indeed have the
 full infomartion in the packet.


 <=
/p>

Cheers,=



 <=
/p>

Pascal


 <=
/p>

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

Sent: jeudi 20 juin 2013 16:10

To: Pascal Thubert (pthubert)

Cc: Thomas Watteyne; 6TSCH

Subject: Re: [6tsch] support to installing Tracks<=
/p>

 




Hi Pascal,




 






I have a problem with using [dest IPv6, instanceID] =
to identify a Track. My understanding is the TrackID in each node along the=
 path should be same, correct? It means PCE has to find a instanceID which =
has not been used by  all of the nodes
 along the path before installing a Track. Did I miss something?=







 






Qin






 






 






 








 




On Thu, Jun 20, 2013 at 9:48 PM, Pascal Thubert (pth=
ubert) <pthubert=
@cisco.com> wrote:






Hello Thomas:


 


If we consider that a track is an hard =
core version of a route as installed by the PCE, then we might
 extend the thought that we placed there, and use an instance?<=
/o:p>


 


TrackIDs could be taken from local inst=
ances (there are 64 of those per node) of the destination
 so the tuple (dest IPv6 ,  instanceID) would identify the track as it=
 identifies routes.


 


BTW, the proposed update of the archite=
cture draft to reflect the previous discussions is as follows:



 


Centralized vs.  Distributed Routi=
ng


   6TSCH supports a mix model=
 of centralized routes that are computed by


   a Path Computation Entity =
and distributed routes that are computed by


   RPL over a common physical=
 LLN.


   Both RPL and the PCE may i=
nject routes in the Routing Tables of the


   6TSCH routers.  In ei=
ther case, each route is associated with a


   topology that is indexed b=
y an instanceID, as defined in RPL


   [RFC6550].  RPL and P=
CE rely on shared sources to define Global and


   Local InstanceIDs.<=
o:p>


   It is possible for RPL and=
 PCE to share a same topology, in which


   case the PCE routes have p=
recedence over RPL routes in case of a


   conflict.


   Inside the 6TSCH domain, t=
he flow label is used to indicate the


   topology that must be used=
 for routing and the associated Routing


   Tables as discussed in [I-=
D.thubert-roll-flow-label].


 


What do you think?

 


Pascal

 


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

Sent: jeudi 20 juin 2013 09:28

To: 6TSCH

Subject: Re: [6tsch] support to installing Tracks<=
/p>





 




Qin,




 






[I believe you sent the same e-mail twice, I'm only answering the =
second one]




 






Having some type of track ID would indeed make life much easier. E=
ach RX and TX cell would simply be associated to a trackID. The switching t=
able (which I assume you refer to by
 "track table"?) might not even physically exist as such in the n=
ode's RAM memory. Rather the switching rule is simply "whatever you re=
ceive on an RX cell associaed with trackID 4, transmit on the next TX cell =
associated with trackID 4". There could be a trackID
 which means "no trackID", to identify the cells which are not as=
sociated on a track, and which can be used for regular routing. When the PC=
E installs a hard cell, it would install [direction,slotOffset,channelOffse=
t,trackID].






 






Does the above sound like what you're proposing?






 






Assuming that a trackID identifies a flow, is there not some other=
 number/tuple already available somewhere which could play the role of trac=
kID without requiring a new numbering
 space? For example, could the trackID be the tuple [destination IPv6 addre=
ss, DSCP]?






 






Thomas






 






 






 






 




On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang <qinwang@berkeley.edu> wrote:




Hi all,




 






We have had many discussions on Track related topic in =
threads like "Routing vs switching". I would like to discuss
 more about what 6tus should provide to install a Track, including installi=
ng both hard cell based Track and soft cell based Track.<=
/p>





 






My understanding is what we can do now is as follows.






(1)  add hard cells along the path, with Cell Comm=
ands






(2) specify the mapping between each incoming cell and =
outgoing cell along the path, with Label Switching Commands






 






If my understanding is correct, I can see the following=
 problem: It need more bandwidth. For example, when you add
 a hard cell between nodeA and nodeB, one global communication from PCE to =
nodeA, and one local communication from nodeA to nodeB are needed. But for =
the Label Switching command, additional two communications, i.e. from PCE t=
o nodeA and from PCE to nodeB are
 also needed. In addition, if a given track consists more than one incoming=
 cells and outgoing cells, more bandwidth for installing the track will be =
consumed.






 






Thus, I would like to suggest to use TrackID to associa=
te incoming cells and outgoing cells. For sure, the TrackID
 will not appear in packet, it is just used to establish the relationship b=
etween incoming cells and outgoing cells. i.e.






(1) add TrackID as a parameter of Cell commands.=







(2) same procedure of adding/removing hard cell or soft=
 cell as before.






(3) while receiving adding hard cell or soft cell comma=
nd,  fill the Track table with the TrackID. In the Track table,
 Rx cells are the incoming cells and Tx cells are the outgoing cells. And t=
hen, from TSCH's point of view,  the schedule is the overlap of all Tr=
ack tables.






 






How do you think?






 






Qin








_______________________________________________

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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Pascal,

You need the BB to be a MAC-level broadcast domain to be able to do the
proxy ND functionality, right? (see min 17:02 of
https://cisco.webex.com/ciscosales/lsr.php?AT=3Dpb&SP=3DMC&rID=3D66409322&r=
Key=3D254105c68fefa880).
But you're absolutely right, I can see how this property affects the PCE
discovery functionality.

The case where there are many little PCEs covering different segment makes
perfect sense. In other cases (mobility?), we might imagine an architecture
where a single PCE is managing multiple LLNs in parallel.

Thomas




On Thu, Jun 20, 2013 at 7:00 AM, Pascal Thubert (pthubert) <
pthubert@cisco.com> wrote:

>  Hello Thomas:****
>
> ** **
>
> If I understand you well, your reference to the multicast domain has to d=
o
> specifically with the PCE discovery, is that correct?****
>
> Even so, the product of the discussion is probably useful in the
> architecture document.****
>
> ** **
>
> My initial mind was to emulate the model of DHCP, though we probably need
> to extend it quite a bit to scale and distribute.****
>
> For all I know =96 but I=92m not JP -, there is art for distributed PCE, =
in
> particular between ISPs so that each PCE can compute a local segment of a
> global route.****
>
> In your case 1, it could make sense that there is at least one PCE on eac=
h
> subdomain so as to avoid crossing boundaries for local route computation.=
*
> ***
>
> ** **
>
> In the future, we can probably expect to find many virtualized PCE
> available wherever needed via virtual service engines anyway.****
>
> ** **
>
> What do you think?****
>
> ** **
>
> Pascal****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Thomas Watteyne
> *Sent:* mercredi 19 juin 2013 06:13
> *To:* 6TSCH
>
> *Subject:* Re: [6tsch] architecture with remote BBR****
>
> ** **
>
> Pascal, Raghuram,****
>
> ** **
>
> I'm fully aware that VPN/tunnels are a proven technique. Obviously, this
> discussion only covers the case where a PCE is used.****
>
> ** **
>
> I want to make sure that we don't add unnecessary complexity. The easiest
> thing is for 6TSCH not to define how the PCE and the BBRs discover each
> other, neither how they communicate, and just give "examples" in the
> architecture draft. This might be the right thing to do to start with, bu=
t
> it would be awfully nice if I could connect my BBR to a third-party PCE.
> I'm happy to talk about this on the phone on Friday.****
>
> ** **
>
> Thomas****
>
> ** **
>
> On Tue, Jun 18, 2013 at 8:53 PM, Raghuram Sudhaakar (rsudhaak) <
> rsudhaak@cisco.com> wrote:****
>
> Thomas,****
>
> I agree conceptually with the cons that you mention for option 1. However=
,
> tunneling and VLANs are a well understood concept in the network
> setup/administration and used widely by IT teams. Pascal has pointed out
> the specific Cisco technologies too. So, in the practical world tunneling
> is the best/proven solution. ****
>
> ** **
>
> In Option 2, the reliance of the BBR on the PCE to identify its peer may
> be a cause for concern. It means that we implicitly mandate a PCE. This m=
ay
> not be applicable to certain deployments that may want to use 6TSCH witho=
ut
> a PCE. Or a different routing computation technique/protocol/standard. **=
*
> *
>
> ** **
>
> IMO, the PCE, ND must be maintained as separate elements for the above
> reasons as well as applicability to wider range of scenarios.****
>
> ** **
>
> I lean toward the idea that 6TSCH does not need to define anything to
> create the connectivity between the BBRs. Instead the requirement can be
> detailed along with possible solutions leaving the decision open. This wi=
ll
> hopefully help  in wider applicability and interoperability.****
>
> ** **
>
> -raghuram ****
>
> ** **
>
> ** **
>
> *From: *Pascal Thubert 
> *Date: *Tuesday, June 18, 2013 10:08 AM
> *To: *Thomas Watteyne 
> *Cc: *6TSCH <6tsch@ietf.org>
> *Subject: *Re: [6tsch] architecture with remote BBR****
>
> ** **
>
> Hello Thomas:****
>
> And then we need to add the case of the backhaul that looks like your cas=
e
> 1 but has applications on the other side of the VPN as opposed to another
> wlan.****
>
> This is actually being studied at ISA100.15 ...****
>
> For your option 1, is it often (/ sometimes?) mandatory that the 2 LLNs
> share a same L2 domain ( / IPv6 subnet) ? When they do not, we are back i=
n
> classical routing, with VPN iff crossing an untrusted area ( ; eg the IT
> network from an OT perspective ; )****
>
> The case of a single subnet crossing layer 3 boundaries is very classical
> in datacenters. We use overlays to solve the issue; e.g. cisco OTV, but
> also LISP, L2TP, and pseudowires in general.****
>
> We should probably describe the case in the architecture and explain how
> this can be achieved with the above technologies; and that probably 6TSCH
> does not need to add anything new. Or does it? ****
>
> About option 2, I see the links to the PCE as either a single vlan or a
> mix of vlan and vpn, depending on which domain must be crossed. The
> structure has its benefits, but we probably need to come up with the same
> model and multiple disjoint paths via multiple PCEs for high availability
> and load balancing.****
>
> what do you think?****
>
> Pascal****
>
> ** **
>
> 2013/6/17 Thomas Watteyne ****
>
> All, ****
>
> ** **
>
> There is a case I believe we are not covering explicitly in the
> architecture.****
>
> ** **
>
> The architecture draft now considers the following topology:****
>
> ** **
>
>                ---+------------------------****
>
>                   |      External Network****
>
>                   |****
>
>                +-----+                  +-----+****
>
>                |     | Router           |     | PCE****
>
>                |     |                  |     |****
>
>                +-----+                  +-----+****
>
>                   |                        |****
>
>                   |     Subnet Backbone    |****
>
>             +--------------------+------------------+****
>
>             |                    |                  |****
>
>          +-----+             +-----+             +-----+****
>
>          |     | Backbone    |     | Backbone    |     | Backbone****
>
>     o    |     | router      |     | router      |     | router****
>
>          +-----+             +-----+             +-----+****
>
>     o                  o                   o                 o   o****
>
>         o    o   o         o   o  o   o         o  o   o    o****
>
>    o             o        o  LLN      o      o         o      o****
>
>       o   o    o      o      o o     o  o   o    o    o     o****
>
>  ** **
>
> ** **
>
> The backbone needs to be one broadcast domain for the ND proxy operations
> defines in draft-thubert-6lowpan-backbone-router-03 to work.****
>
> ** **
>
> Now, let's consider a campus-wide deployment, where the requirements is
> that (1) all the nodes use the same IPv6 prefix, and (2) all are managed =
by
> the same PCE. Since BBRs are "far apart", they will not all live on the
> same (broadcast) backbone.****
>
> ** **
>
> This is a very realistic scenario that I have come across multiple times,
> and which I believe 6TSCH group could/should address.****
>
> ** **
>
> I can see the following options:****
>
> ** **
>
> *Option 1*: "under-the-hood" tunneling****
>
> ** **
>
> When installing the network, network administrators interconnect the
> different pieces of the BB using some VLAN solution, essentially recreati=
ng
> a broadcast domain.****
>
> ** **
>
> pros:****
>
> - This option does not require any change the ND operation.****
>
> cons:****
>
> - IMO, in most multi-BBR deployments, the remote BBR case is the rule
> rather than the exception. Using tunnels looks more like a "patch" which
> might be seen as overly complex if it needs to be applied all the time.**=
*
> *
>
> ** **
>
> ** **
>
>                ---+------------------------****
>
>                   |      External Network****
>
>                   |****
>
>                +-----+                  +-----+****
>
>                |     | Router           |     | PCE****
>
>                |     |                  |     |****
>
>                +-----+                  +-----+****
>
>                   |                        |****
>
>                   |     Subnet Backbone    |    *=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D*****
>
>             +--------------------+--------------  *TUNNEL*  ----+****
>
>             |                    |              *=3D=3D=3D=3D=3D=3D=3D=3D=
=3D=3D*    |****
>
>          +-----+             +-----+                       +-----+ (*remo=
te*)****
>
>          |     | Backbone    |     | Backbone              |     | *Backb=
one*****
>
>     o    |     | router      |     | router                |     | *route=
r*****
>
>          +-----+             +-----+                       +-----+****
>
>     o                  o                   o                 o   o****
>
>         o    o   o         o   o  o   o                  o  o   o    o***=
*
>
>    o             o        o  LLN      o      o             o      o****
>
>       o   o    o      o      o o     o  o   o             o    o     o***=
*
>
>  ** **
>
> ** **
>
> *Option 2*: PCE responsible for forwarding to correct BBR****
>
> ** **
>
> Each BBR establishes an explicit (and secure) connection to the PCE. Sinc=
e
> the PCE is aware of the nodes connected through each BBR, it can forward
> some inbound packet to the appropriate BBR.****
>
> ** **
>
> The functionality of the PCE and Router can be merged. The PCE/Router get=
s
> a packet for a particular node, and forwards it to the appropriate BBR ov=
er
> the explicit connection to that BBR.****
>
> ** **
>
> ** **
>
>                 --------------+-------------------****
>
>                               |  External Network****
>
>                               |****
>
>                            +-----+****
>
>                            |     | PCE/Router****
>
>                            |     |****
>
>                            +-----+****
>
>                             ^ ^ ^****
>
>                             | | |****
>
> ** **
>
> ** **
>
>             +---------------+ | +----------------+****
>
>             |                 |                  |****
>
>             v                 v                  v****
>
>          +-----+           +-----+            +-----+****
>
>          |     | Backbone  |     | Backbone   |     | Backbone****
>
>     o    |     | router    |     | router     |     | router****
>
>          +-----+           +-----+            +-----+****
>
>     o                  o                   o                 o   o****
>
>         o    o   o         o   o  o   o         o  o   o    o****
>
>    o             o        o  LLN      o      o         o      o****
>
>       o   o    o      o      o o     o  o   o    o    o     o****
>
> ** **
>
> *Option 3*: hybrid****
>
> ** **
>
> This is the same as option 2, but the router and the PCE as separate. The=
 PCE acts as the ND proxy for all the nodes attached to all the BBRs it is =
managing. The router is a regular router.****
>
> ** **
>
>   ---+-----------------------****
>
> ** **
>
> ** **
>
>      |   External Network****
>
>      |****
>
>   +-----+                  +-----+****
>
>   |     | Router           |     | PCE****
>
>   |     |               +--|     |****
>
>   +-----+               |  +-----+****
>
>      |                  |   ^ ^ ^****
>
> ** **
>
> ** **
>
>      |                  |   | | |****
>
>   ------------------------  | | |****
>
>                             | | |****
>
>                             | | |****
>
> ** **
>
> ** **
>
>             +---------------+ | +----------------+****
>
>             |                 |                  |****
>
>             v                 v                  v****
>
>          +-----+           +-----+            +-----+****
>
>          |     | Backbone  |     | Backbone   |     | Backbone****
>
>     o    |     | router    |     | router     |     | router****
>
>          +-----+           +-----+            +-----+****
>
>     o                  o                   o                 o   o****
>
>         o    o   o         o   o  o   o         o  o   o    o****
>
>    o             o        o  LLN      o      o         o      o****
>
>       o   o    o      o      o o     o  o   o    o    o     o****
>
> ** **
>
> ** **
>
> Thoughts?
>
> ****
>
> ** **
>
> ** **
>
> Thomas****
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch****
>
>
>
>
> --
> Pascal ****
>
> ** **
>

--047d7b15a54dac425204df9ec76e
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Pascal,

You need the BB to be a M=
AC-level broadcast domain to be able to do the proxy ND functionality, righ=
t? (see min 17:02 of https:/=
/cisco.webex.com/ciscosales/lsr.php?AT=3Dpb&SP=3DMC&rID=3D66409322&=
amp;rKey=3D254105c68fefa880). But you're absolutely right, I can se=
e how this property affects the PCE discovery functionality.




The case where there are many little PCEs c=
overing different segment makes perfect sense. In other cases (mobility?), =
we might imagine an architecture where a single PCE is managing multiple LL=
Ns in parallel.




Thomas




On Thu, Jun 20, 2013 at 7:00 AM, Pascal Thubert (pthubert) <pthubert@=
cisco.com> wrote:














Hello Thomas:


=A0<=
/p>

If I understand you well,=
 your reference to the multicast domain has to do specifically with the PCE=
 discovery, is that correct?




Even so, the product of t=
he discussion is probably useful in the architecture document.




=A0<=
/p>

My initial mind was to em=
ulate the model of DHCP, though we probably need to extend it quite a bit t=
o scale and distribute.




For all I know =96 but I=
=92m not JP -, there is art for distributed PCE, in particular between ISPs=
 so that each PCE can compute a local segment of a global route.<=
/u>




In your case 1, it could =
make sense that there is at least one PCE on each subdomain so as to avoid =
crossing boundaries for local route computation.




=A0<=
/p>

In the future, we can pro=
bably expect to find many virtualized PCE available wherever needed via vir=
tual service engines anyway.




=A0<=
/p>

What do you think?=



=A0<=
/p>

Pascal


=A0<=
/p>

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

Sent: mercredi 19 juin 2013 06:13

To: 6TSCH


Subject: Re: [6tsch] architecture with remote BBR


=A0




Pascal, Raghuram,




=A0






I'm fully aware that VPN/tunnels are a proven te=
chnique. Obviously, this discussion only covers the case where a PCE is use=
d.






=A0






I want to make sure that we don't add unnecessar=
y complexity. The easiest thing is for 6TSCH not to define how the PCE and =
the BBRs discover each other, neither how they communicate, and just give &=
quot;examples" in the architecture draft. This
 might be the right thing to do to start with, but it would be awfully nice=
 if I could connect my BBR to a third-party PCE. I'm happy to talk abou=
t this on the phone on Friday.






=A0






Thomas








=A0




On Tue, Jun 18, 2013 at 8:53 PM, Raghuram Sudhaakar =
(rsudhaak) <rsud=
haak@cisco.com> wrote:






Thomas,






I agree conceptually with the cons that=
 you mention for option 1. However, tunneling and VLANs are a well understo=
od concept in the network setup/administration and used
 widely by IT teams. Pascal has pointed out the specific Cisco technologies=
 too. So, in the practical world tunneling is the best/proven solution.=A0<=
u>






=A0






In Option 2, the reliance of the BBR on=
 the PCE to identify its peer may be a cause for concern. It means that we =
implicitly mandate a PCE. This may not be applicable to
 certain deployments that may want to use 6TSCH without a PCE. Or a differe=
nt routing computation technique/protocol/standard.=A0=







=A0






IMO, the PCE, ND must be maintained as =
separate elements for the above reasons as well as applicability to wider r=
ange of scenarios.








=A0






I lean toward the idea that 6TSCH does =
not need to define anything to create the connectivity between the BBRs. In=
stead the requirement can be detailed along with possible
 solutions leaving the decision open. This will hopefully help =A0in wider =
applicability and interoperability.






=A0






-raghuram=A0






=A0






=A0






From:
Pascal Thubert <pascal.thubert@gmail.com>

Date: Tuesday, June 18, 2013 10:08 AM

To: Thomas Watteyne <watteyne@eecs.berkeley.edu>

Cc: 6TSCH <6t=
sch@ietf.org>

Subject: Re: [6tsch] architecture with remote BBR










=A0






















Hello Th=
omas:




And then we need to add the case of the=
 backhaul that looks like your case 1 but has applications on the other sid=
e of the VPN as opposed to another wlan.






This is =
actually being studied at ISA100.15 ...




For your option 1, is it often (/ somet=
imes?) mandatory that the 2 LLNs share a same L2 domain ( / IPv6 subnet) ? =
When they do not, we are back in classical routing, with
 VPN iff crossing an untrusted area ( ; eg the IT network from an OT perspe=
ctive ; )




The case of a single subnet crossing la=
yer 3 boundaries is very classical in datacenters. We use overlays to solve=
 the issue; e.g. cisco OTV, but also LISP, L2TP, and pseudowires
 in general.




We should probably describe the case in=
 the architecture and explain how this can be achieved with the above techn=
ologies; and that probably 6TSCH does not need to add anything
 new. Or does it? 




About op=
tion 2, I see the links to the PCE as either a single vlan or a mix of vlan=
 and vpn, depending on which domain must be crossed. The structure
 has its benefits, but we probably need to come up with the same model and =
multiple disjoint paths via multiple PCEs for high availability and load ba=
lancing.




what do =
you think?




Pascal






=
=A0




2013/6/17 Thomas Watteyne <watteyne@eecs.berk=
eley.edu>






All,





=A0






There is a case I believe we are not co=
vering explicitly in the architecture.






=A0






The architecture draft now considers th=
e following topology:






=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 External Network

=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=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0 |=A0=A0=A0=A0 | Router=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 |=A0=A0=A0=A0 |=
 PCE


=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=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=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 Subnet Backbone=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=
=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=A0=A0=A0 |=A0=A0=A0=
=A0 | Backbone=A0=A0=A0 |=A0=A0=A0=A0 | Backbone=A0=A0=A0 |=A0=A0=A0=A0 | B=
ackbone


=A0=A0=A0 o=A0=A0=A0 |=A0=A0=A0=A0 | =
router=A0=A0=A0=A0=A0 |=A0=A0=A0=A0 | router=A0=A0=A0=A0=A0 |=A0=A0=A0=A0 |=
 router


=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 o=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 =A0o=A0=A0 o


=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0 o=A0=
=A0 o=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0 o=A0 o=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=
=A0 o=A0 o=A0=A0 o=A0=A0=A0 o


=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0 o=A0=A0=A0=A0=A0=A0=A0 o=A0 LLN=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0 o=
=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0 o


=A0=A0=A0=A0=A0 o=A0=A0 o=A0=A0=A0 o=
=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0 o o=A0=A0=A0=A0 o=A0 o=A0=A0 o=A0=A0=A0 o=
=A0=A0=A0 o=A0=A0=A0=A0 o






=A0






=A0






The backbone needs to be one broadcast =
domain for the ND proxy operations defines in=A0draft-thubert-6lowpan-backb=
one-router-03 to work.








=A0






Now, let's consider a campus-wide d=
eployment, where the requirements is that (1) all the nodes use the same IP=
v6 prefix, and (2) all are managed by the same PCE. Since BBRs
 are "far apart", they will not all live on the same (broadcast) =
backbone.






=A0






This is a very realistic scenario that =
I have come across multiple times, and which I believe 6TSCH group could/sh=
ould address.








=A0






I can see the following options:=







=A0






Option 1: &q=
uot;under-the-hood" tunneling








=A0






When installing the network, network ad=
ministrators interconnect=A0the different pieces of the BB using some VLAN =
solution, essentially recreating a broadcast domain.







=A0






pros:






- This option does not require any chan=
ge the ND operation.






cons:






- IMO, in most multi-BBR deployments, t=
he remote BBR case is the rule rather than the exception. Using tunnels loo=
ks more like a "patch" which might be seen as overly complex
 if it needs to be applied all the time.






=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 External Network

=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=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0 |=A0=A0=A0=A0 | Router=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 |=A0=A0=A0=A0 |=
 PCE


=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=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=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 Subnet Backbone=A0=A0=A0 |=A0=A0=A0 =3D=3D=
=3D=3D=3D=3D=3D=3D=3D=3D


=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 +--=
------------------+--------------=A0 TUNNEL=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 =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D=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 +-----+ (remote)


=A0=A0=A0=A0=A0=A0=A0=A0 |=A0=A0=A0=
=A0 | Backbone=A0=A0=A0 |=A0=A0=A0=A0 | Backbone=A0=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0=A0 |=A0=A0=A0=A0 | Backbone


=A0=A0=A0 o=A0=A0=A0 |=A0=A0=A0=A0 | =
router=A0=A0=A0=A0=A0 |=A0=A0=A0=A0 | router=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0=A0=A0 |=A0=A0=A0=A0 | router


=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 o=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0 o


=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0 o=A0=
=A0 o=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0 o=A0 o=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 o=A0 o=A0=A0 o=A0=A0=A0 o


=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0 o=A0=A0=A0=A0=A0=A0=A0 o=A0 LLN=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0 o=
=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0 o


=A0=A0=A0=A0=A0 o=A0=A0 o=A0=A0=A0 o=
=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0 o o=A0=A0=A0=A0 o=A0 o=A0=A0 o=A0=A0=A0=A0=
=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0 o=A0=A0=A0=A0 o





=A0






=A0






Option 2: PC=
E=A0responsible=A0for forwarding to correct BBR








=A0






Each BBR establishes an explicit (and s=
ecure) connection to the PCE. Since the PCE is aware of the nodes connected=
 through each BBR, it can forward some inbound packet to
 the appropriate BBR.






=A0






The functionality of the PCE and Router=
 can be merged. The PCE/Router gets a packet for a particular node, and for=
wards it to the appropriate BBR over the explicit connection
 to that BBR.






=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 External Network


=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 |<=
/pre>

=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=A0=A0=A0 |=A0=A0=A0=A0 | PCE/Router


=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=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=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=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 v=
=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 v=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0=A0=A0=A0=A0=A0=A0 v


=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 | Backbone=A0 |=A0=A0=A0=A0 | Backbone=A0=A0 |=A0=A0=A0=A0 | Backbone


=A0=A0=A0 o=A0=A0=A0 |=A0=A0=A0=A0 | =
router=A0=A0=A0 |=A0=A0=A0=A0 | router=A0=A0=A0=A0 |=A0=A0=A0=A0 | router


=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 o=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0 o


=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0 o=A0=
=A0 o=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0 o=A0 o=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=
=A0 o=A0 o=A0=A0 o=A0=A0=A0 o


=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0 o=A0=A0=A0=A0=A0=A0=A0 o=A0 LLN=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0 o=
=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0 o


=A0=A0=A0=A0=A0 o=A0=A0 o=A0=A0=A0 o=
=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0 o o=A0=A0=A0=A0 o=A0 o=A0=A0 o=A0=A0=A0 o=
=A0=A0=A0 o=A0=A0=A0=A0 o


=A0


Option 3



=A0


This is the same as option 2, but the router =
and the PCE as separate. The PCE acts as the ND proxy for all the nodes att=
ached to all the BBRs it is managing. The router is a regular router.




=A0


=A0 ---+-----------------------


=A0


=A0


=A0=A0=A0=A0 |=A0=A0 External Network=



=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 | Router=A0=A0=A0=
=A0=A0=A0=A0=A0=A0=A0 |=A0=A0=A0=A0 | PCE


=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=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=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=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=A0=A0=A0 |


=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 v=
=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 v=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0=A0=A0=A0=A0=A0=A0 v


=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 | Backbone=A0 |=A0=A0=A0=A0 | Backbone=A0=A0 |=A0=A0=A0=A0 | Backbone


=A0=A0=A0 o=A0=A0=A0 |=A0=A0=A0=A0 | =
router=A0=A0=A0 |=A0=A0=A0=A0 | router=A0=A0=A0=A0 |=A0=A0=A0=A0 | router


=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 o=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0=A0 o=A0 =A0o


=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0 o=A0=
=A0 o=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0 o=A0 o=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=
=A0 o=A0 o=A0=A0 o=A0=A0=A0 o


=A0=A0 o=A0=A0=A0=A0=A0=A0=A0=A0=A0=
=A0=A0=A0 o=A0=A0=A0=A0=A0=A0=A0 o=A0 LLN=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0 o=
=A0=A0=A0=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0 o


=A0=A0=A0=A0=A0 o=A0=A0 o=A0=A0=A0 o=
=A0=A0=A0=A0=A0 o=A0=A0=A0=A0=A0 o o=A0=A0=A0=A0 o=A0 o=A0=A0 o=A0=A0=A0 o=
=A0=A0=A0 o=A0=A0=A0=A0 o


=A0


=A0


Thoughts?



=A0


=A0


Thomas








_______________________________________________

6tsch mailing list

6tsch@ietf.org

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










-- 

Pascal 












=A0












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Alfredo,

What you propose looks like Funneling MAC [1] (2006!). I believe this
corresponds to the hybrid case we identified, where the schedule is managed
by a combination of centralized and distributed solutions. If we decide to
support this (I remember people were a bit reluctant given the complexity),
I would suggest to put the mechanisms in to do that, but let implementation
pick the exact policy.

Thomas

[1] http://dl.acm.org/citation.cfm?id=3D1182837


On Thu, Jun 20, 2013 at 5:59 AM, Alfredo Grieco w=
rote:

> Dear all, ****
>
> ** **
>
> This discussion let emerge many interesting points.****
>
> ** **
>
> Perhaps, it is time to start thinking (at least optionally) to something
> in the middle between a fully deterministic approach where all data packe=
ts
> are transmitted according to a pre-assigned schedule along the path towar=
ds
> the root and a fully distributed one, where collision may happen at each
> hop.****
>
> ** **
>
> Based on the considerations of Kris on the efficiency of slotted aloha, w=
e
> just require to build schedules on those links with a very low rank (let=
=92s
> say r0), which are closer to the root and have to sustain a higher load,
> while using slotted aloha for links closer to the leaves of the tree.   *=
*
> **
>
> ** **
>
> This just requires some timeslots between the boundaries of these two
> regions (let=92s say below rank r0 and above r0) of the network to
> accommodate some extra delay from packets coming from the leaves. At the
> same time this approach would dramatically lower the complexity of all th=
e
> operations required for building and maintaining the schedule and decreas=
e
> the signaling overhead. The value of r0 has to be tuned based on the
> intensity of the traffic.****
>
> ** **
>
> Any thoughts ?****
>
> ** **
>
> Cheers****
>
> ** **
>
> Alfredo****
>
> ** **
>
> *Da:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *Per conto
> di *Qin Wang
> *Inviato:* Thursday, June 20, 2013 2:11 PM
> *A:* Maria Rita PALATTELLA
> *Cc:* watteyne@eecs.berkeley.edu; pister@eecs.berkeley.edu; 6tsch@ietf.or=
g;
> pal@cs.stanford.edu; P.Zand@utwente.nl
> *Oggetto:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
> ** **
>
> Hi Pouria and Maria Rita,****
>
> ** **
>
> I think there is a difference between just 1-hop information and 2-hop
> information. For example, ****
>
> ** **
>
> Assume nodeA Tx to nodeB @ cell-1, and nodeC is in the radio range of
> nodeA. nodeD is a neighbor of nodeC, but not a neighbor of nodeB.****
>
> ** **
>
> Then, from the schedule of nodeC (i.e. the RX cells of nodeC), nodeD
> cannot know nodeA is its 2-hop neighbor.****
>
> ** **
>
> Thought?****
>
> Qin****
>
>  ****
>
> ** **
>
>   ****
>
> ** **
>
> ** **
>
> ** **
>
> On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA <
> maria-rita.palattella@uni.lu> wrote:****
>
> Pouria, I do agree with you.****
>
> 1-hop also include the 2- hop information. The RX cells for the 1-hop
> neighbor, are the TX cells for the 2-hop neighbor.****
>
>  ****
>
> Maria Rita****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *P.Zand@utwente.nl
> *Sent:* Thursday, June 20, 2013 9:54 AM
> *To:* watteyne@eecs.berkeley.edu; pal@cs.stanford.edu
> *Cc:* 6tsch@ietf.org; pister@eecs.berkeley.edu****
>
>
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
>  ****
>
> Hi Thomas,****
>
>  ****
>
> Just one minor comment on =931. when all nodes know the full TSCH schedul=
e
> of all their (2-hop?) neighbors=94.****
>
> Shall we say 1-hop neighbors? I think, one node by collecting the schedul=
e
> of all its one-hop neighbors can know the schedule of its two-hop
> neighborhood that might conflict with its communication. In the received
> schedule information from one hop neighbor, the links between the one-hop
> and two-hop neighbors are also included. Am I right?  ****
>
>  ****
>
> Best Wishes,****
>
> Pouria  ****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounc=
es@ietf.org>]
> *On Behalf Of *Thomas Watteyne
> *Sent:* Thursday, June 20, 2013 8:18 AM
> *To:* Philip Levis
> *Cc:* 6TSCH; Kris Pister
> *Subject:* Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon
> frames****
>
>  ****
>
> +1 on the use of Trickle. It would indeed be great if you could look at
> the applicability.****
>
>  ****
>
> Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify
> what Trickle considers consistent, inconsistent, and what other events ca=
n
> cause a Trickle timer reset.****
>
>  ****
>
> A first step might be to identify what we believe is a fully consistent
> network. I see multiple, slightly different, definitions:****
>
> 1. when all nodes know the full TSCH schedule of all their (2-hop?)
> neighbors****
>
> 2. when there are no MAC-layer collisions, i.e. no communication happens
> on the same slotoffset/channeloffset within that neighborhood****
>
>  ****
>
> Of course, condition 1 is sufficient for condition 2 to be satisfied. I
> would argue that, since condition 2 is the end goal of the network,
> satisfying condition 2 might be enough. That is, it's OK if you don't kno=
w
> the complete schedule of your neighbors, as long as you can communicate
> without collision. It is in fact possible that two cells are reused betwe=
en
> two pairs of nodes, if at least one of these pairs never uses that cell, =
no
> Trickle reset is needed.****
>
>  ****
>
> Thomas****
>
>  ****
>
>  ****
>
> On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis 
> wrote:****
>
> Yes -- as far as I know, there isn't a better (faster, more efficient)
> algorithm than RFC6206 for reaching eventual consistency in a wireless
> network. P2P is not a good place to start because it is based on a graph
> abstraction with neighbor sets. etc. I can look closer at the exact probl=
em
> problem you're discussing to figure out whether I think Trickle would wor=
k
> well, if you like.
>
> Phil****
>
>
> On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:
>
> > Isn't some form of trickle the right way to do this?  Maybe some issues
> with distribution over a two-hop neighborhood?
> >
> > ksjp
> >
> > On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
> >> This problem is not new, in P2P communities I've seen many different
> approaches to deal with keeping a distributed state (consistency). I thin=
k
> there are 2 main directions, pessimistic and optimistic, pessimistic
> approaches aim to enforce all nodes with the same information which
> requires transmitting the exact state to the neighbours and make sure it =
is
> installed there, usually this is done in master-slave architectures where
> the master tells the slaves what to do and won't fit to our scenario (thi=
s
> is the PCE case in fact)
> >>
> >> A more scalable approach is to tolerate a little bit of
> de-synchronization (optimistic consistency) and think that eventually all
> nodes will learn about the scheduling state. With that approach we can ha=
ve
> scheduling problems in case 2 nodes do not have their schedule completely
> synchronized, however monitoring can help to detect that and correct
> eventually. My opinion is that the schedule does not change so much so
> having optimistic approaches would work well (in terms of scalability). T=
o
> achieve that, nodes might send portions of their schedule, assuming that
> eventually all schedule will be sent, it will take time but neighbours
> might learn all information from others "eventually".
> >>
> >> As Kris said, however, we need to find how useful that will be and wha=
t
> are the cases where this will work better than just simple random selecti=
on
> and monitoring, assuming our schedules are sparse. If this is an optional
> feature seems that all cases can be covered.****
>
> _______________________________________________
> 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
>
>

--047d7bf160483788b004df9ef175
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


Alfredo,

What =
you propose looks like Funneling MAC [1] (2006!). I believe this correspond=
s to the hybrid case we identified, where the schedule is managed by a comb=
ination of centralized and distributed solutions. If we decide to support t=
his (I remember people were a bit reluctant given the complexity), I would =
suggest to put the mechanisms in to do that, but let implementation pick th=
e exact policy.




Thomas



On Thu, Jun 20, 2013 at=
 5:59 AM, Alfredo Grieco <alfredo.grieco@gmail.com> w=
rote:



Dear all, 



=A0
<=
font color=3D"#1f497d" face=3D"Calibri">This dis=
cussion let emerge many interesting points.



=A0
<=
font color=3D"#1f497d" face=3D"Calibri">Perhaps,=
 it is time to start thinking (at least optionally) to something in the mid=
dle between a fully deterministic approach where all data packets are trans=
mitted according to a pre-assigned schedule along the path towards the root=
 and a fully distributed one, where collision may happen at each hop.



=A0
<=
font color=3D"#1f497d" face=3D"Calibri">Based on=
 the considerations of Kris on the efficiency of slotted aloha, we just req=
uire to build schedules on those links with a very low rank (let=92s say r0=
), which are closer to the root and have to sustain a higher load, while us=
ing slotted aloha for links closer to the leaves of the tree. =A0=A0



=A0
<=
font color=3D"#1f497d" face=3D"Calibri">This jus=
t requires some timeslots between the boundaries of these two regions (let=
=92s say below rank r0 and above r0) of the network to accommodate some ext=
ra delay from packets coming from the leaves. At the same time this approac=
h would dramatically lower the complexity of all the operations required fo=
r building and maintaining the schedule and decrease the signaling overhead=
. The value of r0 has to be tuned based on the intensity of the traffic.=




=A0
<=
font color=3D"#1f497d" face=3D"Calibri">Any thou=
ghts ?



=A0
<=
font color=3D"#1f497d" face=3D"Calibri">Cheers



=A0
<=
font color=3D"#1f497d" face=3D"Calibri">Alfredo<=
u>



=A0



Da: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] Per conto di Qin Wang


Inviato: Thursday, June 20, =
2013 2:11 PM
A: Maria Rit=
a PALATTELLA
Cc: watteyne@eecs.berk=
eley.edu; pister@eecs.berkeley.edu; 6tsch@ietf.org; pal@cs.stanford.edu; P.Zand@utwente.nl


Oggetto: Re: [6tsch] TSCH: i=
nfo for each(?) link in Enhanced Beacon frames<=
/p>
=A0



Hi Pouria and Maria Rita,<=
/font>
=A0



I think there is a difference between jus=
t 1-hop information and 2-hop information. For example,=A0



=A0
=

Assume nodeA Tx to nodeB @ cell-1, and nodeC is=
 in the radio range of nodeA. nodeD is a neighbor of nodeC, but not a neigh=
bor of nodeB.



=A0
=

Then, from the schedule of nodeC (i.e. the RX c=
ells of nodeC), nodeD cannot know nodeA is its 2-hop neighbor.



=A0
=

Thought?



Qin
=

=A0



=A0
=

=A0=A0



=A0
=

=A0



<=
/u>=A0
On Thu, Jun 20, =
2013 at 3:57 PM, Maria Rita PALATTELLA <maria-rita.palattella@uni.lu> wrot=
e:



<=
span style=3D"font-size:11.0pt;font-family:"Calibri","sans-s=
erif";color:#1f497d">Pouria, I do agree with you.=




1-hop also include the 2- hop information. The RX cells for=
 the 1-hop neighbor, are the TX cells for the 2-hop neighbor.=




=A0
<=
font color=3D"#1f497d" face=3D"Calibri">Maria Ri=
ta



=A0



 6tsch-bounces@ietf.org [ma=
ilto:6tsch-boun=
ces@ietf.org] On Behalf Of <=
/b>P.Zand@utwente.nl=



Sent: Thursday, June 20, 201=
3 9:54 AM
To: watteyne@eecs.berkeley=
.edu; pal@cs.s=
tanford.edu


Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu



=

Su=
bject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beaco=
n frames



=A0<=
/span>
Hi Thomas,



=A0
<=
font color=3D"#1f497d" face=3D"Calibri">Just one=
 minor comment on =931. when all nodes know the full TSCH schedule of all t=
heir (2-hop?) neighbors=94.



Shall we say 1-hop neighbors? I think, one node by collecti=
ng the schedule of all its one-hop neighbors can know the schedule of its t=
wo-hop neighborhood that might conflict with its communication. In the rece=
ived schedule information from one hop neighbor, the links between the one-=
hop and two-hop neighbors are also included. Am I right? =A0<=
u>



=A0
<=
font color=3D"#1f497d" face=3D"Calibri">Best Wis=
hes,



Pouria =A0
=
=A0



 6tsch-bounces@ietf.org [mailto:6tsch-boun=
ces@ietf.org] On Behalf Of <=
/b>Thomas Watteyne


Sent: Thursday, June 20, 201=
3 8:18 AM
To: Philip Levi=
s
Cc: 6TSCH; Kris Pister<=
br>

Subject: Re: [6tsch] TSCH: i=
nfo for each(?) link in Enhanced Beacon frames<=
/p>
=A0



+1 on the use of Trickle. It would indeed be gr=
eat if you could look at the applicability.
=




=A0
Per=A0http://tools.ietf.org/html/rfc6206#section-5, we=
 need to identify what Trickle considers consistent, inconsistent, and what=
 other events can cause a Trickle timer reset.<=
/p>


=A0
=

A first step might be to identify what we belie=
ve is a fully consistent network. I see multiple, slightly different, defin=
itions:



1. when all nodes know the full TSCH sche=
dule of all their (2-hop?) neighbors
<=
div>


2. when there are no MAC-layer collisions, i.e. no c=
ommunication happens on the same slotoffset/channeloffset within that neigh=
borhood



=A0
=

Of course, condition 1 is sufficient for condit=
ion 2 to be satisfied. I would argue that, since condition 2 is the end goa=
l of the network, satisfying condition 2 might be enough. That is, it's=
 OK if you don't know the complete schedule of your neighbors, as long =
as you can communicate without collision. It is in fact possible that two c=
ells are reused between two pairs of nodes, if at least one of these pairs =
never uses that cell, no Trickle reset is needed.



=A0
=

Thomas



=A0
=

=A0=




On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis =
<pal@cs.stanfor=
d.edu> wrote:



Yes -- as far as I know, there isn't a better (f=
aster, more efficient) algorithm than RFC6206 for reaching eventual consist=
ency in a wireless network. P2P is not a good place to start because it is =
based on a graph abstraction with neighbor sets. etc. I can look closer at =
the exact problem problem you're discussing to figure out whether I thi=
nk Trickle would work well, if you like.



Phil

On Jun 19, 2013, at 11:13 AM, Kris Pister wro=
te:



> Isn't some form of trickle the right way to do this? =A0Maybe some=
 issues with distribution over a two-hop neighborhood?
>
> ksjp=

>
> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
>>=
; This problem is not new, in P2P communities I've seen many different =
approaches to deal with keeping a distributed state (consistency). I think =
there are 2 main directions, pessimistic and optimistic, pessimistic approa=
ches aim to enforce all nodes with the same information which requires tran=
smitting the exact state to the neighbours and make sure it is installed th=
ere, usually this is done in master-slave architectures where the master te=
lls the slaves what to do and won't fit to our scenario (this is the PC=
E case in fact)


>>
>> A more scalable approach is to tolerate a little bit o=
f de-synchronization (optimistic consistency) and think that eventually all=
 nodes will learn about the scheduling state. With that approach we can hav=
e scheduling problems in case 2 nodes do not have their schedule completely=
 synchronized, however monitoring can help to detect that and correct event=
ually. My opinion is that the schedule does not change so much so having op=
timistic approaches would work well (in terms of scalability). To achieve t=
hat, nodes might send portions of their schedule, assuming that eventually =
all schedule will be sent, it will take time but neighbours might learn all=
 information from others "eventually".


>>
>> As Kris said, however, we need to find how useful that=
 will be and what are the cases where this will work better than just simpl=
e random selection and monitoring, assuming our schedules are sparse. If th=
is is an optional feature seems that all cases can be covered.



____________________________________=
___________
6tsch mailing list
6tsch@ietf.org


h=
ttps://www.ietf.org/mailman/listinfo/6tsch<=
/p>
=A0=





_______________________________________________
6tsch maili=
ng list


6tsch@ietf.org
<=
a href=3D"https://www.ietf.org/mailman/listinfo/6tsch" target=3D"_blank">ht=
tps://www.ietf.org/mailman/listinfo/6tsch



=A0

_______________________________________________

6tsch mailing list

6tsch@ietf.org

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





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From: Thomas Watteyne 
Date: Thu, 20 Jun 2013 17:26:15 -0700
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Cc: 6TSCH <6tsch@ietf.org>, Kris Pister 
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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--e89a8f923c7a8c3f4204df9f1d99
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Phil,

One nice feature of a TSCH network is that a mote can have multiple cells
scheduled to the same neighbor. These cells live at different
slotOffset/channelOffset coordinates in the TSCH schedule (~a matrix), yet,
since channel hopping is enabled, the performance of those cells (e.g. PDR)
is expected to be the same. If you schedule 5 cells between A and B, and 4
of them have a PDR of 80% and 1 a PDR of 30%, something is going on. That
something is most likely collisions. I completely agree with you that
trying disambiguate losses from collisions is a really slippery slope, but
I believe TSCH is an exception.

If I read your proposal well, the state that Trickle maintains consistency
of is the list of neighbors of each node (right?). In a TSCH network.
however, it's very usual to keep the same list of neighbors, but change the
schedule to them, i.e. the list of cells you are scheduled to TX and RX
data with that neighbor. Such a schedule change can either provoke or
prevent collisions, so IMO it should be part of the state Trickle handles.
Does this make sense?

Thomas


On Thu, Jun 20, 2013 at 7:46 AM, Philip Levis  wrote:

> On Jun 19, 2013, at 11:18 PM, Thomas Watteyne 
> wrote:
>
> > +1 on the use of Trickle. It would indeed be great if you could look at
> the applicability.
> >
> > Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify
> what Trickle considers consistent, inconsistent, and what other events can
> cause a Trickle timer reset.
> >
> > A first step might be to identify what we believe is a fully consistent
> network. I see multiple, slightly different, definitions:
> > 1. when all nodes know the full TSCH schedule of all their (2-hop?)
> neighbors
> > 2. when there are no MAC-layer collisions, i.e. no communication happens
> on the same slotoffset/channeloffset within that neighborhood
> >
> > Of course, condition 1 is sufficient for condition 2 to be satisfied. I
> would argue that, since condition 2 is the end goal of the network,
> satisfying condition 2 might be enough. That is, it's OK if you don't know
> the complete schedule of your neighbors, as long as you can communicate
> without collision. It is in fact possible that two cells are reused between
> two pairs of nodes, if at least one of these pairs never uses that cell, no
> Trickle reset is needed.
>
> The general challenge of disambiguating losses from collisions is such
> that I'd be wary of 2. One could define an inconsistency as when schedules
> incorrectly overlap, but that might require too much information. I'd
> suggest something much simpler.
>
> Each Trickle message is a set of hashes. Each hash is over the sorted
> one-hop neighbor set of a node. If a node A has neighbors B and C, it
> transmits a message with hash(neighbors(A)), hash(neighbors(B)),
> hash(neighbors(C)). Each hash is computed with a pseudorandom salt value
> regenerated on each transmission to avoid hash collisions (removing the
> tradeoff of hash size and collision probability).
>
> If a node hears a Trickle message in which every hash agrees with the
> hashes it has (i.e., the hashes of the intersection of those in the message
> and the neighbor lists the node holds), that is a consistent transmission.
>
> If a node hears a Trickle message in which a hash disagrees, that is an
> inconsistency event.
>
> When a node changes its neighbor list or changes the neighbor list of one
> of its neighbors, that is an inconsistency event.
>
> Another approach might be to, rather than using hashes, using version
> numbers. Then you enter all of the wraparound problems, of course. But
> otherwise you'll need some mechanism so the authoritative source isn't
> drowned out by many old copies.
>
> Is this what you're thinking of? I can think a bit more about if if you
> like.
>
> Phil

--e89a8f923c7a8c3f4204df9f1d99
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Phil,

One nice feature of a TSCH =
network is that a mote can have multiple cells scheduled to the same neighb=
or. These cells live at different slotOffset/channelOffset coordinates in t=
he TSCH schedule (~a matrix), yet, since channel hopping is enabled, the pe=
rformance of those cells (e.g. PDR) is expected to be the same. If you sche=
dule 5 cells between A and B, and 4 of them have a PDR of 80% and 1 a PDR o=
f 30%, something is going on. That something is most likely collisions. I c=
ompletely agree with you that trying disambiguate losses from collisions is=
 a really slippery slope, but I believe TSCH is an exception.




If I read your proposal well, the state tha=
t Trickle maintains consistency of is the list of neighbors of each node (r=
ight?). In a TSCH network. however, it's very usual to keep the same li=
st of neighbors, but change the schedule to them, i.e. the list of cells yo=
u are scheduled to TX and RX data with that neighbor. Such a schedule chang=
e can either provoke or prevent collisions, so IMO it should be part of the=
 state Trickle handles. Does this make sense?




Thomas


On Thu, Jun 20, 2013 at 7:46 AM, Phili=
p Levis <pal@cs.stanford.edu> wrote:



On Jun 19, 2013, at 11:18 =
PM, Thomas Watteyne <watte=
yne@eecs.berkeley.edu> wrote:





> +1 on the use of Trickle. It would indeed be great if you could look a=
t the applicability.

>

> Per http://tools.ietf.org/html/rfc6206#section-5, we need to ident=
ify what Trickle considers consistent, inconsistent, and what other events =
can cause a Trickle timer reset.



>

> A first step might be to identify what we believe is a fully consisten=
t network. I see multiple, slightly different, definitions:

> 1. when all nodes know the full TSCH schedule of all their (2-hop?) ne=
ighbors

> 2. when there are no MAC-layer collisions, i.e. no communication happe=
ns on the same slotoffset/channeloffset within that neighborhood

>

> Of course, condition 1 is sufficient for condition 2 to be satisfied. =
I would argue that, since condition 2 is the end goal of the network, satis=
fying condition 2 might be enough. That is, it's OK if you don't kn=
ow the complete schedule of your neighbors, as long as you can communicate =
without collision. It is in fact possible that two cells are reused between=
 two pairs of nodes, if at least one of these pairs never uses that cell, n=
o Trickle reset is needed.






The general challenge of disambiguating losses from collisions is suc=
h that I'd be wary of 2. One could define an inconsistency as when sche=
dules incorrectly overlap, but that might require too much information. I&#=
39;d suggest something much simpler.





Each Trickle message is a set of hashes. Each hash is over the sorted one-h=
op neighbor set of a node. If a node A has neighbors B and C, it transmits =
a message with hash(neighbors(A)), hash(neighbors(B)), hash(neighbors(C)). =
Each hash is computed with a pseudorandom salt value regenerated on each tr=
ansmission to avoid hash collisions (removing the tradeoff of hash size and=
 collision probability).





If a node hears a Trickle message in which every hash agrees with the hashe=
s it has (i.e., the hashes of the intersection of those in the message and =
the neighbor lists the node holds), that is a consistent transmission.





If a node hears a Trickle message in which a hash disagrees, that is an inc=
onsistency event.



When a node changes its neighbor list or changes the neighbor list of one o=
f its neighbors, that is an inconsistency event.



Another approach might be to, rather than using hashes, using version numbe=
rs. Then you enter all of the wraparound problems, of course. But otherwise=
 you'll need some mechanism so the authoritative source isn't drown=
ed out by many old copies.





Is this what you're thinking of? I can think a bit more about if if you=
 like.



Phil



--e89a8f923c7a8c3f4204df9f1d99--

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From: Thomas Watteyne 
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To: "Pascal Thubert (pthubert)" 
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Cc: 6TSCH <6tsch@ietf.org>
Subject: Re: [6tsch] support to installing Tracks
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Pascal,
I believe that using the instanceID would both prevent us from reinventing
anything, yet having this capability. In one extreme case, the PCE could
install all the routes in the routing table, which would take precedence
over the ones installed by RPL (per your text).

Qin,
Do you feel comfortable with this approach?

Thomas


On Thu, Jun 20, 2013 at 6:48 AM, Pascal Thubert (pthubert) <
pthubert@cisco.com> wrote:

>  Hello Thomas:****
>
> ** **
>
> If we consider that a track is an hard core version of a route as
> installed by the PCE, then we might extend the thought that we placed
> there, and use an instance?****
>
> ** **
>
> TrackIDs could be taken from local instances (there are 64 of those per
> node) of the destination so the tuple (dest IPv6 ,  instanceID) would
> identify the track as it identifies routes.****
>
> ** **
>
> BTW, the proposed update of the architecture draft to reflect the previous
> discussions is as follows: ****
>
> ** **
>
> Centralized vs.  Distributed Routing****
>
> ****
>
>    6TSCH supports a mix model of centralized routes that are computed by**
> **
>
>    a Path Computation Entity and distributed routes that are computed by**
> **
>
>    RPL over a common physical LLN.****
>
> ****
>
>    Both RPL and the PCE may inject routes in the Routing Tables of the****
>
>    6TSCH routers.  In either case, each route is associated with a****
>
>    topology that is indexed by an instanceID, as defined in RPL****
>
>    [RFC6550].  RPL and PCE rely on shared sources to define Global and****
>
>    Local InstanceIDs.****
>
> ****
>
>    It is possible for RPL and PCE to share a same topology, in which****
>
>    case the PCE routes have precedence over RPL routes in case of a****
>
>    conflict.****
>
> ****
>
>    Inside the 6TSCH domain, the flow label is used to indicate the****
>
>    topology that must be used for routing and the associated Routing****
>
>    Tables as discussed in [I-D.thubert-roll-flow-label].****
>
> ** **
>
> What do you think?****
>
> ** **
>
> Pascal****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Thomas Watteyne
> *Sent:* jeudi 20 juin 2013 09:28
> *To:* 6TSCH
> *Subject:* Re: [6tsch] support to installing Tracks****
>
> ** **
>
> Qin,****
>
> ** **
>
> [I believe you sent the same e-mail twice, I'm only answering the second
> one]****
>
> ** **
>
> Having some type of track ID would indeed make life much easier. Each RX
> and TX cell would simply be associated to a trackID. The switching table
> (which I assume you refer to by "track table"?) might not even physically
> exist as such in the node's RAM memory. Rather the switching rule is simply
> "whatever you receive on an RX cell associaed with trackID 4, transmit on
> the next TX cell associated with trackID 4". There could be a trackID which
> means "no trackID", to identify the cells which are not associated on a
> track, and which can be used for regular routing. When the PCE installs a
> hard cell, it would install [direction,slotOffset,channelOffset,trackID].*
> ***
>
> ** **
>
> Does the above sound like what you're proposing?****
>
> ** **
>
> Assuming that a trackID identifies a flow, is there not some other
> number/tuple already available somewhere which could play the role of
> trackID without requiring a new numbering space? For example, could the
> trackID be the tuple [destination IPv6 address, DSCP]?****
>
> ** **
>
> Thomas****
>
> ** **
>
> ** **
>
> ** **
>
> ** **
>
> On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang  wrote:***
> *
>
> Hi all,****
>
> ** **
>
> We have had many discussions on Track related topic in threads like
> "Routing vs switching". I would like to discuss more about what 6tus should
> provide to install a Track, including installing both hard cell based Track
> and soft cell based Track.****
>
> ** **
>
> My understanding is what we can do now is as follows.****
>
> (1)  add hard cells along the path, with Cell Commands****
>
> (2) specify the mapping between each incoming cell and outgoing cell along
> the path, with Label Switching Commands****
>
> ** **
>
> If my understanding is correct, I can see the following problem: It need
> more bandwidth. For example, when you add a hard cell between nodeA and
> nodeB, one global communication from PCE to nodeA, and one local
> communication from nodeA to nodeB are needed. But for the Label Switching
> command, additional two communications, i.e. from PCE to nodeA and from PCE
> to nodeB are also needed. In addition, if a given track consists more than
> one incoming cells and outgoing cells, more bandwidth for installing the
> track will be consumed.****
>
> ** **
>
> Thus, I would like to suggest to use TrackID to associate incoming cells
> and outgoing cells. For sure, the TrackID will not appear in packet, it is
> just used to establish the relationship between incoming cells and outgoing
> cells. i.e.****
>
> (1) add TrackID as a parameter of Cell commands.****
>
> (2) same procedure of adding/removing hard cell or soft cell as before.***
> *
>
> (3) while receiving adding hard cell or soft cell command,  fill the Track
> table with the TrackID. In the Track table, Rx cells are the incoming cells
> and Tx cells are the outgoing cells. And then, from TSCH's point of view,
>  the schedule is the overlap of all Track tables.****
>
> ** **
>
> How do you think?****
>
> ** **
>
> Qin****
>
>
> _______________________________________________
> 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
>
>

--047d7bf160488e185b04df9f32bf
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Pascal,
I believe that using the instanceID would both=
 prevent us from reinventing anything, yet having this capability. In one e=
xtreme case, the PCE could install all the routes in the routing table, whi=
ch would take precedence over the ones installed by RPL (per your text).



Qin,=A0
Do you feel c=
omfortable with this approach?

Thomas<=
/div>


On=
 Thu, Jun 20, 2013 at 6:48 AM, Pascal Thubert (pthubert) =
<pthubert@cisco.=
com> wrote:














Hello Thomas:


=A0<=
/p>

If we consider that a tra=
ck is an hard core version of a route as installed by the PCE, then we migh=
t extend the thought that we placed there, and use an instance?




=A0<=
/p>

TrackIDs could be taken f=
rom local instances (there are 64 of those per node) of the destination so =
the tuple (dest IPv6 ,=A0 instanceID) would identify the track
 as it identifies routes.


=A0<=
/p>

BTW, the proposed update =
of the architecture draft to reflect the previous discussions is as follows=
:



=A0<=
/p>

Centralized vs.=A0 Distri=
buted Routing




=A0=A0 6TSCH supports a m=
ix model of centralized routes that are computed by

=A0=A0 a Path Computation=
 Entity and distributed routes that are computed by

=A0=A0 RPL over a common =
physical LLN.




=A0=A0 Both RPL and the P=
CE may inject routes in the Routing Tables of the


=A0=A0 6TSCH routers.=A0 =
In either case, each route is associated with a


=A0=A0 topology that is i=
ndexed by an instanceID, as defined in RPL


=A0=A0 [RFC6550].=A0 RPL =
and PCE rely on shared sources to define Global and

=A0=A0 Local InstanceIDs.=





=A0=A0 It is possible for=
 RPL and PCE to share a same topology, in which


=A0=A0 case the PCE route=
s have precedence over RPL routes in case of a


=A0=A0 conflict.




=A0=A0 Inside the 6TSCH d=
omain, the flow label is used to indicate the


=A0=A0 topology that must=
 be used for routing and the associated Routing


=A0=A0 Tables as discusse=
d in [I-D.thubert-roll-flow-label].


=A0<=
/p>

What do you think?=



=A0<=
/p>

Pascal=



=A0<=
/p>

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

Sent: jeudi 20 juin 2013 09:28

To: 6TSCH

Subject: Re: [6tsch] support to installing Tracks


=A0




Qin,




=A0






[I believe you sent the same e-mail twice, I'm o=
nly answering the second one]




=A0






Having some type of track ID would indeed make life =
much easier. Each RX and TX cell would simply be associated to a trackID. T=
he switching table (which I assume you refer to by "track table"?=
) might not even physically exist as such in
 the node's RAM memory. Rather the switching rule is simply "whate=
ver you receive on an RX cell associaed with trackID 4, transmit on the nex=
t TX cell associated with trackID 4". There could be a trackID which m=
eans "no trackID", to identify the cells which
 are not associated on a track, and which can be used for regular routing. =
When the PCE installs a hard cell, it would install [direction,slotOffset,c=
hannelOffset,trackID].






=A0






Does the above sound like what you're proposing?=







=A0






Assuming that a trackID identifies a flow, is there =
not some other number/tuple already available somewhere which could play th=
e role of trackID without requiring a new numbering space? For example, cou=
ld the trackID be the tuple [destination
 IPv6 address, DSCP]?






=A0






Thomas






=A0






=A0






=A0






=A0




On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang <qinwang@berkeley.edu> wrote:




Hi all,




=A0






We have had many discussions on Track rel=
ated topic in threads like "Routing vs switching". I would like t=
o discuss more about what 6tus should provide to install a Track,
 including installing both hard cell based Track and soft cell based Track.=







=A0






My understanding is what we can do now is=
 as follows.






(1) =A0add hard cells along the path, wit=
h Cell Commands






(2) specify the mapping between each inco=
ming cell and outgoing cell along the path, with=A0Label Switching Commands=









=A0






If my understanding is correct, I can see=
 the following problem: It need more bandwidth. For example, when you add a=
 hard cell between nodeA and nodeB, one global communication
 from PCE to nodeA, and one local communication from nodeA to nodeB are nee=
ded. But for the Label Switching command, additional two communications, i.=
e. from PCE to nodeA and from PCE to nodeB are also needed. In addition, if=
 a given track consists more than
 one incoming cells and outgoing cells, more bandwidth for installing the t=
rack will be consumed.






=A0






Thus, I would like to suggest to use Trac=
kID to associate incoming cells and outgoing cells. For sure, the TrackID w=
ill not appear in packet, it is just used to establish the
 relationship between incoming cells and outgoing cells. i.e.=







(1) add TrackID as a parameter of Cell co=
mmands.






(2) same procedure of adding/removing har=
d cell or soft cell as before.






(3) while receiving adding hard cell or s=
oft cell command, =A0fill the Track table with the TrackID. In the Track ta=
ble, Rx cells are the incoming cells and Tx cells are the
 outgoing cells. And then, from TSCH's point of view, =A0the schedule i=
s the overlap of all Track tables.






=A0






How do you think?





=A0





Qin







_______________________________________________

6tsch mailing list

6tsch@ietf.org

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




=A0













_______________________________________________

6tsch mailing list

6tsch@ietf.org

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





--047d7bf160488e185b04df9f32bf--

From qinwang@berkeley.edu  Thu Jun 20 17:46:47 2013
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Date: Fri, 21 Jun 2013 08:46:44 +0800
Message-ID: 
From: Qin Wang 
To: Thomas Watteyne 
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Cc: "Pascal Thubert \(pthubert\)" , 6TSCH <6tsch@ietf.org>
Subject: Re: [6tsch] support to installing Tracks
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--bcaec51ddad79eb16304df9f659b
Content-Type: text/plain; charset=ISO-8859-1

Pascal and Thomas,

Dest IPv6 address is a very cool element in the tuple. I like it. But, I'm
not sure who and how to choose a instanceID in each node while installing a
track. Could you please explain more?

Thanks
Qin



On Fri, Jun 21, 2013 at 8:32 AM, Thomas Watteyne  wrote:

> Pascal,
> I believe that using the instanceID would both prevent us from reinventing
> anything, yet having this capability. In one extreme case, the PCE could
> install all the routes in the routing table, which would take precedence
> over the ones installed by RPL (per your text).
>
> Qin,
> Do you feel comfortable with this approach?
>
> Thomas
>
>
> On Thu, Jun 20, 2013 at 6:48 AM, Pascal Thubert (pthubert) <
> pthubert@cisco.com> wrote:
>
>>  Hello Thomas:****
>>
>> ** **
>>
>> If we consider that a track is an hard core version of a route as
>> installed by the PCE, then we might extend the thought that we placed
>> there, and use an instance?****
>>
>> ** **
>>
>> TrackIDs could be taken from local instances (there are 64 of those per
>> node) of the destination so the tuple (dest IPv6 ,  instanceID) would
>> identify the track as it identifies routes.****
>>
>> ** **
>>
>> BTW, the proposed update of the architecture draft to reflect the
>> previous discussions is as follows: ****
>>
>> ** **
>>
>> Centralized vs.  Distributed Routing****
>>
>> ****
>>
>>    6TSCH supports a mix model of centralized routes that are computed by*
>> ***
>>
>>    a Path Computation Entity and distributed routes that are computed by*
>> ***
>>
>>    RPL over a common physical LLN.****
>>
>> ****
>>
>>    Both RPL and the PCE may inject routes in the Routing Tables of the***
>> *
>>
>>    6TSCH routers.  In either case, each route is associated with a****
>>
>>    topology that is indexed by an instanceID, as defined in RPL****
>>
>>    [RFC6550].  RPL and PCE rely on shared sources to define Global and***
>> *
>>
>>    Local InstanceIDs.****
>>
>> ****
>>
>>    It is possible for RPL and PCE to share a same topology, in which****
>>
>>    case the PCE routes have precedence over RPL routes in case of a****
>>
>>    conflict.****
>>
>> ****
>>
>>    Inside the 6TSCH domain, the flow label is used to indicate the****
>>
>>    topology that must be used for routing and the associated Routing****
>>
>>    Tables as discussed in [I-D.thubert-roll-flow-label].****
>>
>> ** **
>>
>> What do you think?****
>>
>> ** **
>>
>> Pascal****
>>
>> ** **
>>
>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>> Behalf Of *Thomas Watteyne
>> *Sent:* jeudi 20 juin 2013 09:28
>> *To:* 6TSCH
>> *Subject:* Re: [6tsch] support to installing Tracks****
>>
>> ** **
>>
>> Qin,****
>>
>> ** **
>>
>> [I believe you sent the same e-mail twice, I'm only answering the second
>> one]****
>>
>> ** **
>>
>> Having some type of track ID would indeed make life much easier. Each RX
>> and TX cell would simply be associated to a trackID. The switching table
>> (which I assume you refer to by "track table"?) might not even physically
>> exist as such in the node's RAM memory. Rather the switching rule is simply
>> "whatever you receive on an RX cell associaed with trackID 4, transmit on
>> the next TX cell associated with trackID 4". There could be a trackID which
>> means "no trackID", to identify the cells which are not associated on a
>> track, and which can be used for regular routing. When the PCE installs a
>> hard cell, it would install [direction,slotOffset,channelOffset,trackID].
>> ****
>>
>> ** **
>>
>> Does the above sound like what you're proposing?****
>>
>> ** **
>>
>> Assuming that a trackID identifies a flow, is there not some other
>> number/tuple already available somewhere which could play the role of
>> trackID without requiring a new numbering space? For example, could the
>> trackID be the tuple [destination IPv6 address, DSCP]?****
>>
>> ** **
>>
>> Thomas****
>>
>> ** **
>>
>> ** **
>>
>> ** **
>>
>> ** **
>>
>> On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang  wrote:**
>> **
>>
>> Hi all,****
>>
>> ** **
>>
>> We have had many discussions on Track related topic in threads like
>> "Routing vs switching". I would like to discuss more about what 6tus should
>> provide to install a Track, including installing both hard cell based Track
>> and soft cell based Track.****
>>
>> ** **
>>
>> My understanding is what we can do now is as follows.****
>>
>> (1)  add hard cells along the path, with Cell Commands****
>>
>> (2) specify the mapping between each incoming cell and outgoing cell
>> along the path, with Label Switching Commands****
>>
>> ** **
>>
>> If my understanding is correct, I can see the following problem: It need
>> more bandwidth. For example, when you add a hard cell between nodeA and
>> nodeB, one global communication from PCE to nodeA, and one local
>> communication from nodeA to nodeB are needed. But for the Label Switching
>> command, additional two communications, i.e. from PCE to nodeA and from PCE
>> to nodeB are also needed. In addition, if a given track consists more than
>> one incoming cells and outgoing cells, more bandwidth for installing the
>> track will be consumed.****
>>
>> ** **
>>
>> Thus, I would like to suggest to use TrackID to associate incoming cells
>> and outgoing cells. For sure, the TrackID will not appear in packet, it is
>> just used to establish the relationship between incoming cells and outgoing
>> cells. i.e.****
>>
>> (1) add TrackID as a parameter of Cell commands.****
>>
>> (2) same procedure of adding/removing hard cell or soft cell as before.**
>> **
>>
>> (3) while receiving adding hard cell or soft cell command,  fill the
>> Track table with the TrackID. In the Track table, Rx cells are the incoming
>> cells and Tx cells are the outgoing cells. And then, from TSCH's point of
>> view,  the schedule is the overlap of all Track tables.****
>>
>> ** **
>>
>> How do you think?****
>>
>> ** **
>>
>> Qin****
>>
>>
>> _______________________________________________
>> 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
>
>

--bcaec51ddad79eb16304df9f659b
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Pascal and Thomas,

Dest IPv=
6 address is a very cool element in the tuple. I like it. But, I'm not =
sure who and how to choose a instanceID in each node while installing a tra=
ck. Could you please explain more?



Thanks
Qin
=



On Fri, Jun 21, 2013 at 8:32 AM, Thomas Watteyne <<=
a href=3D"mailto:watteyne@eecs.berkeley.edu" target=3D"_blank">watteyne@eec=
s.berkeley.edu> wrote:


Pascal,
I believe that =
using the instanceID would both prevent us from reinventing anything, yet h=
aving this capability. In one extreme case, the PCE could install all the r=
outes in the routing table, which would take precedence over the ones insta=
lled by RPL (per your text).





Qin,=A0
Do you feel comfortable with th=
is approach?

<=
/div>
Thomas



On Thu, Jun 20, 2013 at 6:48 AM, Pascal Thubert (pthubert=
) <pthubert@cisco.com> wrote:














Hello Thomas:=




=A0<=
/p>

If we consider that a tra=
ck is an hard core version of a route as installed by the PCE, then we migh=
t extend the thought that we placed there, and use an instance?





=A0<=
/p>

TrackIDs could be taken f=
rom local instances (there are 64 of those per node) of the destination so =
the tuple (dest IPv6 ,=A0 instanceID) would identify the track
 as it identifies routes.


=A0<=
/p>

BTW, the proposed update =
of the architecture draft to reflect the previous discussions is as follows=
:



=A0<=
/p>

Centralized vs.=A0 Distri=
buted Routing




=A0=A0 6TSCH supports a m=
ix model of centralized routes that are computed by

=A0=A0 a Path Computation=
 Entity and distributed routes that are computed by

=A0=A0 RPL over a common =
physical LLN.




=A0=A0 Both RPL and the P=
CE may inject routes in the Routing Tables of the


=A0=A0 6TSCH routers.=A0 =
In either case, each route is associated with a


=A0=A0 topology that is i=
ndexed by an instanceID, as defined in RPL


=A0=A0 [RFC6550].=A0 RPL =
and PCE rely on shared sources to define Global and

=A0=A0 Local InstanceIDs.=





=A0=A0 It is possible for=
 RPL and PCE to share a same topology, in which


=A0=A0 case the PCE route=
s have precedence over RPL routes in case of a


=A0=A0 conflict.




=A0=A0 Inside the 6TSCH d=
omain, the flow label is used to indicate the


=A0=A0 topology that must=
 be used for routing and the associated Routing


=A0=A0 Tables as discusse=
d in [I-D.thubert-roll-flow-label].


=A0<=
/p>

What do you think?=



=A0<=
/p>

Pascal=



=A0<=
/p>

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

Sent: jeudi 20 juin 2013 09:28

To: 6TSCH

Subject: Re: [6tsch] support to installing Tracks


=A0




Qin,




=A0






[I believe you sent the same e-mail twice, I'm o=
nly answering the second one]




=A0






Having some type of track ID would indeed make life =
much easier. Each RX and TX cell would simply be associated to a trackID. T=
he switching table (which I assume you refer to by "track table"?=
) might not even physically exist as such in
 the node's RAM memory. Rather the switching rule is simply "whate=
ver you receive on an RX cell associaed with trackID 4, transmit on the nex=
t TX cell associated with trackID 4". There could be a trackID which m=
eans "no trackID", to identify the cells which
 are not associated on a track, and which can be used for regular routing. =
When the PCE installs a hard cell, it would install [direction,slotOffset,c=
hannelOffset,trackID].






=A0






Does the above sound like what you're proposing?=







=A0






Assuming that a trackID identifies a flow, is there =
not some other number/tuple already available somewhere which could play th=
e role of trackID without requiring a new numbering space? For example, cou=
ld the trackID be the tuple [destination
 IPv6 address, DSCP]?






=A0






Thomas






=A0






=A0






=A0






=A0




On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang <qinwang@berkeley.edu> wrote:




Hi all,




=A0






We have had many discussions on Track rel=
ated topic in threads like "Routing vs switching". I would like t=
o discuss more about what 6tus should provide to install a Track,
 including installing both hard cell based Track and soft cell based Track.=







=A0






My understanding is what we can do now is=
 as follows.






(1) =A0add hard cells along the path, wit=
h Cell Commands






(2) specify the mapping between each inco=
ming cell and outgoing cell along the path, with=A0Label Switching Commands=










=A0






If my understanding is correct, I can see=
 the following problem: It need more bandwidth. For example, when you add a=
 hard cell between nodeA and nodeB, one global communication
 from PCE to nodeA, and one local communication from nodeA to nodeB are nee=
ded. But for the Label Switching command, additional two communications, i.=
e. from PCE to nodeA and from PCE to nodeB are also needed. In addition, if=
 a given track consists more than
 one incoming cells and outgoing cells, more bandwidth for installing the t=
rack will be consumed.






=A0






Thus, I would like to suggest to use Trac=
kID to associate incoming cells and outgoing cells. For sure, the TrackID w=
ill not appear in packet, it is just used to establish the
 relationship between incoming cells and outgoing cells. i.e.=







(1) add TrackID as a parameter of Cell co=
mmands.






(2) same procedure of adding/removing har=
d cell or soft cell as before.






(3) while receiving adding hard cell or s=
oft cell command, =A0fill the Track table with the TrackID. In the Track ta=
ble, Rx cells are the incoming cells and Tx cells are the
 outgoing cells. And then, from TSCH's point of view, =A0the schedule i=
s the overlap of all Track tables.






=A0






How do you think?





=A0





Qin







_______________________________________________

6tsch mailing list

6tsch@ietf.org

h=
ttps://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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All,

Below is the proposed agenda for the 6TSCH call tomorrow:


   - draft-thubert-6tsch-architecture-02 [5min]
   - draft-vilajosana-6tsch-basic-00 [10min]
   - Architecture with remote BBR [10min]
   - Soft cell assignment: random or not? [20min]
   - Track IDs [10min]
   - AOB [5min]

As usual, feel free to propose any changes to the agenda, also at the
beginning of the call.

Remember that this call will be recorded.

Pascal & Thomas


Topic: 6TSCH Weekly
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=219615007&UID=481905242&PW=NZTRkNDAwOTE1&RT=MiMyMw%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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----------------------------------------------------------------

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: +44.20.8824.0117

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
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--e89a8f923c7af4f1bf04df9f6f68
Content-Type: text/html; charset=ISO-8859-1
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All,
Below is the proposed agen=
da for the 6TSCH call tomorrow:



  • draft-thubert-6tsch-architecture-02 [5min]
  • draft-vilajosana-6tsch-basic-00 [10min]
    • 


  • Architecture with remote BBR [10min]
  • Soft cell assignment: ran=
dom or not? [20min]
    • 


  • Track IDs [10min]
  • AOB [5min]
As usual, feel f=
ree to propose any changes to the agenda, also at the beginning of the call=
.



Re=
member that this call will be recorded.
Pascal & Thomas




<=
span style=3D"font-size:10pt;font-family:Tahoma,sans-serif">Topic: 6TSCH We=
ekly
Time:=A08:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)=
=A0


Meeting Number: 206 802 913=A0
Meeting Password: sixtus=A0

------=
-------------------------------------------------=A0
To start the online=
 meeting=A0
-------------------------------------------------------=A01. Go to=A0https://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&am=
p;UID=3D481905242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D=A0


2. Log in to your account.=A0
3. Click "Start Now".=A0
4. F=
ollow the instructions that appear on your screen.=A0

--------------=
--------------------------------------------------=A0
ALERT:Toll-Free Di=
al Restrictions for (408) and (919) Area Codes=A0


----------------------------------------------------------------=A0

=
The affected toll free numbers are:=A0(866) 432-9903=A0for the San J=
ose/Milpitas area and=A0(866) 349-3520=A0for the RTP area.=A0



Please dial the local access number for your area from the list below:=
=A0
- San Jose/Milpitas (408) area: 525-6800=A0
- RTP (919) area: 392=
-3330=A0

-------------------------------------------------------=A0<=
br>To join the teleconference only=A0


-------------------------------------------------------=A0
1. Dial into =
Cisco WebEx (view all Global Access Numbers at=A0
http:/=
/cisco.com/en/US/about/doing_business/conferencing/index.html=A0


2. Follow the prompts to enter the Meeting Number (listed above) or Access =
Code followed by the # sign.=A0

San Jose, CA:=A0+1.408.525.6800=
=A0RTP:=A0+1.919.392.3330=A0



US/Canada:=A0+1.866.432.9903=A0United Kingdom:=A0+44.20.8824.0117=
=A0


India:=A0+91.80.4350.1111=A0Germany:=A0+49.619.6773.9002=A0<=
br>

Japan:=A0+81.3.5763.9394=A0China:=A0+86.10.8515.5666=A0
To check whether you have the appropriate players installed for UCF (Univ=
ersal Communications Format) rich media files, go to=A0https://cisc=
osales.webex.com/ciscosales/systemdiagnosis.php=A0



http://www.webex.com=A0
<=
br>CCM:+14085256800x206802913






--e89a8f923c7af4f1bf04df9f6f68--

From xvilajosana@eecs.berkeley.edu  Thu Jun 20 18:30:05 2013
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Content-Type: multipart/alternative; boundary="------------020900010209090301020009"
Subject: Re: [6tsch] support to installing Tracks
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Hi Qin,

I think that the instanceID in the centralized case will be selected by 
the PCE, this might be part of the information it carries when 
installing a track. In a distributed case, I can think of the following 
method:

a source node aiming to create a track starts a reservation request (L4) 
that will travel through the track until it reaches the destination. At 
each hop nodes can indicate the instanceIDs of the tracks that cross 
through them. The destination will receive the track reservation request 
with all the instanceID that cannot be used. The destination will select 
an instanceID that is not reserved and will prepare the track 
reservation response so all nodes in the track can know their instanceID 
amongst other reservation information.

Note that this is L4 mechanism as we are installing a track through 
multiple nodes. 6tus at L2.5 will be notified by the reservation 
response and will install the appropriate soft links according to the 
required QoS.

this is the simplest way I can imagine.

does it make sense?
X


Al 20/06/13 17:46, En/na Qin Wang ha escrit:
> Pascal and Thomas,
>
> Dest IPv6 address is a very cool element in the tuple. I like it. But, 
> I'm not sure who and how to choose a instanceID in each node while 
> installing a track. Could you please explain more?
>
> Thanks
> Qin
>
>
>
> On Fri, Jun 21, 2013 at 8:32 AM, Thomas Watteyne 
> > wrote:
>
>     Pascal,
>     I believe that using the instanceID would both prevent us from
>     reinventing anything, yet having this capability. In one extreme
>     case, the PCE could install all the routes in the routing table,
>     which would take precedence over the ones installed by RPL (per
>     your text).
>
>     Qin,
>     Do you feel comfortable with this approach?
>
>     Thomas
>
>
>     On Thu, Jun 20, 2013 at 6:48 AM, Pascal Thubert (pthubert)
>     > wrote:
>
>         Hello Thomas:
>
>         If we consider that a track is an hard core version of a route
>         as installed by the PCE, then we might extend the thought that
>         we placed there, and use an instance?
>
>         TrackIDs could be taken from local instances (there are 64 of
>         those per node) of the destination so the tuple (dest IPv6 ,
>         instanceID) would identify the track as it identifies routes.
>
>         BTW, the proposed update of the architecture draft to reflect
>         the previous discussions is as follows:
>
>         Centralized vs.  Distributed Routing
>
>         6TSCH supports a mix model of centralized routes that are
>         computed by
>
>         a Path Computation Entity and distributed routes that are
>         computed by
>
>         RPL over a common physical LLN.
>
>         Both RPL and the PCE may inject routes in the Routing Tables
>         of the
>
>         6TSCH routers.  In either case, each route is associated with a
>
>         topology that is indexed by an instanceID, as defined in RPL
>
>         [RFC6550].  RPL and PCE rely on shared sources to define
>         Global and
>
>         Local InstanceIDs.
>
>         It is possible for RPL and PCE to share a same topology, in which
>
>         case the PCE routes have precedence over RPL routes in case of a
>
>         conflict.
>
>         Inside the 6TSCH domain, the flow label is used to indicate the
>
>         topology that must be used for routing and the associated Routing
>
>         Tables as discussed in [I-D.thubert-roll-flow-label].
>
>         What do you think?
>
>         Pascal
>
>         *From:*6tsch-bounces@ietf.org 
>         [mailto:6tsch-bounces@ietf.org
>         ] *On Behalf Of *Thomas Watteyne
>         *Sent:* jeudi 20 juin 2013 09:28
>         *To:* 6TSCH
>         *Subject:* Re: [6tsch] support to installing Tracks
>
>         Qin,
>
>         [I believe you sent the same e-mail twice, I'm only answering
>         the second one]
>
>         Having some type of track ID would indeed make life much
>         easier. Each RX and TX cell would simply be associated to a
>         trackID. The switching table (which I assume you refer to by
>         "track table"?) might not even physically exist as such in the
>         node's RAM memory. Rather the switching rule is simply
>         "whatever you receive on an RX cell associaed with trackID 4,
>         transmit on the next TX cell associated with trackID 4". There
>         could be a trackID which means "no trackID", to identify the
>         cells which are not associated on a track, and which can be
>         used for regular routing. When the PCE installs a hard cell,
>         it would install [direction,slotOffset,channelOffset,trackID].
>
>         Does the above sound like what you're proposing?
>
>         Assuming that a trackID identifies a flow, is there not some
>         other number/tuple already available somewhere which could
>         play the role of trackID without requiring a new numbering
>         space? For example, could the trackID be the tuple
>         [destination IPv6 address, DSCP]?
>
>         Thomas
>
>         On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang
>         > wrote:
>
>         Hi all,
>
>         We have had many discussions on Track related topic in threads
>         like "Routing vs switching". I would like to discuss more
>         about what 6tus should provide to install a Track, including
>         installing both hard cell based Track and soft cell based Track.
>
>         My understanding is what we can do now is as follows.
>
>         (1)  add hard cells along the path, with Cell Commands
>
>         (2) specify the mapping between each incoming cell and
>         outgoing cell along the path, with Label Switching Commands
>
>         If my understanding is correct, I can see the following
>         problem: It need more bandwidth. For example, when you add a
>         hard cell between nodeA and nodeB, one global communication
>         from PCE to nodeA, and one local communication from nodeA to
>         nodeB are needed. But for the Label Switching command,
>         additional two communications, i.e. from PCE to nodeA and from
>         PCE to nodeB are also needed. In addition, if a given track
>         consists more than one incoming cells and outgoing cells, more
>         bandwidth for installing the track will be consumed.
>
>         Thus, I would like to suggest to use TrackID to associate
>         incoming cells and outgoing cells. For sure, the TrackID will
>         not appear in packet, it is just used to establish the
>         relationship between incoming cells and outgoing cells. i.e.
>
>         (1) add TrackID as a parameter of Cell commands.
>
>         (2) same procedure of adding/removing hard cell or soft cell
>         as before.
>
>         (3) while receiving adding hard cell or soft cell command,
>          fill the Track table with the TrackID. In the Track table, Rx
>         cells are the incoming cells and Tx cells are the outgoing
>         cells. And then, from TSCH's point of view,  the schedule is
>         the overlap of all Track tables.
>
>         How do you think?
>
>         Qin
>
>
>         _______________________________________________
>         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


--------------020900010209090301020009
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: 7bit


  
    
  
  
    
Hi Qin,

      

      I think that the instanceID in the centralized case will be
      selected by the PCE, this might be part of the information it
      carries when installing a track. In a distributed case, I can
      think of the following method:

      

      a source node aiming to create a track starts a reservation
      request (L4) that will travel through the track until it reaches
      the destination. At each hop nodes can indicate the instanceIDs of
      the tracks that cross through them. The destination will receive
      the track reservation request with all the instanceID that cannot
      be used. The destination will select an instanceID that is not
      reserved and will prepare the track reservation response so all
      nodes in the track can know their instanceID amongst other
      reservation information.

      

      Note that this is L4 mechanism as we are installing a track
      through multiple nodes. 6tus at L2.5 will be notified by the
      reservation response and will install the appropriate soft links
      according to the required QoS.

      

      this is the simplest way I can imagine.

      

      does it make sense?

      X

      

      

      Al 20/06/13 17:46, En/na Qin Wang ha escrit:

    

    

      
Pascal and Thomas,
        


        

        
Dest IPv6 address is a very cool element in the
          tuple. I like it. But, I'm not sure who and how to choose a
          instanceID in each node while installing a track. Could you
          please explain more?

        


        

        
Thanks

        
Qin

        


        

      

      


        

        
On Fri, Jun 21, 2013 at 8:32 AM, Thomas
          Watteyne <watteyne@eecs.berkeley.edu>
          wrote:

          

            
Pascal,
              
I believe that using the instanceID would both
                prevent us from reinventing anything, yet having this
                capability. In one extreme case, the PCE could install
                all the routes in the routing table, which would take
                precedence over the ones installed by RPL (per your
                text).

              

              


              

              
Qin, 

              
Do you feel comfortable with this approach?

              
                  


                  

                  
Thomas

                

            


              

              

                
On Thu, Jun 20, 2013 at 6:48 AM, Pascal
                  Thubert (pthubert) <pthubert@cisco.com>
                  wrote:

                

                

                  

                    

                      

                        

                          
Hello
                                Thomas:

                          
 

                          
If
                              we consider that a track is an hard core
                              version of a route as installed by the
                              PCE, then we might extend the thought that
                              we placed there, and use an instance?

                          
 

                          
TrackIDs
                              could be taken from local instances (there
                              are 64 of those per node) of the
                              destination so the tuple (dest IPv6 , 
                              instanceID) would identify the track as it
                              identifies routes.

                          
 

                          
BTW,
                              the proposed update of the architecture
                              draft to reflect the previous discussions
                              is as follows:
                            

                          
 

                          
Centralized
                              vs.  Distributed Routing

                          

                          
  
                              6TSCH supports a mix model of centralized
                              routes that are computed by

                          
  
                              a Path Computation Entity and distributed
                              routes that are computed by

                          
  
                              RPL over a common physical LLN.

                          

                          
  
                              Both RPL and the PCE may inject routes in
                              the Routing Tables of the

                          
  
                              6TSCH routers.  In either case, each route
                              is associated with a

                          
  
                              topology that is indexed by an instanceID,
                              as defined in RPL

                          
  
                              [RFC6550].  RPL and PCE rely on shared
                              sources to define Global and

                          
  
                              Local InstanceIDs.

                          

                          
  
                              It is possible for RPL and PCE to share a
                              same topology, in which

                          
  
                              case the PCE routes have precedence over
                              RPL routes in case of a

                          
  
                              conflict.

                          

                          
  
                              Inside the 6TSCH domain, the flow label is
                              used to indicate the

                          
  
                              topology that must be used for routing and
                              the associated Routing

                          
  
                              Tables as discussed in
                              [I-D.thubert-roll-flow-label].

                          
 

                          
What
                              do you think?

                          
 

                          
Pascal

                          
 

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

                              Sent: jeudi 20 juin 2013 09:28

                              To: 6TSCH

                              Subject: Re: [6tsch] support to
                              installing Tracks

                          

                            

                              
 

                              

                                
Qin,

                                

                                  
 

                                

                                

                                  
[I believe you
                                    sent the same e-mail twice, I'm only
                                    answering the second one]

                                  

                                    
 

                                  

                                  

                                    
Having some
                                      type of track ID would indeed make
                                      life much easier. Each RX and TX
                                      cell would simply be associated to
                                      a trackID. The switching table
                                      (which I assume you refer to by
                                      "track table"?) might not even
                                      physically exist as such in the
                                      node's RAM memory. Rather the
                                      switching rule is simply "whatever
                                      you receive on an RX cell
                                      associaed with trackID 4, transmit
                                      on the next TX cell associated
                                      with trackID 4". There could be a
                                      trackID which means "no trackID",
                                      to identify the cells which are
                                      not associated on a track, and
                                      which can be used for regular
                                      routing. When the PCE installs a
                                      hard cell, it would install
                                      [direction,slotOffset,channelOffset,trackID].

                                  

                                  

                                    
 

                                  

                                  

                                    
Does the above
                                      sound like what you're proposing?

                                  

                                  

                                    
 

                                  

                                  

                                    
Assuming that a
                                      trackID identifies a flow, is
                                      there not some other number/tuple
                                      already available somewhere which
                                      could play the role of trackID
                                      without requiring a new numbering
                                      space? For example, could the
                                      trackID be the tuple [destination
                                      IPv6 address, DSCP]?

                                  

                                  

                                    
 

                                  

                                  

                                    
Thomas

                                  

                                  

                                    
 

                                  

                                  

                                    
 

                                  

                                  

                                    
 

                                  

                                  

                                    
 

                                    

                                      
On Wed, Jun
                                        19, 2013 at 8:21 AM, Qin Wang
                                        <qinwang@berkeley.edu>
                                        wrote:

                                      

                                        
Hi
                                            all,

                                        

                                          
 

                                        

                                        

                                          
We
                                              have had many discussions
                                              on Track related topic in
                                              threads like "Routing vs
                                              switching". I would like
                                              to discuss more about what
                                              6tus should provide to
                                              install a Track, including
                                              installing both hard cell
                                              based Track and soft cell
                                              based Track.

                                        

                                        

                                          
 

                                        

                                        

                                          
My
                                              understanding is what we
                                              can do now is as follows.

                                        

                                        

                                          
(1)
                                               add hard cells along the
                                              path, with Cell Commands

                                        

                                        

                                          
(2)
                                              specify the mapping
                                              between each incoming cell
                                              and outgoing cell along
                                              the path, with Label
                                              Switching Commands

                                        

                                        

                                          
 

                                        

                                        

                                          
If
                                              my understanding is
                                              correct, I can see the
                                              following problem: It need
                                              more bandwidth. For
                                              example, when you add a
                                              hard cell between nodeA
                                              and nodeB, one global
                                              communication from PCE to
                                              nodeA, and one local
                                              communication from nodeA
                                              to nodeB are needed. But
                                              for the Label Switching
                                              command, additional two
                                              communications, i.e. from
                                              PCE to nodeA and from PCE
                                              to nodeB are also needed.
                                              In addition, if a given
                                              track consists more than
                                              one incoming cells and
                                              outgoing cells, more
                                              bandwidth for installing
                                              the track will be
                                              consumed.

                                        

                                        

                                          
 

                                        

                                        

                                          
Thus,
                                              I would like to suggest to
                                              use TrackID to associate
                                              incoming cells and
                                              outgoing cells. For sure,
                                              the TrackID will not
                                              appear in packet, it is
                                              just used to establish the
                                              relationship between
                                              incoming cells and
                                              outgoing cells. i.e.

                                        

                                        

                                          
(1)
                                              add TrackID as a parameter
                                              of Cell commands.

                                        

                                        

                                          
(2)
                                              same procedure of
                                              adding/removing hard cell
                                              or soft cell as before.

                                        

                                        

                                          
(3)
                                              while receiving adding
                                              hard cell or soft cell
                                              command,  fill the Track
                                              table with the TrackID. In
                                              the Track table, Rx cells
                                              are the incoming cells and
                                              Tx cells are the outgoing
                                              cells. And then, from
                                              TSCH's point of view,  the
                                              schedule is the overlap of
                                              all Track tables.

                                        

                                        

                                          
 

                                        

                                        

                                          
How
                                              do you think?

                                        

                                        

                                          
 

                                        

                                        

                                          
Qin

                                        

                                      

                                      


_______________________________________________

                                        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


    

    

  


--------------020900010209090301020009--

From pthubert@cisco.com  Fri Jun 21 02:03:38 2013
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From: "Pascal Thubert (pthubert)" 
To: Xavier Vilajosana , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] support to installing Tracks
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Hello Xavi and Thomas:

Note that the local instance ID is only unique to the IPv6 address that goe=
s with it. So there is no need to check for uniqueness along the path. It i=
s normally up to the owner of that IPv6 address to select an instance ID.

So if we pick the tunnel termination point as the owner of the instance ID =
I thought that it would be carried on the resv back that actually commits t=
he time slots in rsvp.
OTOH if we picked the tunnel source then it could be carried in the path me=
ssage.

In the case of the PCE it would be returned to the PCE upon completion of t=
he tunnel establishment.

Do you see a need for a local ID at each hop?

Cheers,

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of X=
avier Vilajosana
Sent: vendredi 21 juin 2013 03:30
To: 6tsch@ietf.org
Subject: Re: [6tsch] support to installing Tracks

Hi Qin,

I think that the instanceID in the centralized case will be selected by the=
 PCE, this might be part of the information it carries when installing a tr=
ack. In a distributed case, I can think of the following method:

a source node aiming to create a track starts a reservation request (L4) th=
at will travel through the track until it reaches the destination. At each =
hop nodes can indicate the instanceIDs of the tracks that cross through the=
m. The destination will receive the track reservation request with all the =
instanceID that cannot be used. The destination will select an instanceID t=
hat is not reserved and will prepare the track reservation response so all =
nodes in the track can know their instanceID amongst other reservation info=
rmation.

Note that this is L4 mechanism as we are installing a track through multipl=
e nodes. 6tus at L2.5 will be notified by the reservation response and will=
 install the appropriate soft links according to the required QoS.

this is the simplest way I can imagine.

does it make sense?
X


Al 20/06/13 17:46, En/na Qin Wang ha escrit:
Pascal and Thomas,

Dest IPv6 address is a very cool element in the tuple. I like it. But, I'm =
not sure who and how to choose a instanceID in each node while installing a=
 track. Could you please explain more?

Thanks
Qin


On Fri, Jun 21, 2013 at 8:32 AM, Thomas Watteyne > wrote:
Pascal,
I believe that using the instanceID would both prevent us from reinventing =
anything, yet having this capability. In one extreme case, the PCE could in=
stall all the routes in the routing table, which would take precedence over=
 the ones installed by RPL (per your text).

Qin,
Do you feel comfortable with this approach?

Thomas

On Thu, Jun 20, 2013 at 6:48 AM, Pascal Thubert (pthubert) > wrote:
Hello Thomas:

If we consider that a track is an hard core version of a route as installed=
 by the PCE, then we might extend the thought that we placed there, and use=
 an instance?

TrackIDs could be taken from local instances (there are 64 of those per nod=
e) of the destination so the tuple (dest IPv6 ,  instanceID) would identify=
 the track as it identifies routes.

BTW, the proposed update of the architecture draft to reflect the previous =
discussions is as follows:

Centralized vs.  Distributed Routing
   6TSCH supports a mix model of centralized routes that are computed by
   a Path Computation Entity and distributed routes that are computed by
   RPL over a common physical LLN.
   Both RPL and the PCE may inject routes in the Routing Tables of the
   6TSCH routers.  In either case, each route is associated with a
   topology that is indexed by an instanceID, as defined in RPL
   [RFC6550].  RPL and PCE rely on shared sources to define Global and
   Local InstanceIDs.
   It is possible for RPL and PCE to share a same topology, in which
   case the PCE routes have precedence over RPL routes in case of a
   conflict.
   Inside the 6TSCH domain, the flow label is used to indicate the
   topology that must be used for routing and the associated Routing
   Tables as discussed in [I-D.thubert-roll-flow-label].

What do you think?

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyn=
e
Sent: jeudi 20 juin 2013 09:28
To: 6TSCH
Subject: Re: [6tsch] support to installing Tracks

Qin,

[I believe you sent the same e-mail twice, I'm only answering the second on=
e]

Having some type of track ID would indeed make life much easier. Each RX an=
d TX cell would simply be associated to a trackID. The switching table (whi=
ch I assume you refer to by "track table"?) might not even physically exist=
 as such in the node's RAM memory. Rather the switching rule is simply "wha=
tever you receive on an RX cell associaed with trackID 4, transmit on the n=
ext TX cell associated with trackID 4". There could be a trackID which mean=
s "no trackID", to identify the cells which are not associated on a track, =
and which can be used for regular routing. When the PCE installs a hard cel=
l, it would install [direction,slotOffset,channelOffset,trackID].

Does the above sound like what you're proposing?

Assuming that a trackID identifies a flow, is there not some other number/t=
uple already available somewhere which could play the role of trackID witho=
ut requiring a new numbering space? For example, could the trackID be the t=
uple [destination IPv6 address, DSCP]?

Thomas




On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang > wrote:
Hi all,

We have had many discussions on Track related topic in threads like "Routin=
g vs switching". I would like to discuss more about what 6tus should provid=
e to install a Track, including installing both hard cell based Track and s=
oft cell based Track.

My understanding is what we can do now is as follows.
(1)  add hard cells along the path, with Cell Commands
(2) specify the mapping between each incoming cell and outgoing cell along =
the path, with Label Switching Commands

If my understanding is correct, I can see the following problem: It need mo=
re bandwidth. For example, when you add a hard cell between nodeA and nodeB=
, one global communication from PCE to nodeA, and one local communication f=
rom nodeA to nodeB are needed. But for the Label Switching command, additio=
nal two communications, i.e. from PCE to nodeA and from PCE to nodeB are al=
so needed. In addition, if a given track consists more than one incoming ce=
lls and outgoing cells, more bandwidth for installing the track will be con=
sumed.

Thus, I would like to suggest to use TrackID to associate incoming cells an=
d outgoing cells. For sure, the TrackID will not appear in packet, it is ju=
st used to establish the relationship between incoming cells and outgoing c=
ells. i.e.
(1) add TrackID as a parameter of Cell commands.
(2) same procedure of adding/removing hard cell or soft cell as before.
(3) while receiving adding hard cell or soft cell command,  fill the Track =
table with the TrackID. In the Track table, Rx cells are the incoming cells=
 and Tx cells are the outgoing cells. And then, from TSCH's point of view, =
 the schedule is the overlap of all Track tables.

How do you think?

Qin

_______________________________________________
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_E045AECD98228444A58C61C200AE1BD8413196A8xmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hello Xavi and Thomas:


 <=
/p>

Note that the local insta=
nce ID is only unique to the IPv6 address that goes with it. So there is no=
 need to check for uniqueness along the path. It is normally
 up to the owner of that IPv6 address to select an instance ID. =



 <=
/p>

So if we pick the tunnel =
termination point as the owner of the instance ID I thought that it would b=
e carried on the resv back that actually commits the time
 slots in rsvp.


OTOH if we picked the tun=
nel source then it could be carried in the path message.



 <=
/p>

In the case of the PCE it=
 would be returned to the PCE upon completion of the tunnel establishment.



 <=
/p>

Do you see a need for a l=
ocal ID at each hop?


 <=
/p>

Cheers,=



 <=
/p>



Pascal




 <=
/p>





From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf=
.org]
On Behalf Of Xavier Vilajosana

Sent: vendredi 21 juin 2013 03:30

To: 6tsch@ietf.org

Subject: Re: [6tsch] support to installing Tracks<=
/p>





 




Hi Qin,



I think that the instanceID in the centralized case will be selected by the=
 PCE, this might be part of the information it carries when installing a tr=
ack. In a distributed case, I can think of the following method:



a source node aiming to create a track starts a reservation request (L4) th=
at will travel through the track until it reaches the destination. At each =
hop nodes can indicate the instanceIDs of the tracks that cross through the=
m. The destination will receive
 the track reservation request with all the instanceID that cannot be used.=
 The destination will select an instanceID that is not reserved and will pr=
epare the track reservation response so all nodes in the track can know the=
ir instanceID amongst other reservation
 information.



Note that this is L4 mechanism as we are installing a track through multipl=
e nodes. 6tus at L2.5 will be notified by the reservation response and will=
 install the appropriate soft links according to the required QoS.



this is the simplest way I can imagine.



does it make sense?

X





Al 20/06/13 17:46, En/na Qin Wang ha escrit:








Pascal and Thomas, 




 






Dest IPv6 address is a very cool element in the tupl=
e. I like it. But, I'm not sure who and how to choose a instanceID in each =
node while installing a track. Could you please explain more?





 






Thanks






Qin






 








 




On Fri, Jun 21, 2013 at 8:32 AM, Thomas Watteyne <=
;watteyne@e=
ecs.berkeley.edu> wrote:




Pascal, 




I believe that using the instanceID would both preve=
nt us from reinventing anything, yet having this capability. In one extreme=
 case, the PCE could install all the routes in the routing table, which wou=
ld take precedence over the ones installed
 by RPL (per your text).






 






Qin, 






Do you feel comfortable with this approach?






 






Thomas








 






On Thu, Jun 20, 2013 at 6:48 AM, Pascal Thubert (pth=
ubert) <pthubert=
@cisco.com> wrote:














Hello Thomas:


 


If we consider that a track is an hard =
core version of a route as installed by the PCE, then we might
 extend the thought that we placed there, and use an instance?<=
/o:p>


 


TrackIDs could be taken from local inst=
ances (there are 64 of those per node) of the destination
 so the tuple (dest IPv6 ,  instanceID) would identify the track as it=
 identifies routes.


 


BTW, the proposed update of the archite=
cture draft to reflect the previous discussions is as follows:



 


Centralized vs.  Distributed Routi=
ng


   6TSCH supports a mix model=
 of centralized routes that are computed by


   a Path Computation Entity =
and distributed routes that are computed by


   RPL over a common physical=
 LLN.


   Both RPL and the PCE may i=
nject routes in the Routing Tables of the


   6TSCH routers.  In ei=
ther case, each route is associated with a


   topology that is indexed b=
y an instanceID, as defined in RPL


   [RFC6550].  RPL and P=
CE rely on shared sources to define Global and


   Local InstanceIDs.<=
o:p>


   It is possible for RPL and=
 PCE to share a same topology, in which


   case the PCE routes have p=
recedence over RPL routes in case of a


   conflict.


   Inside the 6TSCH domain, t=
he flow label is used to indicate the


   topology that must be used=
 for routing and the associated Routing


   Tables as discussed in [I-=
D.thubert-roll-flow-label].


 


What do you think?

 


Pascal

 


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

Sent: jeudi 20 juin 2013 09:28

To: 6TSCH

Subject: Re: [6tsch] support to installing Tracks<=
/p>





 




Qin,




 






[I believe you sent the same e-mail twice, I'm only answering the =
second one]




 






Having some type of track ID would indeed make life much easier. E=
ach RX and TX cell would simply be associated to a trackID. The switching t=
able (which I assume you refer to by
 "track table"?) might not even physically exist as such in the n=
ode's RAM memory. Rather the switching rule is simply "whatever you re=
ceive on an RX cell associaed with trackID 4, transmit on the next TX cell =
associated with trackID 4". There could be a trackID
 which means "no trackID", to identify the cells which are not as=
sociated on a track, and which can be used for regular routing. When the PC=
E installs a hard cell, it would install [direction,slotOffset,channelOffse=
t,trackID].






 






Does the above sound like what you're proposing?






 






Assuming that a trackID identifies a flow, is there not some other=
 number/tuple already available somewhere which could play the role of trac=
kID without requiring a new numbering
 space? For example, could the trackID be the tuple [destination IPv6 addre=
ss, DSCP]?






 






Thomas






 






 






 






 




On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang <qinwang@berkeley.edu> wrote:




Hi all,




 






We have had many discussions on Track related topic in =
threads like "Routing vs switching". I would like to discuss
 more about what 6tus should provide to install a Track, including installi=
ng both hard cell based Track and soft cell based Track.<=
/p>





 






My understanding is what we can do now is as follows.






(1)  add hard cells along the path, with Cell Comm=
ands






(2) specify the mapping between each incoming cell and =
outgoing cell along the path, with Label Switching Commands






 






If my understanding is correct, I can see the following=
 problem: It need more bandwidth. For example, when you add
 a hard cell between nodeA and nodeB, one global communication from PCE to =
nodeA, and one local communication from nodeA to nodeB are needed. But for =
the Label Switching command, additional two communications, i.e. from PCE t=
o nodeA and from PCE to nodeB are
 also needed. In addition, if a given track consists more than one incoming=
 cells and outgoing cells, more bandwidth for installing the track will be =
consumed.






 






Thus, I would like to suggest to use TrackID to associa=
te incoming cells and outgoing cells. For sure, the TrackID
 will not appear in packet, it is just used to establish the relationship b=
etween incoming cells and outgoing cells. i.e.






(1) add TrackID as a parameter of Cell commands.=







(2) same procedure of adding/removing hard cell or soft=
 cell as before.






(3) while receiving adding hard cell or soft cell comma=
nd,  fill the Track table with the TrackID. In the Track table,
 Rx cells are the incoming cells and Tx cells are the outgoing cells. And t=
hen, from TSCH's point of view,  the schedule is the overlap of all Tr=
ack tables.






 






How do you think?






 






Qin








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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










 






_______________________________________________

6tsch mailing list

6tsch@ietf.org

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




 













_______________________________________________


6tsch mailing list


6tsch@ietf.org


https://www.ie=
tf.org/mailman/listinfo/6tsch




 






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From pthubert@cisco.com  Fri Jun 21 02:17:27 2013
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From: "Pascal Thubert (pthubert)" 
To: Thomas Watteyne 
Thread-Topic: [6tsch] architecture with remote BBR
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Hello Thomas:

When the broadcast domain is split inside an IP subnet, there must be a fas=
hion to transport ND/ARP, and at the same time, we need to avoid the risk o=
f propagating a broadcast storm across the overlay.

So the solutions require some learning of what is on each side and some pro=
tocol to share that over the pseudowire. I see a lot of work in that area, =
but certainly the registration model could help in that the registrar could=
 talk to one another over the tunnel and then setup forwarding states in a =
rapid and deterministic fashion (I mean here that the registrar state is a =
solid state from an active registration as opposed to a snooped information=
).

All this has yet to settle, and we need to maintain a prudent observation. =
In particular we can observe how TRILL, LISP  and NVO3 http://datatracker.i=
etf.org/wg/nvo3/charter/.

Cheers,

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of T=
homas Watteyne
Sent: vendredi 21 juin 2013 02:02
To: Pascal Thubert (pthubert)
Cc: 6TSCH
Subject: Re: [6tsch] architecture with remote BBR

Pascal,

You need the BB to be a MAC-level broadcast domain to be able to do the pro=
xy ND functionality, right? (see min 17:02 of https://cisco.webex.com/cisco=
sales/lsr.php?AT=3Dpb&SP=3DMC&rID=3D66409322&rKey=3D254105c68fefa880). But =
you're absolutely right, I can see how this property affects the PCE discov=
ery functionality.

The case where there are many little PCEs covering different segment makes =
perfect sense. In other cases (mobility?), we might imagine an architecture=
 where a single PCE is managing multiple LLNs in parallel.

Thomas



On Thu, Jun 20, 2013 at 7:00 AM, Pascal Thubert (pthubert) > wrote:
Hello Thomas:

If I understand you well, your reference to the multicast domain has to do =
specifically with the PCE discovery, is that correct?
Even so, the product of the discussion is probably useful in the architectu=
re document.

My initial mind was to emulate the model of DHCP, though we probably need t=
o extend it quite a bit to scale and distribute.
For all I know - but I'm not JP -, there is art for distributed PCE, in par=
ticular between ISPs so that each PCE can compute a local segment of a glob=
al route.
In your case 1, it could make sense that there is at least one PCE on each =
subdomain so as to avoid crossing boundaries for local route computation.

In the future, we can probably expect to find many virtualized PCE availabl=
e wherever needed via virtual service engines anyway.

What do you think?

Pascal

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyn=
e
Sent: mercredi 19 juin 2013 06:13
To: 6TSCH

Subject: Re: [6tsch] architecture with remote BBR

Pascal, Raghuram,

I'm fully aware that VPN/tunnels are a proven technique. Obviously, this di=
scussion only covers the case where a PCE is used.

I want to make sure that we don't add unnecessary complexity. The easiest t=
hing is for 6TSCH not to define how the PCE and the BBRs discover each othe=
r, neither how they communicate, and just give "examples" in the architectu=
re draft. This might be the right thing to do to start with, but it would b=
e awfully nice if I could connect my BBR to a third-party PCE. I'm happy to=
 talk about this on the phone on Friday.

Thomas

On Tue, Jun 18, 2013 at 8:53 PM, Raghuram Sudhaakar (rsudhaak) > wrote:
Thomas,
I agree conceptually with the cons that you mention for option 1. However, =
tunneling and VLANs are a well understood concept in the network setup/admi=
nistration and used widely by IT teams. Pascal has pointed out the specific=
 Cisco technologies too. So, in the practical world tunneling is the best/p=
roven solution.

In Option 2, the reliance of the BBR on the PCE to identify its peer may be=
 a cause for concern. It means that we implicitly mandate a PCE. This may n=
ot be applicable to certain deployments that may want to use 6TSCH without =
a PCE. Or a different routing computation technique/protocol/standard.

IMO, the PCE, ND must be maintained as separate elements for the above reas=
ons as well as applicability to wider range of scenarios.

I lean toward the idea that 6TSCH does not need to define anything to creat=
e the connectivity between the BBRs. Instead the requirement can be detaile=
d along with possible solutions leaving the decision open. This will hopefu=
lly help  in wider applicability and interoperability.

-raghuram


From: Pascal Thubert >
Date: Tuesday, June 18, 2013 10:08 AM
To: Thomas Watteyne >
Cc: 6TSCH <6tsch@ietf.org>
Subject: Re: [6tsch] architecture with remote BBR

Hello Thomas:
And then we need to add the case of the backhaul that looks like your case =
1 but has applications on the other side of the VPN as opposed to another w=
lan.
This is actually being studied at ISA100.15 ...
For your option 1, is it often (/ sometimes?) mandatory that the 2 LLNs sha=
re a same L2 domain ( / IPv6 subnet) ? When they do not, we are back in cla=
ssical routing, with VPN iff crossing an untrusted area ( ; eg the IT netwo=
rk from an OT perspective ; )
The case of a single subnet crossing layer 3 boundaries is very classical i=
n datacenters. We use overlays to solve the issue; e.g. cisco OTV, but also=
 LISP, L2TP, and pseudowires in general.
We should probably describe the case in the architecture and explain how th=
is can be achieved with the above technologies; and that probably 6TSCH doe=
s not need to add anything new. Or does it?
About option 2, I see the links to the PCE as either a single vlan or a mix=
 of vlan and vpn, depending on which domain must be crossed. The structure =
has its benefits, but we probably need to come up with the same model and m=
ultiple disjoint paths via multiple PCEs for high availability and load bal=
ancing.
what do you think?
Pascal

2013/6/17 Thomas Watteyne >
All,

There is a case I believe we are not covering explicitly in the architectur=
e.

The architecture draft now considers the following topology:


               ---+------------------------

                  |      External Network

                  |

               +-----+                  +-----+

               |     | Router           |     | PCE

               |     |                  |     |

               +-----+                  +-----+

                  |                        |

                  |     Subnet Backbone    |

            +--------------------+------------------+

            |                    |                  |

         +-----+             +-----+             +-----+

         |     | Backbone    |     | Backbone    |     | Backbone

    o    |     | router      |     | router      |     | router

         +-----+             +-----+             +-----+

    o                  o                   o                 o   o

        o    o   o         o   o  o   o         o  o   o    o

   o             o        o  LLN      o      o         o      o

      o   o    o      o      o o     o  o   o    o    o     o


The backbone needs to be one broadcast domain for the ND proxy operations d=
efines in draft-thubert-6lowpan-backbone-router-03 to work.

Now, let's consider a campus-wide deployment, where the requirements is tha=
t (1) all the nodes use the same IPv6 prefix, and (2) all are managed by th=
e same PCE. Since BBRs are "far apart", they will not all live on the same =
(broadcast) backbone.

This is a very realistic scenario that I have come across multiple times, a=
nd which I believe 6TSCH group could/should address.

I can see the following options:

Option 1: "under-the-hood" tunneling

When installing the network, network administrators interconnect the differ=
ent pieces of the BB using some VLAN solution, essentially recreating a bro=
adcast domain.

pros:
- This option does not require any change the ND operation.
cons:
- IMO, in most multi-BBR deployments, the remote BBR case is the rule rathe=
r than the exception. Using tunnels looks more like a "patch" which might b=
e seen as overly complex if it needs to be applied all the time.



               ---+------------------------

                  |      External Network

                  |

               +-----+                  +-----+

               |     | Router           |     | PCE

               |     |                  |     |

               +-----+                  +-----+

                  |                        |

                  |     Subnet Backbone    |    =3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D

            +--------------------+--------------  TUNNEL  ----+

            |                    |              =3D=3D=3D=3D=3D=3D=3D=3D=3D=
=3D    |

         +-----+             +-----+                       +-----+ (remote)

         |     | Backbone    |     | Backbone              |     | Backbone

    o    |     | router      |     | router                |     | router

         +-----+             +-----+                       +-----+

    o                  o                   o                 o   o

        o    o   o         o   o  o   o                  o  o   o    o

   o             o        o  LLN      o      o             o      o

      o   o    o      o      o o     o  o   o             o    o     o


Option 2: PCE responsible for forwarding to correct BBR

Each BBR establishes an explicit (and secure) connection to the PCE. Since =
the PCE is aware of the nodes connected through each BBR, it can forward so=
me inbound packet to the appropriate BBR.

The functionality of the PCE and Router can be merged. The PCE/Router gets =
a packet for a particular node, and forwards it to the appropriate BBR over=
 the explicit connection to that BBR.




                --------------+-------------------

                              |  External Network

                              |

                           +-----+

                           |     | PCE/Router

                           |     |

                           +-----+

                            ^ ^ ^

                            | | |





            +---------------+ | +----------------+

            |                 |                  |

            v                 v                  v

         +-----+           +-----+            +-----+

         |     | Backbone  |     | Backbone   |     | Backbone

    o    |     | router    |     | router     |     | router

         +-----+           +-----+            +-----+

    o                  o                   o                 o   o

        o    o   o         o   o  o   o         o  o   o    o

   o             o        o  LLN      o      o         o      o

      o   o    o      o      o o     o  o   o    o    o     o



Option 3: hybrid



This is the same as option 2, but the router and the PCE as separate. The P=
CE acts as the ND proxy for all the nodes attached to all the BBRs it is ma=
naging. The router is a regular router.



  ---+-----------------------





     |   External Network

     |

  +-----+                  +-----+

  |     | Router           |     | PCE

  |     |               +--|     |

  +-----+               |  +-----+

     |                  |   ^ ^ ^





     |                  |   | | |

  ------------------------  | | |

                            | | |

                            | | |





            +---------------+ | +----------------+

            |                 |                  |

            v                 v                  v

         +-----+           +-----+            +-----+

         |     | Backbone  |     | Backbone   |     | Backbone

    o    |     | router    |     | router     |     | router

         +-----+           +-----+            +-----+

    o                  o                   o                 o   o

        o    o   o         o   o  o   o         o  o   o    o

   o             o        o  LLN      o      o         o      o

      o   o    o      o      o o     o  o   o    o    o     o





Thoughts?





Thomas

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



--
Pascal



--_000_E045AECD98228444A58C61C200AE1BD8413196FFxmbrcdx01ciscoc_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hello Thomas:


 <=
/p>

When the broadcast domain=
 is split inside an IP subnet, there must be a fashion to transport ND/ARP,=
 and at the same time, we need to avoid the risk of propagating
 a broadcast storm across the overlay. 


 <=
/p>

So the solutions require =
some learning of what is on each side and some protocol to share that over =
the pseudowire. I see a lot of work in that area, but certainly
 the registration model could help in that the registrar could talk to one =
another over the tunnel and then setup forwarding states in a rapid and det=
erministic fashion (I mean here that the registrar state is a solid state f=
rom an active registration as opposed
 to a snooped information).


 <=
/p>

All this has yet to settl=
e, and we need to maintain a prudent observation. In particular we can obse=
rve how TRILL, LISP  and NVO3
http://data=
tracker.ietf.org/wg/nvo3/charter/.



 <=
/p>

Cheers,=



 <=
/p>

Pascal


 <=
/p>

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

Sent: vendredi 21 juin 2013 02:02

To: Pascal Thubert (pthubert)

Cc: 6TSCH

Subject: Re: [6tsch] architecture with remote BBR<=
/p>

 




Pascal,




 






You need the BB to be a MAC-level broadcast domain t=
o be able to do the proxy ND functionality, right? (see min 17:02 of

https://cisco.webex.com/ciscosales/lsr.php?AT=3Dpb&SP=3DMC&rID=3D66=
409322&rKey=3D254105c68fefa880). But you're absolutely right, I can=
 see how this property affects the PCE discovery functionality.<=
/p>





 






The case where there are many little PCEs covering d=
ifferent segment makes perfect sense. In other cases (mobility?), we might =
imagine an architecture where a single PCE is managing multiple LLNs in par=
allel.






 






Thomas






 






 








 




On Thu, Jun 20, 2013 at 7:00 AM, Pascal Thubert (pth=
ubert) <pthubert=
@cisco.com> wrote:






Hello Thomas:


 


If I understand you well, your referenc=
e to the multicast domain has to do specifically with the
 PCE discovery, is that correct?


Even so, the product of the discussion =
is probably useful in the architecture document.


 


My initial mind was to emulate the mode=
l of DHCP, though we probably need to extend it quite a bit
 to scale and distribute.


For all I know – but I’m no=
t JP -, there is art for distributed PCE, in particular between ISPs so
 that each PCE can compute a local segment of a global route.


In your case 1, it could make sense tha=
t there is at least one PCE on each subdomain so as to avoid
 crossing boundaries for local route computation.


 


In the future, we can probably expect t=
o find many virtualized PCE available wherever needed via
 virtual service engines anyway.


 


What do you think?

 


Pascal


 


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

Sent: mercredi 19 juin 2013 06:13

To: 6TSCH








Subject: Re: [6tsch] architecture with remote BBR










 




Pascal, Raghuram,




 






I'm fully aware that VPN/tunnels are a proven technique. Obviously=
, this discussion only covers the case where a PCE is used.






 






I want to make sure that we don't add unnecessary complexity. The =
easiest thing is for 6TSCH not to define how the PCE and the BBRs discover =
each other, neither how they communicate,
 and just give "examples" in the architecture draft. This might b=
e the right thing to do to start with, but it would be awfully nice if I co=
uld connect my BBR to a third-party PCE. I'm happy to talk about this on th=
e phone on Friday.






 






Thomas








 




On Tue, Jun 18, 2013 at 8:53 PM, Raghuram Sudhaakar (rsudhaak) <=
;rsudhaak@cisco.com=
> wrote:






Thomas,






I agree conceptually with the cons that you mention f=
or option 1. However, tunneling and VLANs are a well understood
 concept in the network setup/administration and used widely by IT teams. P=
ascal has pointed out the specific Cisco technologies too. So, in the pract=
ical world tunneling is the best/proven solution. 





 






In Option 2, the reliance of the BBR on the PCE to id=
entify its peer may be a cause for concern. It means that
 we implicitly mandate a PCE. This may not be applicable to certain deploym=
ents that may want to use 6TSCH without a PCE. Or a different routing compu=
tation technique/protocol/standard. 






 






IMO, the PCE, ND must be maintained as separate eleme=
nts for the above reasons as well as applicability to wider
 range of scenarios.






 






I lean toward the idea that 6TSCH does not need to de=
fine anything to create the connectivity between the BBRs.
 Instead the requirement can be detailed along with possible solutions leav=
ing the decision open. This will hopefully help  in wider applicabilit=
y and interoperability.






 






-raghuram 






 






 






From:
Pascal Thubert <pascal.thubert@gmail.com>

Date: Tuesday, June 18, 2013 10:08 AM

To: Thomas Watteyne <watteyne@eecs.berkeley.edu>

Cc: 6TSCH <6t=
sch@ietf.org>

Subject: Re: [6tsch] architecture with remote BBR<=
/p>









 






















Hello Thomas:




And then we need to add the case of the backhaul that=
 looks like your case 1 but has applications on the other
 side of the VPN as opposed to another wlan.




This is actually being studied at ISA100.15 ...=





For your option 1, is it often (/ sometimes?) mandato=
ry that the 2 LLNs share a same L2 domain ( / IPv6 subnet)
 ? When they do not, we are back in classical routing, with VPN iff crossin=
g an untrusted area ( ; eg the IT network from an OT perspective ; )=





The case of a single subnet crossing layer 3 boundari=
es is very classical in datacenters. We use overlays to solve
 the issue; e.g. cisco OTV, but also LISP, L2TP, and pseudowires in general=
.




We should probably describe the case in the architect=
ure and explain how this can be achieved with the above technologies;
 and that probably 6TSCH does not need to add anything new. Or does it? 




About option 2, I see the links to the PCE as either a sing=
le vlan or a mix of vlan and vpn, depending on which domain
 must be crossed. The structure has its benefits, but we probably need to c=
ome up with the same model and multiple disjoint paths via multiple PCEs fo=
r high availability and load balancing.




what do you think?




Pascal






 




2013/6/17 Thomas Watteyne <watteyne@eecs.berkeley.edu>=





All,





 






There is a case I believe we are not covering explici=
tly in the architecture.






 






The architecture draft now considers the following to=
pology:






 






      &=
nbsp;        ---+-------------------=
-----


      &=
nbsp;           | &n=
bsp;    External Network


      &=
nbsp;           |<=
o:p>


      &=
nbsp;        +-----+  =
            &nb=
sp;   +-----+


      &=
nbsp;        |     |=
 Router           | =
    | PCE


      &=
nbsp;        |     |=
            &nb=
sp;     |     |

      &=
nbsp;        +-----+  =
            &nb=
sp;   +-----+


      &=
nbsp;           | &n=
bsp;            =
;          |=



      &=
nbsp;           | &n=
bsp;   Subnet Backbone    |

      &=
nbsp;     +--------------------+---------------=
---+


      &=
nbsp;     |       &n=
bsp;            |&nb=
sp;            =
     |


      &=
nbsp;  +-----+        =
     +-----+      =
;       +-----+

      &=
nbsp;  |     | Backbone    | &=
nbsp;   | Backbone    |     | =
Backbone


    o   =
; |     | router      | &=
nbsp;   | router      |   =
;  | router


      &=
nbsp;  +-----+        =
     +-----+      =
;       +-----+

    o   =
;            &n=
bsp;  o          &nb=
sp;        o    &nbs=
p;            o =
;  o


      &=
nbsp; o    o   o     &nbs=
p;   o   o  o   o    =
;     o  o   o    o


   o    =
;         o    =
    o  LLN      o  &=
nbsp;   o         o =
     o


      o =
;  o    o      o  &n=
bsp;   o o     o  o   o &=
nbsp;  o    o     o






 






 






The backbone needs to be one broadcast domain for the=
 ND proxy operations defines in draft-thubert-6lowpan-backbone-router-=
03
 to work.






 






Now, let's consider a campus-wide deployment, where t=
he requirements is that (1) all the nodes use the same IPv6
 prefix, and (2) all are managed by the same PCE. Since BBRs are "far =
apart", they will not all live on the same (broadcast) backbone.






 






This is a very realistic scenario that I have come ac=
ross multiple times, and which I believe 6TSCH group could/should
 address.






 






I can see the following options:





 






Option 1: "under-the-=
hood" tunneling






 






When installing the network, network administrators i=
nterconnect the different pieces of the BB using some VLAN
 solution, essentially recreating a broadcast domain.






 






pros:






- This option does not require any change the ND oper=
ation.






cons:






- IMO, in most multi-BBR deployments, the remote BBR =
case is the rule rather than the exception. Using tunnels
 looks more like a "patch" which might be seen as overly complex =
if it needs to be applied all the time.






 






 






      &=
nbsp;        ---+-------------------=
-----


      &=
nbsp;           | &n=
bsp;    External Network


      &=
nbsp;           |<=
o:p>


      &=
nbsp;        +-----+  =
            &nb=
sp;   +-----+


      &=
nbsp;        |     |=
 Router           | =
    | PCE


      &=
nbsp;        |     |=
            &nb=
sp;     |     |

      &=
nbsp;        +-----+  =
             &n=
bsp;  +-----+


      &=
nbsp;           | &n=
bsp;            =
;          |=



      &=
nbsp;           | &n=
bsp;   Subnet Backbone    |    =
=3D=3D=3D=3D=3D=3D=3D=3D=3D=3D


      &=
nbsp;     +--------------------+--------------&=
nbsp; TUNNEL  ----+


      &=
nbsp;     |       &n=
bsp;            |&nb=
sp;            =
 =3D=3D=3D=3D=3D=3D=3D=3D=3D=3D    |


      &=
nbsp;  +-----+        =
     +-----+      =
;            &n=
bsp;    +-----+ (remote)

      &=
nbsp;  |     | Backbone    | &=
nbsp;   | Backbone        =
;      |     | Backbone=



    o   =
; |     | router      | &=
nbsp;   | router        &=
nbsp;       |     | ro=
uter


      &=
nbsp;  +-----+        =
     +-----+      &nbs=
p;            &=
nbsp;   +-----+


    o   =
;            &n=
bsp;  o          &nb=
sp;        o    &nbs=
p;            o =
;  o


      &=
nbsp; o    o   o     &nbs=
p;   o   o  o   o    =
;            &n=
bsp; o  o   o    o


   o    =
;         o    =
    o  LLN      o  &=
nbsp;   o         &n=
bsp;   o      o


      o =
;  o    o      o  &n=
bsp;   o o     o  o   o &=
nbsp;           o &n=
bsp;  o     o






 






 






Option 2: PCE respons=
ible for forwarding
 to correct BBR






 






Each BBR establishes an explicit (and secure) connect=
ion to the PCE. Since the PCE is aware of the nodes connected
 through each BBR, it can forward some inbound packet to the appropriate BB=
R.






 






The functionality of the PCE and Router can be merged=
. The PCE/Router gets a packet for a particular node, and
 forwards it to the appropriate BBR over the explicit connection to that BB=
R.






 






 


      &=
nbsp;         --------------+--=
-----------------


      &=
nbsp;           &nbs=
p;           |  Exte=
rnal Network


      &=
nbsp;           &nbs=
p;           |


      &=
nbsp;           &nbs=
p;        +-----+


      &=
nbsp;           &nbs=
p;        |     | PC=
E/Router


      &=
nbsp;           &nbs=
p;        |     |


      &=
nbsp;           &nbs=
p;        +-----+


      &=
nbsp;            &nb=
sp;        ^ ^ ^


      &=
nbsp;           &nbs=
p;         | | |<=
/pre>

 


 


      &=
nbsp;     +---------------+ | +------------=
----+


      &=
nbsp;     |       &n=
bsp;         |   &nb=
sp;            =
  |


      &=
nbsp;     v       &n=
bsp;         v   &nb=
sp;            =
  v


      &=
nbsp;  +-----+         =
;  +-----+        =
;    +-----+


      &=
nbsp;  |     | Backbone  |   &=
nbsp; | Backbone   |     | Backbone


    o   =
; |     | router    |   &=
nbsp; | router     |     | router


      &=
nbsp;  +-----+        =
   +-----+        =
;    +-----+


    o   =
;            &n=
bsp;  o          &nb=
sp;        o    &nbs=
p;            o =
;  o


      &=
nbsp; o    o   o     &nbs=
p;   o   o  o   o    =
;     o  o   o    o


   o    =
;         o    =
    o  LLN      o  &=
nbsp;   o         o =
     o


      o =
;  o    o      o  &n=
bsp;   o o     o  o   o &=
nbsp;  o    o     o


 


Option 3 


This is the same as option 2, but the router =
and the PCE as separate. The PCE acts as the ND proxy for all the nodes att=
ached to all the BBRs it is managing. The router is a regular router.


 


  ---+----------------------=
-


 


 


     |  =
; External Network


     |


  +-----+  &nb=
sp;            =
   +-----+


  |     | Ro=
uter           | &nb=
sp;   | PCE


  |     |&nb=
sp;            =
  +--|     |


  +-----+  &nb=
sp;            |&nbs=
p; +-----+


     |  =
;            &n=
bsp;   |   ^ ^ ^


 


 


     |  =
;            &n=
bsp;   |   | | |


  ------------------------ =
 | | |


       =
            &nb=
sp;        | | |


      &=
nbsp;           &nbs=
p;         | | |<=
/pre>

 


 


      &=
nbsp;     +---------------+ | +------------=
----+


      &=
nbsp;     |       &n=
bsp;         |   &nb=
sp;            =
  |


      &=
nbsp;     v       &n=
bsp;         v   &nb=
sp;            =
  v


      &=
nbsp;  +-----+        =
   +-----+        &nbs=
p;   +-----+


      &=
nbsp;  |     | Backbone  |   &=
nbsp; | Backbone   |     | Backbone


    o   =
; |     | router    |   &=
nbsp; | router     |     | router


      &=
nbsp;  +-----+        =
   +-----+        =
;    +-----+


    o   =
;            &n=
bsp;  o          &nb=
sp;        o    &nbs=
p;            o =
;  o


      &=
nbsp; o    o   o     &nbs=
p;   o   o  o   o    =
;     o  o   o    o


   o    =
;         o    =
    o  LLN      o  &=
nbsp;   o         o =
     o


      o =
;  o    o      o  &n=
bsp;   o o     o  o   o &=
nbsp;  o    o     o


 


 


Thoughts?


 


 


Thomas








_______________________________________________

6tsch mailing list

6tsch@ietf.org

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










-- 

Pascal 












 














 








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From maria-rita.palattella@uni.lu  Fri Jun 21 02:29:40 2013
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From: Maria Rita PALATTELLA 
To: Qin Wang 
Thread-Topic: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
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Hi Qin,

It may be configurable. Based on the application, and its requirements, we =
may decide to share less or more information among neighbor nodes.

Maria Rita

From: Qin Wang [mailto:qinwang@berkeley.edu]
Sent: Thursday, June 20, 2013 3:26 PM
To: Maria Rita PALATTELLA
Cc: P.Zand@utwente.nl; watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6ts=
ch@ietf.org; pister@eecs.berkeley.edu
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Maria Rita,

I fully agree with what you said. There is trade-off, i.e. how much informa=
tion a node should hold, (None, 1-hop, 2-hop), and then monitoring will tak=
e care of rest. Should it be configurable?

Qin

On Thu, Jun 20, 2013 at 9:16 PM, Maria Rita PALATTELLA > wrote:
Qin, it is exactly as Pouria explained.
Generally speaking, the idea is to propagate the information hop-by-hop amo=
ng some of the neighbor nodes. Each node doesn't need to have a full pictur=
e of the network. The combination of the partial information that each node=
 has, will allow them to properly select the soft cells within the TSCH sch=
edule. In the worst scenario, if the cells allocation isn't properly done, =
the monitoring algorithm will help in detecting that.
Maria Rita
________________________________
From: P.Zand@utwente.nl [P.Zand@utwente.nl]
Sent: Thursday, June 20, 2013 2:59 PM
To: qinwang@berkeley.edu; Maria Rita PALATTELL=
A
Cc: watteyne@eecs.berkeley.edu; pal@cs.s=
tanford.edu; 6tsch@ietf.org; pister@eecs.berkeley.edu
Subject: RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames
Hi Qin,
You mean the case that edge(A, B) is not in the two-hop neighborhood of nod=
e D, but is in the two-hop neighborhood of node C. Am I right?
If yes, for creating a soft link between node D and C, node D will send a "=
Link Reservation Request" including a candidate set of links based on its t=
wo-hop information. Node D might suggest the cell-1 that is used on edge (A=
, B). However, node C upon receiving the request, will do another check bas=
ed on his two-hop neighborhood information and will not chose that cell-1. =
That is because node C knows about the cell-1 on edge(A, B) in its two-hop =
neighborhood.
In other cases, that node D intend to create a soft link with other nodes (=
e.g. E or F), and if those nodes are not one-hop neighbors of node A, then =
edge(A,B) is not considered as a conflict edge with edges of (D, E) or (D, =
F).
Am I right?
Best wishes,
Pouria

From: Qin Wang [mailto:qinwang@berkeley.edu]
Sent: Thursday, June 20, 2013 2:11 PM
To: Maria Rita PALATTELLA
Cc: Zand, P. (EWI); watteyne@eecs.berkeley.edu; pal@cs.stanford.edu; 6tsch@ietf.org; pister@eecs.berkeley.edu
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Pouria and Maria Rita,

I think there is a difference between just 1-hop information and 2-hop info=
rmation. For example,

Assume nodeA Tx to nodeB @ cell-1, and nodeC is in the radio range of nodeA=
. nodeD is a neighbor of nodeC, but not a neighbor of nodeB.

Then, from the schedule of nodeC (i.e. the RX cells of nodeC), nodeD cannot=
 know nodeA is its 2-hop neighbor.

Thought?
Qin






On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA > wrote:
Pouria, I do agree with you.
1-hop also include the 2- hop information. The RX cells for the 1-hop neigh=
bor, are the TX cells for the 2-hop neighbor.

Maria Rita

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of P.Zand@utwente=
.nl
Sent: Thursday, June 20, 2013 9:54 AM
To: watteyne@eecs.berkeley.edu; pal@cs.s=
tanford.edu
Cc: 6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

Hi Thomas,

Just one minor comment on "1. when all nodes know the full TSCH schedule of=
 all their (2-hop?) neighbors".
Shall we say 1-hop neighbors? I think, one node by collecting the schedule =
of all its one-hop neighbors can know the schedule of its two-hop neighborh=
ood that might conflict with its communication. In the received schedule in=
formation from one hop neighbor, the links between the one-hop and two-hop =
neighbors are also included. Am I right?

Best Wishes,
Pouria

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Thomas Watteyne
Sent: Thursday, June 20, 2013 8:18 AM
To: Philip Levis
Cc: 6TSCH; Kris Pister
Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon frames

+1 on the use of Trickle. It would indeed be great if you could look at the=
 applicability.

Per http://tools.ietf.org/html/rfc6206#section-5, we need to identify what =
Trickle considers consistent, inconsistent, and what other events can cause=
 a Trickle timer reset.

A first step might be to identify what we believe is a fully consistent net=
work. I see multiple, slightly different, definitions:
1. when all nodes know the full TSCH schedule of all their (2-hop?) neighbo=
rs
2. when there are no MAC-layer collisions, i.e. no communication happens on=
 the same slotoffset/channeloffset within that neighborhood

Of course, condition 1 is sufficient for condition 2 to be satisfied. I wou=
ld argue that, since condition 2 is the end goal of the network, satisfying=
 condition 2 might be enough. That is, it's OK if you don't know the comple=
te schedule of your neighbors, as long as you can communicate without colli=
sion. It is in fact possible that two cells are reused between two pairs of=
 nodes, if at least one of these pairs never uses that cell, no Trickle res=
et is needed.

Thomas


On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis > wrote:
Yes -- as far as I know, there isn't a better (faster, more efficient) algo=
rithm than RFC6206 for reaching eventual consistency in a wireless network.=
 P2P is not a good place to start because it is based on a graph abstractio=
n with neighbor sets. etc. I can look closer at the exact problem problem y=
ou're discussing to figure out whether I think Trickle would work well, if =
you like.

Phil

On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:

> Isn't some form of trickle the right way to do this?  Maybe some issues w=
ith distribution over a two-hop neighborhood?
>
> ksjp
>
> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:
>> This problem is not new, in P2P communities I've seen many different app=
roaches to deal with keeping a distributed state (consistency). I think the=
re are 2 main directions, pessimistic and optimistic, pessimistic approache=
s aim to enforce all nodes with the same information which requires transmi=
tting the exact state to the neighbours and make sure it is installed there=
, usually this is done in master-slave architectures where the master tells=
 the slaves what to do and won't fit to our scenario (this is the PCE case =
in fact)
>>
>> A more scalable approach is to tolerate a little bit of de-synchronizati=
on (optimistic consistency) and think that eventually all nodes will learn =
about the scheduling state. With that approach we can have scheduling probl=
ems in case 2 nodes do not have their schedule completely synchronized, how=
ever monitoring can help to detect that and correct eventually. My opinion =
is that the schedule does not change so much so having optimistic approache=
s would work well (in terms of scalability). To achieve that, nodes might s=
end portions of their schedule, assuming that eventually all schedule will =
be sent, it will take time but neighbours might learn all information from =
others "eventually".
>>
>> As Kris said, however, we need to find how useful that will be and what =
are the cases where this will work better than just simple random selection=
 and monitoring, assuming our schedules are sparse. If this is an optional =
feature seems that all cases can be covered.
_______________________________________________
6tsch mailing list
6tsch@ietf.org
https://www.ietf.org/mailman/listinfo/6tsch


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--_000_F085911F642A6847987ADA23E611780D18568D79hoshiunilux_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable











Hi Qin,=



 <=
/p>

It may be configurable. B=
ased on the application, and its requirements, we may decide to share less =
or more information among neighbor nodes.


 <=
/p>

Maria Rita


 <=
/p>

From: Qin Wang=
 [mailto:qinwang@berkeley.edu]


Sent: Thursday, June 20, 2013 3:26 PM

To: Maria Rita PALATTELLA

Cc: P.Zand@utwente.nl; watteyne@eecs.berkeley.edu; pal@cs.stanford.e=
du; 6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




Maria Rita,




 






I fully agree with what you said. There is trade-off=
, i.e. how much information a node should hold, (None, 1-hop, 2-hop), and t=
hen monitoring will take care of rest. Should it be configurable?






 






Qin








 




On Thu, Jun 20, 2013 at 9:16 PM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:






Qin, it i=
s exactly as Pouria explained.

Generally speaking, the idea is to propagate the information hop-by-hop amo=
ng some of the neighbor nodes. Each node doesn't need to have a full pictur=
e of the network. The combination of the partial information that each node=
 has, will allow them to properly
 select the soft cells within the TSCH schedule. In the worst scenario, if =
the cells allocation isn't properly done, the monitoring algorithm will hel=
p in detecting that.

Maria Rita












From:
P.Zand@utwente.nl [P.Zand@utwente.nl=
]

Sent: Thursday, June 20, 2013 2:59 PM

To: qinwan=
g@berkeley.edu; Maria Rita PALATTELLA

Cc: =
watteyne@eecs.berkeley.edu;
pal@cs.stanford.ed=
u; 
6tsch@ietf.org; pister@eecs.berkeley.edu

Subject: RE: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames












Hi Qin,


You mean the case that edge(A, B) is no=
t in the two-hop neighborhood of node D, but is in the two-hop
 neighborhood of node C. Am I right?


If yes, for creating a soft link betwee=
n node D and C, node D will send a “Link Reservation Request”
 including a candidate set of links based on its two-hop information. Node =
D might suggest the cell-1 that is used on edge (A, B). However, node C upo=
n receiving the request, will do another check based on his two-hop neighbo=
rhood information and will not chose
 that cell-1. That is because node C knows about the cell-1 on edge(A, B) i=
n its two-hop neighborhood.


In other cases, that node D intend to c=
reate a soft link with other nodes (e.g. E or F), and if those
 nodes are not one-hop neighbors of node A, then edge(A,B) is not considere=
d as a conflict edge with edges of (D, E) or (D, F).


Am I right?  

Best wishes,


Pouria


 


From: Qin Wang [mailto:qinwang@berkeley.edu]


Sent: Thursday, June 20, 2013 2:11 PM

To: Maria Rita PALATTELLA

Cc: Zand, P. (EWI); 
watteyne@eecs.berkeley.edu; 
pal@cs.stanford.edu; 6tsch@ietf.org;
pister@eecs.b=
erkeley.edu

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




Hi Pouria and Maria Rita,




 






I think there is a difference between just 1-hop information and 2=
-hop information. For example, 






 






Assume nodeA Tx to nodeB @ cell-1, and nodeC is in the radio range=
 of nodeA. nodeD is a neighbor of nodeC, but not a neighbor of nodeB.<=
/o:p>






 






Then, from the schedule of nodeC (i.e. the RX cells of nodeC), nod=
eD cannot know nodeA is its 2-hop neighbor.






 






Thought?






Qin






 






 






  






 






 








 




On Thu, Jun 20, 2013 at 3:57 PM, Maria Rita PALATTELLA <maria-rita.palat=
tella@uni.lu> wrote:






Pouria, I do agree with you.


1-hop also include the 2- hop informati=
on. The RX cells for the 1-hop neighbor, are the TX cells
 for the 2-hop neighbor.


 


Maria Rita


 






From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of =
P.Zand@utwente.nl

Sent: Thursday, June 20, 2013 9:54 AM

To: =
watteyne@eecs.berkeley.edu;
pal@cs.stanford.ed=
u

Cc: 6tsch@ietf.o=
rg; 
pister@eecs.berkeley.edu








Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames














 


Hi Thomas,


 


Just one minor comment on “1. whe=
n all nodes know the full TSCH schedule of all their (2-hop?) neighborsR=
21;.


Shall we say 1-hop neighbors? I think, =
one node by collecting the schedule of all its one-hop neighbors
 can know the schedule of its two-hop neighborhood that might conflict with=
 its communication. In the received schedule information from one hop neigh=
bor, the links between the one-hop and two-hop neighbors are also included.=
 Am I right?  


 


Best Wishes,


Pouria  


 


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

Sent: Thursday, June 20, 2013 8:18 AM

To: Philip Levis

Cc: 6TSCH; Kris Pister

Subject: Re: [6tsch] TSCH: info for each(?) link in Enhanced Beacon =
frames


 




+1 on the use of Trickle. It would indeed be great if you coul=
d look at the applicability.




 






Per http://tools.ietf.org/html/rfc6206#section-5, we need=
 to identify what Trickle considers consistent,
 inconsistent, and what other events can cause a Trickle timer reset.<=
/o:p>






 






A first step might be to identify what we believe is a fully consi=
stent network. I see multiple, slightly different, definitions:<=
/p>





1. when all nodes know the full TSCH schedule of all their (2-hop?=
) neighbors






2. when there are no MAC-layer collisions, i.e. no communication h=
appens on the same slotoffset/channeloffset within that neighborhood






 






Of course, condition 1 is sufficient for condition 2 to be satisfi=
ed. I would argue that, since condition 2 is the end goal of the network, s=
atisfying condition 2 might be enough.
 That is, it's OK if you don't know the complete schedule of your neighbors=
, as long as you can communicate without collision. It is in fact possible =
that two cells are reused between two pairs of nodes, if at least one of th=
ese pairs never uses that cell,
 no Trickle reset is needed.






 






Thomas






 








 




On Wed, Jun 19, 2013 at 12:30 PM, Philip Levis <pal@cs.stanford.edu> wrote=
:


Yes -- as far as I know, there isn't a better (faster, more effici=
ent) algorithm than RFC6206 for reaching eventual consistency in a wireless=
 network. P2P is not a good place to
 start because it is based on a graph abstraction with neighbor sets. etc. =
I can look closer at the exact problem problem you're discussing to figure =
out whether I think Trickle would work well, if you like.



Phil






On Jun 19, 2013, at 11:13 AM, Kris Pister wrote:



> Isn't some form of trickle the right way to do this?  Maybe some =
issues with distribution over a two-hop neighborhood?

>

> ksjp

>

> On 6/19/2013 11:00 AM, Xavier Vilajosana wrote:

>> This problem is not new, in P2P communities I've seen many differe=
nt approaches to deal with keeping a distributed state (consistency). I thi=
nk there are 2 main directions, pessimistic and optimistic, pessimistic app=
roaches aim to enforce all nodes with
 the same information which requires transmitting the exact state to the ne=
ighbours and make sure it is installed there, usually this is done in maste=
r-slave architectures where the master tells the slaves what to do and won'=
t fit to our scenario (this is the
 PCE case in fact)

>>

>> A more scalable approach is to tolerate a little bit of de-synchro=
nization (optimistic consistency) and think that eventually all nodes will =
learn about the scheduling state. With that approach we can have scheduling=
 problems in case 2 nodes do not have
 their schedule completely synchronized, however monitoring can help to det=
ect that and correct eventually. My opinion is that the schedule does not c=
hange so much so having optimistic approaches would work well (in terms of =
scalability). To achieve that, nodes
 might send portions of their schedule, assuming that eventually all schedu=
le will be sent, it will take time but neighbours might learn all informati=
on from others "eventually".

>>

>> As Kris said, however, we need to find how useful that will be and=
 what are the cases where this will work better than just simple random sel=
ection and monitoring, assuming our schedules are sparse. If this is an opt=
ional feature seems that all cases can
 be covered.








_______________________________________________

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_F085911F642A6847987ADA23E611780D18568D79hoshiunilux_--

From qinwang@berkeley.edu  Fri Jun 21 05:52:28 2013
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Date: Fri, 21 Jun 2013 20:52:11 +0800
Message-ID: 
From: Qin Wang 
To: "Pascal Thubert (pthubert)" 
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Cc: "6tsch@ietf.org" <6tsch@ietf.org>, Xavier Vilajosana 
Subject: Re: [6tsch] support to installing Tracks
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--047d7bd76db008bac504dfa9883c
Content-Type: text/plain; charset=ISO-8859-1

Hi all,

I like the concept of "owner of tunnel", or "owner of track" introduced by
Pascal. Based on the concept, we can define a trackID as [owner IPv6
address, owner instanceID],  and the owner is the node who initializes the
procedure to establish a track. In another word, the IPv6 address could be
the source IPv6 address or the destination IPv6 address, depending on who
is its owner. In this way,it will be guaranteed that the trackID is unique
in the network.

How do you think?

Qin



On Fri, Jun 21, 2013 at 5:03 PM, Pascal Thubert (pthubert) <
pthubert@cisco.com> wrote:

>  Hello Xavi and Thomas:****
>
> ** **
>
> Note that the local instance ID is only unique to the IPv6 address that
> goes with it. So there is no need to check for uniqueness along the path.
> It is normally up to the owner of that IPv6 address to select an instance
> ID. ****
>
> ** **
>
> So if we pick the tunnel termination point as the owner of the instance ID
> I thought that it would be carried on the resv back that actually commits
> the time slots in rsvp.****
>
> OTOH if we picked the tunnel source then it could be carried in the path
> message. ****
>
> ** **
>
> In the case of the PCE it would be returned to the PCE upon completion of
> the tunnel establishment. ****
>
> ** **
>
> Do you see a need for a local ID at each hop?****
>
> ** **
>
> Cheers,****
>
> ** **
>
> Pascal****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Xavier Vilajosana
> *Sent:* vendredi 21 juin 2013 03:30
> *To:* 6tsch@ietf.org
>
> *Subject:* Re: [6tsch] support to installing Tracks****
>
>  ** **
>
> Hi Qin,
>
> I think that the instanceID in the centralized case will be selected by
> the PCE, this might be part of the information it carries when installing a
> track. In a distributed case, I can think of the following method:
>
> a source node aiming to create a track starts a reservation request (L4)
> that will travel through the track until it reaches the destination. At
> each hop nodes can indicate the instanceIDs of the tracks that cross
> through them. The destination will receive the track reservation request
> with all the instanceID that cannot be used. The destination will select an
> instanceID that is not reserved and will prepare the track reservation
> response so all nodes in the track can know their instanceID amongst other
> reservation information.
>
> Note that this is L4 mechanism as we are installing a track through
> multiple nodes. 6tus at L2.5 will be notified by the reservation response
> and will install the appropriate soft links according to the required QoS.
>
> this is the simplest way I can imagine.
>
> does it make sense?
> X
>
>
> Al 20/06/13 17:46, En/na Qin Wang ha escrit:****
>
>  Pascal and Thomas, ****
>
> ** **
>
> Dest IPv6 address is a very cool element in the tuple. I like it. But, I'm
> not sure who and how to choose a instanceID in each node while installing a
> track. Could you please explain more?****
>
> ** **
>
> Thanks****
>
> Qin****
>
> ** **
>
> ** **
>
> On Fri, Jun 21, 2013 at 8:32 AM, Thomas Watteyne <
> watteyne@eecs.berkeley.edu> wrote:****
>
> Pascal, ****
>
> I believe that using the instanceID would both prevent us from reinventing
> anything, yet having this capability. In one extreme case, the PCE could
> install all the routes in the routing table, which would take precedence
> over the ones installed by RPL (per your text).****
>
> ** **
>
> Qin, ****
>
> Do you feel comfortable with this approach?****
>
> ** **
>
> Thomas****
>
> ** **
>
> On Thu, Jun 20, 2013 at 6:48 AM, Pascal Thubert (pthubert) <
> pthubert@cisco.com> wrote:****
>
>  Hello Thomas:****
>
>  ****
>
> If we consider that a track is an hard core version of a route as
> installed by the PCE, then we might extend the thought that we placed
> there, and use an instance?****
>
>  ****
>
> TrackIDs could be taken from local instances (there are 64 of those per
> node) of the destination so the tuple (dest IPv6 ,  instanceID) would
> identify the track as it identifies routes.****
>
>  ****
>
> BTW, the proposed update of the architecture draft to reflect the previous
> discussions is as follows: ****
>
>  ****
>
> Centralized vs.  Distributed Routing****
>
>    6TSCH supports a mix model of centralized routes that are computed by**
> **
>
>    a Path Computation Entity and distributed routes that are computed by**
> **
>
>    RPL over a common physical LLN.****
>
>    Both RPL and the PCE may inject routes in the Routing Tables of the****
>
>    6TSCH routers.  In either case, each route is associated with a****
>
>    topology that is indexed by an instanceID, as defined in RPL****
>
>    [RFC6550].  RPL and PCE rely on shared sources to define Global and****
>
>    Local InstanceIDs.****
>
>    It is possible for RPL and PCE to share a same topology, in which****
>
>    case the PCE routes have precedence over RPL routes in case of a****
>
>    conflict.****
>
>    Inside the 6TSCH domain, the flow label is used to indicate the****
>
>    topology that must be used for routing and the associated Routing****
>
>    Tables as discussed in [I-D.thubert-roll-flow-label].****
>
>  ****
>
> What do you think?****
>
>  ****
>
> Pascal****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Thomas Watteyne
> *Sent:* jeudi 20 juin 2013 09:28
> *To:* 6TSCH
> *Subject:* Re: [6tsch] support to installing Tracks****
>
>  ****
>
> Qin,****
>
>  ****
>
> [I believe you sent the same e-mail twice, I'm only answering the second
> one]****
>
>  ****
>
> Having some type of track ID would indeed make life much easier. Each RX
> and TX cell would simply be associated to a trackID. The switching table
> (which I assume you refer to by "track table"?) might not even physically
> exist as such in the node's RAM memory. Rather the switching rule is simply
> "whatever you receive on an RX cell associaed with trackID 4, transmit on
> the next TX cell associated with trackID 4". There could be a trackID which
> means "no trackID", to identify the cells which are not associated on a
> track, and which can be used for regular routing. When the PCE installs a
> hard cell, it would install [direction,slotOffset,channelOffset,trackID].*
> ***
>
>  ****
>
> Does the above sound like what you're proposing?****
>
>  ****
>
> Assuming that a trackID identifies a flow, is there not some other
> number/tuple already available somewhere which could play the role of
> trackID without requiring a new numbering space? For example, could the
> trackID be the tuple [destination IPv6 address, DSCP]?****
>
>  ****
>
> Thomas****
>
>  ****
>
>  ****
>
>  ****
>
>  ****
>
> On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang  wrote:***
> *
>
> Hi all,****
>
>  ****
>
> We have had many discussions on Track related topic in threads like
> "Routing vs switching". I would like to discuss more about what 6tus should
> provide to install a Track, including installing both hard cell based Track
> and soft cell based Track.****
>
>  ****
>
> My understanding is what we can do now is as follows.****
>
> (1)  add hard cells along the path, with Cell Commands****
>
> (2) specify the mapping between each incoming cell and outgoing cell along
> the path, with Label Switching Commands****
>
>  ****
>
> If my understanding is correct, I can see the following problem: It need
> more bandwidth. For example, when you add a hard cell between nodeA and
> nodeB, one global communication from PCE to nodeA, and one local
> communication from nodeA to nodeB are needed. But for the Label Switching
> command, additional two communications, i.e. from PCE to nodeA and from PCE
> to nodeB are also needed. In addition, if a given track consists more than
> one incoming cells and outgoing cells, more bandwidth for installing the
> track will be consumed.****
>
>  ****
>
> Thus, I would like to suggest to use TrackID to associate incoming cells
> and outgoing cells. For sure, the TrackID will not appear in packet, it is
> just used to establish the relationship between incoming cells and outgoing
> cells. i.e.****
>
> (1) add TrackID as a parameter of Cell commands.****
>
> (2) same procedure of adding/removing hard cell or soft cell as before.***
> *
>
> (3) while receiving adding hard cell or soft cell command,  fill the Track
> table with the TrackID. In the Track table, Rx cells are the incoming cells
> and Tx cells are the outgoing cells. And then, from TSCH's point of view,
>  the schedule is the overlap of all Track tables.****
>
>  ****
>
> How do you think?****
>
>  ****
>
> Qin****
>
>
> _______________________________________________
> 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
>
>

--047d7bd76db008bac504dfa9883c
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


Hi all,

I like the concept of &qu=
ot;owner of tunnel", or "owner of track" introduced by Pasca=
l. Based on the concept, we can define a trackID as [owner IPv6 address, ow=
ner instanceID], =A0and the owner is the node who initializes the procedure=
 to establish a track. In another word, the IPv6 address could be the sourc=
e IPv6 address or the destination IPv6 address, depending on who is its own=
er. In this way,it will be guaranteed that the trackID is unique in the net=
work.



How do you think?

Qin



On Fri, Jun 21, 2013 at 5:03 PM, Pas=
cal Thubert (pthubert) <pthubert@cisco.com> wrote:













Hello Xavi and Thomas:


=A0<=
/p>

Note that the local insta=
nce ID is only unique to the IPv6 address that goes with it. So there is no=
 need to check for uniqueness along the path. It is normally
 up to the owner of that IPv6 address to select an instance ID. <=
/u>


=A0<=
/p>

So if we pick the tunnel =
termination point as the owner of the instance ID I thought that it would b=
e carried on the resv back that actually commits the time
 slots in rsvp.


OTOH if we picked the tun=
nel source then it could be carried in the path message.



=A0<=
/p>

In the case of the PCE it=
 would be returned to the PCE upon completion of the tunnel establishment.



=A0<=
/p>

Do you see a need for a l=
ocal ID at each hop?


=A0<=
/p>

Cheers,


=A0<=
/p>



Pascal=





=A0<=
/p>





From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana

Sent: vendredi 21 juin 2013 03:30

To: 6tsch@ietf.o=
rg


Subject: Re: [6tsch] support to installing Tracks






=A0




Hi Qin,



I think that the instanceID in the centralized case will be selected by the=
 PCE, this might be part of the information it carries when installing a tr=
ack. In a distributed case, I can think of the following method:



a source node aiming to create a track starts a reservation request (L4) th=
at will travel through the track until it reaches the destination. At each =
hop nodes can indicate the instanceIDs of the tracks that cross through the=
m. The destination will receive
 the track reservation request with all the instanceID that cannot be used.=
 The destination will select an instanceID that is not reserved and will pr=
epare the track reservation response so all nodes in the track can know the=
ir instanceID amongst other reservation
 information.



Note that this is L4 mechanism as we are installing a track through multipl=
e nodes. 6tus at L2.5 will be notified by the reservation response and will=
 install the appropriate soft links according to the required QoS.




this is the simplest way I can imagine.



does it make sense?

X





Al 20/06/13 17:46, En/na Qin Wang ha escrit:








Pascal and Thomas, 




=A0






Dest IPv6 address is a very cool element in the tupl=
e. I like it. But, I'm not sure who and how to choose a instanceID in e=
ach node while installing a track. Could you please explain more?=








=A0






Thanks






Qin






=A0








=A0




On Fri, Jun 21, 2013 at 8:32 AM, Thomas Watteyne <=
;watteyne@e=
ecs.berkeley.edu> wrote:




Pascal, 




I believe that using the instanceID would both preve=
nt us from reinventing anything, yet having this capability. In one extreme=
 case, the PCE could install all the routes in the routing table, which wou=
ld take precedence over the ones installed
 by RPL (per your text).






=A0






Qin,=A0






Do you feel comfortable with this approach?






=A0






Thomas








=A0






On Thu, Jun 20, 2013 at 6:48 AM, Pascal Thubert (pth=
ubert) <pthubert=
@cisco.com> wrote:














Hello Thomas:



=A0<=
/p>

If we consider that a tra=
ck is an hard core version of a route as installed by the PCE, then we migh=
t
 extend the thought that we placed there, and use an instance?


=A0<=
/p>

TrackIDs could be taken f=
rom local instances (there are 64 of those per node) of the destination
 so the tuple (dest IPv6 ,=A0 instanceID) would identify the track as it id=
entifies routes.


=A0<=
/p>

BTW, the proposed update =
of the architecture draft to reflect the previous discussions is as follows=
:



=A0<=
/p>

Centralized vs.=A0 Distri=
buted Routing


=A0=A0 6TSCH supports a m=
ix model of centralized routes that are computed by

=A0=A0 a Path Computation=
 Entity and distributed routes that are computed by

=A0=A0 RPL over a common =
physical LLN.


=A0=A0 Both RPL and the P=
CE may inject routes in the Routing Tables of the


=A0=A0 6TSCH routers.=A0 =
In either case, each route is associated with a


=A0=A0 topology that is i=
ndexed by an instanceID, as defined in RPL


=A0=A0 [RFC6550].=A0 RPL =
and PCE rely on shared sources to define Global and

=A0=A0 Local InstanceIDs.=



=A0=A0 It is possible for=
 RPL and PCE to share a same topology, in which


=A0=A0 case the PCE route=
s have precedence over RPL routes in case of a


=A0=A0 conflict.


=A0=A0 Inside the 6TSCH d=
omain, the flow label is used to indicate the


=A0=A0 topology that must=
 be used for routing and the associated Routing


=A0=A0 Tables as discusse=
d in [I-D.thubert-roll-flow-label].


=A0<=
/p>

What do you think?=



=A0<=
/p>

Pascal=



=A0<=
/p>

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

Sent: jeudi 20 juin 2013 09:28

To: 6TSCH

Subject: Re: [6tsch] support to installing Tracks






=A0




Qin,




=A0






[I believe you sent the same e-mail twice, I'm o=
nly answering the second one]




=A0






Having some type of track ID would indeed make life =
much easier. Each RX and TX cell would simply be associated to a trackID. T=
he switching table (which I assume you refer to by
 "track table"?) might not even physically exist as such in the n=
ode's RAM memory. Rather the switching rule is simply "whatever yo=
u receive on an RX cell associaed with trackID 4, transmit on the next TX c=
ell associated with trackID 4". There could be a trackID
 which means "no trackID", to identify the cells which are not as=
sociated on a track, and which can be used for regular routing. When the PC=
E installs a hard cell, it would install [direction,slotOffset,channelOffse=
t,trackID].







=A0






Does the above sound like what you're proposing?=







=A0






Assuming that a trackID identifies a flow, is there =
not some other number/tuple already available somewhere which could play th=
e role of trackID without requiring a new numbering
 space? For example, could the trackID be the tuple [destination IPv6 addre=
ss, DSCP]?






=A0






Thomas






=A0






=A0






=A0






=A0




On Wed, Jun 19, 2013 at 8:21 AM, Qin Wang <qinwang@berkeley.edu> wrote:




Hi all,




=A0






We have had many discussions on Track rel=
ated topic in threads like "Routing vs switching". I would like t=
o discuss
 more about what 6tus should provide to install a Track, including installi=
ng both hard cell based Track and soft cell based Track.






=A0






My understanding is what we can do now is=
 as follows.






(1) =A0add hard cells along the path, wit=
h Cell Commands






(2) specify the mapping between each inco=
ming cell and outgoing cell along the path, with=A0Label Switching Commands=








=A0






If my understanding is correct, I can see=
 the following problem: It need more bandwidth. For example, when you add
 a hard cell between nodeA and nodeB, one global communication from PCE to =
nodeA, and one local communication from nodeA to nodeB are needed. But for =
the Label Switching command, additional two communications, i.e. from PCE t=
o nodeA and from PCE to nodeB are
 also needed. In addition, if a given track consists more than one incoming=
 cells and outgoing cells, more bandwidth for installing the track will be =
consumed.






=A0






Thus, I would like to suggest to use Trac=
kID to associate incoming cells and outgoing cells. For sure, the TrackID
 will not appear in packet, it is just used to establish the relationship b=
etween incoming cells and outgoing cells. i.e.






(1) add TrackID as a parameter of Cell co=
mmands.






(2) same procedure of adding/removing har=
d cell or soft cell as before.






(3) while receiving adding hard cell or s=
oft cell command, =A0fill the Track table with the TrackID. In the Track ta=
ble,
 Rx cells are the incoming cells and Tx cells are the outgoing cells. And t=
hen, from TSCH's point of view, =A0the schedule is the overlap of all T=
rack tables.






=A0






How do you think?





=A0





Qin







_______________________________________________

6tsch mailing list

6tsch@ietf.org

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




=A0


















_______________________________________________

6tsch mailing list

6tsch@ietf.org

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










=A0






_______________________________________________

6tsch mailing list

6tsch@ietf.org

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




=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





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All,

You will find the minutes of the last webex below, and the presented slides
attached.

FYI, all the minutes and slides are archived a
https://bitbucket.org/6tsch/meetings/.

Thanks to Xavi and Dominique for taking notes!

As usual, fix anything we might have missed directly in the e-mail and
reply.

Thomas

-----

Minutes Webex 21 June 2013, 6TSCH group

Note: timestamps in PDT.
Taking notes *(using Etherpad)*

   1. Xavi Vilajosana
   2. Dominique Barthel
   3. Thomas Watteyne

Present *(alphabetically)*

   1. Alfredo Grieco
   2. Dominique Barthel
   3. Guillaume Gaillard
   4. Kris Pister
   5. Maria Rita Palattella
   6. Pascal Thubert
   7. Pouria Zand
   8. Raghuram Sudhaakar
   9. Thomas Watteyne
   10. Tina Tsou
   11. Tom Phinney
   12. Xavi Vilajosana

Recording

   - Webex recording (audio+slides,streaming)
   -
   https://cisco.webex.com/ciscosales/lsr.php?AT=pb&SP=MC&rID=69395152&rKey=9c437dc2a66e5d34
    *[62min]*

Slides

   - slides_130621_webex.ppt:
   slides shared during the call

Agenda

   - draft-thubert-6tsch-architecture-02 *[5min]*
   - draft-vilajosana-6tsch-basic-00 *[10min]*
   - Architecture with remote BBR *[10min]*
   - Soft cell assignment: random or not? *[20min]*
   - Track IDs *[10min]*
   - AOB *[5min]*

Minutes

   - *[08.05]* Meeting starts
   - *[08.05]* Pascal starts the recording
   - *[08.05]* Agenda *[Pascal]*
      - draft-thubert-architecture v2
      - draft-vilajosana-basic v0 (thank you Xavi!)
      - Architecture with remote BBR (by Thomas)
      - Soft cell assignment: random or not
      - Track IDs
      - AOB
   - *[08.06]* adopting minutes *[Pascal]*
      - let's do a call for adoption of the previous meeting's minutes from
      now on
      - any concerns with last call's minutes?

      rough consensus on the call

      - last call's minutes are adopted
      - note: we are recording this call
   - *[08.07]* draft-thubert-architecture *[Pascal]*
      - ROLL flow label draft (
      http://tools.ietf.org/html/draft-thubert-roll-flow-label): using the
      flow label we can skip to have another encapsulation and use it for the
      hop-by-hop
      - RPL can use hop by hop option
      - we can forward about anything in a slot (a la GMPLS), i.e. tunnel
      mode
      - transport mode: dmac to 0xffff at ingress, restored at egress
      - Tunnel Mode:
         - if we setup a track the forwarding is done at the 6tus layer
         - who sets the mac address and what mac addess is there?
         - Using the tunnel abstraction to switch between technologies,
         assuming a node can have 2 interfaces (e.g. WirelessHART and
         IEEE802.15.4e), the tunnel model can transport the
WirelessHART payload
         tunneled in the IEEE802.15.4e using 6tus tunnel and the
restore it at the
         egress router.
         - *[Thomas]*: we need to look closely at the implications,
         especially on the security aspect
         - *[Thomas]*: it might be easier to do if:
            - the WirelessHART and IEEE802.15.4e slots are the same length
            - some coordinated schedule of both networks is happening,
            essentially building a collision-free schedule across both networks.
         - *Action*: *ALL* to read proposed -02 draft (
      https://bitbucket.org/6tsch/draft-thubert-6tsch-architecture/src) and
      provide feedback.*Pascal* to publish after rough consensus.
   - *[08.19]* draft-vilajosana-6tsch-basic-00 *[Xavi]*
      - *Xavi* presents the draft published at
      http://tools.ietf.org/html/draft-vilajosana-6tsch-basic-00.
      - We were discussing the minimal configuration for 6TSCH at last call.
      - Draft contains the outcome of that discussion.

      Xavi shares his screen, showing the draft

      - Main purpose of draft is for interop testing.
      - Xavi goes through parameter values.
      - Longer than 10ms slot needed for slower platforms
      - Basic schedule, static schedule, same for all nodes, 5 active
      slots, rest is sleeping.
      - Recommends neighbor management information base.
   - *[08.30]* Architecture with remote BBR *[Thomas]*
      - Addresses the case of several BBRs, on different subnet. ND
      proxying needed for
      http://tools.ietf.org/html/draft-thubert-6lowpan-backbone-router-03 to
      work.
      - Several possible architectures : tunnel, combined PCE/router, hybrid
      - Hybrid: the PCE does the proxying of all the nodes in the LLN, the
      PCE manages and has explicit connections to the BBRs.
      - Keep PCE and ND separate elements. 6tsch does not define anything
      about how PCE and BBR communicate.
      - *[Thomas]* 6TSCH should not take on the task of defining BBR-to-PCE
      communication. But we should not exclude in our specification any of the
      three approaches and if someone wants to go for them this should not
      exclude them from the standard.
      - *[Pascal]* Push as much work as we can to the PCE/discovery. Add to
      architecture.
      - *[Pascal]* add some text on the architecture draft telling that can
      be done in an open way.
      - *[Thomas]* many ways of doing this. Should describe a reference
      architecture but leave it open
   - *[08.38]* Soft cell assignment: random or not? *[Thomas]*
      - This problem applies only to distributed scheduling.
      - Open question: Is a purely random good enough?
      - Answer will depend on the amount of traffic in the network. We need
      to indentify the threahold traffic at which point it is NOT good enough
      (possible collapse).
      - 2 neighbors negociate the allocation of an extra cell, and have to
      decide on a slotOffset/channelOffset. The problem is that neighbors can
      choose the same cell and then collisions occur.
      - Two methods:
         - Random selection: select cell randomly, and hope for the best.
         If collisions happen, a monitoring function detects then and
picks another
         (random) location for that cell.
         - Informed selection: maintain some state and try not to pick same
         cell as other neighbors. Collision can still happen, but less likely.
      - In both cases, detecting collisions is crucial, and I believe this
      was agreed on on the ML.
      - *[Pouria]* presents picture. Shows 2-hop neighborhood. Shows
      conflicting edges of two nodes. Node A can ask for one hop
neighbor's cell
      usage. It can get up to 2 hop neighbors as 1-hop neighbors can send that
      information. By combining that information, the figure can be
build. During
      a negotiation node A can send a candidate list to the neighbor.
      - *[Thomas]* There are 2 steps in solving this:
         1. how much of a problem is it if we just do random.
         2. If random is not good enoug, what is the best approach
      - Problems with random. What is the collision probability? What is
      the traffic on my network that causes random selection to not work. How
      often will a collision happen? Is is possible to evaluate the overhead of
      re-negotiation, and compare that to the overhead to maintain state?
      - There are open questioms
      - *[Thomas]* Pouria, willing to work on this?
      - *[Pouria]* yes.
      - *[Xavi]* look at P2P community, not reinvent.
      - *[Kris]* No doubt that informed will do better than random.
      - *[Thomas]* example of Trickle. RFC says one needs to define what is
      consistency and inconsistency. Opinions here on what is a
consistent state?
      "no collision" as the consistent state is being debated on the ML.
      - *[Kris]* a node won't know if it's a collision inside network or
      with something external. Only thing it knows is "this cell
doesn't work for
      me".
      - *[Thomas]* take as action item to start looking at problem of
      figuring out how bad random approach is, boundary with informed decision.
      Who would be interested.
      - *[Xavi]*: I'm interested.
      - *[Pouria]* I'm interested.
      - *[Alfredo]* I'm interested.
      - *[Alfredo]* the problem is that purely random selection can be done
      many different ways. We could for example have some dependency on the hop
      count from the DAGroot, could help with channel re-allocation. Implicit
      state, related to routing topology.
      - *[Thomas]* allocate pieces of matrix to differnet parts of DAG.
      Less fighting. Let's put this to the mailing list and come up
with numbers.
   - *[08.58]* Track IDs *[Thomas]*
      - discussion stared by Qin. If we don't have clear track ID, it's
      harder to match cells to tracks.
      - *[Pascal]* We could use of RPL Instance ID:
         - instanceID: each node has 64 available instanceIDs to manage.
         - the PCE can install route.
         - who selects the instanceID? source? destination? p2p rpl uses
         source to select instanceID.
         - what about broken track?
      - *[Thomas]*: 6LoWPAN would compress this nicely. Possibly through
      contexts?
         - *[Pascal]* the source mac is still compressed with 6lowpan.
         InstanceID is kept on the state of the tunnel.
         - *[Pascal]* Hop by hop option removed compression opportunity.
      - *[Thomas]*: we will carry on this dicsussion on the mailing list,
      because time has expired.
   - *[09.07]* AOB *[Thomas]*
      - *Thomas* calls for Any Other Business

      no other business

      - *[09.08]* meeting ends

--047d7b6dc4908fc42804dfadeb52
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


All,

You will find the minut=
es of the last webex below, and the presented slides attached.
FYI, all the minutes and slides are archived a https://bitbucket.org/=
6tsch/meetings/.





Thanks to Xavi and Dominique for taking notes!

As usual, fix anything we might have missed directly in th=
e e-mail and reply.

Thomas





-----


Minutes Webex 21 June 2013, 6TSCH group
Note: timestamps in PDT.



Taking notes=A0(using Etherpad)
  1. Xavi Vilajo=
sana
    2. 



  2. Dominique Ba=
rthel
  3. Th=
omas Watteyne



Present=A0(alphabetically)
  1. Alfredo Grieco



  2. Dominique Ba=
rthel
  3. Gu=
illaume Gaillard
  4. 


Kris Pister
  5. Maria Rita Palattella
  6. Pascal Thubert
  7. 


Pouria Zand
  8. Raghuram Sudhaakar
  9. Thomas Watteyne
  10. 


Tina Tsou
  11. Xavi Vilajosana



Recording
=
Slides
=
Agenda
    



  • draft-thuber=
t-6tsch-architecture-02=A0[5min]
  • draft-vilajosana-6tsch-basic-00=
=A0[10min]
    • 



  • Architecture=
 with remote BBR=A0[10min]
  • Soft cell assignment: random or not?=A0=
[20min]
    • 



  • Track IDs=A0=
[10min]
  • AOB=A0[5min]



Minutes
  • 


[08.30]=A0Architecture with remote BBR=A0[Thomas]=

    • Addresses the case of several BBRs, on di=
fferent subnet. ND proxying needed for=A0http://tools.iet=
f.org/html/draft-thubert-6lowpan-backbone-router-03=A0to work.
      • 



    • Several poss=
ible architectures : tunnel, combined PCE/router, hybrid
    • Hybrid: the PCE does the p=
roxying of all the nodes in the LLN, the PCE manages and has explicit conne=
ctions to the BBRs.
      • 



    • Keep PCE and=
 ND separate elements. 6tsch does not define anything about how PCE and BBR=
 communicate.
    • 


[Thomas]=A06TSCH should not take on the task of defining B=
BR-to-PCE communication. But we should not exclude in our specification any=
 of the three approaches and if someone wants to go for them this should no=
t exclude them from the standard.
      • 



    • [Pas=
cal]=A0Push as much work as we can to the PCE/discovery. Add to ar=
chitecture.
    • 


[Pascal]=A0add some text on the architecture draft telling=
 that can be done in an open way.
    • [Thomas]=A0many ways of doing th=
is. Should describe a reference architecture but leave it open
      • 



  • [08.38]=A0Soft cell assignment: random or not?=A0[Thomas]
    • 


This problem applies only to distributed scheduling.
    • Open question: Is a purely ran=
dom good enough?
    • 


Answer will depend on the amount of traffic in the network. We need to inde=
ntify the threahold traffic at which point it is NOT good enough (possible =
collapse).
    • 


2 neighbors negociate the allocation of an extra cell, and have to decide o=
n a slotOffset/channelOffset. The problem is that neighbors can choose the =
same cell and then collisions occur.
    • 


Two methods:
      • Random selection: select cell=
 randomly, and hope for the best. If collisions happen, a monitoring functi=
on detects then and picks another (random) location for that cell.
        • 



      • Informed sel=
ection: maintain some state and try not to pick same cell as other neighbor=
s. Collision can still happen, but less likely.
    • 


In both cases, detecting collisions is crucial, and I believe this was agre=
ed on on the ML.
    • [Pouria]=A0presents picture. Shows 2-hop neighbor=
hood. Shows conflicting edges of two nodes. Node A can ask for one hop neig=
hbor's cell usage. It can get up to 2 hop neighbors as 1-hop neighbors =
can send that information. By combining that information, the figure can be=
 build. During a negotiation node A can send a candidate list to the neighb=
or.
      • 



    • [Tho=
mas]=A0There are 2 steps in solving this:
        =

      1. how much of =
a problem is it if we just do random.
        2. 



      2. If random is=
 not good enoug, what is the best approach
    • Problems with random. What is =
the collision probability? What is the traffic on my network that causes ra=
ndom selection to not work. How often will a collision happen? Is is possib=
le to evaluate the overhead of re-negotiation, and compare that to the over=
head to maintain state?
      • 



    • There are op=
en questioms
    • [Thomas]=A0Pouria, willing to work on this?
    • 


[Pouria]=A0yes.
    • [Xavi]=A0look at P2P community, n=
ot reinvent.
    • 


[Kris]=A0No doubt that informed will do better than random=
.
    • [Thomas]=A0example of Trickle. RFC says one needs to define what=
 is consistency and inconsistency. Opinions here on what is a consistent st=
ate? "no collision" as the consistent state is being debated on t=
he ML.
      • 



    • [Kri=
s]=A0a node won't know if it's a collision inside network =
or with something external. Only thing it knows is "this cell doesn=
9;t work for me".
      • 



    • [Tho=
mas]=A0take as action item to start looking at problem of figuring=
 out how bad random approach is, boundary with informed decision. Who would=
 be interested.
      • 



    • [Xav=
i]: I'm interested.
    • [Pouria]=A0I'm interested.



    • [Alf=
redo]=A0I'm interested.
    • [Alfredo]=A0the problem is th=
at purely random selection can be done many different ways. We could for ex=
ample have some dependency on the hop count from the DAGroot, could help wi=
th channel re-allocation. Implicit state, related to routing topology.
      • 



    • [Tho=
mas]=A0allocate pieces of matrix to differnet parts of DAG. Less f=
ighting. Let's put this to the mailing list and come up with numbers.



  • [08.58]=A0Track IDs=A0[Thomas]
    • 


discussion stared by Qin. If we don't have clear track ID, it's har=
der to match cells to tracks.
    • [Pascal]=A0We could use of RPL Insta=
nce ID:
        



      • instanceID: =
each node has 64 available instanceIDs to manage.
      • the PCE can install route.
        • 


who selects the instanceID? source? destination? p2p rpl uses source to sel=
ect instanceID.
      • what about broken track?
    • 


[Thomas]: 6LoWPAN would compress this nicely. Possibly thr=
ough contexts?
      • [Pascal]=
=A0the source mac is still compressed with 6lowpan. InstanceID is kept on t=
he state of the tunnel.
        • 



      • [Pas=
cal]=A0Hop by hop option removed compression opportunity.
      • [Thomas]: we will carry on this dicsussion on the mailing list, =
because time has expired.
        • 



    • [09.07]=A0AOB=A0[Thomas]
      • 


Thomas=A0calls for Any Other Business
        


no other business
    • [09.08]=A0meeting ends
    • 

    

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--047d7b6dc4908fc42b04dfadeb54--

From pal@cs.stanford.edu  Fri Jun 21 12:56:32 2013
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On Jun 21, 2013, at 11:06 AM, Thomas Watteyne =
 wrote:

> 	=95 [08.07] draft-thubert-architecture [Pascal]
> 		=95 ROLL flow label draft =
(http://tools.ietf.org/html/draft-thubert-roll-flow-label): using the =
flow label we can skip to have another encapsulation and use it for the =
hop-by-hop

There was a lot of discussion about using the flow label with the ROLL =
WG.  I raised the concern that it's in violation of RFC6437. This seems =
like a very bad idea. Pascal, I think we all agree that being able to =
use the flow label would be very valuable, but the hurdle of using it is =
to convince 6man to amend RFC6437.

Phil

-------
Philip Levis
Associate Professor
Computer Science and Electrical Engineering
Stanford University
http://csl.stanford.edu/~pal



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6tsch-security draft has been submitted to IETF:

http://tools.ietf.org/html/draft-ohba-6tsch-security-00

Regards,
Yoshihiro Ohba


From pthubert@cisco.com  Mon Jun 24 04:05:45 2013
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From: "Pascal Thubert (pthubert)" 
To: Philip Levis , Thomas Watteyne 
Thread-Topic: [6tsch] minutes webex 21 June 2013
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Hello Phil:

After the positive review by Brian http://www.ietf.org/mail-archive/web/rol=
l/current/msg06967.html I'll be quite happy to go back to 6MAN.
I attended the meetings where the flow label story was debated and what the=
y really cared for was load balancing at the core.=20
What happens in the fringe was below the radar. We need to express clearly =
what we want and I trust 6MAN will be helpful.

Cheers,

Pascal

-----Original Message-----
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of P=
hilip Levis
Sent: vendredi 21 juin 2013 20:58
To: Thomas Watteyne
Cc: 6TSCH
Subject: Re: [6tsch] minutes webex 21 June 2013

On Jun 21, 2013, at 11:06 AM, Thomas Watteyne  =
wrote:

> 	* [08.07] draft-thubert-architecture [Pascal]
> 		* ROLL flow label draft=20
> (http://tools.ietf.org/html/draft-thubert-roll-flow-label): using the=20
> flow label we can skip to have another encapsulation and use it for=20
> the hop-by-hop

There was a lot of discussion about using the flow label with the ROLL WG. =
 I raised the concern that it's in violation of RFC6437. This seems like a =
very bad idea. Pascal, I think we all agree that being able to use the flow=
 label would be very valuable, but the hurdle of using it is to convince 6m=
an to amend RFC6437.

Phil

-------
Philip Levis
Associate Professor
Computer Science and Electrical Engineering Stanford University http://csl.=
stanford.edu/~pal


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

From pal@cs.stanford.edu  Mon Jun 24 08:18:53 2013
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That's great -- your proposed use not violating the IPv6 flow label =
specification would be tremendously valuable.

Phil

-------
Philip Levis
Associate Professor
Computer Science and Electrical Engineering
Stanford University
http://csl.stanford.edu/~pal

On Jun 24, 2013, at 4:05 AM, Pascal Thubert (pthubert) =
 wrote:

> Hello Phil:
>=20
> After the positive review by Brian =
http://www.ietf.org/mail-archive/web/roll/current/msg06967.html I'll be =
quite happy to go back to 6MAN.
> I attended the meetings where the flow label story was debated and =
what they really cared for was load balancing at the core.=20
> What happens in the fringe was below the radar. We need to express =
clearly what we want and I trust 6MAN will be helpful.
>=20
> Cheers,
>=20
> Pascal
>=20
> -----Original Message-----
> From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf =
Of Philip Levis
> Sent: vendredi 21 juin 2013 20:58
> To: Thomas Watteyne
> Cc: 6TSCH
> Subject: Re: [6tsch] minutes webex 21 June 2013
>=20
> On Jun 21, 2013, at 11:06 AM, Thomas Watteyne =
 wrote:
>=20
>> 	* [08.07] draft-thubert-architecture [Pascal]
>> 		* ROLL flow label draft=20
>> (http://tools.ietf.org/html/draft-thubert-roll-flow-label): using the=20=

>> flow label we can skip to have another encapsulation and use it for=20=

>> the hop-by-hop
>=20
> There was a lot of discussion about using the flow label with the ROLL =
WG.  I raised the concern that it's in violation of RFC6437. This seems =
like a very bad idea. Pascal, I think we all agree that being able to =
use the flow label would be very valuable, but the hurdle of using it is =
to convince 6man to amend RFC6437.
>=20
> Phil
>=20
> -------
> Philip Levis
> Associate Professor
> Computer Science and Electrical Engineering Stanford University =
http://csl.stanford.edu/~pal
>=20
>=20
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


From pthubert@cisco.com  Tue Jun 25 08:30:38 2013
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From: "Pascal Thubert (pthubert)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] draft-ohba-6tsch-security-00
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--_000_E045AECD98228444A58C61C200AE1BD841331D7Exmbrcdx01ciscoc_
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Dear all:

I realized that the list was not copied; fixing this now. The discussion is=
 around section 2 that is missing the expansion of 6TSCH

Cheers,

Pascal

From: yoshihiro.ohba@toshiba.co.jp [mailto:yoshihiro.ohba@toshiba.co.jp]
Sent: mardi 25 juin 2013 11:04
To: Pascal Thubert (pthubert); xvilajosana@eecs.berkeley.edu; maria-rita.pa=
lattella@uni.lu
Cc: watteyne@eecs.berkeley.edu
Subject: RE: [6tsch] draft-ohba-6tsch-security-00



From: Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
Sent: Tuesday, June 25, 2013 5:46 PM
To: xvilajosana@eecs.berkeley.edu; oh=
ba yoshihiro(=1B$BBg>l=1B(B =1B$B5AMN=1B(B =1B$B!{#R#D#C""#N#S#L=1B(B); mar=
ia-rita.palattella@uni.lu
Cc: watteyne@eecs.berkeley.edu
Subject: RE: [6tsch] draft-ohba-6tsch-security-00

Hello Xavi and Yoshi.

I=1B$B!G=1B(Bd agree that our terminology is not perfect for that definitio=
n. Let us discuss this at the next call.
=1B$B!H=1B(B
  6TSCH:      Entity that sets up the schedule, controls the
               connectivity graph of the network, and the resources
               allocated to each scheduled cell in that connectivity
               graph.  It may be an adaptation layer, a distributed
               reservation protocol, a centralized path computation
               entity, or any combination thereof.

=1B$B!H=1B(B
I think that the definition should 1) spell out the acronym =1B$B!H=1B(BIPv=
6 over Time Slotted Channel Hopping=1B$B!I=1B(B, and 2) explain that 6TSCH =
defines a set of IETF sublayers and protocols, as well as an architecture t=
o bind them together, for use in TSCH based networks. Which in turns remind=
s me that people are getting confused when we tell them that 6TSCH pronounc=
es =1B$B!H=1B(BSIXTUS=1B$B!I=1B(B and that we also have a sublayer called 6=
TUS. Shouldn=1B$B!G=1B(Bt we change something there?

Yoshi:  I think section 2 should refer to our terminology. There is already=
 a XREF link at the end of the draft. If the terminology expands the acrony=
m for 6TSCH you=1B$B!G=1B(Bre all set : )
[YO] As soon as we agree on the acronym for 6TSCH I will put it in section =
2.

About section 3. Could we separate the commissioning from the bootstrapping=
? I would like to see a phase 0 when the device is prepared and the managem=
ent systems are provisioned. In particular: What are the expectation on the=
 device off the factory: Some builtin vendor crypto material / certificate?=
 And then when the device is acquired and prepared for installation: Should=
 the OT people configure an IPv6 address? Additional crypto material like a=
 shared secret?

[YO] We could add text for phase 0 for commissioning (I think Figure 1 can =
still start with phase 1 since phase 0 does not need to be standardized).  =
The purpose of phase 0 is to install phase 1 KMP credentials in a physicall=
y secured and managed location before the devices are placed where they are=
 expected to operate.

Regards,
Yoshihiro Ohba


Cheers,

Pascal

--_000_E045AECD98228444A58C61C200AE1BD841331D7Exmbrcdx01ciscoc_
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    Dear all:
    

     <=
/p>

    I realized that the list =
was not copied; fixing this now. The discussion is around section 2 that is=
 missing the expansion of 6TSCH
    

     <=
/p>

    Cheers,=

    

     <=
/p>

    

    Pascal
    

    

     <=
/p>

    

    

    From: yoshihir=
o.ohba@toshiba.co.jp [mailto:yoshihiro.ohba@toshiba.co.jp]

    
Sent: mardi 25 juin 2013 11:04
    
To: Pascal Thubert (pthubert); xvilajosana@eecs.berkeley.edu; maria-=
rita.palattella@uni.lu
    
Cc: watteyne@eecs.berkeley.edu
    
Subject: RE: [6tsch] draft-ohba-6tsch-security-00    <=
/p>

    

    

     
    

     

     

    

    

    From: Pascal Thubert (pthubert) [=
mailto:pthubert@cisco.com]

    
Sent: Tuesday, June 25, 2013 5:46 PM
    
To: xvilajosana@eec=
s.berkeley.edu; ohba yoshihiro(    =1B$B=
Bg>l=1B(B
=1B$B5AMN=1B(B
=1B$B!{=1B(B=1B$B#R#D#=
C=1B(B=1B$B""=1B(B=1B=
$B#N#S#L=1B(B);
maria-rita.palattella@uni.l=
u
    
Cc: watteyne@eecs.berk=
eley.edu
    
Subject: RE: [6tsch] draft-ohba-6tsch-security-00    <=
/p>

    

    

     
    

    Hello Xavi and Yoshi.
    

     
    

    I=1B$B!G=1B(Bd agree that our terminology is=
 not perfect for that definition. Let us discuss this at the next call.
    

    =1B$B!H=1B(B
    

    
  6TSC=
H:      Entity that sets up the schedule, controls=
 the
    

    
  =
;             c=
onnectivity graph of the network, and the resources
    

    
  =
;             a=
llocated to each scheduled cell in that connectivity
    

    
  =
;             g=
raph.  It may be an adaptation layer, a distributed<=
/p>

    
  =
;             r=
eservation protocol, a centralized path computation
    

    
  =
;             e=
ntity, or any combination thereof.
    

     
    

    =1B$B!H=1B(B
    

    I think that the definition should 1) spell =
out the acronym =1B$B!H=1B(BIPv6 over Time Slotted Channel Hopping=1B$B!I=
=1B(B,
 and 2) explain that 6TSCH defines a set of IETF sublayers and protocols, a=
s well as an architecture to bind them together, for use in TSCH based netw=
orks. Which in turns reminds me that people are getting confused when we te=
ll them that 6TSCH pronounces =1B$B!H=1B(BSIXTUS=1B$B!I=1B(B
 and that we also have a sublayer called 6TUS. Shouldn=1B$B!G=1B(Bt we chan=
ge something there?
    

     
    

    Yoshi:  I think section 2 should refer =
to our terminology. There is already a XREF link at the end of
 the draft. If the terminology expands the acronym for 6TSCH you=1B$B!G=1B(=
Bre all set : )
    

    [YO] As soon as we agree on the acronym for 6TSCH I will put it in =
section 2.
    

     
    

    About section 3. Could we separate the commi=
ssioning from the bootstrapping? I would like to see a phase
 0 when the device is prepared and the management systems are provisioned. =
In particular: What are the expectation on the device off the factory: Some=
 builtin vendor crypto material / certificate? And then when the device is =
acquired and prepared for installation:
 Should the OT people configure an IPv6 address? Additional crypto material=
 like a shared secret?
    

    [YO] We could add text for phase 0 for commissioning (I think Figur=
e 1 can still start with phase 1 since phase 0 does not need
 to be standardized).  The purpose of phase 0 is to install phase 1 KM=
P credentials in a physically secured and managed location before the devic=
es are placed where they are expected to operate.=

    

     
    

    Regards,
    

    Yoshihiro Ohba
    

     
    

    Cheers,
    

     
    

    Pascal
    

    



--_000_E045AECD98228444A58C61C200AE1BD841331D7Exmbrcdx01ciscoc_--

From pthubert@cisco.com  Tue Jun 25 08:34:57 2013
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From: "Pascal Thubert (pthubert)" 
To: "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: 6TUS vs. 6TSCH
Thread-Index: Ac5xuVO/D0+QrPeXTjiQpPp8FBedUQ==
Date: Tue, 25 Jun 2013 15:34:42 +0000
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Subject: [6tsch] 6TUS vs. 6TSCH
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Hello Maria-Rita:

I think we can easily beat a world record of the most ugly name. For instan=
ce try pronouncing this: 6TSCHTSSL  (for TimeSlotted Sub-Layer).

We need advice from the list:

1) what do you think of the definition below for 6TSCH (I'm perfectly happy=
 with it=E0)
2) Should we rename 6TUS to avoid confusion with 6TSCH that pronounces sixt=
us already? If so, proposal?

Cheers,

Pascal

From: Maria Rita PALATTELLA [mailto:maria-rita.palattella@uni.lu]
Sent: mardi 25 juin 2013 11:08
To: Pascal Thubert (pthubert); xvilajosana@eecs.berkeley.edu; yoshihiro.ohb=
a@toshiba.co.jp
Cc: watteyne@eecs.berkeley.edu
Subject: RE: [6tsch] draft-ohba-6tsch-security-00

Hello Pascal,
I do agree that 6TSCH is not well defined in the terminology draft. Sorry f=
or that.  For sure, we need to spell out the acronym. According to what you=
 are suggesting, and what we had before, we may update it as follows:

6TSCH: IPv6 over Time Slotted Channel Hopping. It defines a set of IETF sub=
layers and protocols (for setting up a schedule with a centralized or distr=
ibuted approach, managing the resource allocation, etc.), as well as the ar=
chitecture to bind them together, for use in IPv6  TSCH based networks.

I also agree on the confusion that comes from having 6TSCH =3D SIXTUS and 6=
TUS adaptation layer. But I am worried it is a bit late for changing...some=
how people got already familiar with this terms...unless, we agree to have =
only 6TSCH, and call 6TUS 6TSCH adaptation layer. What do you think? Maybe =
it is even worst :)

Maria Rita


--_000_E045AECD98228444A58C61C200AE1BD841331DAAxmbrcdx01ciscoc_
Content-Type: text/html; charset="iso-8859-1"
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    Hello Maria-Rita:
    

     <=
/p>

    I think we can easily bea=
t a world record of the most ugly name. For instance try pronouncing this: =
6TSCHTSSL  (for TimeSlotted Sub-Layer).
    

     <=
/p>

    We need advice from the l=
ist:
    

     <=
/p>

    1) what do you think of t=
he definition below for 6TSCH (I’m perfectly happy with it=E0)
    

    2) Should we rename 6TUS =
to avoid confusion with 6TSCH that pronounces sixtus already? If so, propos=
al?
    

     <=
/p>

    Cheers,=

    

     <=
/p>

    

    Pascal<=
/p>

    

     <=
/p>

    

    

    From: Maria Ri=
ta PALATTELLA [mailto:maria-rita.palattella@uni.lu]

    
Sent: mardi 25 juin 2013 11:08
    
To: Pascal Thubert (pthubert); xvilajosana@eecs.berkeley.edu; yoshih=
iro.ohba@toshiba.co.jp
    
Cc: watteyne@eecs.berkeley.edu
    
Subject: RE: [6tsch] draft-ohba-6tsch-security-00    <=
/p>

    

    

     
    

    Hello Pascal,<=
/span>
    

    I do agree that 6TSCH is =
not well defined in the terminology draft. Sorry for that.  For sure, =
we need to spell out the acronym. According to what you are suggesting,
 and what we had before, we may update it as follows:
    

     <=
/p>

    6TSCH: IPv6 over Time =
Slotted Channel Hopping. It defines a set of IETF sublayers and protocols (=
for setting up a schedule with a centralized or distributed
 approach, managing the resource allocation, etc.), as well as the architec=
ture to bind them together, for use in IPv6  TSCH based networks.=

    

     <=
/p>

    I also agree on the confu=
sion that comes from having 6TSCH =3D SIXTUS and 6TUS adaptation layer. But=
 I am worried it is a bit late for changing…somehow people
 got already familiar with this terms…unless, we agree to have only 6=
TSCH, and call 6TUS 6TSCH adaptation layer. What do you think? Maybe it is =
even worst
J

    

     <=
/p>

    Maria Rita
    

    

     
    

    

    



--_000_E045AECD98228444A58C61C200AE1BD841331DAAxmbrcdx01ciscoc_--

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Date: Tue, 25 Jun 2013 11:46:27 -0700
Message-ID: 
From: Xavier Vilajosana Guillen 
To: "6tsch@ietf.org" <6tsch@ietf.org>
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Subject: [6tsch] simulation for random schedule allocation
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--089e011617a85729b604dffef228
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Hi all,

I prepared a little simulation to see how random schedule allocation
behaves. (I have the code in Java in case someone is interested)

here there are some details (everything can be tuned in case someone wants
to point me to a special case)

Network: 50 nodes

Topology: Random, where each node has a random number of neighbors between
2 and 10.

Each node requests a link to each of its neighbors. This is done from 1 to
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the
second 2, etc.. up to 10 links to each of the neighbors, can be configured)

The slotframe is 101 slots and 16 channels.

The simulation prints statistics for the test (and the collisions if we are
interested.)
I used pseudo random generator from the java language assuming it provides
uniform or almost uniform distribution.

The allocation counter counts both the number of links allocated as tx and
the number of links allocated as rx due to a neighbour allocating a link to
the actual node. The percentage is the % of collisions w.r.t the allocated
links.

Worst case is around 11% when allocating 10 links to each neighbour in that
50 node network.

I can play more on it but I wanted to share that initial results.

please see attached file for the results.

regards,

Xavi

--089e011617a85729b604dffef228
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    Hi all,

    I prepared=
 a little simulation to see how=20
random schedule allocation behaves. (I have the code in Java in case=20
someone is interested)

    here there are some details (everything can b=
e tuned in case someone wants to point me to a special case)
    

    Network: 50 nodes

    Topology: Random, where each node has a random=
 number of neighbors between 2 and 10.

    Each
 node requests a link to each of its neighbors. This is done from 1 to=20
10 times (i.e 10 tests, the first requesting 1 link to each neighbour,=20
the second 2, etc.. up to 10 links to each of the neighbors, can be=20
configured)
    

    The slotframe is 101 slots and 16 channels.

    The simulation print=
s statistics for the test (and the collisions if we are interested.)
    I used pseudo random generator from the java language assuming it provid=
es uniform or almost uniform distribution.
    


    The allocation counter counts both the number of links=20
allocated as tx and the number of links allocated as rx due to a=20
neighbour allocating a link to the actual node. The percentage is the %=20
of collisions w.r.t the allocated links. 
    

    Worst case is around 11% when allocating 10 links to each ne=
ighbour in that 50 node network.

    I can play more on it bu=
t I wanted to share that initial results.

    please see atta=
ched file for the results.
    


    regards,

    Xavi
    

    

    

--089e011617a85729b604dffef228--
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Date: Tue, 25 Jun 2013 12:37:16 -0700
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From: Xavier Vilajosana Guillen 
To: "6tsch@ietf.org" <6tsch@ietf.org>
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Subject: [6tsch] simulation for random schedule allocation
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Hi all,

I prepared a little simulation to see how random schedule allocation
behaves. (I have the code in Java in case someone is interested)

here there are some details (everything can be tuned in case someone wants
to point me to a special case)

Network: 50 nodes

Topology: Random, where each node has a random number of neighbors between
2 and 10.

Each node requests a link to each of its neighbors. This is done from 1 to
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the
second 2, etc.. up to 10 links to each of the neighbors, can be configured)

The slotframe is 101 slots and 16 channels.

The simulation prints statistics for the test (and the collisions if we are
interested.)
I used pseudo random generator from the java language assuming it provides
uniform or almost uniform distribution.

The allocation counter counts both the number of links allocated as tx and
the number of links allocated as rx due to a neighbour allocating a link to
the actual node. The percentage is the % of collisions w.r.t the allocated
links.

Worst case is around 11% when allocating 10 links to each neighbour in that
50 node network.

I can play more on it but I wanted to share that initial results.

please see attached file for the results.

regards,
Xavi

--047d7bdc0dda17cdd304dfffa81a
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


    Hi all,

    I prepared a little simulation to=
 see how=20
random schedule allocation behaves. (I have the code in Java in case=20
someone is interested)

    here there are some details (everything can b=
e tuned in case someone wants to point me to a special case)
    

    Network: 50 nodes

    Topology: Random, where each node has a random=
 number of neighbors between 2 and 10.

    Each
 node requests a link to each of its neighbors. This is done from 1 to=20
10 times (i.e 10 tests, the first requesting 1 link to each neighbour,=20
the second 2, etc.. up to 10 links to each of the neighbors, can be=20
configured)
    

    The slotframe is 101 slots and 16 channels.

    The simulation print=
s statistics for the test (and the collisions if we are interested.)
    I used pseudo random generator from the java language assuming it provid=
es uniform or almost uniform distribution.
    


    The allocation counter counts both the number of links=20
allocated as tx and the number of links allocated as rx due to a=20
neighbour allocating a link to the actual node. The percentage is the %=20
of collisions w.r.t the allocated links. 
    

    Worst case is around 11% when allocating 10 links to each ne=
ighbour in that 50 node network.

    I can play more on it bu=
t I wanted to share that initial results.

    please see atta=
ched file for the results.
    


    regards,
    Xavi
    

    

--047d7bdc0dda17cdd304dfffa81a--
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From xvilajosana@berkeley.edu  Tue Jun 25 17:24:28 2013
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Date: Tue, 25 Jun 2013 17:24:24 -0700
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From: Xavier Vilajosana Guillen 
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Subject: [6tsch] simulation for random schedule allocation
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Dear all, I plotted some of the results in case this can help on the
discussion about probabilistic selection of slots.

Note that I am playing with a 101 * 16 schedule and trying to allocate from
few links to almost all the schedule.

This plots correspond to one of the simulated nodes (of a 50 node network)
with a high neighbour density. (the rest are quite similar and vary a
little depending on the number of neighbours they have, nothing relevant
though)

Other cases can be simulated but before I will wait for your comments and
suggestions so I spent the time on the right direction.

kind regards,

Xavi

--047d7b5d8e490b878904e003abfa
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    Dear all, I plotted some of the results in case =
this can help on the discussion about probabilistic selection of slots.
    =

    Note that I am playing with a 101 * 16 schedule and trying to all=
ocate from few links to almost all the schedule.
    

    This plots correspond to one of the simulated nodes (of a 50 node=
 network) with a high neighbour density. (the rest are quite similar and va=
ry a little depending on the number of neighbours they have, nothing releva=
nt though)
    


    Other cases can be simulated but before I will wai=
t for your comments and suggestions so I spent the time on the right direct=
ion.

    kind regards,

    
Xavi
    

    

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From: Thomas Watteyne 
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Xavi,

Very cool!

I have a bit of a hard time interpreting your results, or at least using
them to answer my question. Maybe you can shine some light on the following
scenario? Don't hesitate to shout if I missed something.

I have a neighborhood of N nodes. As a first step, we can assume all nodes
hear all nodes, i.e. the neighborhood is fully meshed. A more realistic
scenario can come later.

Some of these nodes schedule cells to one another, using the purely random
approach. Once this is done, they start communicating over those cells and,
for some cells, *realize* that there are collisions. They then decide to *
reallocate* these cells to different (random) locations in the schedule. In
the "healthy" case this process goes on until there are no more collisions,
i.e. until the pairs of motes are communicating on cells which are not
actively used by any other pair in the neighborhood.

In this "healthy" case, if I plot the number of reallocations as a function
of time, and assuming that all motes are switched on at the same time
(which is very artificial, but "bad case" scenario), I expect to see the
number of reallocation first increase, then come back down to 0. I expect
the time to converge to zero to increase as the load increases. The load
can be changed by adding more motes into my neighborhood, or allocating
more cells per pair of neighbor nodes (both cases are equivalent?).

At some threshold load, however, we switch from the "healthy" state to the
"collapse" state. In the latter, the number of reallocations never
converges back to zero, as the network is constantly busy detecting and
fixing collisions. This can be considered a network collapse, which is a
very bad outcome, since the nodes are constantly busy communicating, but
the network is not relaying data.

This can probably be easily described using aloha-type analysis. What I'd
like to know is that threshold load, i.e. the load at which this network
switch from "healthy" to "collapse". If this threshold is very high, we
might consider the random scheduling for sparse network; if it's very low,
we cannot as it will never work well.

There are a couple of items I underlined above which I believe are
important:
- "realizing" that there is a collision is not immediate for a node. We
have discussed the possibility of comparing statistics of several cells in
the same bundle. As a first simulation step, we could consider that a
single collision triggers a reallocation. In a more realistic scenario, the
simulation could model the actual statistics and the little algorithm which
looks at them and triggers a reallocation. This delay may have an impact on
the performance of the network, and the threshold load.
- reallocating is not an immediate thing, as it requires the two neighbors
to send a couple of "negotiation" packets back-and-forth. The exact
protocol isn't defined yet, but it will also introduce some latency. Some
strange side-effect is that, during some period of time, the new cell will
have been allocated, but the old one not deleted yet, possibly resulting in
even more collisions.

I have the impression that your simulation does not (yet) model the dynamic
reallocation of cells. I haven't looked at the code, so please let me know
if my impression is wrong.

Thoughts? What do you think the next steps are? Anything other people from
the group can help with (or have already done)?

Thomas


On Tue, Jun 25, 2013 at 5:24 PM, Xavier Vilajosana Guillen <
xvilajosana@eecs.berkeley.edu> wrote:

> Dear all, I plotted some of the results in case this can help on the
> discussion about probabilistic selection of slots.
>
> Note that I am playing with a 101 * 16 schedule and trying to allocate
> from few links to almost all the schedule.
>
> This plots correspond to one of the simulated nodes (of a 50 node network)
> with a high neighbour density. (the rest are quite similar and vary a
> little depending on the number of neighbours they have, nothing relevant
> though)
>
> Other cases can be simulated but before I will wait for your comments and
> suggestions so I spent the time on the right direction.
>
> kind regards,
>
> Xavi
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--047d7bf16048f975c604e008cbe0
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


    Xavi,

    Very cool!
    =

    I have a bit of a hard time interpreting your results,=
 or at least using them to answer my question. Maybe you can shine some lig=
ht on the following scenario? Don't hesitate to shout if I missed somet=
hing.
    



    I have a neighborhood of N nodes. As a firs=
t step, we can assume all nodes hear all nodes, i.e. the neighborhood is fu=
lly meshed. A more realistic scenario can come later.
    

    

    Some of these nodes schedule cells to one another, using t=
he purely random approach. Once this is done, they start communicating over=
 those cells and, for some cells, realize that there are collisions.=
 They then decide to reallocate=A0these cells to different (random) =
locations in the schedule. In the "healthy" case this process goe=
s on until there are no more collisions, i.e. until the pairs of motes are =
communicating on cells which are not actively used by any other pair in the=
 neighborhood.
    



    In this "healthy" case, if I plot=
 the number of reallocations as a function of time, and assuming that all m=
otes are switched on at the same time (which is very artificial, but "=
bad case" scenario), I expect to see the number of reallocation first =
increase, then come back down to 0. I expect the time to converge to zero t=
o increase as the load increases. The load can be changed by adding more mo=
tes into my neighborhood, or allocating more cells per pair of neighbor nod=
es (both cases are equivalent?).
    



    At some threshold load, however, we switch =
from the "healthy" state to the "collapse" state. In th=
e latter, the number of reallocations never converges back to zero, as the =
network is constantly busy detecting and fixing collisions. This can be con=
sidered a network collapse, which is a very bad outcome, since the nodes ar=
e constantly busy communicating, but the network is not relaying data.



    This can probably be easily described using=
 aloha-type analysis. What I'd like to know is that threshold load, i.e=
. the load at which this network switch from "healthy" to "c=
ollapse". If this threshold is very high, we might consider the random=
 scheduling for sparse network; if it's very low, we cannot as it will =
never work well.
    



    There are a couple of items I underlined ab=
ove which I believe are important:
    - "realizing" =
that there is a collision is not immediate for a node. We have discussed th=
e possibility of comparing statistics of several cells in the same bundle. =
As a first simulation step, we could consider that a single collision trigg=
ers a reallocation. In a more realistic scenario, the simulation could mode=
l the actual statistics and the little algorithm which looks at them and tr=
iggers a reallocation. This delay may have an impact on the performance of =
the network, and the threshold load.
    


    - reallocating is not an immediate thing, as it requires the two=
 neighbors to send a couple of "negotiation" packets back-and-for=
th. The exact protocol isn't defined yet, but it will also introduce so=
me latency. Some strange side-effect is that, during some period of time, t=
he new cell will have been allocated, but the old one not deleted yet, poss=
ibly resulting in even more collisions.
    



    I have the impression that your simulation =
does not (yet) model the dynamic reallocation of cells. I haven't looke=
d at the code, so please let me know if my impression is wrong.
    


    Thoughts? What do you think the next steps are? Anythi=
ng other people from the group can help with (or have already done)?
    <=
div style>
    Thomas
    



    On Tue, Jun 25, 2013 at 5:24 PM, Xavier =
Vilajosana Guillen <xvilajosana@eecs.berkeley.edu> wrote:
    


    Dear all, I plott=
ed some of the results in case this can help on the discussion about probab=
ilistic selection of slots.
    


    Note that I am playing with a 101 * 16 schedule and trying to all=
ocate from few links to almost all the schedule.
    

    This plots correspond to one of the simulated nodes (of a 50 node=
 network) with a high neighbour density. (the rest are quite similar and va=
ry a little depending on the number of neighbours they have, nothing releva=
nt though)
    




    Other cases can be simulated but before I will wai=
t for your comments and suggestions so I spent the time on the right direct=
ion.

    kind regards,

    


Xavi
    

    

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


    

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From xvilajosana@berkeley.edu  Wed Jun 26 07:01:02 2013
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Date: Wed, 26 Jun 2013 07:00:28 -0700
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From: Xavier Vilajosana Guillen 
To: Thomas Watteyne 
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Subject: Re: [6tsch] simulation for random schedule allocation
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Hi Thomas,

the presented results and my simulator only takes into account the first
part of your description but I guess gives us a clue of what will happen.

The simulator builds a network and starts allocating links to
neighbors.From the results we can see that when the schedule is "empty"
<10% of scheduled links, the collision probability when scheduling a new
link is below 8%, meaning that if we have a collision and re-schedule lots
of chances are to succeed. As the schedule is more populated, i.e 80% of
the available links are scheduled, the probability of collision is >80%,
meaning that it becomes very hard to converge to a collision free schedule.

if you look at the attached file that corresponds to the simulation results
for a node in the network (node 0) and for different number of links in its
schedule, you will see that to be able to have a 100% allocated schedule
(i.e all links) the number of collisions that happened is enormous.

e.g
Node,NumLinksRequested,NumNeighbors,TotalLinks,Allocated
Links,Collisions,IdenticaAllocation,% Collision,% Used Links
0,538,9,1616,1616,7643,425,472.95792079207916,100.0

Node 0 with 9 neighbours, requested 538 links to its neighbours and its
neighbours also requested some cells to it. 1616 (100%) got allocated but
to reach that 7643 collisions happened (this takes into account all
requests from other neighbours of course).

With that your scenario can be drawn as if the schedule is not very dense,
reallocations collision can have low probability. As it becomes dense, it
seems impossible that the mechanism will work unless we have some "guided"
selection.

X




Xavi


On Tue, Jun 25, 2013 at 11:31 PM, Thomas Watteyne <
watteyne@eecs.berkeley.edu> wrote:

> Xavi,
>
> Very cool!
>
> I have a bit of a hard time interpreting your results, or at least using
> them to answer my question. Maybe you can shine some light on the following
> scenario? Don't hesitate to shout if I missed something.
>
> I have a neighborhood of N nodes. As a first step, we can assume all nodes
> hear all nodes, i.e. the neighborhood is fully meshed. A more realistic
> scenario can come later.
>
> Some of these nodes schedule cells to one another, using the purely random
> approach. Once this is done, they start communicating over those cells and,
> for some cells, *realize* that there are collisions. They then decide to *
> reallocate* these cells to different (random) locations in the schedule.
> In the "healthy" case this process goes on until there are no more
> collisions, i.e. until the pairs of motes are communicating on cells which
> are not actively used by any other pair in the neighborhood.
>
> In this "healthy" case, if I plot the number of reallocations as a
> function of time, and assuming that all motes are switched on at the same
> time (which is very artificial, but "bad case" scenario), I expect to see
> the number of reallocation first increase, then come back down to 0. I
> expect the time to converge to zero to increase as the load increases. The
> load can be changed by adding more motes into my neighborhood, or
> allocating more cells per pair of neighbor nodes (both cases are
> equivalent?).
>
> At some threshold load, however, we switch from the "healthy" state to the
> "collapse" state. In the latter, the number of reallocations never
> converges back to zero, as the network is constantly busy detecting and
> fixing collisions. This can be considered a network collapse, which is a
> very bad outcome, since the nodes are constantly busy communicating, but
> the network is not relaying data.
>
> This can probably be easily described using aloha-type analysis. What I'd
> like to know is that threshold load, i.e. the load at which this network
> switch from "healthy" to "collapse". If this threshold is very high, we
> might consider the random scheduling for sparse network; if it's very low,
> we cannot as it will never work well.
>
> There are a couple of items I underlined above which I believe are
> important:
> - "realizing" that there is a collision is not immediate for a node. We
> have discussed the possibility of comparing statistics of several cells in
> the same bundle. As a first simulation step, we could consider that a
> single collision triggers a reallocation. In a more realistic scenario, the
> simulation could model the actual statistics and the little algorithm which
> looks at them and triggers a reallocation. This delay may have an impact on
> the performance of the network, and the threshold load.
> - reallocating is not an immediate thing, as it requires the two neighbors
> to send a couple of "negotiation" packets back-and-forth. The exact
> protocol isn't defined yet, but it will also introduce some latency. Some
> strange side-effect is that, during some period of time, the new cell will
> have been allocated, but the old one not deleted yet, possibly resulting in
> even more collisions.
>
> I have the impression that your simulation does not (yet) model the
> dynamic reallocation of cells. I haven't looked at the code, so please let
> me know if my impression is wrong.
>
> Thoughts? What do you think the next steps are? Anything other people from
> the group can help with (or have already done)?
>
> Thomas
>
>
> On Tue, Jun 25, 2013 at 5:24 PM, Xavier Vilajosana Guillen <
> xvilajosana@eecs.berkeley.edu> wrote:
>
>> Dear all, I plotted some of the results in case this can help on the
>> discussion about probabilistic selection of slots.
>>
>> Note that I am playing with a 101 * 16 schedule and trying to allocate
>> from few links to almost all the schedule.
>>
>> This plots correspond to one of the simulated nodes (of a 50 node
>> network) with a high neighbour density. (the rest are quite similar and
>> vary a little depending on the number of neighbours they have, nothing
>> relevant though)
>>
>> Other cases can be simulated but before I will wait for your comments and
>> suggestions so I spent the time on the right direction.
>>
>> kind regards,
>>
>> Xavi
>>
>> _______________________________________________
>> 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
>
>

--001a1133d7b86a5dd604e00f114a
Content-Type: text/html; charset=ISO-8859-1
Content-Transfer-Encoding: quoted-printable


    Hi Thomas,

    the presented resul=
ts and my simulator only takes into account the first part of your descript=
ion but I guess gives us a clue of what will happen.

    The simul=
ator builds a network and starts allocating links to neighbors.From the res=
ults we can see that when the schedule is "empty" <10% of sche=
duled links, the collision probability when scheduling a new link is below =
8%, meaning that if we have a collision and re-schedule lots of chances are=
 to succeed. As the schedule is more populated, i.e 80% of the available li=
nks are scheduled, the probability of collision is >80%, meaning that it=
 becomes very hard to converge to a collision free schedule.
    

    if you look at the attached file that corresponds to the sim=
ulation results for a node in the network (node 0) and for different number=
 of links in its schedule, you will see that to be able to have a 100% allo=
cated schedule (i.e all links) the number of collisions that happened is en=
ormous.
    

    e.g 
    Node,NumLinksRequested,NumNeighbors,TotalLinks,Alloc=
ated Links,Collisions,IdenticaAllocation,% Collision,% Used Links
    0,538,=
9,1616,1616,7643,425,472.95792079207916,100.0

    
Node 0 with 9 neighbours, requested 538 links to its neighbours and its nei=
ghbours also requested some cells to it. 1616 (100%) got allocated but to r=
each that 7643 collisions happened (this takes into account all requests fr=
om other neighbours of course).
    

    With that your scenario can be drawn as if the schedule is n=
ot very dense, reallocations collision can have low probability. As it beco=
mes dense, it seems impossible that the mechanism will work unless we have =
some "guided" selection.
    

    X




    Xavi
    


    On Tue, Jun 25, 2013 at 11:31 PM, Thomas=
 Watteyne <watteyne@eecs.berkeley.edu> wrote:
    

    Xavi,

    Very cool!

    I have a bit of a hard time interpreting your results, or at least using=
 them to answer my question. Maybe you can shine some light on the followin=
g scenario? Don't hesitate to shout if I missed something.
    




    I have a neighborhood of N nodes. As a first step, we c=
an assume all nodes hear all nodes, i.e. the neighborhood is fully meshed. =
A more realistic scenario can come later.
    

    

    Some of these nodes schedule cells to one another, using the pur=
ely random approach. Once this is done, they start communicating over those=
 cells and, for some cells, realize that there are collisions. They =
then decide to reallocate=A0these cells to different (random) locati=
ons in the schedule. In the "healthy" case this process goes on u=
ntil there are no more collisions, i.e. until the pairs of motes are commun=
icating on cells which are not actively used by any other pair in the neigh=
borhood.
    




    In this "healthy" case, if I plot the number =
of reallocations as a function of time, and assuming that all motes are swi=
tched on at the same time (which is very artificial, but "bad case&quo=
t; scenario), I expect to see the number of reallocation first increase, th=
en come back down to 0. I expect the time to converge to zero to increase a=
s the load increases. The load can be changed by adding more motes into my =
neighborhood, or allocating more cells per pair of neighbor nodes (both cas=
es are equivalent?).
    




    At some threshold load, however, we switch from the &qu=
ot;healthy" state to the "collapse" state. In the latter, th=
e number of reallocations never converges back to zero, as the network is c=
onstantly busy detecting and fixing collisions. This can be considered a ne=
twork collapse, which is a very bad outcome, since the nodes are constantly=
 busy communicating, but the network is not relaying data.
    




    This can probably be easily described using aloha-type =
analysis. What I'd like to know is that threshold load, i.e. the load a=
t which this network switch from "healthy" to "collapse"=
;. If this threshold is very high, we might consider the random scheduling =
for sparse network; if it's very low, we cannot as it will never work w=
ell.
    




    There are a couple of items I underlined above which I =
believe are important:
    - "realizing" that there is a co=
llision is not immediate for a node. We have discussed the possibility of c=
omparing statistics of several cells in the same bundle. As a first simulat=
ion step, we could consider that a single collision triggers a reallocation=
. In a more realistic scenario, the simulation could model the actual stati=
stics and the little algorithm which looks at them and triggers a reallocat=
ion. This delay may have an impact on the performance of the network, and t=
he threshold load.
    



    - reallocating is not an immediate thing, as it requires the two neigh=
bors to send a couple of "negotiation" packets back-and-forth. Th=
e exact protocol isn't defined yet, but it will also introduce some lat=
ency. Some strange side-effect is that, during some period of time, the new=
 cell will have been allocated, but the old one not deleted yet, possibly r=
esulting in even more collisions.
    




    I have the impression that your simulation does not (ye=
t) model the dynamic reallocation of cells. I haven't looked at the cod=
e, so please let me know if my impression is wrong.
    


    Thoughts? What do you think the next steps are? Anything oth=
er people from the group can help with (or have already done)?

    Thomas
    

    



    On Tue, Jun 25, 2=
013 at 5:24 PM, Xavier Vilajosana Guillen <xvilajosana@eecs.be=
rkeley.edu> wrote:
    



    Dear all, I plotted some of the results in case this can=
 help on the discussion about probabilistic selection of slots.
    



    Note that I am playing with a 101 * 16 schedule and trying to all=
ocate from few links to almost all the schedule.
    

    This plots correspond to one of the simulated nodes (of a 50 node=
 network) with a high neighbour density. (the rest are quite similar and va=
ry a little depending on the number of neighbours they have, nothing releva=
nt though)
    





    Other cases can be simulated but before I will wai=
t for your comments and suggestions so I spent the time on the right direct=
ion.

    kind regards,

    



Xavi
    

    

    _________________________________________=
______
    
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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--001a1133d7b86a5dda04e00f114c--

From yoshihiro.ohba@toshiba.co.jp  Wed Jun 26 07:28:21 2013
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From: 
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Thread-Topic: [6tsch] simulation for random schedule allocation
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Subject: Re: [6tsch] simulation for random schedule allocation
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--_000_674F70E5F2BE564CB06B6901FD3DD78B12D2691Atgxml338toshiba_
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Hi Xavi,

Thank you very much for the simulation.

I am trying to understand the simulation model from your description and th=
e result.

=1B$B!H=1B(BTopology: Random, where each node has a random number of neighb=
ors between 2 and 10.=1B$B!I=1B(B

=1B$B!H=1B(B
************************ requesting 1 links
Node,Allocated Links,Collisions,Percentage
0,28,0,0.0
=1B$B!H=1B(B

In the above result, does Node 0 actually have 28 neighbors?

Regards,
Yoshihiro Ohba

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of X=
avier Vilajosana Guillen
Sent: Wednesday, June 26, 2013 3:46 AM
To: 6tsch@ietf.org
Subject: [6tsch] simulation for random schedule allocation


Hi all,

I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)

here there are some details (everything can be tuned in case someone wants =
to point me to a special case)

Network: 50 nodes

Topology: Random, where each node has a random number of neighbors between =
2 and 10.

Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)

The slotframe is 101 slots and 16 channels.

The simulation prints statistics for the test (and the collisions if we are=
 interested.)
I used pseudo random generator from the java language assuming it provides =
uniform or almost uniform distribution.
The allocation counter counts both the number of links allocated as tx and =
the number of links allocated as rx due to a neighbour allocating a link to=
 the actual node. The percentage is the % of collisions w.r.t the allocated=
 links.
Worst case is around 11% when allocating 10 links to each neighbour in that=
 50 node network.
I can play more on it but I wanted to share that initial results.
please see attached file for the results.
regards,
Xavi

--_000_674F70E5F2BE564CB06B6901FD3DD78B12D2691Atgxml338toshiba_
Content-Type: text/html; charset="iso-2022-jp"
Content-Transfer-Encoding: quoted-printable









    

    Hi Xavi,
    

     <=
/o:p>
    

    Thank you ve=
ry much for the simulation.
    

     <=
/o:p>
    

    I am trying =
to understand the simulation model from your description and the result.
    

     <=
/o:p>
    

    =1B$B!H=1B(BTopology: Random, w=
here each node has a random number of neighbors between 2 and 10.=1B$B!I=1B=
(B
    

     
    

    =1B$B!H=1B(B<=
/p>

    ************=
************ requesting 1 links
    

    Node,Allocat=
ed Links,Collisions,Percentage
    

    0,28,0,0.0
    

    =1B$B!H=1B(B=

    

     <=
/o:p>
    

    In the above=
 result, does Node 0 actually have 28 neighbors?
    

     <=
/o:p>
    

    Regards,
    

    Yoshihiro Oh=
ba
    

     <=
/o:p>
    

    From: 6tsch-bounces@ietf.org
 [mailto:6tsch-bounces@ietf.org] On Behalf Of Xavier Vilajosana Guil=
len
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.org
    
Subject: [6tsch] simulation for random schedule allocation
    

     
    

    


    

    

    

    

    

    Hi all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    

    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    
I used pseudo random generator from the java language =
assuming it provides uniform or almost uniform distribution.
    

    

    

    
The allocation counter counts both the number of links=
 allocated as tx and the number of links allocated as rx due to a neighbour=
 allocating a link to the actual node. The percentage is the % of collision=
s w.r.t the allocated links.

    

    

    

    
Worst case is around 11% when allocating 10 links to e=
ach neighbour in that 50 node network.
    

    

    

    
I can play more on it but I wanted to share that initi=
al results.
    

    

    

    
please see attached file for the results.
    

    

    
regards,
    

    

    

    Xavi
    

    

    

    

    

    



--_000_674F70E5F2BE564CB06B6901FD3DD78B12D2691Atgxml338toshiba_--


From xvilajosana@berkeley.edu  Wed Jun 26 09:33:06 2013
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References:  <674F70E5F2BE564CB06B6901FD3DD78B12D2691A@tgxml338.toshiba.local>
Date: Wed, 26 Jun 2013 09:33:05 -0700
Message-ID: 
From: Xavier Vilajosana Guillen 
To: yoshihiro.ohba@toshiba.co.jp
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Cc: "6tsch@ietf.org" <6tsch@ietf.org>
Subject: Re: [6tsch] simulation for random schedule allocation
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Hi Yoshihiro,

you are right, the formulation of the sentence is not correct. Should be:

=93Topology: Random, where each node requests a random number of neighbours
between 2 and 10.=94

this means that each node when created requests a number of neighbors
between 2 and 10, meaning that other nodes when are created also request
that number of neighbours and therefore a node can have more than 10
neighbours, because other nodes selected it as a neighbour. From the
simulation results I see that nodes have between 5 and 11 neighbours
usually.

However, from the numbers you point, 28 represents the number of allocated
links (number of allocated cells in the schedule) to its neighbours, there
might be more than one link to a neighbour in that case.
regards,
Xavi

Xavi


On Wed, Jun 26, 2013 at 7:28 AM,  wrote:

>  Hi Xavi,****
>
> ** **
>
> Thank you very much for the simulation.****
>
> ** **
>
> I am trying to understand the simulation model from your description and
> the result.****
>
> ** **
>
> =93Topology: Random, where each node has a random number of neighbors
> between 2 and 10.=94****
>
> ** **
>
> =93****
>
> ************************ requesting 1 links****
>
> Node,Allocated Links,Collisions,Percentage****
>
> 0,28,0,0.0****
>
> =93****
>
> ** **
>
> In the above result, does Node 0 actually have 28 neighbors?****
>
> ** **
>
> Regards,****
>
> Yoshihiro Ohba****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Xavier Vilajosana Guillen
> *Sent:* Wednesday, June 26, 2013 3:46 AM
> *To:* 6tsch@ietf.org
>
> *Subject:* [6tsch] simulation for random schedule allocation****
>
> ** **
>
>
> ****
>
> Hi all,
>
> I prepared a little simulation to see how random schedule allocation
> behaves. (I have the code in Java in case someone is interested)
>
> here there are some details (everything can be tuned in case someone want=
s
> to point me to a special case)
>
> Network: 50 nodes
>
> Topology: Random, where each node has a random number of neighbors betwee=
n
> 2 and 10.
>
> Each node requests a link to each of its neighbors. This is done from 1 t=
o
> 10 times (i.e 10 tests, the first requesting 1 link to each neighbour, th=
e
> second 2, etc.. up to 10 links to each of the neighbors, can be configure=
d)
>
> The slotframe is 101 slots and 16 channels.
>
> The simulation prints statistics for the test (and the collisions if we
> are interested.)****
>
> I used pseudo random generator from the java language assuming it provide=
s
> uniform or almost uniform distribution.****
>
> The allocation counter counts both the number of links allocated as tx an=
d
> the number of links allocated as rx due to a neighbour allocating a link =
to
> the actual node. The percentage is the % of collisions w.r.t the allocate=
d
> links. ****
>
> Worst case is around 11% when allocating 10 links to each neighbour in
> that 50 node network.****
>
> I can play more on it but I wanted to share that initial results.****
>
> please see attached file for the results.****
>
> regards,****
>
> Xavi****
>

--90e6ba6147fe3e4b3704e011334e
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--90e6ba6147fe3e4b3704e011334e--

From qinwang@berkeley.edu  Wed Jun 26 13:03:35 2013
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Date: Thu, 27 Jun 2013 04:03:34 +0800
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From: Qin Wang 
To: Xavier Vilajosana Guillen 
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Cc: "6tsch@ietf.org" <6tsch@ietf.org>, yoshihiro.ohba@toshiba.co.jp
Subject: Re: [6tsch] simulation for random schedule allocation
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Xavi,

I'm not sure I understand the simulation completely. I just have a question
about the topology of network, which is established by choosing neighbors
randomly and independently. My feeling is it may result in a network with
cross edges, in another word, a network which cannot be placed on a 2D
plate.  Correct?  If my understanding is correct, I would like to suggest
using conventional method to establish the network, i.e. set N nodes into a
2D array, with uniform distribution. N will reflect the network density,
i.e. the average number of neighbors.

Then, based on the network, we can play cell reservation.

Thought?

Qin



On Thu, Jun 27, 2013 at 12:33 AM, Xavier Vilajosana Guillen <
xvilajosana@eecs.berkeley.edu> wrote:

> Hi Yoshihiro,
>
> you are right, the formulation of the sentence is not correct. Should be:
>
> =93Topology: Random, where each node requests a random number of neighbou=
rs
> between 2 and 10.=94
>
> this means that each node when created requests a number of neighbors
> between 2 and 10, meaning that other nodes when are created also request
> that number of neighbours and therefore a node can have more than 10
> neighbours, because other nodes selected it as a neighbour. From the
> simulation results I see that nodes have between 5 and 11 neighbours
> usually.
>
> However, from the numbers you point, 28 represents the number of allocate=
d
> links (number of allocated cells in the schedule) to its neighbours, ther=
e
> might be more than one link to a neighbour in that case.
> regards,
> Xavi
>
> Xavi
>
>
> On Wed, Jun 26, 2013 at 7:28 AM,  wrote:
>
>>  Hi Xavi,****
>>
>> ** **
>>
>> Thank you very much for the simulation.****
>>
>> ** **
>>
>> I am trying to understand the simulation model from your description and
>> the result.****
>>
>> ** **
>>
>> =93Topology: Random, where each node has a random number of neighbors
>> between 2 and 10.=94****
>>
>> ** **
>>
>> =93****
>>
>> ************************ requesting 1 links****
>>
>> Node,Allocated Links,Collisions,Percentage****
>>
>> 0,28,0,0.0****
>>
>> =93****
>>
>> ** **
>>
>> In the above result, does Node 0 actually have 28 neighbors?****
>>
>> ** **
>>
>> Regards,****
>>
>> Yoshihiro Ohba****
>>
>> ** **
>>
>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>> Behalf Of *Xavier Vilajosana Guillen
>> *Sent:* Wednesday, June 26, 2013 3:46 AM
>> *To:* 6tsch@ietf.org
>>
>> *Subject:* [6tsch] simulation for random schedule allocation****
>>
>> ** **
>>
>>
>> ****
>>
>> Hi all,
>>
>> I prepared a little simulation to see how random schedule allocation
>> behaves. (I have the code in Java in case someone is interested)
>>
>> here there are some details (everything can be tuned in case someone
>> wants to point me to a special case)
>>
>> Network: 50 nodes
>>
>> Topology: Random, where each node has a random number of neighbors
>> between 2 and 10.
>>
>> Each node requests a link to each of its neighbors. This is done from 1
>> to 10 times (i.e 10 tests, the first requesting 1 link to each neighbour=
,
>> the second 2, etc.. up to 10 links to each of the neighbors, can be
>> configured)
>>
>> The slotframe is 101 slots and 16 channels.
>>
>> The simulation prints statistics for the test (and the collisions if we
>> are interested.)****
>>
>> I used pseudo random generator from the java language assuming it
>> provides uniform or almost uniform distribution.****
>>
>> The allocation counter counts both the number of links allocated as tx
>> and the number of links allocated as rx due to a neighbour allocating a
>> link to the actual node. The percentage is the % of collisions w.r.t the
>> allocated links. ****
>>
>> Worst case is around 11% when allocating 10 links to each neighbour in
>> that 50 node network.****
>>
>> I can play more on it but I wanted to share that initial results.****
>>
>> please see attached file for the results.****
>>
>> regards,****
>>
>> Xavi****
>>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--089e013a1928f737e004e0142380
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


    Xavi,

    I'm not sure I understand the=
 simulation completely. I just have a question about the topology of networ=
k, which is established by choosing neighbors randomly and independently. M=
y feeling is it may result in a network with cross edges, in another word, =
a network which cannot be placed on a 2D plate. =A0Correct? =A0If my unders=
tanding is correct, I would like to suggest using conventional method to es=
tablish the network, i.e. set N nodes into a 2D array, with uniform distrib=
ution. N will reflect the network density, i.e. the average number of neigh=
bors.
    


    Then, based on the network, we can play cell reservatio=
n.

    Thought?

    Qin

    Hi Yoshihiro,

    you are rig=
ht, the formulation of the sentence is not correct. Should be:

    =93Topology: Random, where each node requests a random numb=
er of neighbours between 2 and 10.=94
    

    this means that each node when created requests a number of neigh=
bors between 2 and 10, meaning that other nodes when are created also reque=
st that number of neighbours and therefore a node can have more than 10 nei=
ghbours, because other nodes selected it as a neighbour. From the simulatio=
n results I see that nodes have between 5 and 11 neighbours usually.
    

    However, from the numbers you point, 28 represents the number of =
allocated links (number of allocated cells in the schedule) to its neighbou=
rs, there might be more than one link to a neighbour in that case.
    
regards,
    Xavi

    Xavi
    


    On Wed, Jun 26, 2013 at 7:28 AM,  <yoshihiro.ohba@toshiba.co.jp> wrote:
    







    

    

    Hi Xavi,<=
/u>
    

    =A0
    

    Thank you ve=
ry much for the simulation.
    

    =A0
    

    I am trying =
to understand the simulation model from your description and the result.=

    


    =A0
    

    =93Topology: Random, where each=
 node has a random number of neighbors between 2 and 10.=94
    

    =A0
    

    =93
    

    ************=
************ requesting 1 links
    

    Node,Allocat=
ed Links,Collisions,Percentage
    

    0,28,0,0.0
    

    =93
    

    =A0
    

    In the above=
 result, does Node 0 actually have 28 neighbors?
    

    =A0
    

    Regards,<=
/u>
    

    Yoshihiro Oh=
ba
    

    =A0
    

    From: 6tsch-bounces@ietf.org
 [mailto:6tsch-=
bounces@ietf.org] On Behalf Of Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.o=
rg

    
Subject: [6tsch] simulation for random schedule allocation=

    

    =A0
    

    

    

    

    

    

    

    Hi=
 all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    


    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    
I used pseudo random generator from the java language =
assuming it provides uniform or almost uniform distribution.<=
/span>
    

    

    

    
The allocation counter counts both the number of links=
 allocated as tx and the number of links allocated as rx due to a neighbour=
 allocating a link to the actual node. The percentage is the % of collision=
s w.r.t the allocated links.

    

    

    

    
Worst case is around 11% when allocating 10 links to e=
ach neighbour in that 50 node network.
    

    

    

    
I can play more on it but I wanted to share that initi=
al results.
    

    

    

    
please see attached file for the results.
    

    

    
regards,
    

    

    

    Xa=
vi
    

    

    

    

    

    

    





    
On Thu, Jun 27, 2013 at 12:33 AM, Xavier Vilajosana Guillen <x=
vilajosana@eecs.berkeley.edu> wrote:
    

    Hi Yoshihiro,

    you are rig=
ht, the formulation of the sentence is not correct. Should be:

    =93Topology: Random, where each node requests a random numb=
er of neighbours between 2 and 10.=94
    


    this means that each node when created requests a number of neigh=
bors between 2 and 10, meaning that other nodes when are created also reque=
st that number of neighbours and therefore a node can have more than 10 nei=
ghbours, because other nodes selected it as a neighbour. From the simulatio=
n results I see that nodes have between 5 and 11 neighbours usually.
    


    However, from the numbers you point, 28 represents the number of =
allocated links (number of allocated cells in the schedule) to its neighbou=
rs, there might be more than one link to a neighbour in that case.
    

    
regards,
    Xavi

    Xavi
    


    On Wed, Jun 26, 2013 at 7:28 AM,  <yoshihiro.ohba@toshiba.co.jp> wrote:
    








    

    

    Hi Xavi,<=
/u>
    

    =A0
    

    Thank you ve=
ry much for the simulation.
    

    =A0
    

    I am trying =
to understand the simulation model from your description and the result.=

    



    =A0
    

    =93Topology: Random, where each=
 node has a random number of neighbors between 2 and 10.=94
    

    =A0
    

    =93
    

    ************=
************ requesting 1 links
    

    Node,Allocat=
ed Links,Collisions,Percentage
    

    0,28,0,0.0
    

    =93
    

    =A0
    

    In the above=
 result, does Node 0 actually have 28 neighbors?
    

    =A0
    

    Regards,<=
/u>
    

    Yoshihiro Oh=
ba
    

    =A0
    

    From: 6tsch-bounces@ietf.org
 [mailto:6tsch-=
bounces@ietf.org] On Behalf Of Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.o=
rg

    
Subject: [6tsch] simulation for random schedule allocation=

    

    =A0
    

    

    

    

    

    

    

    Hi=
 all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    



    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    
I used pseudo random generator from the java language =
assuming it provides uniform or almost uniform distribution.<=
/span>
    

    

    

    
The allocation counter counts both the number of links=
 allocated as tx and the number of links allocated as rx due to a neighbour=
 allocating a link to the actual node. The percentage is the % of collision=
s w.r.t the allocated links.

    

    

    

    
Worst case is around 11% when allocating 10 links to e=
ach neighbour in that 50 node network.
    

    

    

    
I can play more on it but I wanted to share that initi=
al results.
    

    

    

    
please see attached file for the results.
    

    

    
regards,
    

    

    

    Xa=
vi
    

    

    

    

    

    

    



    

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


    

--089e013a1928f737e004e0142380--

From yoshihiro.ohba@toshiba.co.jp  Wed Jun 26 15:57:09 2013
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From: 
To: 
Thread-Topic: [6tsch] simulation for random schedule allocation
Thread-Index: AQHOcdRxZ3pDJXAb0ky1Inthw566LZlIC45Q//+Pk4CAAP0RsA==
Date: Wed, 26 Jun 2013 22:56:54 +0000
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Hi Xavi,

Thanks for your explanation.  I have better understanding now.

I have one more question.

You mentioned =1B$B!H=1B(Bthere might be more than one link to a neighbor=
=1B$B!I=1B(B.   Say Node X selected only one neighbor Node Y and requests o=
ne link to Node Y.  The resulting number of links associated with Node X ca=
n be two (2) when Node Y also selected Node X as its neighbor and requested=
 one link to Node X.  Is my understanding correct?

Yoshihiro Ohba


From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of X=
avier Vilajosana Guillen
Sent: Thursday, June 27, 2013 1:33 AM
To: ohba yoshihiro
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] simulation for random schedule allocation

Hi Yoshihiro,
you are right, the formulation of the sentence is not correct. Should be:

=1B$B!H=1B(BTopology: Random, where each node requests a random number of n=
eighbours between 2 and 10.=1B$B!I=1B(B
this means that each node when created requests a number of neighbors betwe=
en 2 and 10, meaning that other nodes when are created also request that nu=
mber of neighbours and therefore a node can have more than 10 neighbours, b=
ecause other nodes selected it as a neighbour. From the simulation results =
I see that nodes have between 5 and 11 neighbours usually.
However, from the numbers you point, 28 represents the number of allocated =
links (number of allocated cells in the schedule) to its neighbours, there =
might be more than one link to a neighbour in that case.
regards,
Xavi

Xavi

On Wed, Jun 26, 2013 at 7:28 AM, > wrote:
Hi Xavi,

Thank you very much for the simulation.

I am trying to understand the simulation model from your description and th=
e result.

=1B$B!H=1B(BTopology: Random, where each node has a random number of neighb=
ors between 2 and 10.=1B$B!I=1B(B

=1B$B!H=1B(B
************************ requesting 1 links
Node,Allocated Links,Collisions,Percentage
0,28,0,0.0
=1B$B!H=1B(B

In the above result, does Node 0 actually have 28 neighbors?

Regards,
Yoshihiro Ohba

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Xavier Vilajos=
ana Guillen
Sent: Wednesday, June 26, 2013 3:46 AM
To: 6tsch@ietf.org

Subject: [6tsch] simulation for random schedule allocation


Hi all,

I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)

here there are some details (everything can be tuned in case someone wants =
to point me to a special case)

Network: 50 nodes

Topology: Random, where each node has a random number of neighbors between =
2 and 10.

Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)

The slotframe is 101 slots and 16 channels.

The simulation prints statistics for the test (and the collisions if we are=
 interested.)
I used pseudo random generator from the java language assuming it provides =
uniform or almost uniform distribution.
The allocation counter counts both the number of links allocated as tx and =
the number of links allocated as rx due to a neighbour allocating a link to=
 the actual node. The percentage is the % of collisions w.r.t the allocated=
 links.
Worst case is around 11% when allocating 10 links to each neighbour in that=
 50 node network.
I can play more on it but I wanted to share that initial results.
please see attached file for the results.
regards,
Xavi


--_000_674F70E5F2BE564CB06B6901FD3DD78B12D26BDDtgxml338toshiba_
Content-Type: text/html; charset="iso-2022-jp"
Content-Transfer-Encoding: quoted-printable









    

    Hi Xavi,
    

     <=
/o:p>
    

    Thanks for y=
our explanation.  I have better understanding now. 

    

     <=
/o:p>
    

    I have one m=
ore question.
    

     <=
/o:p>
    

    You mentioned =1B$B!H=1B(Bthere=
 might be more than one link to a neighbor=1B$B!I=1B(B.   Say Nod=
e X selected only one neighbor Node Y and requests one link to Node Y. =
; The resulting number of links associated with Node X can be two (2) when
 Node Y also selected Node X as its neighbor and requested one link to Node=
 X.  Is my understanding correct?
    

     
    

    Yoshihiro Ohba
    

     
    

     <=
/o:p>
    

    From: 6tsch-bounces@ietf.org
 [mailto:6tsch-bounces@ietf.org] On Behalf Of Xavier Vilajosana Guil=
len
    
Sent: Thursday, June 27, 2013 1:33 AM
    
To: ohba yoshihiro
    
Cc: 6tsch@ietf.org
    
Subject: Re: [6tsch] simulation for random schedule allocation<=
/o:p>
    

     
    

    

    

    

    

    

    
Hi Yoshihiro,
    

    

    
you are right, the formulation of the sentence is not =
correct. Should be:
    

    
=1B$B!H=1B(BTopology: Random, where each node requests a random number of n=
eighbours between 2 and 10.=1B$B!I=1B(B
    

    

    
this means that each node when created requests a numb=
er of neighbors between 2 and 10, meaning that other nodes when are created=
 also request that number of neighbours and therefore a node can have more =
than 10 neighbours, because other
 nodes selected it as a neighbour. From the simulation results I see that n=
odes have between 5 and 11 neighbours usually.
    

    

    However, from the numbers you point, 28 represents=
 the number of allocated links (number of allocated cells in the schedule) =
to its neighbours, there might be more
 than one link to a neighbour in that case.
    

    

    regards,
    
Xavi
    

    

    


    

    

    

    

    Xavi
    

    

    

    
 
    

    

    On Wed, Jun 26, 2013 at 7:28 AM, <yoshihiro.ohba@toshiba=
.co.jp> wrote:
    

    

    

    
Hi Xavi,
    

    
 <=
o:p>
    

    
Thank you very much for the simulat=
ion.
    

    
 <=
o:p>
    

    
I am trying to understand the simul=
ation model from your description and the result.
    

    
 <=
o:p>
    

    
=1B$B!H=1B(BTopology: Random, where each node has a ra=
ndom number of neighbors between 2 and 10.=1B$B!I=1B(B
    

    
 
    

    
=1B$B!H=1B(B
    

    
************************ requesting=
 1 links
    

    
Node,Allocated Links,Collisions,Per=
centage
    

    
0,28,0,0.0
    

    
=1B$B!H=1B(B
    

    
 <=
o:p>
    

    
In the above result, does Node 0 ac=
tually have 28 neighbors?
    

    
 <=
o:p>
    

    
Regards,
    

    
Yoshihiro Ohba
    

    
 <=
o:p>
    

    
From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.o=
rg
    

    


    
Subject: [6tsch] simulation for random schedule allocation
    

    

    
 
    

    

    

    

    

    

    

    

    

    

    
Hi all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    

    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    
I used pseudo random generator from the java language =
assuming it provides uniform or almost uniform distribution.
    

    

    

    
The allocation counter counts both the number of links=
 allocated as tx and the number of links allocated as rx due to a neighbour=
 allocating a link to the actual node. The percentage is the % of collision=
s w.r.t the allocated links.

    

    

    

    
Worst case is around 11% when allocating 10 links to e=
ach neighbour in that 50 node network.
    

    

    

    
I can play more on it but I wanted to share that initi=
al results.
    

    

    

    
please see attached file for the results.
    

    

    
regards,
    

    

    

    
Xavi
    

    

    

    

    

    

    

    

    

    

     
    

    

    



--_000_674F70E5F2BE564CB06B6901FD3DD78B12D26BDDtgxml338toshiba_--


From xvilajosana@berkeley.edu  Wed Jun 26 17:27:39 2013
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Date: Wed, 26 Jun 2013 17:27:33 -0700
Message-ID: 
From: Xavier Vilajosana Guillen 
To: yoshihiro.ohba@toshiba.co.jp
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Subject: Re: [6tsch] simulation for random schedule allocation
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Hi Yoshihiro,

the network is represented by a boolean square matrix of
num_nodes*num_nodes. Two nodes are neighbours if the cell for that two
nodes (indexed by node ids) is true. if X is neighbour of Y the cells (x,y)
and (y,x) will be true.
When a node requests a link it always requests a TX link, the counter part
sets it to RX links so a link allocation happens at both sides. In a
particular node Number of allocated links is the accumulation of both TX
and RX allocated in that node.

Regarding your question, if X requests a TX link to Y the schedule of X
allocates a TX link to Y and the schedule of Y allocates a RX link from X.
If Y requests a TX link to X, X allocates a RX link from Y.

A link is not allocated in either side if there is a collision, and then I
increment the collision counter.

The code is here in case someone wants to play. Sorry it is not very clean
but I will clean it as soon as I can. If someone modifies it or improves
it, feel free to commit your changes to the repository so the simulator
becomes better.

https://github.com/xvilajosana/6TSCH

hope this makes things clear.

regards,
X


Xavi


On Wed, Jun 26, 2013 at 3:56 PM,  wrote:

>  Hi Xavi,****
>
> ** **
>
> Thanks for your explanation.  I have better understanding now.  ****
>
> ** **
>
> I have one more question.****
>
> ** **
>
> You mentioned =93there might be more than one link to a neighbor=94.   Sa=
y
> Node X selected only one neighbor Node Y and requests one link to Node Y.
> The resulting number of links associated with Node X can be two (2) when
> Node Y also selected Node X as its neighbor and requested one link to Nod=
e
> X.  Is my understanding correct?****
>
> ** **
>
> Yoshihiro Ohba****
>
> ** **
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Xavier Vilajosana Guillen
> *Sent:* Thursday, June 27, 2013 1:33 AM
> *To:* ohba yoshihiro
> *Cc:* 6tsch@ietf.org
> *Subject:* Re: [6tsch] simulation for random schedule allocation****
>
> ** **
>
> Hi Yoshihiro,****
>
> you are right, the formulation of the sentence is not correct. Should be:
>
> =93Topology: Random, where each node requests a random number of neighbou=
rs
> between 2 and 10.=94****
>
> this means that each node when created requests a number of neighbors
> between 2 and 10, meaning that other nodes when are created also request
> that number of neighbours and therefore a node can have more than 10
> neighbours, because other nodes selected it as a neighbour. From the
> simulation results I see that nodes have between 5 and 11 neighbours
> usually.****
>
> However, from the numbers you point, 28 represents the number of allocate=
d
> links (number of allocated cells in the schedule) to its neighbours, ther=
e
> might be more than one link to a neighbour in that case.****
>
> regards,
> Xavi****
>
>
> ****
>
> Xavi****
>
> ** **
>
> On Wed, Jun 26, 2013 at 7:28 AM,  wrote:***=
*
>
> Hi Xavi,****
>
>  ****
>
> Thank you very much for the simulation.****
>
>  ****
>
> I am trying to understand the simulation model from your description and
> the result.****
>
>  ****
>
> =93Topology: Random, where each node has a random number of neighbors
> between 2 and 10.=94****
>
>  ****
>
> =93****
>
> ************************ requesting 1 links****
>
> Node,Allocated Links,Collisions,Percentage****
>
> 0,28,0,0.0****
>
> =93****
>
>  ****
>
> In the above result, does Node 0 actually have 28 neighbors?****
>
>  ****
>
> Regards,****
>
> Yoshihiro Ohba****
>
>  ****
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On Behalf
> Of *Xavier Vilajosana Guillen
> *Sent:* Wednesday, June 26, 2013 3:46 AM
> *To:* 6tsch@ietf.org****
>
>
> *Subject:* [6tsch] simulation for random schedule allocation****
>
>  ****
>
>
> ****
>
> Hi all,
>
> I prepared a little simulation to see how random schedule allocation
> behaves. (I have the code in Java in case someone is interested)
>
> here there are some details (everything can be tuned in case someone want=
s
> to point me to a special case)
>
> Network: 50 nodes
>
> Topology: Random, where each node has a random number of neighbors betwee=
n
> 2 and 10.
>
> Each node requests a link to each of its neighbors. This is done from 1 t=
o
> 10 times (i.e 10 tests, the first requesting 1 link to each neighbour, th=
e
> second 2, etc.. up to 10 links to each of the neighbors, can be configure=
d)
>
> The slotframe is 101 slots and 16 channels.
>
> The simulation prints statistics for the test (and the collisions if we
> are interested.)****
>
> I used pseudo random generator from the java language assuming it provide=
s
> uniform or almost uniform distribution.****
>
> The allocation counter counts both the number of links allocated as tx an=
d
> the number of links allocated as rx due to a neighbour allocating a link =
to
> the actual node. The percentage is the % of collisions w.r.t the allocate=
d
> links. ****
>
> Worst case is around 11% when allocating 10 links to each neighbour in
> that 50 node network.****
>
> I can play more on it but I wanted to share that initial results.****
>
> please see attached file for the results.****
>
> regards,****
>
> Xavi****
>
> ** **
>

--001a1133d7b816fd4c04e017d419
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


    Hi Yoshihiro,

    the network is represented by a boolean square matrix of num_nodes*num_=
nodes. Two nodes are neighbours if the cell for that two nodes (indexed by =
node ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true. 
    

    When a node requests a link it always requests a TX link, the counter=
 part sets it to RX links so a link allocation happens at both sides. In a =
particular node Number of allocated links is the accumulation of both TX an=
d RX allocated in that node.
    

    Regarding your question, if X requests a TX link to Y the schedul=
e of X allocates a TX link to Y and the schedule of Y allocates a RX link f=
rom X. If Y requests a TX link to X, X allocates a RX link from Y.

    

    A link is not allocated in either side if there is a collision, and t=
hen I increment the collision counter.

    The code is here i=
n case someone wants to play. Sorry it is not very clean but I will clean i=
t as soon as I can. If someone modifies it or improves it, feel free to com=
mit your changes to the repository so the simulator becomes better.
    

    https://github.com/xvi=
lajosana/6TSCH

    hope this makes things clear.
    regards,
    X
    


    Xavi
    


    On Wed, Jun 26, 2013 at 3:56 PM,  <yoshihiro.ohba@toshiba.co.jp> wrote:
    







    

    

    Hi Xavi,<=
/u>
    

    =A0
    

    Thanks for y=
our explanation.=A0 I have better understanding now.=A0

    

    =A0
    

    I have one m=
ore question.
    

    =A0
    

    You mentioned =93there might be=
 more than one link to a neighbor=94. =A0=A0Say Node X selected only one ne=
ighbor Node Y and requests one link to Node Y.=A0 The resulting number of l=
inks associated with Node X can be two (2) when
 Node Y also selected Node X as its neighbor and requested one link to Node=
 X.=A0 Is my understanding correct?
    

    =A0
    

    Yoshihiro Ohba
    

    =A0
    

    =A0
    

    From: 6tsch-bounces@ietf.org
 [mailto:6tsch-=
bounces@ietf.org] On Behalf Of Xavier Vilajosana Guillen
    
Sent: Thursday, June 27, 2013 1:33 AM
    
To: ohba yoshihiro
    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    

    =A0
    

    

    

    

    

    

    
Hi Yoshihiro,
    

    

    
you are right, the formulation of the sentence is not =
correct. Should be:
    

    
=93Topology: Random, where each node requests a random number of neighbours=
 between 2 and 10.=94
    

    

    
this means that each node when created requests a numb=
er of neighbors between 2 and 10, meaning that other nodes when are created=
 also request that number of neighbours and therefore a node can have more =
than 10 neighbours, because other
 nodes selected it as a neighbour. From the simulation results I see that n=
odes have between 5 and 11 neighbours usually.
    

    

    Ho=
wever, from the numbers you point, 28 represents the number of allocated li=
nks (number of allocated cells in the schedule) to its neighbours, there mi=
ght be more
 than one link to a neighbour in that case.
    

    

    re=
gards,
    
Xavi
    

    

    

    

    

    

    

    Xa=
vi
    

    

    

    
=A0
    

    

    On=
 Wed, Jun 26, 2013 at 7:28 AM, <yoshihiro.ohba@toshiba.co.jp> wrote:
    


    

    

    
Hi Xavi,
    

    
=A0<=
/u>
    

    
Thank you very much for the simulat=
ion.
    

    
=A0<=
/u>
    

    
I am trying to understand the simul=
ation model from your description and the result.
    


    
=A0<=
/u>
    

    
=93Topology: Random, where each node has a random numb=
er of neighbors between 2 and 10.=94<=
/u>
    

    
=A0
    

    
=93
    

    
************************ requesting=
 1 links
    

    
Node,Allocated Links,Collisions,Per=
centage
    

    
0,28,0,0.0
    

    
=93<=
/u>
    

    
=A0<=
/u>
    

    
In the above result, does Node 0 ac=
tually have 28 neighbors?<=
/p>


    
=A0<=
/u>
    

    
Regards,
    

    
Yoshihiro Ohba
    

    
=A0<=
/u>
    

    
From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.o=
rg
    

    

    
Subject: [6tsch] simulation for random schedule allocation=

    

    

    
=A0
    

    

    

    

    

    

    

    

    

    

    
Hi all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    


    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    
I used pseudo random generator from the java language =
assuming it provides uniform or almost uniform distribution.<=
/span>
    

    

    

    
The allocation counter counts both the number of links=
 allocated as tx and the number of links allocated as rx due to a neighbour=
 allocating a link to the actual node. The percentage is the % of collision=
s w.r.t the allocated links.

    

    

    

    
Worst case is around 11% when allocating 10 links to e=
ach neighbour in that 50 node network.
    

    

    

    
I can play more on it but I wanted to share that initi=
al results.
    

    

    

    
please see attached file for the results.
    

    

    
regards,
    

    

    

    
Xavi
    

    

    

    

    

    

    

    

    

    

    =A0
    

    

    

    



    

--001a1133d7b816fd4c04e017d419--

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Yoshihiro and co-authors,

It's wonderful you were able to publish this draft so quickly!

Here is a list of pseudo-random thoughts I had while reading it. I'd be
happy if we could discuss the clarifying questions below on the ML and
during the following weekly calls. Do not hesitate to spawn your answers
into different e-mail threads if that's easier. I'm also adding some random
remarks and typos at the end of this e-mail; feel free to ignore any or all
of them.

*Clarifying questions*

*Credentials for P1 authentication.* The draft now reads that during the P1
bootstrapping phase, the new node authenticates to the authentication
server. For this to be possible, the node must have something installed.
That can be some pre-installed key, a certificate, or something more
exotic. In any case, I believe it would be useful to have a section at the
very beginning which indicates what the new node is expected to have when
trying to join the network. This will have an impact either on the
production phase of the devices, or on the pre-deployment routine the
installer need to go through.

*Interaction with IEEE802.15.4 security mechanisms*. IEEE802.15.4 (and
IEEE802.15.4e) comes with a CCM*, a combined encryption and authentication
block cipher mode, built on an AES-128 cipher. Using CCM*, a node can
encrypt and/or authenticate all MAC-layer frames. CCM* allows you to choose
which range of bytes you encrypt and/or authenticate in your packet. In
addition, IEEE802.15.4e defines that the nonce counter used by CCM*
contains the 5-byte ASN. This brings replay protection, since the ASN rolls
over every 350 years with 10ms slots. It would be great if the security
mechanism we come up with takes advantage of this capability, since at
least parts of it is built into most (all?) IEEE802.15.4 radios/SoCs. Maybe
the draft could contain some text explaining how this would work.

*Session with the PCE.* The PCE plays a special role in a 6TSCH networks.
Since it is responsible for the TSCH schedule (and maybe even for some
routing), it's essential that the communication between a node and the PCE
be confidential and authenticated. Do we need to have a special requirement
for the mote-to-PCE communication? If not, is this completely covered by
the discussion about P3?

*Authentication relay.* I'm a bit confused by the exact natore of the
authentication relay. This comes up for example in the following
requirement:
   R1-2: Phase-1 KMP MUST support stateless authentication relay operation.
What I understand is that it's the role the motes already in the network
play when a new node joins and is multiple hops away from the
authentication server. In this case, do those nodes need to play
any security role at all? Can they not relay a opaque sequence of bytes
which happens to be the (end-to-end secure) authentication traffic between
the authentication server and the new mote? The following paragraph seems
to indicate this:
   A Phase-3 node can forward Phase-1 KMP messages originated from
   or destined for a Phase-1 node that is joining the mesh network
   through the Phase-3 node.

*Footprint of keying material.* The draft indicates that, in the extreme
case, a node maintains separate keying material to communicate with each of
its neighbors. Is this accurate? This might introduce a large footprint,
both in memory and complexity. Is it possible to optionally relax P2 this
for low-end implementations, and e.g. have a common network key? I
understand the implication which you highlight in the introduction w.r.t.
ZIP.

*EB protection.* I understand the concern you express in Section 6, but
thanks to the TSCH nature of our little networks, the counter wraps every
350 years. I believe this significantly lowers the vulnerability of using a
pre-installed key.

*Random remarks*

- About section 2, I would argue that definitions live in the terminology
draft. It's already referenced at the bottom, so maybe put that
cross-reference at the beginning of Section 2?
- The draft lists the requirements for a secure 6TSCH solutions. PANA is
listed as one of the candidate KMPs. Maybe remove PANA it from the abstract=
?

*Typos and other minor things*

- "provide adequate Time Sensitive behaviors" -> "provide adequate levels
of determinism"
- Following Metcalf's law: add reference?
- "value of using radios" -> "the value of using radios"
- "wraps up" -> "wraps" (not sure)?
- "temporal PIN" -> "temporary PIN" (again, not sure)?
- "located in the coordinator" -> "co-located with the coordinator"?
- The SA of a link between node i and node j maintains MAC keys.
- MAC key, I assume using CCM*? encryption? authentication? both?
- bi-directinal -> bi-directional
- "on required security level" -> "on the required security level"
- "seciton" -> "section"
- "reply protected" -> "replay protected"
- "candiate" -> "candidate"
- "e.g sensor" -> "e.g. sensor"
- DTLS[RFC6347]: please make this s XREF
- "multicast key exportation" -> "exporting multicast keys"?
- "exported key material" -> "exported keying material"?
- "intergrity" -> "integrity"

Thomas

On Tue, Jun 25, 2013 at 8:30 AM, Pascal Thubert (pthubert) <
pthubert@cisco.com> wrote:

>  Dear all:****
>
> ** **
>
> I realized that the list was not copied; fixing this now. The discussion
> is around section 2 that is missing the expansion of 6TSCH****
>
> ** **
>
> Cheers,****
>
> ** **
>
> Pascal****
>
> ** **
>
> *From:* yoshihiro.ohba@toshiba.co.jp [mailto:yoshihiro.ohba@toshiba.co.jp=
]
>
> *Sent:* mardi 25 juin 2013 11:04
> *To:* Pascal Thubert (pthubert); xvilajosana@eecs.berkeley.edu;
> maria-rita.palattella@uni.lu
>
> *Cc:* watteyne@eecs.berkeley.edu
> *Subject:* RE: [6tsch] draft-ohba-6tsch-security-00****
>
>  ** **
>
> ** **
>
> ** **
>
> *From:* Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
>
> *Sent:* Tuesday, June 25, 2013 5:46 PM
> *To:* xvilajosana@eecs.berkeley.edu; ohba yoshihiro(=E5=A4=A7=E5=A0=B4 =
=E7=BE=A9=E6=B4=8B =E2=97=8B=EF=BC=B2=EF=BC=A4=EF=BC=A3=E2=96=A1=EF=BC=AE=
=EF=BC=B3=EF=BC=AC);
> maria-rita.palattella@uni.lu
> *Cc:* watteyne@eecs.berkeley.edu
> *Subject:* RE: [6tsch] draft-ohba-6tsch-security-00****
>
> ** **
>
> Hello Xavi and Yoshi.****
>
> ** **
>
> I=E2=80=99d agree that our terminology is not perfect for that definition=
. Let us
> discuss this at the next call.****
>
> =E2=80=9C****
>
>   6TSCH:      Entity that sets up the schedule, controls the****
>
>                connectivity graph of the network, and the resources****
>
>                allocated to each scheduled cell in that connectivity****
>
>                graph.  It may be an adaptation layer, a distributed****
>
>                reservation protocol, a centralized path computation****
>
>                entity, or any combination thereof.****
>
> ** **
>
> =E2=80=9C****
>
> I think that the definition should 1) spell out the acronym =E2=80=9CIPv6=
 over
> Time Slotted Channel Hopping=E2=80=9D, and 2) explain that 6TSCH defines =
a set of
> IETF sublayers and protocols, as well as an architecture to bind them
> together, for use in TSCH based networks. Which in turns reminds me that
> people are getting confused when we tell them that 6TSCH pronounces
> =E2=80=9CSIXTUS=E2=80=9D and that we also have a sublayer called 6TUS. Sh=
ouldn=E2=80=99t we change
> something there?****
>
> ** **
>
> Yoshi:  I think section 2 should refer to our terminology. There is
> already a XREF link at the end of the draft. If the terminology expands t=
he
> acronym for 6TSCH you=E2=80=99re all set : )****
>
> *[YO] As soon as we agree on the acronym for 6TSCH I will put it in
> section 2.*****
>
> ** **
>
> About section 3. Could we separate the commissioning from the
> bootstrapping? I would like to see a phase 0 when the device is prepared
> and the management systems are provisioned. In particular: What are the
> expectation on the device off the factory: Some builtin vendor crypto
> material / certificate? And then when the device is acquired and prepared
> for installation: Should the OT people configure an IPv6 address?
> Additional crypto material like a shared secret?****
>
> ** **
>
> *[YO] We could add text for phase 0 for commissioning (I think Figure 1
> can still start with phase 1 since phase 0 does not need to be
> standardized).  The purpose of phase 0 is to install phase 1 KMP
> credentials in a physically secured and managed location before the devic=
es
> are placed where they are expected to operate.*
>
> * *
>
> *Regards,*
>
> *Yoshihiro Ohba*
>
> ** **
>
> ** **
>
> Cheers,****
>
> ** **
>
> Pascal****
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--047d7b3398b765c8c504e01b236f
Content-Type: text/html; charset=UTF-8
Content-Transfer-Encoding: quoted-printable


    Yoshihiro and co-authors,

    It's wond=
erful you were able to publish this draft so quickly!

    <=
div>Here is a list of pseudo-random thoughts I had while reading it. I'=
d be happy if we could discuss the clarifying questions below on the ML and=
 during the following weekly calls. Do not hesitate to spawn your answers i=
nto different e-mail threads if that's easier. I'm also adding some=
 random remarks and typos at the end of this e-mail; feel free to ignore an=
y or all of them.
    





    Clarifying questions

    =

    Credentials for P1 authentication. The draft now reads that dur=
ing the P1 bootstrapping phase, the new node authenticates to the authentic=
ation server. For this to be possible, the node must have something install=
ed. That can be some pre-installed key, a certificate, or something more ex=
otic. In any case, I believe it would be useful to have a section at the ve=
ry beginning which indicates what the new node is expected to have when try=
ing to join the network. This will have an impact either on the production =
phase of the devices, or on the pre-deployment routine the installer need t=
o go through.
    




    Interaction with IEEE802.15.4 security mechanisms. IEEE802.15.4 (and IEEE802.15.4e) comes with a CCM*, a combined encryptio=
n and authentication block cipher mode, built on an AES-128 cipher. Using C=
CM*, a node can encrypt and/or authenticate all MAC-layer frames. CCM* allo=
ws you to choose which range of bytes you encrypt and/or authenticate in yo=
ur packet. In addition, IEEE802.15.4e defines that=C2=A0the=C2=A0nonce coun=
ter used by CCM* contains the 5-byte ASN. This brings replay protection, si=
nce the ASN rolls over every 350 years with 10ms slots. It would be great i=
f the security mechanism we come up with takes advantage of this capability=
, since at least parts of it is built into most (all?) IEEE802.15.4 radios/=
SoCs. Maybe the draft could contain some text explaining how this would wor=
k.
    




    Session with the PCE. The PCE plays a spec=
ial role in a 6TSCH networks. Since it is responsible for the TSCH schedule=
 (and maybe even for some routing), it's essential that the communicati=
on between a node and the PCE be confidential and authenticated. Do we need=
 to have a special requirement for the mote-to-PCE communication? If not, i=
s this completely covered by the discussion about P3?
    




    Authentication relay.=C2=A0I'm a bit confuse=
d by the exact natore of the authentication relay. This comes up for exampl=
e in the following requirement:
    =C2=A0 =C2=A0R1-2: Phase-1 KMP MUST support st=
ateless authentication relay=C2=A0operation.
    



    What I understand is that it's the role the motes already in the n=
etwork play when a new node=C2=A0joins=C2=A0and is multiple hops away from =
the authentication server. In this case, do those nodes need to play any=C2=
=A0security=C2=A0role at all? Can they not relay a opaque sequence of bytes=
 which happens to be the (end-to-end secure) authentication traffic between=
 the authentication server and the new mote? The following paragraph seems =
to indicate this:
    



    =
=C2=A0 =C2=A0A Phase-3 node can forward Phase-1 KMP messages originated fro=
m
    =C2=A0 =C2=A0or destined for a Phase-1 node that is joining the mesh=
 network
    



    =C2=A0 =
=C2=A0through the Phase-3 node.

    Fo=
otprint of keying material.=C2=A0The draft indicates that, in the extre=
me case, a node maintains separate keying material to communicate with each=
 of its neighbors. Is this accurate? This might introduce a large footprint=
, both in memory and complexity. Is it possible to optionally relax P2 this=
 for low-end implementations, and e.g. have a common network key? I underst=
and the implication which you highlight in the introduction w.r.t. ZIP.




    EB protection.=C2=A0I understand the concern you=
 express in Section 6, but thanks to the TSCH nature of our little networks=
, the counter wraps every 350 years. I believe this significantly lowers th=
e vulnerability of using a pre-installed key.
    




    Random remarks

    - About section 2, I would argue that definitions live in the terminolog=
y draft. It's already referenced at the bottom, so maybe put that cross=
-reference at the beginning of Section 2?
    




    - The draft lists the requirements for a secure 6TSCH solutions. PANA =
is listed as one of the candidate KMPs. Maybe remove PANA it from the abstr=
act?

    Typos and other minor things




    

    - "provide adequate Time Sensitive =
behaviors" -> "provide ad=
equate levels of determinism"
    

    -=C2=A0Following Metcalf's law: add =
reference?
    - "value of using radios" -> "the=C2=
=A0value of using radios"
    






    - "wraps up" -> "wraps" (not sure)?
    - "temporal PIN" -> "temporar=
y PIN" (again, not sure)?
    




    - "located in the=C2=A0coordinator" -> "co-located with the c=
oordinator"?
    




    -=C2=A0The SA of a link between n=
ode i and node j maintains MAC keys.
    - MAC key, I assume using CC=
M*? encryption? authentication? both?
    -=C2=A0bi-directinal ->=C2=A0bi-=
directional
    






    - "on=C2=A0required security level" -&g=
t; "on the=C2=A0required security level"
    




    - "seciton" -> "section"
    - "reply protected" -> "re=
play protected"
    




    - "cand=
iate" -> "candidate"
    - "e.g sensor" -> "e.g. s=
ensor"
    




    -=C2=A0DTLS[RFC634=
7]: please make this s XREF
    - "multicast key =
exportation" -> "exporting=C2=A0multicast keys"?
    




    - "exported key material" -> "exported keying material"?
    




    - "intergrity" -> "integrity"
    


    Thomas

    On Tue, Jun 25, 2013 at 8:30 AM, Pascal Thubert (pthubert)=
 <pthubert@cisco.com> wrote:
    








    






    

    

    =
Dear all:
    





    =C2=A0
    

    I realized that the list was not copied; fixing this now. The di=
scussion is around section 2 that is missing the expansion of 6TSCH<=
u>
    









    =C2=A0
    

    Cheers,
    

    =C2=A0
    

    

    Pascal
    

    

    =C2=A0
    

    

    

    From: yoshihiro.ohba=
@toshiba.co.jp [mailto:yoshihiro.ohba@toshiba.co.jp]

    
Sent: mardi 25 juin 2013 11:04
    
To: Pascal Thubert (pthubert); xvilajosana@eecs.berkeley.edu; maria-rita.palattel=
la@uni.lu
    









    
Cc: =
watteyne@eecs.berkeley.edu
    
Subject: RE: [6tsch] draft-ohba-6tsch-security-00
    

    

    

    =C2=A0
    

    =C2=A0
    

    =C2=A0
    

    

    

    From: Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]

    
Sent: Tuesday, June 25, 2013 5:46 PM
    
To: xvilajosana@eecs.berkeley.edu; ohba yoshihiro(    =E5=
=A4=A7=E5=A0=B4
=E7=BE=A9=E6=B4=8B
=E2=97=
=8B=EF=BC=B2=EF=BC=A4=EF=BC=A3=E2=96=A1=EF=
=BC=AE=EF=BC=B3=EF=BC=AC);
maria-rit=
a.palattella@uni.lu
    
Cc: =
watteyne@eecs.berkeley.edu
    
Subject: RE: [6tsch] draft-ohba-6tsch-security-00
    

    

    

    =C2=A0
    

    Hello Xavi and Yoshi.
    

    =C2=A0
    

    I=E2=80=99d agree that our term=
inology is not perfect for that definition. Let us discuss this at the next=
 call.
    








    

    =E2=80=9C
    

    
=C2=A0 6TSCH:=C2=A0=C2=A0=
=C2=A0=C2=A0=C2=A0 Entity that sets up the schedule, controls the=

    

    
=C2=A0=C2=A0=C2=A0=C2=A0=
=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0 connectivity g=
raph of the network, and the resources
    

    
=C2=A0=C2=A0=C2=A0=C2=A0=
=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0 allocated to e=
ach scheduled cell in that connectivity
    

    
=C2=A0=C2=A0=C2=A0=C2=A0=
=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0 graph.=C2=A0 I=
t may be an adaptation layer, a distributed
    

    
=C2=A0=C2=A0=C2=A0=C2=A0=
=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0 reservation pr=
otocol, a centralized path computation
    

    
=C2=A0=C2=A0=C2=A0=C2=A0=
=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0 entity, or any=
 combination thereof.
    

    =C2=A0
    

    =E2=80=9C
    

    I think that the definition should 1)=
 spell out the acronym =E2=80=9CIPv6 over Time Slotted Channel Hopping=E2=
=80=9D,
 and 2) explain that 6TSCH defines a set of IETF sublayers and protocols, a=
s well as an architecture to bind them together, for use in TSCH based netw=
orks. Which in turns reminds me that people are getting confused when we te=
ll them that 6TSCH pronounces =E2=80=9CSIXTUS=E2=80=9D
 and that we also have a sublayer called 6TUS. Shouldn=E2=80=99t we change =
something there?
    

    =C2=A0
    

    Yoshi: =C2=A0I think section 2 should=
 refer to our terminology. There is already a XREF link at the end of
 the draft. If the terminology expands the acronym for 6TSCH you=E2=80=99re=
 all set : )
    

    [YO] As soon as we agree on the a=
cronym for 6TSCH I will put it in section 2.=

    









    =C2=A0
    

    About section 3. Could we separate th=
e commissioning from the bootstrapping? I would like to see a phase
 0 when the device is prepared and the management systems are provisioned. =
In particular: What are the expectation on the device off the factory: Some=
 builtin vendor crypto material / certificate? And then when the device is =
acquired and prepared for installation:
 Should the OT people configure an IPv6 address? Additional crypto material=
 like a shared secret?
    

    =C2=A0
    

    [YO] We could add text for phase =
0 for commissioning (I think Figure 1 can still start with phase 1 since ph=
ase 0 does not need
 to be standardized).=C2=A0 The purpose of phase 0 is to install phase 1 KM=
P credentials in a physically secured and managed location before the devic=
es are placed where they are expected to operate.<=
/b>
    









    =C2=A0
    

    Regards,=

    

    Yoshihiro Ohba
    

    =C2=A0
    

    =C2=A0
    

    Cheers,
    

    =C2=A0
    

    Pascal
    

    

    


    _______________________________________________
    
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 Jun 27 00:31:41 2013
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From: Maria Rita PALATTELLA 
To: "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: RE:draft-ohba-6tsch-security-00
Thread-Index: AQHOcwhY5pjd85S6EkmMDKI1SVLFXg==
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Hello Yoshihiro,=0A=
=0A=
I am not a security expert, but I went through the draft and tried to under=
stand, in order to provide some feedback.=0A=
=0A=
Feel free to ignore them, if you find them inappropriate.=0A=
=0A=
1) the abstract should be re-worded. I would expose the topic in a more gen=
eral way (in order to be comprehensible for everyone) and then, refer to th=
e specific algorithm PANA.=0A=
=0A=
2) I would add a reference to Metcalf's law in the Intro.=0A=
=0A=
3) Assuming that we are not all familiar with PANA (sorry for that!), I wou=
ld provide a short description of the protocol. You may add it in the appen=
dix, as we did for instance in the Watteyne-lln-tsch draft, for describing =
TSCH. Or you can add more information in Sec. 5.1, where you present PANA a=
s a Phase-1 KMP candidate.=0A=
In both cases, everyone by reading your draft will have an almost complete =
view of the security framework you are suggesting.=0A=
=0A=
4)  For the acronyms, we may add all of them in the terminology draft. In t=
his way you should just refer to it, without any need to specify them again=
. @Pascal/Thomas: what do you think?=0A=
Or if you are using PANA notation, you may also refer to it.=0A=
=0A=
5) I have hard time while reading Phase-1. It seems that includes Phase-1 c=
redentials and a Phase-1 KMP. Is it correct? Then, It is not clear in which=
 order these two steps are executed.=0A=
<>=0A=
>From this sentence, it seems the sequence is Phase-1 credentials -> Phase-1=
 KMP=0A=
<>=0A=
>From this other sentence, it seems that the sequence is Phase-1 KMP - > is =
Phase-1 credentials. It seems to be confirmed also in the Example provided =
at page 6.=0A=
Maybe it is me missing something...=0A=
If you agree, I would suggest to revise a bit the description, clarifying s=
uch concept, and explaining them in the same order of their actual executio=
n.=0A=
=0A=
6) Typos:=0A=
- Initially all nodes but Node A - > I guess you didn't mean BUT=0A=
- we focus on Phase-2 KMP requirements in the next seciton. - > section=0A=
- PANA [RFC5191] is the Phase-1 KMP candidate since it supports mutual    a=
uthenticatio -> authentication=0A=
- IEEE 802.15.4 -> IEEE802.15.4 (without space)=0A=
=0A=
6) In sec. 6 when talking about EB, you may add a reference to Watteyne-dra=
ft, where a description of EB is provided.=0A=
=0A=
=0A=
Best Regards,=0A=
Maria Rita=0A=
=0A=
=0A=
-----Original Message-----=0A=
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of y=
oshihiro.ohba@toshiba.co.jp=0A=
Sent: Monday, June 24, 2013 4:10 AM=0A=
To: 6tsch@ietf.org=0A=
Subject: [6tsch] draft-ohba-6tsch-security-00=0A=
=0A=
6tsch-security draft has been submitted to IETF:=0A=
=0A=
http://tools.ietf.org/html/draft-ohba-6tsch-security-00=0A=
=0A=
Regards,=0A=
Yoshihiro Ohba=0A=
=0A=
_______________________________________________=0A=
6tsch mailing list=0A=
6tsch@ietf.org=0A=
https://www.ietf.org/mailman/listinfo/6tsch=0A=

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From: Maria Rita PALATTELLA 
To: "xvilajosana@eecs.berkeley.edu" , "yoshihiro.ohba@toshiba.co.jp" 
Thread-Topic: [6tsch] simulation for random schedule allocation
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Hello Xavi,
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.

1)"Each node requests a link to each of its neighbors."
Is it really what we want? In my point of view, each node will ask a set of=
 links (i.e., cells) according to the paths along which it will transmit it=
s own traffic, and forwards the traffic received by other neighbors. In oth=
er words, the number of requested cells per node should be less than what w=
e are simulating right now. For sure, in the actual scenario, we have highe=
r probability of collision.

2) " the network is represented by a boolean square matrix of num_nodes*num=
_nodes. Two nodes are neighbours if the cell for that two nodes (indexed by=
 node ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will b=
e true."
This way of representing the network can create somehow a bit of confusion =
with the TSCH schedule representation, where we have (timeslot, channeloffs=
et) cells.
Can't we find a different way for representing the network, and defying the=
 set of neighbors? Moreover, this point 2) is linked with point 1) I guess,=
 i.e., assuming each node will request a link to each of its neighbors.

3) "Topology: Random, where each node requests a random number of neighbour=
s between 2 and 10.=94
Even though I am in favor of having a random topology, and a random number =
of neighbors, maybe, for having a preliminary idea of the network behavior,=
 we could run a set of simulations, where we fix the number of neighbors (i=
.e., having it constant). Basically, my suggestion is to keep some paramete=
rs constant, while we change others, in order to see how each of them impac=
t the cells allocation.

Thank you!
Maria Rita


________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of Xavier V=
ilajosana Guillen [xvilajosana@eecs.berkeley.edu]
Sent: Thursday, June 27, 2013 2:27 AM
To: yoshihiro.ohba@toshiba.co.jp
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] simulation for random schedule allocation

Hi Yoshihiro,

the network is represented by a boolean square matrix of num_nodes*num_node=
s. Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be tru=
e.
When a node requests a link it always requests a TX link, the counter part =
sets it to RX links so a link allocation happens at both sides. In a partic=
ular node Number of allocated links is the accumulation of both TX and RX a=
llocated in that node.

Regarding your question, if X requests a TX link to Y the schedule of X all=
ocates a TX link to Y and the schedule of Y allocates a RX link from X. If =
Y requests a TX link to X, X allocates a RX link from Y.

A link is not allocated in either side if there is a collision, and then I =
increment the collision counter.

The code is here in case someone wants to play. Sorry it is not very clean =
but I will clean it as soon as I can. If someone modifies it or improves it=
, feel free to commit your changes to the repository so the simulator becom=
es better.

https://github.com/xvilajosana/6TSCH

hope this makes things clear.

regards,
X


Xavi


On Wed, Jun 26, 2013 at 3:56 PM, > wrote:
Hi Xavi,

Thanks for your explanation.  I have better understanding now.

I have one more question.

You mentioned =93there might be more than one link to a neighbor=94.   Say =
Node X selected only one neighbor Node Y and requests one link to Node Y.  =
The resulting number of links associated with Node X can be two (2) when No=
de Y also selected Node X as its neighbor and requested one link to Node X.=
  Is my understanding correct?

Yoshihiro Ohba


From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Xavier Vilajos=
ana Guillen
Sent: Thursday, June 27, 2013 1:33 AM
To: ohba yoshihiro
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] simulation for random schedule allocation

Hi Yoshihiro,
you are right, the formulation of the sentence is not correct. Should be:

=93Topology: Random, where each node requests a random number of neighbours=
 between 2 and 10.=94
this means that each node when created requests a number of neighbors betwe=
en 2 and 10, meaning that other nodes when are created also request that nu=
mber of neighbours and therefore a node can have more than 10 neighbours, b=
ecause other nodes selected it as a neighbour. From the simulation results =
I see that nodes have between 5 and 11 neighbours usually.
However, from the numbers you point, 28 represents the number of allocated =
links (number of allocated cells in the schedule) to its neighbours, there =
might be more than one link to a neighbour in that case.
regards,
Xavi

Xavi

On Wed, Jun 26, 2013 at 7:28 AM, > wrote:
Hi Xavi,

Thank you very much for the simulation.

I am trying to understand the simulation model from your description and th=
e result.

=93Topology: Random, where each node has a random number of neighbors betwe=
en 2 and 10.=94

=93
************************ requesting 1 links
Node,Allocated Links,Collisions,Percentage
0,28,0,0.0
=93

In the above result, does Node 0 actually have 28 neighbors?

Regards,
Yoshihiro Ohba

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Xavier Vilajos=
ana Guillen
Sent: Wednesday, June 26, 2013 3:46 AM
To: 6tsch@ietf.org

Subject: [6tsch] simulation for random schedule allocation


Hi all,

I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)

here there are some details (everything can be tuned in case someone wants =
to point me to a special case)

Network: 50 nodes

Topology: Random, where each node has a random number of neighbors between =
2 and 10.

Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)

The slotframe is 101 slots and 16 channels.

The simulation prints statistics for the test (and the collisions if we are=
 interested.)
I used pseudo random generator from the java language assuming it provides =
uniform or almost uniform distribution.
The allocation counter counts both the number of links allocated as tx and =
the number of links allocated as rx due to a neighbour allocating a link to=
 the actual node. The percentage is the % of collisions w.r.t the allocated=
 links.
Worst case is around 11% when allocating 10 links to each neighbour in that=
 50 node network.
I can play more on it but I wanted to share that initial results.
please see attached file for the results.
regards,
Xavi



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From alfredo.grieco@gmail.com  Thu Jun 27 01:41:37 2013
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From: "Alfredo Grieco" 
To: <6tsch@ietf.org>
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Date: Thu, 27 Jun 2013 10:41:23 +0200
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Subject: [6tsch] R:  simulation for random schedule allocation
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Hi all,

I guess that the point here is that the simulations of Xavi clearly
highlight that as the load increases the collision probability increases
too. I developed some Binomial expressions for a single hop network and
results are very similar to the ones of Xavi.

Of course the scenarios can be made more and more realistic (as Maria =
Rita
and Yoshihiro are suggesting) but the indication of these preliminary
outcomes seem to be that nodes with a low rank will experience a pretty =
high
collision probability (due to a higher load) if they choose cells =
according
to a pure random technique whereas nodes with a high rank can safely use =
a
random approach without any problem.

Again, it seems that the rank of a node has to play some role in the
mechanism used to select cells in order to avoid performance =
degradation. I
believe that this kind of indication should be provided in some of the
drafts in progress.=20

Cheers

Alfredo

Da: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] Per conto di
Maria Rita PALATTELLA
Inviato: Thursday, June 27, 2013 10:08 AM
A: xvilajosana@eecs.berkeley.edu; yoshihiro.ohba@toshiba.co.jp
Cc: 6tsch@ietf.org
Oggetto: Re: [6tsch] simulation for random schedule allocation

Hello Xavi,
first of all many thanks for having built the code and run this first =
set of
simulations for the WG.
I have some questions about the simulations. Please, feel free to ignore =
my
comments, if they are inappropriate.

1)"Each node requests a link to each of its neighbors."
Is it really what we want? In my point of view, each node will ask a set =
of
links (i.e., cells) according to the paths along which it will transmit =
its
own traffic, and forwards the traffic received by other neighbors. In =
other
words, the number of requested cells per node should be less than what =
we
are simulating right now. For sure, in the actual scenario, we have =
higher
probability of collision.

2) " the network is represented by a boolean square matrix of
num_nodes*num_nodes. Two nodes are neighbours if the cell for that two =
nodes
(indexed by node ids) is true. if X is neighbour of Y the cells (x,y) =
and
(y,x) will be true."
This way of representing the network can create somehow a bit of =
confusion
with the TSCH schedule representation, where we have (timeslot,
channeloffset) cells.
Can't we find a different way for representing the network, and defying =
the
set of neighbors? Moreover, this point 2) is linked with point 1) I =
guess,
i.e., assuming each node will request a link to each of its neighbors.

3) "Topology: Random, where each node requests a random number of =
neighbours
between 2 and 10.=94
Even though I am in favor of having a random topology, and a random =
number
of neighbors, maybe, for having a preliminary idea of the network =
behavior,
we could run a set of simulations, where we fix the number of neighbors
(i.e., having it constant). Basically, my suggestion is to keep some
parameters constant, while we change others, in order to see how each of
them impact the cells allocation.

Thank you!
Maria Rita

=A0
________________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of =
Xavier
Vilajosana Guillen [xvilajosana@eecs.berkeley.edu]
Sent: Thursday, June 27, 2013 2:27 AM
To: yoshihiro.ohba@toshiba.co.jp
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] simulation for random schedule allocation
Hi Yoshihiro,
the network is represented by a boolean square matrix of
num_nodes*num_nodes. Two nodes are neighbours if the cell for that two =
nodes
(indexed by node ids) is true. if X is neighbour of Y the cells (x,y) =
and
(y,x) will be true.=20
When a node requests a link it always requests a TX link, the counter =
part
sets it to RX links so a link allocation happens at both sides. In a
particular node Number of allocated links is the accumulation of both TX =
and
RX allocated in that node.
Regarding your question, if X requests a TX link to Y the schedule of X
allocates a TX link to Y and the schedule of Y allocates a RX link from =
X.
If Y requests a TX link to X, X allocates a RX link from Y.
A link is not allocated in either side if there is a collision, and then =
I
increment the collision counter.
The code is here in case someone wants to play. Sorry it is not very =
clean
but I will clean it as soon as I can. If someone modifies it or improves =
it,
feel free to commit your changes to the repository so the simulator =
becomes
better.

https://github.com/xvilajosana/6TSCH
hope this makes things clear.
regards,
X



Xavi

On Wed, Jun 26, 2013 at 3:56 PM,  wrote:
Hi Xavi,
=A0
Thanks for your explanation.=A0 I have better understanding now.=A0=20
=A0
I have one more question.
=A0
You mentioned =93there might be more than one link to a neighbor=94. =
=A0=A0Say Node
X selected only one neighbor Node Y and requests one link to Node Y.=A0 =
The
resulting number of links associated with Node X can be two (2) when =
Node Y
also selected Node X as its neighbor and requested one link to Node =
X.=A0 Is
my understanding correct?
=A0
Yoshihiro Ohba
=A0
=A0
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf =
Of
Xavier Vilajosana Guillen
Sent: Thursday, June 27, 2013 1:33 AM
To: ohba yoshihiro
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] simulation for random schedule allocation
=A0
Hi Yoshihiro,
you are right, the formulation of the sentence is not correct. Should =
be:

=93Topology: Random, where each node requests a random number of =
neighbours
between 2 and 10.=94
this means that each node when created requests a number of neighbors
between 2 and 10, meaning that other nodes when are created also request
that number of neighbours and therefore a node can have more than 10
neighbours, because other nodes selected it as a neighbour. From the
simulation results I see that nodes have between 5 and 11 neighbours
usually.
However, from the numbers you point, 28 represents the number of =
allocated
links (number of allocated cells in the schedule) to its neighbours, =
there
might be more than one link to a neighbour in that case.
regards,
Xavi


Xavi
=A0
On Wed, Jun 26, 2013 at 7:28 AM,  wrote:
Hi Xavi,
=A0
Thank you very much for the simulation.
=A0
I am trying to understand the simulation model from your description and =
the
result.
=A0
=93Topology: Random, where each node has a random number of neighbors =
between
2 and 10.=94
=A0
=93
************************ requesting 1 links
Node,Allocated Links,Collisions,Percentage
0,28,0,0.0
=93
=A0
In the above result, does Node 0 actually have 28 neighbors?
=A0
Regards,
Yoshihiro Ohba
=A0
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf =
Of
Xavier Vilajosana Guillen
Sent: Wednesday, June 26, 2013 3:46 AM
To: 6tsch@ietf.org

Subject: [6tsch] simulation for random schedule allocation
=A0


Hi all,

I prepared a little simulation to see how random schedule allocation
behaves. (I have the code in Java in case someone is interested)

here there are some details (everything can be tuned in case someone =
wants
to point me to a special case)

Network: 50 nodes

Topology: Random, where each node has a random number of neighbors =
between 2
and 10.

Each node requests a link to each of its neighbors. This is done from 1 =
to
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, =
the
second 2, etc.. up to 10 links to each of the neighbors, can be =
configured)

The slotframe is 101 slots and 16 channels.

The simulation prints statistics for the test (and the collisions if we =
are
interested.)
I used pseudo random generator from the java language assuming it =
provides
uniform or almost uniform distribution.
The allocation counter counts both the number of links allocated as tx =
and
the number of links allocated as rx due to a neighbour allocating a link =
to
the actual node. The percentage is the % of collisions w.r.t the =
allocated
links.=20
Worst case is around 11% when allocating 10 links to each neighbour in =
that
50 node network.
I can play more on it but I wanted to share that initial results.
please see attached file for the results.
regards,
Xavi
=A0



From yoshihiro.ohba@toshiba.co.jp  Thu Jun 27 02:35:48 2013
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From: 
To: , <6tsch@ietf.org>
Thread-Topic: [6tsch] draft-ohba-6tsch-security-00
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Hi Maria,

Thank you for your feedback. =20

We will revise Abstract.

For Metcalf's law reference, I would like to hear from Pascal.

We can add some introduction to PANA in Appendix.

I am happy to replace acronyms section with a reference to draft-palattella=
-6tsch-terminology.

Sorry for the confusing description about Phase-1.  I understood where the =
confusion came from. In the sentence "A symmetric key that is established a=
s a result of successful Phase-1 KMP is used for encrypting the Phase-2 and=
 Phase-3 credentials distributed from the authentication server to the node=
.", the symmetric key is a temporal key material generated from Phaes-1 KMP=
 credentials, and it is not as part of Phase-1 KMP credentials.  I will thi=
nk about improving the text.

We will fix typos and add a reference to draft-watteyne-6tsch-tsch-lln-cont=
ext for EB.

Best Regards,
Yoshihiro Ohba

-----Original Message-----
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of M=
aria Rita PALATTELLA
Sent: Thursday, June 27, 2013 4:32 PM
To: 6tsch@ietf.org
Subject: Re: [6tsch] draft-ohba-6tsch-security-00

Hello Yoshihiro,

I am not a security expert, but I went through the draft and tried to under=
stand, in order to provide some feedback.

Feel free to ignore them, if you find them inappropriate.

1) the abstract should be re-worded. I would expose the topic in a more gen=
eral way (in order to be comprehensible for everyone) and then, refer to th=
e specific algorithm PANA.

2) I would add a reference to Metcalf's law in the Intro.

3) Assuming that we are not all familiar with PANA (sorry for that!), I wou=
ld provide a short description of the protocol. You may add it in the appen=
dix, as we did for instance in the Watteyne-lln-tsch draft, for describing =
TSCH. Or you can add more information in Sec. 5.1, where you present PANA a=
s a Phase-1 KMP candidate.
In both cases, everyone by reading your draft will have an almost complete =
view of the security framework you are suggesting.

4)  For the acronyms, we may add all of them in the terminology draft. In t=
his way you should just refer to it, without any need to specify them again=
. @Pascal/Thomas: what do you think?
Or if you are using PANA notation, you may also refer to it.

5) I have hard time while reading Phase-1. It seems that includes Phase-1 c=
redentials and a Phase-1 KMP. Is it correct? Then, It is not clear in which=
 order these two steps are executed.
<> From this sentence, it seems the sequence is Phase-1 credentia=
ls -> Phase-1 KMP <> From this other sentence, it seems that t=
he sequence is Phase-1 KMP - > is Phase-1 credentials. It seems to be confi=
rmed also in the Example provided at page 6.
Maybe it is me missing something...
If you agree, I would suggest to revise a bit the description, clarifying s=
uch concept, and explaining them in the same order of their actual executio=
n.

6) Typos:
- Initially all nodes but Node A - > I guess you didn't mean BUT
- we focus on Phase-2 KMP requirements in the next seciton. - > section
- PANA [RFC5191] is the Phase-1 KMP candidate since it supports mutual    a=
uthenticatio -> authentication
- IEEE 802.15.4 -> IEEE802.15.4 (without space)

6) In sec. 6 when talking about EB, you may add a reference to Watteyne-dra=
ft, where a description of EB is provided.


Best Regards,
Maria Rita


-----Original Message-----
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of y=
oshihiro.ohba@toshiba.co.jp
Sent: Monday, June 24, 2013 4:10 AM
To: 6tsch@ietf.org
Subject: [6tsch] draft-ohba-6tsch-security-00

6tsch-security draft has been submitted to IETF:

http://tools.ietf.org/html/draft-ohba-6tsch-security-00

Regards,
Yoshihiro Ohba

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


From pthubert@cisco.com  Thu Jun 27 05:25:36 2013
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From: "Pascal Thubert (pthubert)" 
To: "yoshihiro.ohba@toshiba.co.jp" , "maria-rita.palattella@uni.lu" , "6tsch@ietf.org" <6tsch@ietf.org>
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Subject: Re: [6tsch] draft-ohba-6tsch-security-00
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Dear Yoshi:

I think that Wikipedia has a great discussion on Metcalf's law as http://en=
.wikipedia.org/wiki/Metcalfe%27s_law=20

Would you all agree?

Pascal


-----Original Message-----
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of y=
oshihiro.ohba@toshiba.co.jp
Sent: jeudi 27 juin 2013 11:36
To: maria-rita.palattella@uni.lu; 6tsch@ietf.org
Subject: Re: [6tsch] draft-ohba-6tsch-security-00

Hi Maria,

Thank you for your feedback. =20

We will revise Abstract.

For Metcalf's law reference, I would like to hear from Pascal.

We can add some introduction to PANA in Appendix.

I am happy to replace acronyms section with a reference to draft-palattella=
-6tsch-terminology.

Sorry for the confusing description about Phase-1.  I understood where the =
confusion came from. In the sentence "A symmetric key that is established a=
s a result of successful Phase-1 KMP is used for encrypting the Phase-2 and=
 Phase-3 credentials distributed from the authentication server to the node=
.", the symmetric key is a temporal key material generated from Phaes-1 KMP=
 credentials, and it is not as part of Phase-1 KMP credentials.  I will thi=
nk about improving the text.

We will fix typos and add a reference to draft-watteyne-6tsch-tsch-lln-cont=
ext for EB.

Best Regards,
Yoshihiro Ohba

-----Original Message-----
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of M=
aria Rita PALATTELLA
Sent: Thursday, June 27, 2013 4:32 PM
To: 6tsch@ietf.org
Subject: Re: [6tsch] draft-ohba-6tsch-security-00

Hello Yoshihiro,

I am not a security expert, but I went through the draft and tried to under=
stand, in order to provide some feedback.

Feel free to ignore them, if you find them inappropriate.

1) the abstract should be re-worded. I would expose the topic in a more gen=
eral way (in order to be comprehensible for everyone) and then, refer to th=
e specific algorithm PANA.

2) I would add a reference to Metcalf's law in the Intro.

3) Assuming that we are not all familiar with PANA (sorry for that!), I wou=
ld provide a short description of the protocol. You may add it in the appen=
dix, as we did for instance in the Watteyne-lln-tsch draft, for describing =
TSCH. Or you can add more information in Sec. 5.1, where you present PANA a=
s a Phase-1 KMP candidate.
In both cases, everyone by reading your draft will have an almost complete =
view of the security framework you are suggesting.

4)  For the acronyms, we may add all of them in the terminology draft. In t=
his way you should just refer to it, without any need to specify them again=
. @Pascal/Thomas: what do you think?
Or if you are using PANA notation, you may also refer to it.

5) I have hard time while reading Phase-1. It seems that includes Phase-1 c=
redentials and a Phase-1 KMP. Is it correct? Then, It is not clear in which=
 order these two steps are executed.
<> From this sentence, it seems the sequence is Phase-1 credentia=
ls -> Phase-1 KMP <> From this other sentence, it seems that t=
he sequence is Phase-1 KMP - > is Phase-1 credentials. It seems to be confi=
rmed also in the Example provided at page 6.
Maybe it is me missing something...
If you agree, I would suggest to revise a bit the description, clarifying s=
uch concept, and explaining them in the same order of their actual executio=
n.

6) Typos:
- Initially all nodes but Node A - > I guess you didn't mean BUT
- we focus on Phase-2 KMP requirements in the next seciton. - > section
- PANA [RFC5191] is the Phase-1 KMP candidate since it supports mutual    a=
uthenticatio -> authentication
- IEEE 802.15.4 -> IEEE802.15.4 (without space)

6) In sec. 6 when talking about EB, you may add a reference to Watteyne-dra=
ft, where a description of EB is provided.


Best Regards,
Maria Rita


-----Original Message-----
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of y=
oshihiro.ohba@toshiba.co.jp
Sent: Monday, June 24, 2013 4:10 AM
To: 6tsch@ietf.org
Subject: [6tsch] draft-ohba-6tsch-security-00

6tsch-security draft has been submitted to IETF:

http://tools.ietf.org/html/draft-ohba-6tsch-security-00

Regards,
Yoshihiro Ohba

_______________________________________________
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From xvilajosana@berkeley.edu  Thu Jun 27 06:53:27 2013
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Date: Thu, 27 Jun 2013 06:53:21 -0700
Message-ID: 
From: Xavier Vilajosana Guillen 
To: Maria Rita PALATTELLA 
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Cc: "6tsch@ietf.org" <6tsch@ietf.org>, "yoshihiro.ohba@toshiba.co.jp" 
Subject: Re: [6tsch] simulation for random schedule allocation
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Hi Maria Rita, see inline please

Hello Xavi,
first of all many thanks for having built the code and run this first set
of simulations for the WG.
I have some questions about the simulations. Please, feel free to ignore my
comments, if they are inappropriate.

1)"Each node requests a link to *each* of its neighbors."
Is it really what we want? In my point of view, each node will ask a set of
links (i.e., cells) according to the paths along which it will transmit its
own traffic, and forwards the traffic received by other neighbors. In other
words, the number of requested cells per node should be less than what we
are simulating right now. For sure, in the actual scenario, we have higher
probability of collision.

I agree, the first set of simulations was completely brute force but showed
something that it is interesting (and this was my main objective), with low
density schedules (i.e almost all cells non-scheduled ) the collision
probability at the first choice is very low meaning that with few retries
in case of collision it will find a right cell. With dense schedules (out
of the scope on the majority of TSCH networks) the allocation performance
is very bad. It is important to bear in mind that a network with 10% of its
schedule allocated is a very busy network.(from what we have seen on
different network deployments)

2) " the network is represented by a boolean square matrix of
num_nodes*num_nodes. *Two nodes are neighbours if the cell for that two
nodes (indexed by node ids) is true*. if X is neighbour of Y the cells
(x,y) and (y,x) will be true."
This way of representing the network can create somehow a bit of confusion
with the TSCH schedule representation, where we have (timeslot,
channeloffset) cells.
Can't we find a different way for representing the network, and defying the
set of neighbors? Moreover, this point 2) is linked with point 1) I guess,
i.e., assuming each node will request a link to each of its neighbors.

If you look the code you will see that the network is expressed using 2
variables, one is a 1 dimension array of nodes (50 on my experiments),each
node keeps a slotframe structure being a 101*16 matrix of Cells, where a
cell is a data structure with some information. In addition the network
topology is built using an adjacency matrix, each row represents a node
that is matched with its neighbors represented by the column. This can be
done in many different ways but I guess it is pretty simple in that way. My
initial idea on that simulator was to get some numbers, I did not put
effort on having a new super efficient NS-2! and therefore the code is
super simple and objective driven. If we feel that we need to consolidate
that then I need to work on putting some more effort on its structure and
design.

3) "Topology: Random, where each node requests a* random number of
neighbours between 2 and 10*.=94
Even though I am in favor of having a random topology, and a random number
of neighbors, maybe, for having a preliminary idea of the network behavior,
we could run a set of simulations, where we fix the number of neighbors
(i.e., having it constant). Basically, my suggestion is to keep some
parameters constant, while we change others, in order to see how each of
them impact the cells allocation.

Yes, I agree too, this can be configured easily.

thanks for your comments!

Thank you!
Maria Rita

Xavi


On Thu, Jun 27, 2013 at 1:07 AM, Maria Rita PALATTELLA <
maria-rita.palattella@uni.lu> wrote:

>  Hello Xavi,
> first of all many thanks for having built the code and run this first set
> of simulations for the WG.
> I have some questions about the simulations. Please, feel free to ignore
> my comments, if they are inappropriate.
>
> 1)"Each node requests a link to *each* of its neighbors."
> Is it really what we want? In my point of view, each node will ask a set
> of links (i.e., cells) according to the paths along which it will transmi=
t
> its own traffic, and forwards the traffic received by other neighbors. In
> other words, the number of requested cells per node should be less than
> what we are simulating right now. For sure, in the actual scenario, we ha=
ve
> higher probability of collision.
>
> 2) " the network is represented by a boolean square matrix of
> num_nodes*num_nodes. *Two nodes are neighbours if the cell for that two
> nodes (indexed by node ids) is true*. if X is neighbour of Y the cells
> (x,y) and (y,x) will be true."
> This way of representing the network can create somehow a bit of confusio=
n
> with the TSCH schedule representation, where we have (timeslot,
> channeloffset) cells.
> Can't we find a different way for representing the network, and defying
> the set of neighbors? Moreover, this point 2) is linked with point 1) I
> guess, i.e., assuming each node will request a link to each of its
> neighbors.
>
> 3) "Topology: Random, where each node requests a* random number of
> neighbours between 2 and 10*.=94
> Even though I am in favor of having a random topology, and a random numbe=
r
> of neighbors, maybe, for having a preliminary idea of the network behavio=
r,
> we could run a set of simulations, where we fix the number of neighbors
> (i.e., having it constant). Basically, my suggestion is to keep some
> parameters constant, while we change others, in order to see how each of
> them impact the cells allocation.
>
> Thank you!
> Maria Rita
>
>
>  ------------------------------
> *From:* 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of
> Xavier Vilajosana Guillen [xvilajosana@eecs.berkeley.edu]
> *Sent:* Thursday, June 27, 2013 2:27 AM
> *To:* yoshihiro.ohba@toshiba.co.jp
>
> *Cc:* 6tsch@ietf.org
> *Subject:* Re: [6tsch] simulation for random schedule allocation
>
>      Hi Yoshihiro,
>
>  the network is represented by a boolean square matrix of
> num_nodes*num_nodes. Two nodes are neighbours if the cell for that two
> nodes (indexed by node ids) is true. if X is neighbour of Y the cells (x,=
y)
> and (y,x) will be true.
>  When a node requests a link it always requests a TX link, the counter
> part sets it to RX links so a link allocation happens at both sides. In a
> particular node Number of allocated links is the accumulation of both TX
> and RX allocated in that node.
>
>  Regarding your question, if X requests a TX link to Y the schedule of X
> allocates a TX link to Y and the schedule of Y allocates a RX link from X=
.
> If Y requests a TX link to X, X allocates a RX link from Y.
>
>  A link is not allocated in either side if there is a collision, and then
> I increment the collision counter.
>
>  The code is here in case someone wants to play. Sorry it is not very
> clean but I will clean it as soon as I can. If someone modifies it or
> improves it, feel free to commit your changes to the repository so the
> simulator becomes better.
>
> https://github.com/xvilajosana/6TSCH
>
>  hope this makes things clear.
>
>  regards,
>  X
>
>
>  Xavi
>
>
> On Wed, Jun 26, 2013 at 3:56 PM,  wrote:
>
>>  Hi Xavi,****
>>
>> ** **
>>
>> Thanks for your explanation.  I have better understanding now.  ****
>>
>> ** **
>>
>> I have one more question.****
>>
>> ** **
>>
>> You mentioned =93there might be more than one link to a neighbor=94.   S=
ay
>> Node X selected only one neighbor Node Y and requests one link to Node Y=
.
>> The resulting number of links associated with Node X can be two (2) when
>> Node Y also selected Node X as its neighbor and requested one link to No=
de
>> X.  Is my understanding correct?****
>>
>> ** **
>>
>> Yoshihiro Ohba****
>>
>> ** **
>>
>> ** **
>>
>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>> Behalf Of *Xavier Vilajosana Guillen
>> *Sent:* Thursday, June 27, 2013 1:33 AM
>> *To:* ohba yoshihiro
>> *Cc:* 6tsch@ietf.org
>> *Subject:* Re: [6tsch] simulation for random schedule allocation****
>>
>> ** **
>>
>> Hi Yoshihiro,****
>>
>> you are right, the formulation of the sentence is not correct. Should be=
:
>>
>> =93Topology: Random, where each node requests a random number of neighbo=
urs
>> between 2 and 10.=94****
>>
>> this means that each node when created requests a number of neighbors
>> between 2 and 10, meaning that other nodes when are created also request
>> that number of neighbours and therefore a node can have more than 10
>> neighbours, because other nodes selected it as a neighbour. From the
>> simulation results I see that nodes have between 5 and 11 neighbours
>> usually.****
>>
>> However, from the numbers you point, 28 represents the number of
>> allocated links (number of allocated cells in the schedule) to its
>> neighbours, there might be more than one link to a neighbour in that cas=
e.
>> ****
>>
>> regards,
>> Xavi****
>>
>>
>> ****
>>
>> Xavi****
>>
>> ** **
>>
>> On Wed, Jun 26, 2013 at 7:28 AM,  wrote:**=
*
>> *
>>
>> Hi Xavi,****
>>
>>  ****
>>
>> Thank you very much for the simulation.****
>>
>>  ****
>>
>> I am trying to understand the simulation model from your description and
>> the result.****
>>
>>  ****
>>
>> =93Topology: Random, where each node has a random number of neighbors
>> between 2 and 10.=94****
>>
>>  ****
>>
>> =93****
>>
>> ************************ requesting 1 links****
>>
>> Node,Allocated Links,Collisions,Percentage****
>>
>> 0,28,0,0.0****
>>
>> =93****
>>
>>  ****
>>
>> In the above result, does Node 0 actually have 28 neighbors?****
>>
>>  ****
>>
>> Regards,****
>>
>> Yoshihiro Ohba****
>>
>>  ****
>>
>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>> Behalf Of *Xavier Vilajosana Guillen
>> *Sent:* Wednesday, June 26, 2013 3:46 AM
>> *To:* 6tsch@ietf.org****
>>
>>
>> *Subject:* [6tsch] simulation for random schedule allocation****
>>
>>  ****
>>
>>
>> ****
>>
>> Hi all,
>>
>> I prepared a little simulation to see how random schedule allocation
>> behaves. (I have the code in Java in case someone is interested)
>>
>> here there are some details (everything can be tuned in case someone
>> wants to point me to a special case)
>>
>> Network: 50 nodes
>>
>> Topology: Random, where each node has a random number of neighbors
>> between 2 and 10.
>>
>> Each node requests a link to each of its neighbors. This is done from 1
>> to 10 times (i.e 10 tests, the first requesting 1 link to each neighbour=
,
>> the second 2, etc.. up to 10 links to each of the neighbors, can be
>> configured)
>>
>> The slotframe is 101 slots and 16 channels.
>>
>> The simulation prints statistics for the test (and the collisions if we
>> are interested.)****
>>
>> I used pseudo random generator from the java language assuming it
>> provides uniform or almost uniform distribution.****
>>
>> The allocation counter counts both the number of links allocated as tx
>> and the number of links allocated as rx due to a neighbour allocating a
>> link to the actual node. The percentage is the % of collisions w.r.t the
>> allocated links. ****
>>
>> Worst case is around 11% when allocating 10 links to each neighbour in
>> that 50 node network.****
>>
>> I can play more on it but I wanted to share that initial results.****
>>
>> please see attached file for the results.****
>>
>> regards,****
>>
>> Xavi****
>>
>> ** **
>>
>
>

--001a11c30844dd432404e0231512
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


    Hi Maria Rita, see inli=
ne please

    Hello Xavi,
    
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set
 of links (i.e., cells) according to the paths along which it will=20
transmit its own traffic, and forwards the traffic received by other=20
neighbors. In other words, the number of requested
 cells per node should be less than what we are simulating right now.=20
For sure, in the actual scenario, we have higher probability of=20
collision.
    

    I agree, the first set of simulations was completely brute force but sho=
wed something that it is interesting (and this was my main objective), with=
 low density schedules (i.e almost all cells non-scheduled ) the collision =
probability at the first choice is very low meaning that with few retries i=
n case of collision it will find a right cell. With dense schedules (out of=
 the scope on the majority of TSCH networks) the allocation performance is =
very bad. It is important to bear=
 in mind that a network with 10% of its schedule allocated is a very busy n=
etwork.(from what we have seen on different network deployments)
    


    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of=20
confusion with the TSCH schedule representation, where we have=20
(timeslot, channeloffset) cells.
    
Can't we find a different way for representing the network, and defying=
=20
the set of neighbors? Moreover, this point 2) is linked with point 1) I=20
guess, i.e., assuming each node will request a link to each of its=20
neighbors.

    If you look the =
code you will see that the network is expressed using 2 variables, one is a=
 1 dimension array of nodes (50 on my experiments),each node keeps a slotfr=
ame structure being a 101*16 matrix of Cells, where a cell is a data struct=
ure with some information. In addition the network topology is built using =
an adjacency matrix, each row represents a node that is matched with its ne=
ighbors represented by the column. This can be done in many different ways =
but I guess it is pretty simple in that way. My initial idea on that simula=
tor was to get some numbers, I did not put effort on having a new super eff=
icient NS-2! and therefore the code is super simple and objective driven. I=
f we feel that we need to consolidate that then I need to work on putting s=
ome more effort on its structure and design.
    

    

    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random=20
number of neighbors, maybe, for having a preliminary idea of the network
 behavior, we could run a set of simulations, where we fix the number of
 neighbors (i.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change=20
others, in order to see how each of them impact the cells allocation.
    Yes, I agree too, this can be configured easil=
y.
    

    

    thanks for your comments!
    =

    
Thank you!
    
Maria Rita
    

    Hello Xavi,
    
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set of=
 links (i.e., cells) according to the paths along which it will transmit it=
s own traffic, and forwards the traffic received by other neighbors. In oth=
er words, the number of requested
 cells per node should be less than what we are simulating right now. For s=
ure, in the actual scenario, we have higher probability of collision.
    

    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of confusion =
with the TSCH schedule representation, where we have (timeslot, channeloffs=
et) cells.
    
Can't we find a different way for representing the network, and defying the=
 set of neighbors? Moreover, this point 2) is linked with point 1) I guess,=
 i.e., assuming each node will request a link to each of its neighbors.
    

    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random number =
of neighbors, maybe, for having a preliminary idea of the network behavior,=
 we could run a set of simulations, where we fix the number of neighbors (i=
.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change others,=
 in order to see how each of them impact the cells allocation.
    

    
Thank you!
    
Maria Rita
    

    
 
    
    

    

    From: 6tsch-bounces@ietf.org [6tsch-bounc=
es@ietf.org] on behalf of Xavier Vilajosana Guillen [xvilajosana@eecs.berke=
ley.edu]
    
Sent: Thursday, June 27, 2013 2:27 AM
    
To: yoshihiro.ohba@toshiba.co.jp
    
Cc: 6tsch@ietf.org
    
Subject: Re: [6tsch] simulation for random schedule allocation
    

    

    

    

    

    

    

    

    

    

    

    

    Hi Yoshihiro,
    

    

    
the network is represented by a boolean square matrix of num_nodes*num_node=
s. Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be tru=
e.

    

    
When a node requests a link it always requests a TX link, the counter part =
sets it to RX links so a link allocation happens at both sides. In a partic=
ular node Number of allocated links is the accumulation of both TX and RX a=
llocated in that node.
    

    

    
Regarding your question, if X requests a TX link to Y the schedule of X all=
ocates a TX link to Y and the schedule of Y allocates a RX link from X. If =
Y requests a TX link to X, X allocates a RX link from Y.
    

    

    
A link is not allocated in either side if there is a collision, and then I =
increment the collision counter.
    

    

    

    The code is here in case someone wants to play. Sorry it is not very c=
lean but I will clean it as soon as I can. If someone modifies it or improv=
es it, feel free to commit your changes to the repository so the simulator =
becomes better.
    

    
https://=
github.com/xvilajosana/6TSCH
    

    

    

    
hope this makes things clear.
    

    

    
regards,
    

    
X
    

    

    

    

    

    

    

    


    

    

    

    

    

    

    

    

    

    


    

    

    Xavi
    

    

    

    

    

    On Wed, Jun 26, 2013 at 3:56 PM, <yo=
shihiro.ohba@toshiba.co.jp> wrote:
    

    

    

    

    Hi Xavi,
    

    &nb=
sp;
    

    Thanks for=
 your explanation.  I have better understanding now. 

    

    &nb=
sp;
    

    I have one=
 more question.
    

    &nb=
sp;
    

    You mentioned =93there might be=
 more than one link to a neighbor=94.   Say Node X selected only =
one neighbor Node Y and requests one link to Node Y.  The resulting nu=
mber of links associated with Node X can be two (2) when
 Node Y also selected Node X as its neighbor and requested one link to Node=
 X.  Is my understanding correct?
    

     
    

    Yoshihiro Ohba
    

     
    

    &nb=
sp;
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Thursday, June 27, 2013 1:33 AM
    
To: ohba yoshihiro
    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    

    

    

     
    

    

    

    

    

    

    
Hi Yoshihiro,
    

    

    
you are right, the formulation of the sentence is not =
correct. Should be:
    

    
=93Topology: Random, where each node requests a random number of neighbours=
 between 2 and 10.=94
    

    

    
this means that each node when created requests a numb=
er of neighbors between 2 and 10, meaning that other nodes when are created=
 also request that number of neighbours and therefore a node can have more =
than 10 neighbours, because other
 nodes selected it as a neighbour. From the simulation results I see that n=
odes have between 5 and 11 neighbours usually.
    

    

    Ho=
wever, from the numbers you point, 28 represents the number of allocated li=
nks (number of allocated cells in the schedule) to its neighbours, there mi=
ght be more than one link to a neighbour
 in that case.
    

    

    re=
gards,
    
Xavi
    

    

    

    

    

    

    

    Xa=
vi
    

    

    

    
 
    

    

    On=
 Wed, Jun 26, 2013 at 7:28 AM, <yoshihiro.ohba@toshiba.co.jp> wrote:
    

    

    

    Hi Xavi,
    

     <=
/p>

    Thank you very much for the simulation.
    

     <=
/p>

    I am trying to understand the simulation model from your=
 description and the result.
    

     <=
/p>

    =93Topology: Random, where each node has a random number of neighbors between=
 2 and 10.=94
    

    &n=
bsp;
    

    =93
    

    ************************ requesting 1 links
    

    Node,Allocated Links,Collisions,Percentage
    

    0,28,0,0.0
    

    =93
    

     <=
/p>

    In the above result, does Node 0 actually have 28 neighb=
ors?
    

     <=
/p>

    Regards,
    

    Yoshihiro Ohba=

    

     <=
/p>

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.o=
rg
    

    

    
Subject: [6tsch] simulation for random schedule allocation=

    

    

    &n=
bsp;
    

    

    

    

    

    

    

    

    

    Hi=
 all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    

    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    <=
span lang=3D"EN-US">I used pseudo random generator from the java language a=
ssuming it provides uniform or almost uniform distribution.
    

    

    

    <=
span lang=3D"EN-US">The allocation counter counts both the number of links =
allocated as tx and the number of links allocated as rx due to a neighbour =
allocating a link to the actual node.
 The percentage is the % of collisions w.r.t the allocated links. 
    

    

    

    <=
span lang=3D"EN-US">Worst case is around 11% when allocating 10 links to ea=
ch neighbour in that 50 node network.
    

    

    

    <=
span lang=3D"EN-US">I can play more on it but I wanted to share that initia=
l results.
    

    

    

    <=
span lang=3D"EN-US">please see attached file for the results.=

    

    

    <=
span lang=3D"EN-US">regards,
    

    

    

    Xa=
vi
    

    

    

    

    

    

    

    

    

    

     
    

    

    

    

    

    

    

    

    

    

    

    


    Xavi
    


    On Thu, Jun 27, 2013 at 1:07 AM, Maria R=
ita PALATTELLA <maria-rita.palattella@uni.lu> wro=
te:
    

    





    

    Hello Xavi,<=
br>
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set of=
 links (i.e., cells) according to the paths along which it will transmit it=
s own traffic, and forwards the traffic received by other neighbors. In oth=
er words, the number of requested
 cells per node should be less than what we are simulating right now. For s=
ure, in the actual scenario, we have higher probability of collision.
    

    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of confusion =
with the TSCH schedule representation, where we have (timeslot, channeloffs=
et) cells.
    
Can't we find a different way for representing the network, and defying=
 the set of neighbors? Moreover, this point 2) is linked with point 1) I gu=
ess, i.e., assuming each node will request a link to each of its neighbors.=

    


    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random number =
of neighbors, maybe, for having a preliminary idea of the network behavior,=
 we could run a set of simulations, where we fix the number of neighbors (i=
.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change others,=
 in order to see how each of them impact the cells allocation.
    

    
Thank you!
    
Maria Rita
    

    
=A0
    
    

    

    

    Fro=
m: 6tsch-bo=
unces@ietf.org [6tsch-bounces@ietf.org] on behalf of Xavier Vilajosana Guillen [xvilajosan=
a@eecs.berkeley.edu]
    

Sent: Thursday, June 27, 2013 2:27 AM
    
To: yoshihiro.ohba@toshiba.co.jp

    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    


    

    

    

    

    

    

    

    

    

    

    

    Hi Yoshihiro,
    

    

    
the network is represented by a boolean square matrix of num_nodes*num_node=
s. Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be tru=
e.

    

    
When a node requests a link it always requests a TX link, the counter part =
sets it to RX links so a link allocation happens at both sides. In a partic=
ular node Number of allocated links is the accumulation of both TX and RX a=
llocated in that node.
    


    

    
Regarding your question, if X requests a TX link to Y the schedule of X all=
ocates a TX link to Y and the schedule of Y allocates a RX link from X. If =
Y requests a TX link to X, X allocates a RX link from Y.
    

    

    
A link is not allocated in either side if there is a collision, and then I =
increment the collision counter.
    

    

    

    The code is here in case someone wants to play. Sorry it is not very c=
lean but I will clean it as soon as I can. If someone modifies it or improv=
es it, feel free to commit your changes to the repository so the simulator =
becomes better.
    


    
https://=
github.com/xvilajosana/6TSCH
    

    

    

    
hope this makes things clear.
    

    

    
regards,
    

    
X
    

    

    

    

    

    

    

    


    

    

    

    

    

    

    

    

    

    


    

    

    Xavi
    

    

    

    

    

    On Wed, Jun 26, 2013 at 3:56 PM, <yo=
shihiro.ohba@toshiba.co.jp> wrote:
    

    

    

    

    Hi Xavi,<=
/u>
    

    =A0
    

    Thanks for y=
our explanation.=A0 I have better understanding now.=A0

    

    =A0
    

    I have one m=
ore question.
    

    =A0
    

    You mentioned =93there might be=
 more than one link to a neighbor=94. =A0=A0Say Node X selected only one ne=
ighbor Node Y and requests one link to Node Y.=A0 The resulting number of l=
inks associated with Node X can be two (2) when
 Node Y also selected Node X as its neighbor and requested one link to Node=
 X.=A0 Is my understanding correct?
    

    =A0
    

    Yoshihiro Ohba
    

    =A0
    

    =A0
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Thursday, June 27, 2013 1:33 AM
    
To: ohba yoshihiro
    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    

    

    

    =A0
    

    

    

    

    

    

    
Hi Yoshihiro,
    

    

    
you are right, the formulation of the sentence is not =
correct. Should be:
    

    
=93Topology: Random, where each node requests a random number of neighbours=
 between 2 and 10.=94
    

    

    
this means that each node when created requests a numb=
er of neighbors between 2 and 10, meaning that other nodes when are created=
 also request that number of neighbours and therefore a node can have more =
than 10 neighbours, because other
 nodes selected it as a neighbour. From the simulation results I see that n=
odes have between 5 and 11 neighbours usually.
    

    

    Ho=
wever, from the numbers you point, 28 represents the number of allocated li=
nks (number of allocated cells in the schedule) to its neighbours, there mi=
ght be more than one link to a neighbour
 in that case.
    

    

    re=
gards,
    
Xavi
    

    

    

    

    

    

    

    Xa=
vi
    

    

    

    
=A0
    

    

    On=
 Wed, Jun 26, 2013 at 7:28 AM, <yoshihiro.ohba@toshiba.co.jp> wrote:
    


    

    

    Hi Xavi,<=
/p>

    =A0
    

    Thank you very much for the simulation.
    


    =A0
    

    I am trying to understand the simulation model from your d=
escription and the result.=

    


    =A0
    

    =93Topology: Random, where each node has a random number of neighbors between=
 2 and 10.=94
    

    =
=A0
    

    =93
    

    ************************ requesting 1 links
    


    Node,Allocated Links,Collisions,Percentage
    


    0,28,0,0.0
    


    =93
    

    =A0
    

    In the above result, does Node 0 actually have 28 neighbor=
s?
    


    =A0
    

    Regards,<=
/p>

    Yoshihiro Ohba
    


    =A0
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.o=
rg
    

    

    
Subject: [6tsch] simulation for random schedule allocation=

    

    

    =
=A0
    

    

    

    

    

    

    

    

    

    Hi=
 all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    


    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    I used pseudo random generator from the java language as=
suming it provides uniform or almost uniform distribution.
    


    

    

    The allocation counter counts both the number of links a=
llocated as tx and the number of links allocated as rx due to a neighbour a=
llocating a link to the actual node.
 The percentage is the % of collisions w.r.t the allocated links. 
    

    

    

    Worst case is around 11% when allocating 10 links to eac=
h neighbour in that 50 node network.
    

    

    

    I can play more on it but I wanted to share that initial=
 results.
    

    

    

    please see attached file for the results.<=
/span>
    

    

    regards,
    

    

    

    Xa=
vi
    

    

    

    

    

    

    

    

    

    

    =A0
    

    

    

    

    

    

    

    

    

    

    

    

    

    



    

--001a11c30844dd432404e0231512--

From qinwang@berkeley.edu  Thu Jun 27 07:37:06 2013
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Date: Thu, 27 Jun 2013 22:36:48 +0800
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Cc: Maria Rita PALATTELLA , "6tsch@ietf.org" <6tsch@ietf.org>, "yoshihiro.ohba@toshiba.co.jp" 
Subject: Re: [6tsch] simulation for random schedule allocation
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--089e013a084439455104e023b1b7
Content-Type: text/plain; charset=windows-1252
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Xavi,

From
https://github.com/xvilajosana/6TSCH/blob/master/simulator/src/edu/berkeley=
/sixtus/simul/SimulatorEngine.java,
(createNetworkTopology(Random ran)), I understand how the network topology
is established. I think it may result in some cross edges, which will not
happen in real network deployment.

To avoid the problem, usually, we can think that a 2D array presents a
area, say L*L, and then assign each node (x,y) in the L*L randomly. As
result, each node will have some amount of neighbors. Does it make sense?

Thought?

Qin










On Thu, Jun 27, 2013 at 9:53 PM, Xavier Vilajosana Guillen <
xvilajosana@eecs.berkeley.edu> wrote:

> Hi Maria Rita, see inline please
>
>
> Hello Xavi,
> first of all many thanks for having built the code and run this first set
> of simulations for the WG.
> I have some questions about the simulations. Please, feel free to ignore
> my comments, if they are inappropriate.
>
> 1)"Each node requests a link to *each* of its neighbors."
> Is it really what we want? In my point of view, each node will ask a set
> of links (i.e., cells) according to the paths along which it will transmi=
t
> its own traffic, and forwards the traffic received by other neighbors. In
> other words, the number of requested cells per node should be less than
> what we are simulating right now. For sure, in the actual scenario, we ha=
ve
> higher probability of collision.
>
> I agree, the first set of simulations was completely brute force but
> showed something that it is interesting (and this was my main objective),
> with low density schedules (i.e almost all cells non-scheduled ) the
> collision probability at the first choice is very low meaning that with f=
ew
> retries in case of collision it will find a right cell. With dense
> schedules (out of the scope on the majority of TSCH networks) the
> allocation performance is very bad. It is important to bear in mind that
> a network with 10% of its schedule allocated is a very busy network.(from
> what we have seen on different network deployments)
>
> 2) " the network is represented by a boolean square matrix of
> num_nodes*num_nodes. *Two nodes are neighbours if the cell for that two
> nodes (indexed by node ids) is true*. if X is neighbour of Y the cells
> (x,y) and (y,x) will be true."
> This way of representing the network can create somehow a bit of confusio=
n
> with the TSCH schedule representation, where we have (timeslot,
> channeloffset) cells.
> Can't we find a different way for representing the network, and defying
> the set of neighbors? Moreover, this point 2) is linked with point 1) I
> guess, i.e., assuming each node will request a link to each of its
> neighbors.
>
> If you look the code you will see that the network is expressed using 2
> variables, one is a 1 dimension array of nodes (50 on my experiments),eac=
h
> node keeps a slotframe structure being a 101*16 matrix of Cells, where a
> cell is a data structure with some information. In addition the network
> topology is built using an adjacency matrix, each row represents a node
> that is matched with its neighbors represented by the column. This can be
> done in many different ways but I guess it is pretty simple in that way. =
My
> initial idea on that simulator was to get some numbers, I did not put
> effort on having a new super efficient NS-2! and therefore the code is
> super simple and objective driven. If we feel that we need to consolidate
> that then I need to work on putting some more effort on its structure and
> design.
>
> 3) "Topology: Random, where each node requests a* random number of
> neighbours between 2 and 10*.=94
> Even though I am in favor of having a random topology, and a random numbe=
r
> of neighbors, maybe, for having a preliminary idea of the network behavio=
r,
> we could run a set of simulations, where we fix the number of neighbors
> (i.e., having it constant). Basically, my suggestion is to keep some
> parameters constant, while we change others, in order to see how each of
> them impact the cells allocation.
>
> Yes, I agree too, this can be configured easily.
>
> thanks for your comments!
>
> Thank you!
> Maria Rita
>
> Xavi
>
>
> On Thu, Jun 27, 2013 at 1:07 AM, Maria Rita PALATTELLA <
> maria-rita.palattella@uni.lu> wrote:
>
>>  Hello Xavi,
>> first of all many thanks for having built the code and run this first se=
t
>> of simulations for the WG.
>> I have some questions about the simulations. Please, feel free to ignore
>> my comments, if they are inappropriate.
>>
>> 1)"Each node requests a link to *each* of its neighbors."
>> Is it really what we want? In my point of view, each node will ask a set
>> of links (i.e., cells) according to the paths along which it will transm=
it
>> its own traffic, and forwards the traffic received by other neighbors. I=
n
>> other words, the number of requested cells per node should be less than
>> what we are simulating right now. For sure, in the actual scenario, we h=
ave
>> higher probability of collision.
>>
>> 2) " the network is represented by a boolean square matrix of
>> num_nodes*num_nodes. *Two nodes are neighbours if the cell for that two
>> nodes (indexed by node ids) is true*. if X is neighbour of Y the cells
>> (x,y) and (y,x) will be true."
>> This way of representing the network can create somehow a bit of
>> confusion with the TSCH schedule representation, where we have (timeslot=
,
>> channeloffset) cells.
>> Can't we find a different way for representing the network, and defying
>> the set of neighbors? Moreover, this point 2) is linked with point 1) I
>> guess, i.e., assuming each node will request a link to each of its
>> neighbors.
>>
>> 3) "Topology: Random, where each node requests a* random number of
>> neighbours between 2 and 10*.=94
>> Even though I am in favor of having a random topology, and a random
>> number of neighbors, maybe, for having a preliminary idea of the network
>> behavior, we could run a set of simulations, where we fix the number of
>> neighbors (i.e., having it constant). Basically, my suggestion is to kee=
p
>> some parameters constant, while we change others, in order to see how ea=
ch
>> of them impact the cells allocation.
>>
>> Thank you!
>> Maria Rita
>>
>>
>>  ------------------------------
>> *From:* 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of
>> Xavier Vilajosana Guillen [xvilajosana@eecs.berkeley.edu]
>> *Sent:* Thursday, June 27, 2013 2:27 AM
>> *To:* yoshihiro.ohba@toshiba.co.jp
>>
>> *Cc:* 6tsch@ietf.org
>> *Subject:* Re: [6tsch] simulation for random schedule allocation
>>
>>      Hi Yoshihiro,
>>
>>  the network is represented by a boolean square matrix of
>> num_nodes*num_nodes. Two nodes are neighbours if the cell for that two
>> nodes (indexed by node ids) is true. if X is neighbour of Y the cells (x=
,y)
>> and (y,x) will be true.
>>  When a node requests a link it always requests a TX link, the counter
>> part sets it to RX links so a link allocation happens at both sides. In =
a
>> particular node Number of allocated links is the accumulation of both TX
>> and RX allocated in that node.
>>
>>  Regarding your question, if X requests a TX link to Y the schedule of X
>> allocates a TX link to Y and the schedule of Y allocates a RX link from =
X.
>> If Y requests a TX link to X, X allocates a RX link from Y.
>>
>>  A link is not allocated in either side if there is a collision, and the=
n
>> I increment the collision counter.
>>
>>  The code is here in case someone wants to play. Sorry it is not very
>> clean but I will clean it as soon as I can. If someone modifies it or
>> improves it, feel free to commit your changes to the repository so the
>> simulator becomes better.
>>
>> https://github.com/xvilajosana/6TSCH
>>
>>  hope this makes things clear.
>>
>>  regards,
>>  X
>>
>>
>>  Xavi
>>
>>
>> On Wed, Jun 26, 2013 at 3:56 PM,  wrote:
>>
>>>  Hi Xavi,****
>>>
>>> ** **
>>>
>>> Thanks for your explanation.  I have better understanding now.  ****
>>>
>>> ** **
>>>
>>> I have one more question.****
>>>
>>> ** **
>>>
>>> You mentioned =93there might be more than one link to a neighbor=94.   =
Say
>>> Node X selected only one neighbor Node Y and requests one link to Node =
Y.
>>> The resulting number of links associated with Node X can be two (2) whe=
n
>>> Node Y also selected Node X as its neighbor and requested one link to N=
ode
>>> X.  Is my understanding correct?****
>>>
>>> ** **
>>>
>>> Yoshihiro Ohba****
>>>
>>> ** **
>>>
>>> ** **
>>>
>>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>>> Behalf Of *Xavier Vilajosana Guillen
>>> *Sent:* Thursday, June 27, 2013 1:33 AM
>>> *To:* ohba yoshihiro
>>> *Cc:* 6tsch@ietf.org
>>> *Subject:* Re: [6tsch] simulation for random schedule allocation****
>>>
>>> ** **
>>>
>>> Hi Yoshihiro,****
>>>
>>> you are right, the formulation of the sentence is not correct. Should b=
e:
>>>
>>> =93Topology: Random, where each node requests a random number of
>>> neighbours between 2 and 10.=94****
>>>
>>> this means that each node when created requests a number of neighbors
>>> between 2 and 10, meaning that other nodes when are created also reques=
t
>>> that number of neighbours and therefore a node can have more than 10
>>> neighbours, because other nodes selected it as a neighbour. From the
>>> simulation results I see that nodes have between 5 and 11 neighbours
>>> usually.****
>>>
>>> However, from the numbers you point, 28 represents the number of
>>> allocated links (number of allocated cells in the schedule) to its
>>> neighbours, there might be more than one link to a neighbour in that ca=
se.
>>> ****
>>>
>>> regards,
>>> Xavi****
>>>
>>>
>>> ****
>>>
>>> Xavi****
>>>
>>> ** **
>>>
>>> On Wed, Jun 26, 2013 at 7:28 AM,  wrote:*=
*
>>> **
>>>
>>> Hi Xavi,****
>>>
>>>  ****
>>>
>>> Thank you very much for the simulation.****
>>>
>>>  ****
>>>
>>> I am trying to understand the simulation model from your description an=
d
>>> the result.****
>>>
>>>  ****
>>>
>>> =93Topology: Random, where each node has a random number of neighbors
>>> between 2 and 10.=94****
>>>
>>>  ****
>>>
>>> =93****
>>>
>>> ************************ requesting 1 links****
>>>
>>> Node,Allocated Links,Collisions,Percentage****
>>>
>>> 0,28,0,0.0****
>>>
>>> =93****
>>>
>>>  ****
>>>
>>> In the above result, does Node 0 actually have 28 neighbors?****
>>>
>>>  ****
>>>
>>> Regards,****
>>>
>>> Yoshihiro Ohba****
>>>
>>>  ****
>>>
>>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>>> Behalf Of *Xavier Vilajosana Guillen
>>> *Sent:* Wednesday, June 26, 2013 3:46 AM
>>> *To:* 6tsch@ietf.org****
>>>
>>>
>>> *Subject:* [6tsch] simulation for random schedule allocation****
>>>
>>>  ****
>>>
>>>
>>> ****
>>>
>>> Hi all,
>>>
>>> I prepared a little simulation to see how random schedule allocation
>>> behaves. (I have the code in Java in case someone is interested)
>>>
>>> here there are some details (everything can be tuned in case someone
>>> wants to point me to a special case)
>>>
>>> Network: 50 nodes
>>>
>>> Topology: Random, where each node has a random number of neighbors
>>> between 2 and 10.
>>>
>>> Each node requests a link to each of its neighbors. This is done from 1
>>> to 10 times (i.e 10 tests, the first requesting 1 link to each neighbou=
r,
>>> the second 2, etc.. up to 10 links to each of the neighbors, can be
>>> configured)
>>>
>>> The slotframe is 101 slots and 16 channels.
>>>
>>> The simulation prints statistics for the test (and the collisions if we
>>> are interested.)****
>>>
>>> I used pseudo random generator from the java language assuming it
>>> provides uniform or almost uniform distribution.****
>>>
>>> The allocation counter counts both the number of links allocated as tx
>>> and the number of links allocated as rx due to a neighbour allocating a
>>> link to the actual node. The percentage is the % of collisions w.r.t th=
e
>>> allocated links. ****
>>>
>>> Worst case is around 11% when allocating 10 links to each neighbour in
>>> that 50 node network.****
>>>
>>> I can play more on it but I wanted to share that initial results.****
>>>
>>> please see attached file for the results.****
>>>
>>> regards,****
>>>
>>> Xavi****
>>>
>>> ** **
>>>
>>
>>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch
>
>

--089e013a084439455104e023b1b7
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


    Xavi,

    From=A0https://github.com/xvilajosana/6TSCH/blob/master/simul=
ator/src/edu/berkeley/sixtus/simul/SimulatorEngine.java, (createNetworkTopology(Random ran)<=
/span>), I understand how the network topology is established. I think it m=
ay result in some cross edges, which will not happen in real network deploy=
ment.
    


    To avoid the problem, usually, we can think that a 2D a=
rray presents a area, say L*L, and then assign each node (x,y) in the L*L r=
andomly. As result, each node will have some amount of neighbors. Does it m=
ake sense?
    


    Thought?

    Qin










    

    On Thu, Jun 27, 2013 at 9:53 PM, Xavier Vilajosa=
na Guillen <xvilajosana@eecs.berkeley.edu> wrote=
:
    

    Hi Maria Rita, see inline please

    <=
br>Hello Xavi,
    

first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set
 of links (i.e., cells) according to the paths along which it will=20
transmit its own traffic, and forwards the traffic received by other=20
neighbors. In other words, the number of requested
 cells per node should be less than what we are simulating right now.=20
For sure, in the actual scenario, we have higher probability of=20
collision.
    

    I agree, the first set of simulations was completely brute force b=
ut showed something that it is interesting (and this was my main objective)=
, with low density schedules (i.e almost all cells non-scheduled ) the coll=
ision probability at the first choice is very low meaning that with few ret=
ries in case of collision it will find a right cell. With dense schedules (=
out of the scope on the majority of TSCH networks) the allocation performan=
ce is very bad. It is important t=
o bear in mind that a network with 10% of its schedule allocated is a very =
busy network.(from what we have seen on different network deployments)
    



    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of=20
confusion with the TSCH schedule representation, where we have=20
(timeslot, channeloffset) cells.
    
Can't we find a different way for representing the network, and defying=
=20
the set of neighbors? Moreover, this point 2) is linked with point 1) I=20
guess, i.e., assuming each node will request a link to each of its=20
neighbors.

    If you loo=
k the code you will see that the network is expressed using 2 variables, on=
e is a 1 dimension array of nodes (50 on my experiments),each node keeps a =
slotframe structure being a 101*16 matrix of Cells, where a cell is a data =
structure with some information. In addition the network topology is built =
using an adjacency matrix, each row represents a node that is matched with =
its neighbors represented by the column. This can be done in many different=
 ways but I guess it is pretty simple in that way. My initial idea on that =
simulator was to get some numbers, I did not put effort on having a new sup=
er efficient NS-2! and therefore the code is super simple and objective dri=
ven. If we feel that we need to consolidate that then I need to work on put=
ting some more effort on its structure and design.
    


    

    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random=20
number of neighbors, maybe, for having a preliminary idea of the network
 behavior, we could run a set of simulations, where we fix the number of
 neighbors (i.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change=20
others, in order to see how each of them impact the cells allocation.
    =
Yes, I agree too, this can be configured=
 easily.
    


    

    thanks for your comments!
    =

    
Thank you!
    
Maria Rita
    


    Xavi
    


    On Thu, Jun 27, 2013 at 1:07 AM, Maria R=
ita PALATTELLA <maria-rita.palattella@uni.lu> wro=
te:
    


    





    

    Hello Xavi,<=
br>
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set of=
 links (i.e., cells) according to the paths along which it will transmit it=
s own traffic, and forwards the traffic received by other neighbors. In oth=
er words, the number of requested
 cells per node should be less than what we are simulating right now. For s=
ure, in the actual scenario, we have higher probability of collision.
    

    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of confusion =
with the TSCH schedule representation, where we have (timeslot, channeloffs=
et) cells.
    
Can't we find a different way for representing the network, and defying=
 the set of neighbors? Moreover, this point 2) is linked with point 1) I gu=
ess, i.e., assuming each node will request a link to each of its neighbors.=

    



    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random number =
of neighbors, maybe, for having a preliminary idea of the network behavior,=
 we could run a set of simulations, where we fix the number of neighbors (i=
.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change others,=
 in order to see how each of them impact the cells allocation.
    

    
Thank you!
    
Maria Rita
    

    
=A0
    
    

    

    

    Fro=
m: 6tsch-bo=
unces@ietf.org [6tsch-bounces@ietf.org] on behalf of Xavier Vilajosana Guillen [xvilajosan=
a@eecs.berkeley.edu]
    


Sent: Thursday, June 27, 2013 2:27 AM
    
To: yoshihiro.ohba@toshiba.co.jp

    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    


    

    

    

    

    

    

    

    

    

    

    

    Hi Yoshihiro,
    

    

    
the network is represented by a boolean square matrix of num_nodes*num_node=
s. Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be tru=
e.

    

    
When a node requests a link it always requests a TX link, the counter part =
sets it to RX links so a link allocation happens at both sides. In a partic=
ular node Number of allocated links is the accumulation of both TX and RX a=
llocated in that node.
    



    

    
Regarding your question, if X requests a TX link to Y the schedule of X all=
ocates a TX link to Y and the schedule of Y allocates a RX link from X. If =
Y requests a TX link to X, X allocates a RX link from Y.
    

    

    
A link is not allocated in either side if there is a collision, and then I =
increment the collision counter.
    

    

    

    The code is here in case someone wants to play. Sorry it is not very c=
lean but I will clean it as soon as I can. If someone modifies it or improv=
es it, feel free to commit your changes to the repository so the simulator =
becomes better.
    



    
https://=
github.com/xvilajosana/6TSCH
    

    

    

    
hope this makes things clear.
    

    

    
regards,
    

    
X
    

    

    

    

    

    

    

    


    

    

    

    

    

    

    

    

    

    


    

    

    Xavi
    

    

    

    

    

    On Wed, Jun 26, 2013 at 3:56 PM, <yo=
shihiro.ohba@toshiba.co.jp> wrote:
    

    

    

    

    Hi Xavi,<=
/u>
    

    =A0
    

    Thanks for y=
our explanation.=A0 I have better understanding now.=A0

    

    =A0
    

    I have one m=
ore question.
    

    =A0
    

    You mentioned =93there might be=
 more than one link to a neighbor=94. =A0=A0Say Node X selected only one ne=
ighbor Node Y and requests one link to Node Y.=A0 The resulting number of l=
inks associated with Node X can be two (2) when
 Node Y also selected Node X as its neighbor and requested one link to Node=
 X.=A0 Is my understanding correct?
    

    =A0
    

    Yoshihiro Ohba
    

    =A0
    

    =A0
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Thursday, June 27, 2013 1:33 AM
    
To: ohba yoshihiro
    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    

    

    

    =A0
    

    

    

    

    

    

    
Hi Yoshihiro,
    

    

    
you are right, the formulation of the sentence is not =
correct. Should be:
    

    
=93Topology: Random, where each node requests a random number of neighbours=
 between 2 and 10.=94
    

    

    
this means that each node when created requests a numb=
er of neighbors between 2 and 10, meaning that other nodes when are created=
 also request that number of neighbours and therefore a node can have more =
than 10 neighbours, because other
 nodes selected it as a neighbour. From the simulation results I see that n=
odes have between 5 and 11 neighbours usually.
    

    

    Ho=
wever, from the numbers you point, 28 represents the number of allocated li=
nks (number of allocated cells in the schedule) to its neighbours, there mi=
ght be more than one link to a neighbour
 in that case.
    

    

    re=
gards,
    
Xavi
    

    

    

    

    

    

    

    Xa=
vi
    

    

    

    
=A0
    

    

    On=
 Wed, Jun 26, 2013 at 7:28 AM, <yoshihiro.ohba@toshiba.co.jp> wrote:
    



    

    

    Hi Xavi,<=
/p>

    =A0
    

    Thank you very much for the simulation.
    



    =A0
    

    I am trying to understand the simulation model from your d=
escription and the result.=

    



    =A0
    

    =93Topology: Random, where each node has a random number of neighbors between=
 2 and 10.=94
    

    =
=A0
    

    =93
    

    ************************ requesting 1 links
    



    Node,Allocated Links,Collisions,Percentage
    



    0,28,0,0.0
    



    =93
    

    =A0
    

    In the above result, does Node 0 actually have 28 neighbor=
s?
    



    =A0
    

    Regards,<=
/p>

    Yoshihiro Ohba
    



    =A0
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.o=
rg
    

    

    
Subject: [6tsch] simulation for random schedule allocation=

    

    

    =
=A0
    

    

    

    

    

    

    

    

    

    Hi=
 all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    



    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    I used pseudo random generator from the java language as=
suming it provides uniform or almost uniform distribution.
    



    

    

    The allocation counter counts both the number of links a=
llocated as tx and the number of links allocated as rx due to a neighbour a=
llocating a link to the actual node.
 The percentage is the % of collisions w.r.t the allocated links. 
    

    

    

    Worst case is around 11% when allocating 10 links to eac=
h neighbour in that 50 node network.
    

    

    

    I can play more on it but I wanted to share that initial=
 results.
    

    

    

    please see attached file for the results.<=
/span>
    

    

    regards,
    

    

    

    Xa=
vi
    

    

    

    

    

    

    

    

    

    

    =A0
    

    

    

    

    

    

    

    

    

    

    

    

    

    



    

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


    

--089e013a084439455104e023b1b7--

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Subject: Re: [6tsch] FW: draft-ohba-6tsch-security-00
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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>
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From ksjp@berkeley.edu  Thu Jun 27 09:28:21 2013
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 >> nodes with a low rank will experience a pretty high collision 
probability

Yes, but only in a really busy network. Let's assume that we are doing 
data collection to/through a single dodag root. Let's also assume that 
the dodag root has a single radio, so it can only do one thing in any 
time slot, and it's smart enough not to schedule more than one thing in 
any time slot. We now have a throughput limit out of our network - one 
packet per timeslot, corresponding to one RX link per timeslot at the 
root. That occupies 1/15th or 1/16th of the available cell space, and 
collisions from the one-hop ring to the root are avoided by the root 
being smart. If all nodes are in the one-hop ring, we have a single 
collision domain, and any sibling connectivity for redundancy will risk 
collisions. If all nodes are not in the one-hop ring, then we'll need 
more links for connectivity not just redundancy, but by definition we 
will no long have a single collision domain. If you try to draw this 
kind of traffic as a dot on one of Xavi's plots they end up pretty close 
to the origin, in the relatively low collision part of the curves.

In these limiting cases you can certainly show that an omniscient (or at 
least "more-scient") scheduler will give you both higher throughput and 
lower energy cost. But its hard to find a single-dodag-radio 
converge-cast application where random choice with some mild feedback 
won't work.

ksjp

On 6/27/2013 1:41 AM, Alfredo Grieco wrote:
> Hi all,
>
> I guess that the point here is that the simulations of Xavi clearly
> highlight that as the load increases the collision probability increases
> too. I developed some Binomial expressions for a single hop network and
> results are very similar to the ones of Xavi.
>
> Of course the scenarios can be made more and more realistic (as Maria Rita
> and Yoshihiro are suggesting) but the indication of these preliminary
> outcomes seem to be that nodes with a low rank will experience a pretty high
> collision probability (due to a higher load) if they choose cells according
> to a pure random technique whereas nodes with a high rank can safely use a
> random approach without any problem.
>
> Again, it seems that the rank of a node has to play some role in the
> mechanism used to select cells in order to avoid performance degradation. I
> believe that this kind of indication should be provided in some of the
> drafts in progress.
>
> Cheers
>
> Alfredo
>
> Da: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] Per conto di
> Maria Rita PALATTELLA
> Inviato: Thursday, June 27, 2013 10:08 AM
> A: xvilajosana@eecs.berkeley.edu; yoshihiro.ohba@toshiba.co.jp
> Cc: 6tsch@ietf.org
> Oggetto: Re: [6tsch] simulation for random schedule allocation
>
> Hello Xavi,
> first of all many thanks for having built the code and run this first set of
> simulations for the WG.
> I have some questions about the simulations. Please, feel free to ignore my
> comments, if they are inappropriate.
>
> 1)"Each node requests a link to each of its neighbors."
> Is it really what we want? In my point of view, each node will ask a set of
> links (i.e., cells) according to the paths along which it will transmit its
> own traffic, and forwards the traffic received by other neighbors. In other
> words, the number of requested cells per node should be less than what we
> are simulating right now. For sure, in the actual scenario, we have higher
> probability of collision.
>
> 2) " the network is represented by a boolean square matrix of
> num_nodes*num_nodes. Two nodes are neighbours if the cell for that two nodes
> (indexed by node ids) is true. if X is neighbour of Y the cells (x,y) and
> (y,x) will be true."
> This way of representing the network can create somehow a bit of confusion
> with the TSCH schedule representation, where we have (timeslot,
> channeloffset) cells.
> Can't we find a different way for representing the network, and defying the
> set of neighbors? Moreover, this point 2) is linked with point 1) I guess,
> i.e., assuming each node will request a link to each of its neighbors.
>
> 3) "Topology: Random, where each node requests a random number of neighbours
> between 2 and 10.”
> Even though I am in favor of having a random topology, and a random number
> of neighbors, maybe, for having a preliminary idea of the network behavior,
> we could run a set of simulations, where we fix the number of neighbors
> (i.e., having it constant). Basically, my suggestion is to keep some
> parameters constant, while we change others, in order to see how each of
> them impact the cells allocation.
>
> Thank you!
> Maria Rita
>
>   
> ________________________________________
> From: 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of Xavier
> Vilajosana Guillen [xvilajosana@eecs.berkeley.edu]
> Sent: Thursday, June 27, 2013 2:27 AM
> To: yoshihiro.ohba@toshiba.co.jp
> Cc: 6tsch@ietf.org
> Subject: Re: [6tsch] simulation for random schedule allocation
> Hi Yoshihiro,
> the network is represented by a boolean square matrix of
> num_nodes*num_nodes. Two nodes are neighbours if the cell for that two nodes
> (indexed by node ids) is true. if X is neighbour of Y the cells (x,y) and
> (y,x) will be true.
> When a node requests a link it always requests a TX link, the counter part
> sets it to RX links so a link allocation happens at both sides. In a
> particular node Number of allocated links is the accumulation of both TX and
> RX allocated in that node.
> Regarding your question, if X requests a TX link to Y the schedule of X
> allocates a TX link to Y and the schedule of Y allocates a RX link from X.
> If Y requests a TX link to X, X allocates a RX link from Y.
> A link is not allocated in either side if there is a collision, and then I
> increment the collision counter.
> The code is here in case someone wants to play. Sorry it is not very clean
> but I will clean it as soon as I can. If someone modifies it or improves it,
> feel free to commit your changes to the repository so the simulator becomes
> better.
>
> https://github.com/xvilajosana/6TSCH
> hope this makes things clear.
> regards,
> X
>
>
>
> Xavi
>
> On Wed, Jun 26, 2013 at 3:56 PM,  wrote:
> Hi Xavi,
>   
> Thanks for your explanation.  I have better understanding now.
>   
> I have one more question.
>   
> You mentioned “there might be more than one link to a neighbor”.   Say Node
> X selected only one neighbor Node Y and requests one link to Node Y.  The
> resulting number of links associated with Node X can be two (2) when Node Y
> also selected Node X as its neighbor and requested one link to Node X.  Is
> my understanding correct?
>   
> Yoshihiro Ohba
>   
>   
> From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of
> Xavier Vilajosana Guillen
> Sent: Thursday, June 27, 2013 1:33 AM
> To: ohba yoshihiro
> Cc: 6tsch@ietf.org
> Subject: Re: [6tsch] simulation for random schedule allocation
>   
> Hi Yoshihiro,
> you are right, the formulation of the sentence is not correct. Should be:
>
> “Topology: Random, where each node requests a random number of neighbours
> between 2 and 10.”
> this means that each node when created requests a number of neighbors
> between 2 and 10, meaning that other nodes when are created also request
> that number of neighbours and therefore a node can have more than 10
> neighbours, because other nodes selected it as a neighbour. From the
> simulation results I see that nodes have between 5 and 11 neighbours
> usually.
> However, from the numbers you point, 28 represents the number of allocated
> links (number of allocated cells in the schedule) to its neighbours, there
> might be more than one link to a neighbour in that case.
> regards,
> Xavi
>
>
> Xavi
>   
> On Wed, Jun 26, 2013 at 7:28 AM,  wrote:
> Hi Xavi,
>   
> Thank you very much for the simulation.
>   
> I am trying to understand the simulation model from your description and the
> result.
>   
> “Topology: Random, where each node has a random number of neighbors between
> 2 and 10.”
>   
> “
> ************************ requesting 1 links
> Node,Allocated Links,Collisions,Percentage
> 0,28,0,0.0
> “
>   
> In the above result, does Node 0 actually have 28 neighbors?
>   
> Regards,
> Yoshihiro Ohba
>   
> From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of
> Xavier Vilajosana Guillen
> Sent: Wednesday, June 26, 2013 3:46 AM
> To: 6tsch@ietf.org
>
> Subject: [6tsch] simulation for random schedule allocation
>   
>
>
> Hi all,
>
> I prepared a little simulation to see how random schedule allocation
> behaves. (I have the code in Java in case someone is interested)
>
> here there are some details (everything can be tuned in case someone wants
> to point me to a special case)
>
> Network: 50 nodes
>
> Topology: Random, where each node has a random number of neighbors between 2
> and 10.
>
> Each node requests a link to each of its neighbors. This is done from 1 to
> 10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the
> second 2, etc.. up to 10 links to each of the neighbors, can be configured)
>
> The slotframe is 101 slots and 16 channels.
>
> The simulation prints statistics for the test (and the collisions if we are
> interested.)
> I used pseudo random generator from the java language assuming it provides
> uniform or almost uniform distribution.
> The allocation counter counts both the number of links allocated as tx and
> the number of links allocated as rx due to a neighbour allocating a link to
> the actual node. The percentage is the % of collisions w.r.t the allocated
> links.
> Worst case is around 11% when allocating 10 links to each neighbour in that
> 50 node network.
> I can play more on it but I wanted to share that initial results.
> please see attached file for the results.
> regards,
> Xavi
>   
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


From xvilajosana@berkeley.edu  Thu Jun 27 10:32:58 2013
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Date: Thu, 27 Jun 2013 10:32:52 -0700
Message-ID: 
From: Xavier Vilajosana Guillen 
To: Qin Wang 
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Cc: Maria Rita PALATTELLA , "6tsch@ietf.org" <6tsch@ietf.org>, "yoshihiro.ohba@toshiba.co.jp" 
Subject: Re: [6tsch] simulation for random schedule allocation
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Hi Qin,

I agree, the simulator can be improved in many many ways, my initial idea
was simply to get the numbers on what was the behaviour according to how
"full" the schedule is, I don't think that not having a network that can be
projected in a 2D plane is a problem as the trend of the data will be the
same.

I can work more on the simulator if we think this is a tool we want to
exploit, to have the rough idea that random selection of links with low
crowded schedules will work I think it is enough.

cheers!
Xavi

Xavi


On Thu, Jun 27, 2013 at 7:36 AM, Qin Wang  wrote:

> Xavi,
>
> From
> https://github.com/xvilajosana/6TSCH/blob/master/simulator/src/edu/berkel=
ey/sixtus/simul/SimulatorEngine.java,
> (createNetworkTopology(Random ran)), I understand how the network
> topology is established. I think it may result in some cross edges, which
> will not happen in real network deployment.
>
> To avoid the problem, usually, we can think that a 2D array presents a
> area, say L*L, and then assign each node (x,y) in the L*L randomly. As
> result, each node will have some amount of neighbors. Does it make sense?
>
> Thought?
>
> Qin
>
>
>
>
>
>
>
>
>
>
> On Thu, Jun 27, 2013 at 9:53 PM, Xavier Vilajosana Guillen <
> xvilajosana@eecs.berkeley.edu> wrote:
>
>> Hi Maria Rita, see inline please
>>
>>
>> Hello Xavi,
>> first of all many thanks for having built the code and run this first se=
t
>> of simulations for the WG.
>> I have some questions about the simulations. Please, feel free to ignore
>> my comments, if they are inappropriate.
>>
>> 1)"Each node requests a link to *each* of its neighbors."
>> Is it really what we want? In my point of view, each node will ask a set
>> of links (i.e., cells) according to the paths along which it will transm=
it
>> its own traffic, and forwards the traffic received by other neighbors. I=
n
>> other words, the number of requested cells per node should be less than
>> what we are simulating right now. For sure, in the actual scenario, we h=
ave
>> higher probability of collision.
>>
>> I agree, the first set of simulations was completely brute force but
>> showed something that it is interesting (and this was my main objective)=
,
>> with low density schedules (i.e almost all cells non-scheduled ) the
>> collision probability at the first choice is very low meaning that with =
few
>> retries in case of collision it will find a right cell. With dense
>> schedules (out of the scope on the majority of TSCH networks) the
>> allocation performance is very bad. It is important to bear in mind that
>> a network with 10% of its schedule allocated is a very busy network.(fro=
m
>> what we have seen on different network deployments)
>>
>> 2) " the network is represented by a boolean square matrix of
>> num_nodes*num_nodes. *Two nodes are neighbours if the cell for that two
>> nodes (indexed by node ids) is true*. if X is neighbour of Y the cells
>> (x,y) and (y,x) will be true."
>> This way of representing the network can create somehow a bit of
>> confusion with the TSCH schedule representation, where we have (timeslot=
,
>> channeloffset) cells.
>> Can't we find a different way for representing the network, and defying
>> the set of neighbors? Moreover, this point 2) is linked with point 1) I
>> guess, i.e., assuming each node will request a link to each of its
>> neighbors.
>>
>> If you look the code you will see that the network is expressed using 2
>> variables, one is a 1 dimension array of nodes (50 on my experiments),ea=
ch
>> node keeps a slotframe structure being a 101*16 matrix of Cells, where a
>> cell is a data structure with some information. In addition the network
>> topology is built using an adjacency matrix, each row represents a node
>> that is matched with its neighbors represented by the column. This can b=
e
>> done in many different ways but I guess it is pretty simple in that way.=
 My
>> initial idea on that simulator was to get some numbers, I did not put
>> effort on having a new super efficient NS-2! and therefore the code is
>> super simple and objective driven. If we feel that we need to consolidat=
e
>> that then I need to work on putting some more effort on its structure an=
d
>> design.
>>
>> 3) "Topology: Random, where each node requests a* random number of
>> neighbours between 2 and 10*.=94
>> Even though I am in favor of having a random topology, and a random
>> number of neighbors, maybe, for having a preliminary idea of the network
>> behavior, we could run a set of simulations, where we fix the number of
>> neighbors (i.e., having it constant). Basically, my suggestion is to kee=
p
>> some parameters constant, while we change others, in order to see how ea=
ch
>> of them impact the cells allocation.
>>
>> Yes, I agree too, this can be configured easily.
>>
>> thanks for your comments!
>>
>> Thank you!
>> Maria Rita
>>
>> Xavi
>>
>>
>> On Thu, Jun 27, 2013 at 1:07 AM, Maria Rita PALATTELLA <
>> maria-rita.palattella@uni.lu> wrote:
>>
>>>  Hello Xavi,
>>> first of all many thanks for having built the code and run this first
>>> set of simulations for the WG.
>>> I have some questions about the simulations. Please, feel free to ignor=
e
>>> my comments, if they are inappropriate.
>>>
>>> 1)"Each node requests a link to *each* of its neighbors."
>>> Is it really what we want? In my point of view, each node will ask a se=
t
>>> of links (i.e., cells) according to the paths along which it will trans=
mit
>>> its own traffic, and forwards the traffic received by other neighbors. =
In
>>> other words, the number of requested cells per node should be less than
>>> what we are simulating right now. For sure, in the actual scenario, we =
have
>>> higher probability of collision.
>>>
>>> 2) " the network is represented by a boolean square matrix of
>>> num_nodes*num_nodes. *Two nodes are neighbours if the cell for that two
>>> nodes (indexed by node ids) is true*. if X is neighbour of Y the cells
>>> (x,y) and (y,x) will be true."
>>> This way of representing the network can create somehow a bit of
>>> confusion with the TSCH schedule representation, where we have (timeslo=
t,
>>> channeloffset) cells.
>>> Can't we find a different way for representing the network, and defying
>>> the set of neighbors? Moreover, this point 2) is linked with point 1) I
>>> guess, i.e., assuming each node will request a link to each of its
>>> neighbors.
>>>
>>> 3) "Topology: Random, where each node requests a* random number of
>>> neighbours between 2 and 10*.=94
>>> Even though I am in favor of having a random topology, and a random
>>> number of neighbors, maybe, for having a preliminary idea of the networ=
k
>>> behavior, we could run a set of simulations, where we fix the number of
>>> neighbors (i.e., having it constant). Basically, my suggestion is to ke=
ep
>>> some parameters constant, while we change others, in order to see how e=
ach
>>> of them impact the cells allocation.
>>>
>>> Thank you!
>>> Maria Rita
>>>
>>>
>>>  ------------------------------
>>> *From:* 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of
>>> Xavier Vilajosana Guillen [xvilajosana@eecs.berkeley.edu]
>>> *Sent:* Thursday, June 27, 2013 2:27 AM
>>> *To:* yoshihiro.ohba@toshiba.co.jp
>>>
>>> *Cc:* 6tsch@ietf.org
>>> *Subject:* Re: [6tsch] simulation for random schedule allocation
>>>
>>>      Hi Yoshihiro,
>>>
>>>  the network is represented by a boolean square matrix of
>>> num_nodes*num_nodes. Two nodes are neighbours if the cell for that two
>>> nodes (indexed by node ids) is true. if X is neighbour of Y the cells (=
x,y)
>>> and (y,x) will be true.
>>>  When a node requests a link it always requests a TX link, the counter
>>> part sets it to RX links so a link allocation happens at both sides. In=
 a
>>> particular node Number of allocated links is the accumulation of both T=
X
>>> and RX allocated in that node.
>>>
>>>  Regarding your question, if X requests a TX link to Y the schedule of =
X
>>> allocates a TX link to Y and the schedule of Y allocates a RX link from=
 X.
>>> If Y requests a TX link to X, X allocates a RX link from Y.
>>>
>>>  A link is not allocated in either side if there is a collision, and
>>> then I increment the collision counter.
>>>
>>>  The code is here in case someone wants to play. Sorry it is not very
>>> clean but I will clean it as soon as I can. If someone modifies it or
>>> improves it, feel free to commit your changes to the repository so the
>>> simulator becomes better.
>>>
>>> https://github.com/xvilajosana/6TSCH
>>>
>>>  hope this makes things clear.
>>>
>>>  regards,
>>>  X
>>>
>>>
>>>  Xavi
>>>
>>>
>>> On Wed, Jun 26, 2013 at 3:56 PM,  wrote:
>>>
>>>>  Hi Xavi,****
>>>>
>>>> ** **
>>>>
>>>> Thanks for your explanation.  I have better understanding now.  ****
>>>>
>>>> ** **
>>>>
>>>> I have one more question.****
>>>>
>>>> ** **
>>>>
>>>> You mentioned =93there might be more than one link to a neighbor=94.  =
 Say
>>>> Node X selected only one neighbor Node Y and requests one link to Node=
 Y.
>>>> The resulting number of links associated with Node X can be two (2) wh=
en
>>>> Node Y also selected Node X as its neighbor and requested one link to =
Node
>>>> X.  Is my understanding correct?****
>>>>
>>>> ** **
>>>>
>>>> Yoshihiro Ohba****
>>>>
>>>> ** **
>>>>
>>>> ** **
>>>>
>>>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>>>> Behalf Of *Xavier Vilajosana Guillen
>>>> *Sent:* Thursday, June 27, 2013 1:33 AM
>>>> *To:* ohba yoshihiro
>>>> *Cc:* 6tsch@ietf.org
>>>> *Subject:* Re: [6tsch] simulation for random schedule allocation****
>>>>
>>>> ** **
>>>>
>>>> Hi Yoshihiro,****
>>>>
>>>> you are right, the formulation of the sentence is not correct. Should
>>>> be:
>>>>
>>>> =93Topology: Random, where each node requests a random number of
>>>> neighbours between 2 and 10.=94****
>>>>
>>>> this means that each node when created requests a number of neighbors
>>>> between 2 and 10, meaning that other nodes when are created also reque=
st
>>>> that number of neighbours and therefore a node can have more than 10
>>>> neighbours, because other nodes selected it as a neighbour. From the
>>>> simulation results I see that nodes have between 5 and 11 neighbours
>>>> usually.****
>>>>
>>>> However, from the numbers you point, 28 represents the number of
>>>> allocated links (number of allocated cells in the schedule) to its
>>>> neighbours, there might be more than one link to a neighbour in that c=
ase.
>>>> ****
>>>>
>>>> regards,
>>>> Xavi****
>>>>
>>>>
>>>> ****
>>>>
>>>> Xavi****
>>>>
>>>> ** **
>>>>
>>>> On Wed, Jun 26, 2013 at 7:28 AM,  wrote:=
*
>>>> ***
>>>>
>>>> Hi Xavi,****
>>>>
>>>>  ****
>>>>
>>>> Thank you very much for the simulation.****
>>>>
>>>>  ****
>>>>
>>>> I am trying to understand the simulation model from your description
>>>> and the result.****
>>>>
>>>>  ****
>>>>
>>>> =93Topology: Random, where each node has a random number of neighbors
>>>> between 2 and 10.=94****
>>>>
>>>>  ****
>>>>
>>>> =93****
>>>>
>>>> ************************ requesting 1 links****
>>>>
>>>> Node,Allocated Links,Collisions,Percentage****
>>>>
>>>> 0,28,0,0.0****
>>>>
>>>> =93****
>>>>
>>>>  ****
>>>>
>>>> In the above result, does Node 0 actually have 28 neighbors?****
>>>>
>>>>  ****
>>>>
>>>> Regards,****
>>>>
>>>> Yoshihiro Ohba****
>>>>
>>>>  ****
>>>>
>>>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>>>> Behalf Of *Xavier Vilajosana Guillen
>>>> *Sent:* Wednesday, June 26, 2013 3:46 AM
>>>> *To:* 6tsch@ietf.org****
>>>>
>>>>
>>>> *Subject:* [6tsch] simulation for random schedule allocation****
>>>>
>>>>  ****
>>>>
>>>>
>>>> ****
>>>>
>>>> Hi all,
>>>>
>>>> I prepared a little simulation to see how random schedule allocation
>>>> behaves. (I have the code in Java in case someone is interested)
>>>>
>>>> here there are some details (everything can be tuned in case someone
>>>> wants to point me to a special case)
>>>>
>>>> Network: 50 nodes
>>>>
>>>> Topology: Random, where each node has a random number of neighbors
>>>> between 2 and 10.
>>>>
>>>> Each node requests a link to each of its neighbors. This is done from =
1
>>>> to 10 times (i.e 10 tests, the first requesting 1 link to each neighbo=
ur,
>>>> the second 2, etc.. up to 10 links to each of the neighbors, can be
>>>> configured)
>>>>
>>>> The slotframe is 101 slots and 16 channels.
>>>>
>>>> The simulation prints statistics for the test (and the collisions if w=
e
>>>> are interested.)****
>>>>
>>>> I used pseudo random generator from the java language assuming it
>>>> provides uniform or almost uniform distribution.****
>>>>
>>>> The allocation counter counts both the number of links allocated as tx
>>>> and the number of links allocated as rx due to a neighbour allocating =
a
>>>> link to the actual node. The percentage is the % of collisions w.r.t t=
he
>>>> allocated links. ****
>>>>
>>>> Worst case is around 11% when allocating 10 links to each neighbour in
>>>> that 50 node network.****
>>>>
>>>> I can play more on it but I wanted to share that initial results.****
>>>>
>>>> please see attached file for the results.****
>>>>
>>>> regards,****
>>>>
>>>> Xavi****
>>>>
>>>> ** **
>>>>
>>>
>>>
>>
>> _______________________________________________
>> 6tsch mailing list
>> 6tsch@ietf.org
>> https://www.ietf.org/mailman/listinfo/6tsch
>>
>>
>

--047d7b2e4320e24a9704e02626cf
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


    Hi Qin,

    I agree, the simulator=
 can be improved in many many ways, my initial idea was simply to get the n=
umbers on what was the behaviour according to how "full" the sche=
dule is, I don't think that not having a network that can be projected =
in a 2D plane is a problem as the trend of the data will be the same.
    

    I can work more on the simulator if we think this is a tool we wa=
nt to exploit, to have the rough idea that random selection of links with l=
ow crowded schedules will work I think it is enough.

    cheers!
Xavi

    Xavi
    


    On Thu, Jun 27, 2013 at 7:36 AM, Qin Wan=
g <qinwang@berkeley.edu> wrote:
    

    Xavi,

    



    To avoid the problem, usually, we can think that a 2D a=
rray presents a area, say L*L, and then assign each node (x,y) in the L*L r=
andomly. As result, each node will have some amount of neighbors. Does it m=
ake sense?
    



    Thought?

    Qin



    <=
/div>





    



    

    Hi Maria Rita, see inline pleas=
e
    


    Hello Xavi,
    

first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set
 of links (i.e., cells) according to the paths along which it will=20
transmit its own traffic, and forwards the traffic received by other=20
neighbors. In other words, the number of requested
 cells per node should be less than what we are simulating right now.=20
For sure, in the actual scenario, we have higher probability of=20
collision.
    

    I agree, the first set of simulations was completely brute force b=
ut showed something that it is interesting (and this was my main objective)=
, with low density schedules (i.e almost all cells non-scheduled ) the coll=
ision probability at the first choice is very low meaning that with few ret=
ries in case of collision it will find a right cell. With dense schedules (=
out of the scope on the majority of TSCH networks) the allocation performan=
ce is very bad. It is important t=
o bear in mind that a network with 10% of its schedule allocated is a very =
busy network.(from what we have seen on different network deployments)
    




    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of=20
confusion with the TSCH schedule representation, where we have=20
(timeslot, channeloffset) cells.
    
Can't we find a different way for representing the network, and defying=
=20
the set of neighbors? Moreover, this point 2) is linked with point 1) I=20
guess, i.e., assuming each node will request a link to each of its=20
neighbors.

    If you loo=
k the code you will see that the network is expressed using 2 variables, on=
e is a 1 dimension array of nodes (50 on my experiments),each node keeps a =
slotframe structure being a 101*16 matrix of Cells, where a cell is a data =
structure with some information. In addition the network topology is built =
using an adjacency matrix, each row represents a node that is matched with =
its neighbors represented by the column. This can be done in many different=
 ways but I guess it is pretty simple in that way. My initial idea on that =
simulator was to get some numbers, I did not put effort on having a new sup=
er efficient NS-2! and therefore the code is super simple and objective dri=
ven. If we feel that we need to consolidate that then I need to work on put=
ting some more effort on its structure and design.
    



    

    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random=20
number of neighbors, maybe, for having a preliminary idea of the network
 behavior, we could run a set of simulations, where we fix the number of
 neighbors (i.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change=20
others, in order to see how each of them impact the cells allocation.
    =
Yes, I agree too, this can be configured=
 easily.
    



    

    thanks for your comments!
    =

    
Thank you!
    
Maria Rita
    


    Xavi
    


    On Thu, Jun 27, 2013 at 1:07 AM, Maria R=
ita PALATTELLA <maria-rita.palattella@uni.lu> wro=
te:
    



    





    

    Hello Xavi,<=
br>
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set of=
 links (i.e., cells) according to the paths along which it will transmit it=
s own traffic, and forwards the traffic received by other neighbors. In oth=
er words, the number of requested
 cells per node should be less than what we are simulating right now. For s=
ure, in the actual scenario, we have higher probability of collision.
    

    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of confusion =
with the TSCH schedule representation, where we have (timeslot, channeloffs=
et) cells.
    
Can't we find a different way for representing the network, and defying=
 the set of neighbors? Moreover, this point 2) is linked with point 1) I gu=
ess, i.e., assuming each node will request a link to each of its neighbors.=

    




    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random number =
of neighbors, maybe, for having a preliminary idea of the network behavior,=
 we could run a set of simulations, where we fix the number of neighbors (i=
.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change others,=
 in order to see how each of them impact the cells allocation.
    

    
Thank you!
    
Maria Rita
    

    
=A0
    
    

    

    

    Fro=
m: 6tsch-bo=
unces@ietf.org [6tsch-bounces@ietf.org] on behalf of Xavier Vilajosana Guillen [xvilajosan=
a@eecs.berkeley.edu]
    



Sent: Thursday, June 27, 2013 2:27 AM
    
To: yoshihiro.ohba@toshiba.co.jp

    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    


    

    

    

    

    

    

    

    

    

    

    

    Hi Yoshihiro,
    

    

    
the network is represented by a boolean square matrix of num_nodes*num_node=
s. Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be tru=
e.

    

    
When a node requests a link it always requests a TX link, the counter part =
sets it to RX links so a link allocation happens at both sides. In a partic=
ular node Number of allocated links is the accumulation of both TX and RX a=
llocated in that node.
    




    

    
Regarding your question, if X requests a TX link to Y the schedule of X all=
ocates a TX link to Y and the schedule of Y allocates a RX link from X. If =
Y requests a TX link to X, X allocates a RX link from Y.
    

    

    
A link is not allocated in either side if there is a collision, and then I =
increment the collision counter.
    

    

    

    The code is here in case someone wants to play. Sorry it is not very c=
lean but I will clean it as soon as I can. If someone modifies it or improv=
es it, feel free to commit your changes to the repository so the simulator =
becomes better.
    




    
https://=
github.com/xvilajosana/6TSCH
    

    

    

    
hope this makes things clear.
    

    

    
regards,
    

    
X
    

    

    

    

    

    

    

    


    

    

    

    

    

    

    

    

    

    


    

    

    Xavi
    

    

    

    

    

    On Wed, Jun 26, 2013 at 3:56 PM, <yo=
shihiro.ohba@toshiba.co.jp> wrote:
    

    

    

    

    Hi Xavi,<=
/u>
    

    =A0
    

    Thanks for y=
our explanation.=A0 I have better understanding now.=A0

    

    =A0
    

    I have one m=
ore question.
    

    =A0
    

    You mentioned =93there might be=
 more than one link to a neighbor=94. =A0=A0Say Node X selected only one ne=
ighbor Node Y and requests one link to Node Y.=A0 The resulting number of l=
inks associated with Node X can be two (2) when
 Node Y also selected Node X as its neighbor and requested one link to Node=
 X.=A0 Is my understanding correct?
    

    =A0
    

    Yoshihiro Ohba
    

    =A0
    

    =A0
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Thursday, June 27, 2013 1:33 AM
    
To: ohba yoshihiro
    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    

    

    

    =A0
    

    

    

    

    

    

    
Hi Yoshihiro,
    

    

    
you are right, the formulation of the sentence is not =
correct. Should be:
    

    
=93Topology: Random, where each node requests a random number of neighbours=
 between 2 and 10.=94
    

    

    
this means that each node when created requests a numb=
er of neighbors between 2 and 10, meaning that other nodes when are created=
 also request that number of neighbours and therefore a node can have more =
than 10 neighbours, because other
 nodes selected it as a neighbour. From the simulation results I see that n=
odes have between 5 and 11 neighbours usually.
    

    

    Ho=
wever, from the numbers you point, 28 represents the number of allocated li=
nks (number of allocated cells in the schedule) to its neighbours, there mi=
ght be more than one link to a neighbour
 in that case.
    

    

    re=
gards,
    
Xavi
    

    

    

    

    

    

    

    Xa=
vi
    

    

    

    
=A0
    

    

    On=
 Wed, Jun 26, 2013 at 7:28 AM, <yoshihiro.ohba@toshiba.co.jp> wrote:
    




    

    

    Hi Xavi,<=
/p>

    =A0
    

    Thank you very much for the simulation.
    




    =A0
    

    I am trying to understand the simulation model from your d=
escription and the result.=

    




    =A0
    

    =93Topology: Random, where each node has a random number of neighbors between=
 2 and 10.=94
    

    =
=A0
    

    =93
    

    ************************ requesting 1 links
    




    Node,Allocated Links,Collisions,Percentage
    




    0,28,0,0.0
    




    =93
    

    =A0
    

    In the above result, does Node 0 actually have 28 neighbor=
s?
    




    =A0
    

    Regards,<=
/p>

    Yoshihiro Ohba
    




    =A0
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.o=
rg
    

    

    
Subject: [6tsch] simulation for random schedule allocation=

    

    

    =
=A0
    

    

    

    

    

    

    

    

    

    Hi=
 all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    




    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    I used pseudo random generator from the java language as=
suming it provides uniform or almost uniform distribution.
    




    

    

    The allocation counter counts both the number of links a=
llocated as tx and the number of links allocated as rx due to a neighbour a=
llocating a link to the actual node.
 The percentage is the % of collisions w.r.t the allocated links. 
    

    

    

    Worst case is around 11% when allocating 10 links to eac=
h neighbour in that 50 node network.
    

    

    

    I can play more on it but I wanted to share that initial=
 results.
    

    

    

    please see attached file for the results.<=
/span>
    

    

    regards,
    

    

    

    Xa=
vi
    

    

    

    

    

    

    

    

    

    

    =A0
    

    

    

    

    

    

    

    

    

    

    

    

    

    



    

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


    


    

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From xvilajosana@berkeley.edu  Thu Jun 27 10:36:28 2013
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Date: Thu, 27 Jun 2013 10:36:23 -0700
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From: Xavier Vilajosana Guillen 
To: Kris Pister 
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what I can do is provide some plots with more details on what will happen
in networks with schedules below 20% allocation (which are more realistic
cases). I can add number of tries to find a non-collidiing cell and see how
long it takes to converge according to the schedule load.

regards,
Xavi



Xavi


On Thu, Jun 27, 2013 at 9:28 AM, Kris Pister  wrote:

> >> nodes with a low rank will experience a pretty high collision
> probability
>
> Yes, but only in a really busy network. Let's assume that we are doing
> data collection to/through a single dodag root. Let's also assume that th=
e
> dodag root has a single radio, so it can only do one thing in any time
> slot, and it's smart enough not to schedule more than one thing in any ti=
me
> slot. We now have a throughput limit out of our network - one packet per
> timeslot, corresponding to one RX link per timeslot at the root. That
> occupies 1/15th or 1/16th of the available cell space, and collisions fro=
m
> the one-hop ring to the root are avoided by the root being smart. If all
> nodes are in the one-hop ring, we have a single collision domain, and any
> sibling connectivity for redundancy will risk collisions. If all nodes ar=
e
> not in the one-hop ring, then we'll need more links for connectivity not
> just redundancy, but by definition we will no long have a single collisio=
n
> domain. If you try to draw this kind of traffic as a dot on one of Xavi's
> plots they end up pretty close to the origin, in the relatively low
> collision part of the curves.
>
> In these limiting cases you can certainly show that an omniscient (or at
> least "more-scient") scheduler will give you both higher throughput and
> lower energy cost. But its hard to find a single-dodag-radio converge-cas=
t
> application where random choice with some mild feedback won't work.
>
> ksjp
>
>
> On 6/27/2013 1:41 AM, Alfredo Grieco wrote:
>
>> Hi all,
>>
>> I guess that the point here is that the simulations of Xavi clearly
>> highlight that as the load increases the collision probability increases
>> too. I developed some Binomial expressions for a single hop network and
>> results are very similar to the ones of Xavi.
>>
>> Of course the scenarios can be made more and more realistic (as Maria Ri=
ta
>> and Yoshihiro are suggesting) but the indication of these preliminary
>> outcomes seem to be that nodes with a low rank will experience a pretty
>> high
>> collision probability (due to a higher load) if they choose cells
>> according
>> to a pure random technique whereas nodes with a high rank can safely use=
 a
>> random approach without any problem.
>>
>> Again, it seems that the rank of a node has to play some role in the
>> mechanism used to select cells in order to avoid performance degradation=
.
>> I
>> believe that this kind of indication should be provided in some of the
>> drafts in progress.
>>
>> Cheers
>>
>> Alfredo
>>
>> Da: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org**] Per conto d=
i
>> Maria Rita PALATTELLA
>> Inviato: Thursday, June 27, 2013 10:08 AM
>> A: xvilajosana@eecs.berkeley.edu; yoshihiro.ohba@toshiba.co.jp
>> Cc: 6tsch@ietf.org
>> Oggetto: Re: [6tsch] simulation for random schedule allocation
>>
>> Hello Xavi,
>> first of all many thanks for having built the code and run this first se=
t
>> of
>> simulations for the WG.
>> I have some questions about the simulations. Please, feel free to ignore
>> my
>> comments, if they are inappropriate.
>>
>> 1)"Each node requests a link to each of its neighbors."
>> Is it really what we want? In my point of view, each node will ask a set
>> of
>> links (i.e., cells) according to the paths along which it will transmit
>> its
>> own traffic, and forwards the traffic received by other neighbors. In
>> other
>> words, the number of requested cells per node should be less than what w=
e
>> are simulating right now. For sure, in the actual scenario, we have high=
er
>> probability of collision.
>>
>> 2) " the network is represented by a boolean square matrix of
>> num_nodes*num_nodes. Two nodes are neighbours if the cell for that two
>> nodes
>> (indexed by node ids) is true. if X is neighbour of Y the cells (x,y) an=
d
>> (y,x) will be true."
>> This way of representing the network can create somehow a bit of confusi=
on
>> with the TSCH schedule representation, where we have (timeslot,
>> channeloffset) cells.
>> Can't we find a different way for representing the network, and defying
>> the
>> set of neighbors? Moreover, this point 2) is linked with point 1) I gues=
s,
>> i.e., assuming each node will request a link to each of its neighbors.
>>
>> 3) "Topology: Random, where each node requests a random number of
>> neighbours
>> between 2 and 10.=94
>> Even though I am in favor of having a random topology, and a random numb=
er
>> of neighbors, maybe, for having a preliminary idea of the network
>> behavior,
>> we could run a set of simulations, where we fix the number of neighbors
>> (i.e., having it constant). Basically, my suggestion is to keep some
>> parameters constant, while we change others, in order to see how each of
>> them impact the cells allocation.
>>
>> Thank you!
>> Maria Rita
>>
>>   ______________________________**__________
>> From: 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of Xavie=
r
>> Vilajosana Guillen [xvilajosana@eecs.berkeley.edu**]
>> Sent: Thursday, June 27, 2013 2:27 AM
>> To: yoshihiro.ohba@toshiba.co.jp
>> Cc: 6tsch@ietf.org
>> Subject: Re: [6tsch] simulation for random schedule allocation
>> Hi Yoshihiro,
>> the network is represented by a boolean square matrix of
>> num_nodes*num_nodes. Two nodes are neighbours if the cell for that two
>> nodes
>> (indexed by node ids) is true. if X is neighbour of Y the cells (x,y) an=
d
>> (y,x) will be true.
>> When a node requests a link it always requests a TX link, the counter pa=
rt
>> sets it to RX links so a link allocation happens at both sides. In a
>> particular node Number of allocated links is the accumulation of both TX
>> and
>> RX allocated in that node.
>> Regarding your question, if X requests a TX link to Y the schedule of X
>> allocates a TX link to Y and the schedule of Y allocates a RX link from =
X.
>> If Y requests a TX link to X, X allocates a RX link from Y.
>> A link is not allocated in either side if there is a collision, and then=
 I
>> increment the collision counter.
>> The code is here in case someone wants to play. Sorry it is not very cle=
an
>> but I will clean it as soon as I can. If someone modifies it or improves
>> it,
>> feel free to commit your changes to the repository so the simulator
>> becomes
>> better.
>>
>> https://github.com/**xvilajosana/6TSCH
>> hope this makes things clear.
>> regards,
>> X
>>
>>
>>
>> Xavi
>>
>> On Wed, Jun 26, 2013 at 3:56 PM,  wrote:
>> Hi Xavi,
>>   Thanks for your explanation.  I have better understanding now.
>>   I have one more question.
>>   You mentioned =93there might be more than one link to a neighbor=94.  =
 Say
>> Node
>> X selected only one neighbor Node Y and requests one link to Node Y.  Th=
e
>> resulting number of links associated with Node X can be two (2) when Nod=
e
>> Y
>> also selected Node X as its neighbor and requested one link to Node X.  =
Is
>> my understanding correct?
>>   Yoshihiro Ohba
>>     From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org**] On
>> Behalf Of
>> Xavier Vilajosana Guillen
>> Sent: Thursday, June 27, 2013 1:33 AM
>> To: ohba yoshihiro
>> Cc: 6tsch@ietf.org
>> Subject: Re: [6tsch] simulation for random schedule allocation
>>   Hi Yoshihiro,
>> you are right, the formulation of the sentence is not correct. Should be=
:
>>
>> =93Topology: Random, where each node requests a random number of neighbo=
urs
>> between 2 and 10.=94
>> this means that each node when created requests a number of neighbors
>> between 2 and 10, meaning that other nodes when are created also request
>> that number of neighbours and therefore a node can have more than 10
>> neighbours, because other nodes selected it as a neighbour. From the
>> simulation results I see that nodes have between 5 and 11 neighbours
>> usually.
>> However, from the numbers you point, 28 represents the number of allocat=
ed
>> links (number of allocated cells in the schedule) to its neighbours, the=
re
>> might be more than one link to a neighbour in that case.
>> regards,
>> Xavi
>>
>>
>> Xavi
>>   On Wed, Jun 26, 2013 at 7:28 AM,  wrote:
>> Hi Xavi,
>>   Thank you very much for the simulation.
>>   I am trying to understand the simulation model from your description
>> and the
>> result.
>>   =93Topology: Random, where each node has a random number of neighbors
>> between
>> 2 and 10.=94
>>   =93
>> ************************ requesting 1 links
>> Node,Allocated Links,Collisions,Percentage
>> 0,28,0,0.0
>> =93
>>   In the above result, does Node 0 actually have 28 neighbors?
>>   Regards,
>> Yoshihiro Ohba
>>   From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org**] On
>> Behalf Of
>> Xavier Vilajosana Guillen
>> Sent: Wednesday, June 26, 2013 3:46 AM
>> To: 6tsch@ietf.org
>>
>> Subject: [6tsch] simulation for random schedule allocation
>>
>>
>> Hi all,
>>
>> I prepared a little simulation to see how random schedule allocation
>> behaves. (I have the code in Java in case someone is interested)
>>
>> here there are some details (everything can be tuned in case someone wan=
ts
>> to point me to a special case)
>>
>> Network: 50 nodes
>>
>> Topology: Random, where each node has a random number of neighbors
>> between 2
>> and 10.
>>
>> Each node requests a link to each of its neighbors. This is done from 1 =
to
>> 10 times (i.e 10 tests, the first requesting 1 link to each neighbour, t=
he
>> second 2, etc.. up to 10 links to each of the neighbors, can be
>> configured)
>>
>> The slotframe is 101 slots and 16 channels.
>>
>> The simulation prints statistics for the test (and the collisions if we
>> are
>> interested.)
>> I used pseudo random generator from the java language assuming it provid=
es
>> uniform or almost uniform distribution.
>> The allocation counter counts both the number of links allocated as tx a=
nd
>> the number of links allocated as rx due to a neighbour allocating a link
>> to
>> the actual node. The percentage is the % of collisions w.r.t the allocat=
ed
>> links.
>> Worst case is around 11% when allocating 10 links to each neighbour in
>> that
>> 50 node network.
>> I can play more on it but I wanted to share that initial results.
>> please see attached file for the results.
>> regards,
>> Xavi
>>
>>
>> ______________________________**_________________
>> 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
>

--047d7b2e43207326fc04e02633db
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


    what I can do is provide some plots with more details=
 on what will happen in networks with schedules below 20% allocation (which=
 are more realistic cases). I can add number of tries to find a non-collidi=
ing cell and see how long it takes to converge according to the schedule lo=
ad.
    

    regards,
    Xavi



    Xavi
    


    On Thu, Jun 27, 2013 at 9:28 AM, Kris Pi=
ster <ksjp@berkeley.edu> wrote:
    

    >> nodes with a low rank will experience a pretty h=
igh collision probability
    

    
Yes, but only in a really busy network. Let's assume that we are doing =
data collection to/through a single dodag root. Let's also assume that =
the dodag root has a single radio, so it can only do one thing in any time =
slot, and it's smart enough not to schedule more than one thing in any =
time slot. We now have a throughput limit out of our network - one packet p=
er timeslot, corresponding to one RX link per timeslot at the root. That oc=
cupies 1/15th or 1/16th of the available cell space, and collisions from th=
e one-hop ring to the root are avoided by the root being smart. If all node=
s are in the one-hop ring, we have a single collision domain, and any sibli=
ng connectivity for redundancy will risk collisions. If all nodes are not i=
n the one-hop ring, then we'll need more links for connectivity not jus=
t redundancy, but by definition we will no long have a single collision dom=
ain. If you try to draw this kind of traffic as a dot on one of Xavi's =
plots they end up pretty close to the origin, in the relatively low collisi=
on part of the curves.
    


    
In these limiting cases you can certainly show that an omniscient (or at le=
ast "more-scient") scheduler will give you both higher throughput=
 and lower energy cost. But its hard to find a single-dodag-radio converge-=
cast application where random choice with some mild feedback won't work=
.
    


    
ksjp

    

    
On 6/27/2013 1:41 AM, Alfredo Grieco wrote:
    

    
Hi all,
    

    
I guess that the point here is that the simulations of Xavi clearly
    
highlight that as the load increases the collision probability increases
too. I developed some Binomial expressions for a single hop network and
    
results are very similar to the ones of Xavi.
    

    
Of course the scenarios can be made more and more realistic (as Maria Rita<=
br>
and Yoshihiro are suggesting) but the indication of these preliminary
    
outcomes seem to be that nodes with a low rank will experience a pretty hig=
h
    
collision probability (due to a higher load) if they choose cells according=

    
to a pure random technique whereas nodes with a high rank can safely use a<=
br>
random approach without any problem.
    

    
Again, it seems that the rank of a node has to play some role in the
    
mechanism used to select cells in order to avoid performance degradation. I=

    
believe that this kind of indication should be provided in some of the
    
drafts in progress.
    

    
Cheers
    

    
Alfredo
    

    
Da: 6tsch-bounc=
es@ietf.org [mailto:6tsch-bounces@ietf.org] Per conto di
    
Maria Rita PALATTELLA
    
Inviato: Thursday, June 27, 2013 10:08 AM
    
A: xvila=
josana@eecs.berkeley.edu; yoshihiro.ohba@toshiba.co.jp
    
Cc: 6tsch@ietf.org<=
br>
Oggetto: Re: [6tsch] simulation for random schedule allocation
    

    
Hello Xavi,
    
first of all many thanks for having built the code and run this first set o=
f
    
simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=

    
comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of its neighbors."
    
Is it really what we want? In my point of view, each node will ask a set of=

    
links (i.e., cells) according to the paths along which it will transmit its=

    
own traffic, and forwards the traffic received by other neighbors. In other=

    
words, the number of requested cells per node should be less than what we
are simulating right now. For sure, in the actual scenario, we have higher<=
br>
probability of collision.
    

    
2) " the network is represented by a boolean square matrix of
    
num_nodes*num_nodes. Two nodes are neighbours if the cell for that two node=
s
    
(indexed by node ids) is true. if X is neighbour of Y the cells (x,y) and
(y,x) will be true."
    
This way of representing the network can create somehow a bit of confusion<=
br>
with the TSCH schedule representation, where we have (timeslot,
    
channeloffset) cells.
    
Can't we find a different way for representing the network, and defying=
 the
    
set of neighbors? Moreover, this point 2) is linked with point 1) I guess,<=
br>
i.e., assuming each node will request a link to each of its neighbors.
    

    
3) "Topology: Random, where each node requests a random number of neig=
hbours
    
between 2 and 10.=94
    
Even though I am in favor of having a random topology, and a random number<=
br>
of neighbors, maybe, for having a preliminary idea of the network behavior,=

    
we could run a set of simulations, where we fix the number of neighbors
    
(i.e., having it constant). Basically, my suggestion is to keep some
    
parameters constant, while we change others, in order to see how each of
them impact the cells allocation.
    

    
Thank you!
    
Maria Rita
    

    
=A0 ________________________________________
    
From: 6tsch-bou=
nces@ietf.org [6tsch-bounces@ietf.org] on behalf of Xavier
    
Vilajosana Guillen [xvilajosana@eecs.berkeley.edu]
    
Sent: Thursday, June 27, 2013 2:27 AM
    
To: yoshi=
hiro.ohba@toshiba.co.jp
    
Cc: 6tsch@ietf.org<=
br>
Subject: Re: [6tsch] simulation for random schedule allocation
    
Hi Yoshihiro,
    
the network is represented by a boolean square matrix of
    
num_nodes*num_nodes. Two nodes are neighbours if the cell for that two node=
s
    
(indexed by node ids) is true. if X is neighbour of Y the cells (x,y) and
(y,x) will be true.
    
When a node requests a link it always requests a TX link, the counter part<=
br>
sets it to RX links so a link allocation happens at both sides. In a
    
particular node Number of allocated links is the accumulation of both TX an=
d
    
RX allocated in that node.
    
Regarding your question, if X requests a TX link to Y the schedule of X
    
allocates a TX link to Y and the schedule of Y allocates a RX link from X.<=
br>
If Y requests a TX link to X, X allocates a RX link from Y.
    
A link is not allocated in either side if there is a collision, and then I<=
br>
increment the collision counter.
    
The code is here in case someone wants to play. Sorry it is not very clean<=
br>
but I will clean it as soon as I can. If someone modifies it or improves it=
,
    
feel free to commit your changes to the repository so the simulator becomes=

    
better.
    

    
https://=
github.com/xvilajosana/6TSCH
    
hope this makes things clear.
    
regards,
    
X
    

    

    

    
Xavi
    

    
On Wed, Jun 26, 2013 at 3:56 PM, <yoshihiro.ohba@toshiba.co.jp> wrote:
    
Hi Xavi,
    
=A0 Thanks for your explanation. =A0I have better understanding now.
    
=A0 I have one more question.
    
=A0 You mentioned =93there might be more than one link to a neighbor=94. =
=A0 Say Node
    
X selected only one neighbor Node Y and requests one link to Node Y. =A0The=

    
resulting number of links associated with Node X can be two (2) when Node Y=

    
also selected Node X as its neighbor and requested one link to Node X. =A0I=
s
    
my understanding correct?
    
=A0 Yoshihiro Ohba
    
=A0 =A0 From: 6=
tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of
    
Xavier Vilajosana Guillen
    
Sent: Thursday, June 27, 2013 1:33 AM
    
To: ohba yoshihiro
    
Cc: 6tsch@ietf.org<=
br>
Subject: Re: [6tsch] simulation for random schedule allocation
    
=A0 Hi Yoshihiro,
    
you are right, the formulation of the sentence is not correct. Should be:

    
=93Topology: Random, where each node requests a random number of neighbours=

    
between 2 and 10.=94
    
this means that each node when created requests a number of neighbors
    
between 2 and 10, meaning that other nodes when are created also request
that number of neighbours and therefore a node can have more than 10
    
neighbours, because other nodes selected it as a neighbour. From the
    
simulation results I see that nodes have between 5 and 11 neighbours
    
usually.
    
However, from the numbers you point, 28 represents the number of allocated<=
br>
links (number of allocated cells in the schedule) to its neighbours, there<=
br>
might be more than one link to a neighbour in that case.
    
regards,
    
Xavi
    

    

    
Xavi
    
=A0 On Wed, Jun 26, 2013 at 7:28 AM, <yoshihiro.ohba@toshiba.co.jp> wrote:=

    
Hi Xavi,
    
=A0 Thank you very much for the simulation.
    
=A0 I am trying to understand the simulation model from your description an=
d the
    
result.
    
=A0 =93Topology: Random, where each node has a random number of neighbors b=
etween
    
2 and 10.=94
    
=A0 =93
    
************************ requesting 1 links
    
Node,Allocated Links,Collisions,Percentage
    
0,28,0,0.0
    
=93
    
=A0 In the above result, does Node 0 actually have 28 neighbors?
    
=A0 Regards,
    
Yoshihiro Ohba
    
=A0 From: 6tsch=
-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of
    
Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.org<=
br>

    
Subject: [6tsch] simulation for random schedule allocation
    
=A0 
    

    
Hi all,
    

    
I prepared a little simulation to see how random schedule allocation
    
behaves. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants<=
br>
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2
    
and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to<=
br>
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the<=
br>
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    

    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=

    
interested.)
    
I used pseudo random generator from the java language assuming it provides<=
br>
uniform or almost uniform distribution.
    
The allocation counter counts both the number of links allocated as tx and<=
br>
the number of links allocated as rx due to a neighbour allocating a link to=

    
the actual node. The percentage is the % of collisions w.r.t the allocated<=
br>
links.
    
Worst case is around 11% when allocating 10 links to each neighbour in that=

    
50 node network.
    
I can play more on it but I wanted to share that initial results.
    
please see attached file for the results.
    
regards,
    
Xavi
    
=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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Hi Xavi,

I agree that for getting a idea about how crowded the schedule will be,
there is no problem in using current mechanism to establish network
topology.

Although there are many network simulation tools like NS2, OmNet, I do
think this tool will be very useful for 6tsch development and future
research on 6tsch. So it is worth to put more effort to make it more
realistic and flexible.

How do you think?

Qin





On Fri, Jun 28, 2013 at 1:32 AM, Xavier Vilajosana Guillen <
xvilajosana@eecs.berkeley.edu> wrote:

> Hi Qin,
>
> I agree, the simulator can be improved in many many ways, my initial idea
> was simply to get the numbers on what was the behaviour according to how
> "full" the schedule is, I don't think that not having a network that can =
be
> projected in a 2D plane is a problem as the trend of the data will be the
> same.
>
> I can work more on the simulator if we think this is a tool we want to
> exploit, to have the rough idea that random selection of links with low
> crowded schedules will work I think it is enough.
>
> cheers!
> Xavi
>
> Xavi
>
>
> On Thu, Jun 27, 2013 at 7:36 AM, Qin Wang  wrote:
>
>> Xavi,
>>
>> From
>> https://github.com/xvilajosana/6TSCH/blob/master/simulator/src/edu/berke=
ley/sixtus/simul/SimulatorEngine.java,
>> (createNetworkTopology(Random ran)), I understand how the network
>> topology is established. I think it may result in some cross edges, whic=
h
>> will not happen in real network deployment.
>>
>> To avoid the problem, usually, we can think that a 2D array presents a
>> area, say L*L, and then assign each node (x,y) in the L*L randomly. As
>> result, each node will have some amount of neighbors. Does it make sense=
?
>>
>> Thought?
>>
>> Qin
>>
>>
>>
>>
>>
>>
>>
>>
>>
>>
>> On Thu, Jun 27, 2013 at 9:53 PM, Xavier Vilajosana Guillen <
>> xvilajosana@eecs.berkeley.edu> wrote:
>>
>>> Hi Maria Rita, see inline please
>>>
>>>
>>> Hello Xavi,
>>> first of all many thanks for having built the code and run this first
>>> set of simulations for the WG.
>>> I have some questions about the simulations. Please, feel free to ignor=
e
>>> my comments, if they are inappropriate.
>>>
>>> 1)"Each node requests a link to *each* of its neighbors."
>>> Is it really what we want? In my point of view, each node will ask a se=
t
>>> of links (i.e., cells) according to the paths along which it will trans=
mit
>>> its own traffic, and forwards the traffic received by other neighbors. =
In
>>> other words, the number of requested cells per node should be less than
>>> what we are simulating right now. For sure, in the actual scenario, we =
have
>>> higher probability of collision.
>>>
>>> I agree, the first set of simulations was completely brute force but
>>> showed something that it is interesting (and this was my main objective=
),
>>> with low density schedules (i.e almost all cells non-scheduled ) the
>>> collision probability at the first choice is very low meaning that with=
 few
>>> retries in case of collision it will find a right cell. With dense
>>> schedules (out of the scope on the majority of TSCH networks) the
>>> allocation performance is very bad. It is important to bear in mind
>>> that a network with 10% of its schedule allocated is a very busy
>>> network.(from what we have seen on different network deployments)
>>>
>>> 2) " the network is represented by a boolean square matrix of
>>> num_nodes*num_nodes. *Two nodes are neighbours if the cell for that two
>>> nodes (indexed by node ids) is true*. if X is neighbour of Y the cells
>>> (x,y) and (y,x) will be true."
>>> This way of representing the network can create somehow a bit of
>>> confusion with the TSCH schedule representation, where we have (timeslo=
t,
>>> channeloffset) cells.
>>> Can't we find a different way for representing the network, and defying
>>> the set of neighbors? Moreover, this point 2) is linked with point 1) I
>>> guess, i.e., assuming each node will request a link to each of its
>>> neighbors.
>>>
>>> If you look the code you will see that the network is expressed using 2
>>> variables, one is a 1 dimension array of nodes (50 on my experiments),e=
ach
>>> node keeps a slotframe structure being a 101*16 matrix of Cells, where =
a
>>> cell is a data structure with some information. In addition the network
>>> topology is built using an adjacency matrix, each row represents a node
>>> that is matched with its neighbors represented by the column. This can =
be
>>> done in many different ways but I guess it is pretty simple in that way=
. My
>>> initial idea on that simulator was to get some numbers, I did not put
>>> effort on having a new super efficient NS-2! and therefore the code is
>>> super simple and objective driven. If we feel that we need to consolida=
te
>>> that then I need to work on putting some more effort on its structure a=
nd
>>> design.
>>>
>>> 3) "Topology: Random, where each node requests a* random number of
>>> neighbours between 2 and 10*.=94
>>> Even though I am in favor of having a random topology, and a random
>>> number of neighbors, maybe, for having a preliminary idea of the networ=
k
>>> behavior, we could run a set of simulations, where we fix the number of
>>> neighbors (i.e., having it constant). Basically, my suggestion is to ke=
ep
>>> some parameters constant, while we change others, in order to see how e=
ach
>>> of them impact the cells allocation.
>>>
>>> Yes, I agree too, this can be configured easily.
>>>
>>> thanks for your comments!
>>>
>>> Thank you!
>>> Maria Rita
>>>
>>> Xavi
>>>
>>>
>>> On Thu, Jun 27, 2013 at 1:07 AM, Maria Rita PALATTELLA <
>>> maria-rita.palattella@uni.lu> wrote:
>>>
>>>>  Hello Xavi,
>>>> first of all many thanks for having built the code and run this first
>>>> set of simulations for the WG.
>>>> I have some questions about the simulations. Please, feel free to
>>>> ignore my comments, if they are inappropriate.
>>>>
>>>> 1)"Each node requests a link to *each* of its neighbors."
>>>> Is it really what we want? In my point of view, each node will ask a
>>>> set of links (i.e., cells) according to the paths along which it will
>>>> transmit its own traffic, and forwards the traffic received by other
>>>> neighbors. In other words, the number of requested cells per node shou=
ld be
>>>> less than what we are simulating right now. For sure, in the actual
>>>> scenario, we have higher probability of collision.
>>>>
>>>> 2) " the network is represented by a boolean square matrix of
>>>> num_nodes*num_nodes. *Two nodes are neighbours if the cell for that
>>>> two nodes (indexed by node ids) is true*. if X is neighbour of Y the
>>>> cells (x,y) and (y,x) will be true."
>>>> This way of representing the network can create somehow a bit of
>>>> confusion with the TSCH schedule representation, where we have (timesl=
ot,
>>>> channeloffset) cells.
>>>> Can't we find a different way for representing the network, and defyin=
g
>>>> the set of neighbors? Moreover, this point 2) is linked with point 1) =
I
>>>> guess, i.e., assuming each node will request a link to each of its
>>>> neighbors.
>>>>
>>>> 3) "Topology: Random, where each node requests a* random number of
>>>> neighbours between 2 and 10*.=94
>>>> Even though I am in favor of having a random topology, and a random
>>>> number of neighbors, maybe, for having a preliminary idea of the netwo=
rk
>>>> behavior, we could run a set of simulations, where we fix the number o=
f
>>>> neighbors (i.e., having it constant). Basically, my suggestion is to k=
eep
>>>> some parameters constant, while we change others, in order to see how =
each
>>>> of them impact the cells allocation.
>>>>
>>>> Thank you!
>>>> Maria Rita
>>>>
>>>>
>>>>  ------------------------------
>>>> *From:* 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of
>>>> Xavier Vilajosana Guillen [xvilajosana@eecs.berkeley.edu]
>>>> *Sent:* Thursday, June 27, 2013 2:27 AM
>>>> *To:* yoshihiro.ohba@toshiba.co.jp
>>>>
>>>> *Cc:* 6tsch@ietf.org
>>>> *Subject:* Re: [6tsch] simulation for random schedule allocation
>>>>
>>>>      Hi Yoshihiro,
>>>>
>>>>  the network is represented by a boolean square matrix of
>>>> num_nodes*num_nodes. Two nodes are neighbours if the cell for that two
>>>> nodes (indexed by node ids) is true. if X is neighbour of Y the cells =
(x,y)
>>>> and (y,x) will be true.
>>>>  When a node requests a link it always requests a TX link, the counter
>>>> part sets it to RX links so a link allocation happens at both sides. I=
n a
>>>> particular node Number of allocated links is the accumulation of both =
TX
>>>> and RX allocated in that node.
>>>>
>>>>  Regarding your question, if X requests a TX link to Y the schedule of
>>>> X allocates a TX link to Y and the schedule of Y allocates a RX link f=
rom
>>>> X. If Y requests a TX link to X, X allocates a RX link from Y.
>>>>
>>>>  A link is not allocated in either side if there is a collision, and
>>>> then I increment the collision counter.
>>>>
>>>>  The code is here in case someone wants to play. Sorry it is not very
>>>> clean but I will clean it as soon as I can. If someone modifies it or
>>>> improves it, feel free to commit your changes to the repository so the
>>>> simulator becomes better.
>>>>
>>>> https://github.com/xvilajosana/6TSCH
>>>>
>>>>  hope this makes things clear.
>>>>
>>>>  regards,
>>>>  X
>>>>
>>>>
>>>>  Xavi
>>>>
>>>>
>>>> On Wed, Jun 26, 2013 at 3:56 PM,  wrote:
>>>>
>>>>>  Hi Xavi,****
>>>>>
>>>>> ** **
>>>>>
>>>>> Thanks for your explanation.  I have better understanding now.  ****
>>>>>
>>>>> ** **
>>>>>
>>>>> I have one more question.****
>>>>>
>>>>> ** **
>>>>>
>>>>> You mentioned =93there might be more than one link to a neighbor=94. =
  Say
>>>>> Node X selected only one neighbor Node Y and requests one link to Nod=
e Y.
>>>>> The resulting number of links associated with Node X can be two (2) w=
hen
>>>>> Node Y also selected Node X as its neighbor and requested one link to=
 Node
>>>>> X.  Is my understanding correct?****
>>>>>
>>>>> ** **
>>>>>
>>>>> Yoshihiro Ohba****
>>>>>
>>>>> ** **
>>>>>
>>>>> ** **
>>>>>
>>>>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>>>>> Behalf Of *Xavier Vilajosana Guillen
>>>>> *Sent:* Thursday, June 27, 2013 1:33 AM
>>>>> *To:* ohba yoshihiro
>>>>> *Cc:* 6tsch@ietf.org
>>>>> *Subject:* Re: [6tsch] simulation for random schedule allocation****
>>>>>
>>>>> ** **
>>>>>
>>>>> Hi Yoshihiro,****
>>>>>
>>>>> you are right, the formulation of the sentence is not correct. Should
>>>>> be:
>>>>>
>>>>> =93Topology: Random, where each node requests a random number of
>>>>> neighbours between 2 and 10.=94****
>>>>>
>>>>> this means that each node when created requests a number of neighbors
>>>>> between 2 and 10, meaning that other nodes when are created also requ=
est
>>>>> that number of neighbours and therefore a node can have more than 10
>>>>> neighbours, because other nodes selected it as a neighbour. From the
>>>>> simulation results I see that nodes have between 5 and 11 neighbours
>>>>> usually.****
>>>>>
>>>>> However, from the numbers you point, 28 represents the number of
>>>>> allocated links (number of allocated cells in the schedule) to its
>>>>> neighbours, there might be more than one link to a neighbour in that =
case.
>>>>> ****
>>>>>
>>>>> regards,
>>>>> Xavi****
>>>>>
>>>>>
>>>>> ****
>>>>>
>>>>> Xavi****
>>>>>
>>>>> ** **
>>>>>
>>>>> On Wed, Jun 26, 2013 at 7:28 AM,  wrote=
:
>>>>> ****
>>>>>
>>>>> Hi Xavi,****
>>>>>
>>>>>  ****
>>>>>
>>>>> Thank you very much for the simulation.****
>>>>>
>>>>>  ****
>>>>>
>>>>> I am trying to understand the simulation model from your description
>>>>> and the result.****
>>>>>
>>>>>  ****
>>>>>
>>>>> =93Topology: Random, where each node has a random number of neighbors
>>>>> between 2 and 10.=94****
>>>>>
>>>>>  ****
>>>>>
>>>>> =93****
>>>>>
>>>>> ************************ requesting 1 links****
>>>>>
>>>>> Node,Allocated Links,Collisions,Percentage****
>>>>>
>>>>> 0,28,0,0.0****
>>>>>
>>>>> =93****
>>>>>
>>>>>  ****
>>>>>
>>>>> In the above result, does Node 0 actually have 28 neighbors?****
>>>>>
>>>>>  ****
>>>>>
>>>>> Regards,****
>>>>>
>>>>> Yoshihiro Ohba****
>>>>>
>>>>>  ****
>>>>>
>>>>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>>>>> Behalf Of *Xavier Vilajosana Guillen
>>>>> *Sent:* Wednesday, June 26, 2013 3:46 AM
>>>>> *To:* 6tsch@ietf.org****
>>>>>
>>>>>
>>>>> *Subject:* [6tsch] simulation for random schedule allocation****
>>>>>
>>>>>  ****
>>>>>
>>>>>
>>>>> ****
>>>>>
>>>>> Hi all,
>>>>>
>>>>> I prepared a little simulation to see how random schedule allocation
>>>>> behaves. (I have the code in Java in case someone is interested)
>>>>>
>>>>> here there are some details (everything can be tuned in case someone
>>>>> wants to point me to a special case)
>>>>>
>>>>> Network: 50 nodes
>>>>>
>>>>> Topology: Random, where each node has a random number of neighbors
>>>>> between 2 and 10.
>>>>>
>>>>> Each node requests a link to each of its neighbors. This is done from
>>>>> 1 to 10 times (i.e 10 tests, the first requesting 1 link to each neig=
hbour,
>>>>> the second 2, etc.. up to 10 links to each of the neighbors, can be
>>>>> configured)
>>>>>
>>>>> The slotframe is 101 slots and 16 channels.
>>>>>
>>>>> The simulation prints statistics for the test (and the collisions if
>>>>> we are interested.)****
>>>>>
>>>>> I used pseudo random generator from the java language assuming it
>>>>> provides uniform or almost uniform distribution.****
>>>>>
>>>>> The allocation counter counts both the number of links allocated as t=
x
>>>>> and the number of links allocated as rx due to a neighbour allocating=
 a
>>>>> link to the actual node. The percentage is the % of collisions w.r.t =
the
>>>>> allocated links. ****
>>>>>
>>>>> Worst case is around 11% when allocating 10 links to each neighbour i=
n
>>>>> that 50 node network.****
>>>>>
>>>>> I can play more on it but I wanted to share that initial results.****
>>>>>
>>>>> please see attached file for the results.****
>>>>>
>>>>> regards,****
>>>>>
>>>>> Xavi****
>>>>>
>>>>> ** **
>>>>>
>>>>
>>>>
>>>
>>> _______________________________________________
>>> 6tsch mailing list
>>> 6tsch@ietf.org
>>> https://www.ietf.org/mailman/listinfo/6tsch
>>>
>>>
>>
>

--089e0103ef52f7c57304e02662d8
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


    Hi Xavi,

    I agree that for getting a ide=
a about how crowded the schedule will be, there is no problem in using curr=
ent mechanism to establish network topology.

    Altho=
ugh there are many network simulation tools like NS2, OmNet, I do think thi=
s tool will be very useful for 6tsch development and future research on 6ts=
ch. So it is worth to put more effort to make it more realistic and flexibl=
e.
    


    How do you think?

    Qin



    =


    On Fri, Jun 28, 2013 at 1:32 AM, Xavier =
Vilajosana Guillen <xvilajosana@eecs.berkeley.edu> wrote:
    

    Hi Qin,
    <=
br>
    I agree, the simulator can be improved in many many ways, my initi=
al idea was simply to get the numbers on what was the behaviour according t=
o how "full" the schedule is, I don't think that not having a=
 network that can be projected in a 2D plane is a problem as the trend of t=
he data will be the same.
    


    I can work more on the simulator if we think this is a tool we wa=
nt to exploit, to have the rough idea that random selection of links with l=
ow crowded schedules will work I think it is enough.

    cheers!

Xavi

    Xavi
    


    On Thu, Jun 27, 2013 at 7:36 AM, Qin Wan=
g <qinwang@berkeley.edu> wrote:
    


    Xavi,

    




    To avoid the problem, usually, we can think that a 2D a=
rray presents a area, say L*L, and then assign each node (x,y) in the L*L r=
andomly. As result, each node will have some amount of neighbors. Does it m=
ake sense?
    




    Thought?

    Qin








    



    

    Hi Maria Rita, see inline please
    


    Hello Xavi,
    

first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set
 of links (i.e., cells) according to the paths along which it will=20
transmit its own traffic, and forwards the traffic received by other=20
neighbors. In other words, the number of requested
 cells per node should be less than what we are simulating right now.=20
For sure, in the actual scenario, we have higher probability of=20
collision.
    

    I agree, the first set of simulations was completely brute force b=
ut showed something that it is interesting (and this was my main objective)=
, with low density schedules (i.e almost all cells non-scheduled ) the coll=
ision probability at the first choice is very low meaning that with few ret=
ries in case of collision it will find a right cell. With dense schedules (=
out of the scope on the majority of TSCH networks) the allocation performan=
ce is very bad. It is important t=
o bear in mind that a network with 10% of its schedule allocated is a very =
busy network.(from what we have seen on different network deployments)
    





    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of=20
confusion with the TSCH schedule representation, where we have=20
(timeslot, channeloffset) cells.
    
Can't we find a different way for representing the network, and defying=
=20
the set of neighbors? Moreover, this point 2) is linked with point 1) I=20
guess, i.e., assuming each node will request a link to each of its=20
neighbors.

    If you loo=
k the code you will see that the network is expressed using 2 variables, on=
e is a 1 dimension array of nodes (50 on my experiments),each node keeps a =
slotframe structure being a 101*16 matrix of Cells, where a cell is a data =
structure with some information. In addition the network topology is built =
using an adjacency matrix, each row represents a node that is matched with =
its neighbors represented by the column. This can be done in many different=
 ways but I guess it is pretty simple in that way. My initial idea on that =
simulator was to get some numbers, I did not put effort on having a new sup=
er efficient NS-2! and therefore the code is super simple and objective dri=
ven. If we feel that we need to consolidate that then I need to work on put=
ting some more effort on its structure and design.
    




    

    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random=20
number of neighbors, maybe, for having a preliminary idea of the network
 behavior, we could run a set of simulations, where we fix the number of
 neighbors (i.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change=20
others, in order to see how each of them impact the cells allocation.
    =
Yes, I agree too, this can be configured=
 easily.
    




    

    thanks for your comments!
    =

    
Thank you!
    
Maria Rita
    


    Xavi
    


    On Thu, Jun 27, 2013 at 1:07 AM, Maria R=
ita PALATTELLA <maria-rita.palattella@uni.lu> wro=
te:
    




    





    

    Hello Xavi,<=
br>
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set of=
 links (i.e., cells) according to the paths along which it will transmit it=
s own traffic, and forwards the traffic received by other neighbors. In oth=
er words, the number of requested
 cells per node should be less than what we are simulating right now. For s=
ure, in the actual scenario, we have higher probability of collision.
    

    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of confusion =
with the TSCH schedule representation, where we have (timeslot, channeloffs=
et) cells.
    
Can't we find a different way for representing the network, and defying=
 the set of neighbors? Moreover, this point 2) is linked with point 1) I gu=
ess, i.e., assuming each node will request a link to each of its neighbors.=

    





    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random number =
of neighbors, maybe, for having a preliminary idea of the network behavior,=
 we could run a set of simulations, where we fix the number of neighbors (i=
.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change others,=
 in order to see how each of them impact the cells allocation.
    

    
Thank you!
    
Maria Rita
    

    
=A0
    
    

    

    

    Fro=
m: 6tsch-bo=
unces@ietf.org [6tsch-bounces@ietf.org] on behalf of Xavier Vilajosana Guillen [xvilajosan=
a@eecs.berkeley.edu]
    




Sent: Thursday, June 27, 2013 2:27 AM
    
To: yoshihiro.ohba@toshiba.co.jp

    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    


    

    

    

    

    

    

    

    

    

    

    

    Hi Yoshihiro,
    

    

    
the network is represented by a boolean square matrix of num_nodes*num_node=
s. Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be tru=
e.

    

    
When a node requests a link it always requests a TX link, the counter part =
sets it to RX links so a link allocation happens at both sides. In a partic=
ular node Number of allocated links is the accumulation of both TX and RX a=
llocated in that node.
    





    

    
Regarding your question, if X requests a TX link to Y the schedule of X all=
ocates a TX link to Y and the schedule of Y allocates a RX link from X. If =
Y requests a TX link to X, X allocates a RX link from Y.
    

    

    
A link is not allocated in either side if there is a collision, and then I =
increment the collision counter.
    

    

    

    The code is here in case someone wants to play. Sorry it is not very c=
lean but I will clean it as soon as I can. If someone modifies it or improv=
es it, feel free to commit your changes to the repository so the simulator =
becomes better.
    





    
https://=
github.com/xvilajosana/6TSCH
    

    

    

    
hope this makes things clear.
    

    

    
regards,
    

    
X
    

    

    

    

    

    

    

    


    

    

    

    

    

    

    

    

    

    


    

    

    Xavi
    

    

    

    

    

    On Wed, Jun 26, 2013 at 3:56 PM, <yo=
shihiro.ohba@toshiba.co.jp> wrote:
    

    

    

    

    Hi Xavi,<=
/u>
    

    =A0
    

    Thanks for y=
our explanation.=A0 I have better understanding now.=A0

    

    =A0
    

    I have one m=
ore question.
    

    =A0
    

    You mentioned =93there might be=
 more than one link to a neighbor=94. =A0=A0Say Node X selected only one ne=
ighbor Node Y and requests one link to Node Y.=A0 The resulting number of l=
inks associated with Node X can be two (2) when
 Node Y also selected Node X as its neighbor and requested one link to Node=
 X.=A0 Is my understanding correct?
    

    =A0
    

    Yoshihiro Ohba
    

    =A0
    

    =A0
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Thursday, June 27, 2013 1:33 AM
    
To: ohba yoshihiro
    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    

    

    

    =A0
    

    

    

    

    

    

    
Hi Yoshihiro,
    

    

    
you are right, the formulation of the sentence is not =
correct. Should be:
    

    
=93Topology: Random, where each node requests a random number of neighbours=
 between 2 and 10.=94
    

    

    
this means that each node when created requests a numb=
er of neighbors between 2 and 10, meaning that other nodes when are created=
 also request that number of neighbours and therefore a node can have more =
than 10 neighbours, because other
 nodes selected it as a neighbour. From the simulation results I see that n=
odes have between 5 and 11 neighbours usually.
    

    

    Ho=
wever, from the numbers you point, 28 represents the number of allocated li=
nks (number of allocated cells in the schedule) to its neighbours, there mi=
ght be more than one link to a neighbour
 in that case.
    

    

    re=
gards,
    
Xavi
    

    

    

    

    

    

    

    Xa=
vi
    

    

    

    
=A0
    

    

    On=
 Wed, Jun 26, 2013 at 7:28 AM, <yoshihiro.ohba@toshiba.co.jp> wrote:
    





    

    

    Hi Xavi,<=
/p>

    =A0
    

    Thank you very much for the simulation.
    





    =A0
    

    I am trying to understand the simulation model from your d=
escription and the result.=

    





    =A0
    

    =93Topology: Random, where each node has a random number of neighbors between=
 2 and 10.=94
    

    =
=A0
    

    =93
    

    ************************ requesting 1 links
    





    Node,Allocated Links,Collisions,Percentage
    





    0,28,0,0.0
    





    =93
    

    =A0
    

    In the above result, does Node 0 actually have 28 neighbor=
s?
    





    =A0
    

    Regards,<=
/p>

    Yoshihiro Ohba
    





    =A0
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.o=
rg
    

    

    
Subject: [6tsch] simulation for random schedule allocation=

    

    

    =
=A0
    

    

    

    

    

    

    

    

    

    Hi=
 all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    





    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    I used pseudo random generator from the java language as=
suming it provides uniform or almost uniform distribution.
    





    

    

    The allocation counter counts both the number of links a=
llocated as tx and the number of links allocated as rx due to a neighbour a=
llocating a link to the actual node.
 The percentage is the % of collisions w.r.t the allocated links. 
    

    

    

    Worst case is around 11% when allocating 10 links to eac=
h neighbour in that 50 node network.
    

    

    

    I can play more on it but I wanted to share that initial=
 results.
    

    

    

    please see attached file for the results.<=
/span>
    

    

    regards,
    

    

    

    Xa=
vi
    

    

    

    

    

    

    

    

    

    

    =A0
    

    

    

    

    

    

    

    

    

    

    

    

    

    



    

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


    


    


    

--089e0103ef52f7c57304e02662d8--

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Hi Yoshi,

It seems to me that ,besides Symmetric algorithm module like AES-based CCM*
required by 802.15.4e , every node has to equip a Asymmetric algorithm
module as well. correct? If it is true, I'm afraid if it is too heavy for a
node with limited resource.

Thanks
Qin


On Thu, Jun 27, 2013 at 10:51 PM,  wrote:

>  Hi Thomas,****
>
> ** **
>
> Thank you very much for your comments.  Please my response below.****
>
> ** **
>
> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org<6tsch-bounces@ietf.org>]
> *On Behalf Of *Thomas Watteyne
> *Sent:* Thursday, June 27, 2013 1:24 PM
> *To:* 6tsch@ietf.org
> *Subject:* Re: [6tsch] FW: draft-ohba-6tsch-security-00****
>
> ** **
>
> Yoshihiro and co-authors,****
>
> ** **
>
> It's wonderful you were able to publish this draft so quickly!****
>
> ** **
>
> Here is a list of pseudo-random thoughts I had while reading it. I'd be
> happy if we could discuss the clarifying questions below on the ML and
> during the following weekly calls. Do not hesitate to spawn your answers
> into different e-mail threads if that's easier. I'm also adding some random
> remarks and typos at the end of this e-mail; feel free to ignore any or all
> of them.****
>
> ** **
>
> *Clarifying questions*****
>
> ** **
>
> *Credentials for P1 authentication.* The draft now reads that during the
> P1 bootstrapping phase, the new node authenticates to the authentication
> server. For this to be possible, the node must have something installed.
> That can be some pre-installed key, a certificate, or something more
> exotic. In any case, I believe it would be useful to have a section at the
> very beginning which indicates what the new node is expected to have when
> trying to join the network. This will have an impact either on the
> production phase of the devices, or on the pre-deployment routine the
> installer need to go through.****
>
> *[YO] I agree. Pascal had a similar comment and he suggested to have
> phase-*0 for commissioning.****
>
> ** **
>
> *Interaction with IEEE802.15.4 security mechanisms*. IEEE802.15.4 (and
> IEEE802.15.4e) comes with a CCM*, a combined encryption and authentication
> block cipher mode, built on an AES-128 cipher. Using CCM*, a node can
> encrypt and/or authenticate all MAC-layer frames. CCM* allows you to choose
> which range of bytes you encrypt and/or authenticate in your packet. In
> addition, IEEE802.15.4e defines that the nonce counter used by CCM*
> contains the 5-byte ASN. This brings replay protection, since the ASN rolls
> over every 350 years with 10ms slots. It would be great if the security
> mechanism we come up with takes advantage of this capability, since at
> least parts of it is built into most (all?) IEEE802.15.4 radios/SoCs. Maybe
> the draft could contain some text explaining how this would work.****
>
> ** **
>
> *[YO] If 5-octet ASN is persistently maintained across coordinator
> crashes, etc. then frame counter wrap-up may not be a concern.  Otherwise,
> the issue would still remain, no?*
>
> * *
>
> ** **
>
> *Session with the PCE.* The PCE plays a special role in a 6TSCH networks.
> Since it is responsible for the TSCH schedule (and maybe even for some
> routing), it's essential that the communication between a node and the PCE
> be confidential and authenticated. Do we need to have a special requirement
> for the mote-to-PCE communication? If not, is this completely covered by
> the discussion about P3?****
>
> *[YO] I believe mote-*to-PCE communication is covered by the discussion
> about P3. Please let me know if I am missing something.****
>
> ** **
>
> *Authentication relay.* I'm a bit confused by the exact natore of the
> authentication relay. This comes up for example in the following
> requirement:****
>
>    R1-2: Phase-1 KMP MUST support stateless authentication relay
> operation.****
>
> What I understand is that it's the role the motes already in the network
> play when a new node joins and is multiple hops away from the
> authentication server. In this case, do those nodes need to play
> any security role at all? Can they not relay a opaque sequence of bytes
> which happens to be the (end-to-end secure) authentication traffic between
> the authentication server and the new mote? The following paragraph seems
> to indicate this:****
>
>    A Phase-3 node can forward Phase-1 KMP messages originated from****
>
>    or destined for a Phase-1 node that is joining the mesh network****
>
>    through the Phase-3 node.****
>
> *[YO] An authentication relay will only relay authentication messages. If
> an opaque sequence happens to have the same format as the intended
> authentication message the relay will forward the sequence, but
> authentication won$B!G(Bt succeed unless it is true authentication traffic.
> This is a kind of DoS attack and rate limiting at the relay can help
> mitigating the attack.*****
>
> ** **
>
> *Footprint of keying material.* The draft indicates that, in the extreme
> case, a node maintains separate keying material to communicate with each of
> its neighbors. Is this accurate? ****
>
> *[YO] Yes.*
>
> * *
>
> This might introduce a large footprint, both in memory and complexity. Is
> it possible to optionally relax P2 this for low-end implementations, and
> e.g. have a common network key? I understand the implication which you
> highlight in the introduction w.r.t. ZIP.****
>
> *[YO] *I believe a common network key is acceptable for small-sized
> networks only (e.g., less than 30 mesh nodes) as highlighted in the
> introduction.  As far as I understand, the required scalability for 6TSCH
> is more than 1000 nodes which I characterize as a large-sized networks, and
> that is why the current requirements come. I believe small-footed devices
> will simply limit the number of neighboring nodes, and a mesh network with
> smaller node degree will be formed as a result, and it works.****
>
> ** **
>
> *EB protection.* I understand the concern you express in Section 6, but
> thanks to the TSCH nature of our little networks, the counter wraps every
> 350 years. I believe this significantly lowers the vulnerability of using a
> pre-installed key.****
>
> *[YO] If one TSCH node is compromised and the pre-installed key is known
> to attackers, then the TSCH network can be totally vulnerable. I think
> pre-installed key is not good regardless of the size of frame counter.****
> *
>
> ** **
>
> *Random remarks*****
>
> ** **
>
> - About section 2, I would argue that definitions live in the terminology
> draft. It's already referenced at the bottom, so maybe put that
> cross-reference at the beginning of Section 2?****
>
> - The draft lists the requirements for a secure 6TSCH solutions. PANA is
> listed as one of the candidate KMPs. Maybe remove PANA it from the abstract?
> ****
>
> *[YO] We will work on revising abstract. Note that PANA is the only
> candidate for P1 KMP.*****
>
> ** **
>
> *Typos and other minor things*****
>
> ** **
>
> - "provide adequate Time Sensitive behaviors" -> "provide adequate levels
> of determinism"****
>
> - Following Metcalf's law: add reference?****
>
> - "value of using radios" -> "the value of using radios"****
>
> - "wraps up" -> "wraps" (not sure)?****
>
> - "temporal PIN" -> "temporary PIN" (again, not sure)?****
>
> - "located in the coordinator" -> "co-located with the coordinator"?****
>
> - The SA of a link between node i and node j maintains MAC keys.****
>
> - MAC key, I assume using CCM*? encryption? authentication? both?****
>
> *[YO] Yes, it is for CCM* therefore it can be one of ENC or MIC, or both.*
> ****
>
> - bi-directinal -> bi-directional****
>
> - "on required security level" -> "on the required security level"****
>
> - "seciton" -> "section"****
>
> - "reply protected" -> "replay protected"****
>
> - "candiate" -> "candidate"****
>
> - "e.g sensor" -> "e.g. sensor"****
>
> - DTLS[RFC6347]: please make this s XREF****
>
> - "multicast key exportation" -> "exporting multicast keys"?****
>
> - "exported key material" -> "exported keying material"?****
>
> - "intergrity" -> "integrity"****
>
> ** **
>
> *[YO] I will fix all typos.  *
>
> * *
>
> *Thanks again*
>
> *Yoshihiro Ohba*
>
> ** **
>
> Thomas****
>
> ** **
>
> On Tue, Jun 25, 2013 at 8:30 AM, Pascal Thubert (pthubert) <
> pthubert@cisco.com> wrote:****
>
> Dear all:****
>
>  ****
>
> I realized that the list was not copied; fixing this now. The discussion
> is around section 2 that is missing the expansion of 6TSCH****
>
>  ****
>
> Cheers,****
>
>  ****
>
> Pascal****
>
>  ****
>
> *From:* yoshihiro.ohba@toshiba.co.jp [mailto:yoshihiro.ohba@toshiba.co.jp]
>
> *Sent:* mardi 25 juin 2013 11:04
> *To:* Pascal Thubert (pthubert); xvilajosana@eecs.berkeley.edu;
> maria-rita.palattella@uni.lu****
>
>
> *Cc:* watteyne@eecs.berkeley.edu
> *Subject:* RE: [6tsch] draft-ohba-6tsch-security-00****
>
>  ****
>
>  ****
>
>  ****
>
> *From:* Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]
>
> *Sent:* Tuesday, June 25, 2013 5:46 PM
> *To:* xvilajosana@eecs.berkeley.edu; ohba yoshihiro($BBg>l(B $B5AMN(B $B!{#R#D#C""#N#S#L(B);
> maria-rita.palattella@uni.lu
> *Cc:* watteyne@eecs.berkeley.edu
> *Subject:* RE: [6tsch] draft-ohba-6tsch-security-00****
>
>  ****
>
> Hello Xavi and Yoshi.****
>
>  ****
>
> I$B!G(Bd agree that our terminology is not perfect for that definition. Let us
> discuss this at the next call.****
>
> $B!H(B****
>
>   6TSCH:      Entity that sets up the schedule, controls the****
>
>                connectivity graph of the network, and the resources****
>
>                allocated to each scheduled cell in that connectivity****
>
>                graph.  It may be an adaptation layer, a distributed****
>
>                reservation protocol, a centralized path computation****
>
>                entity, or any combination thereof.****
>
>  ****
>
> $B!H(B****
>
> I think that the definition should 1) spell out the acronym $B!H(BIPv6 over
> Time Slotted Channel Hopping$B!I(B, and 2) explain that 6TSCH defines a set of
> IETF sublayers and protocols, as well as an architecture to bind them
> together, for use in TSCH based networks. Which in turns reminds me that
> people are getting confused when we tell them that 6TSCH pronounces
> $B!H(BSIXTUS$B!I(B and that we also have a sublayer called 6TUS. Shouldn$B!G(Bt we change
> something there?****
>
>  ****
>
> Yoshi:  I think section 2 should refer to our terminology. There is
> already a XREF link at the end of the draft. If the terminology expands the
> acronym for 6TSCH you$B!G(Bre all set : )****
>
> *[YO] As soon as we agree on the acronym for 6TSCH I will put it in
> section 2.*****
>
>  ****
>
> About section 3. Could we separate the commissioning from the
> bootstrapping? I would like to see a phase 0 when the device is prepared
> and the management systems are provisioned. In particular: What are the
> expectation on the device off the factory: Some builtin vendor crypto
> material / certificate? And then when the device is acquired and prepared
> for installation: Should the OT people configure an IPv6 address?
> Additional crypto material like a shared secret?****
>
>  ****
>
> *[YO] We could add text for phase 0 for commissioning (I think Figure 1
> can still start with phase 1 since phase 0 does not need to be
> standardized).  The purpose of phase 0 is to install phase 1 KMP
> credentials in a physically secured and managed location before the devices
> are placed where they are expected to operate.*****
>
> * *****
>
> *Regards,*****
>
> *Yoshihiro Ohba*****
>
>  ****
>
>  ****
>
> Cheers,****
>
>  ****
>
> 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
>
>

--089e011608e4673dc504e026cd38
Content-Type: text/html; charset=UTF-8
Content-Transfer-Encoding: quoted-printable


    Hi Yoshi,

    It seems to me that ,besides =
Symmetric algorithm module like AES-based CCM* required by 802.15.4e , ever=
y node has to equip a Asymmetric algorithm module as well. correct? If it i=
s true, I'm afraid if it is too heavy for a node with limited resource.=

    


    Thanks
    Qin=C2=A0


    On Thu, Jun 27, 2013 at 10:51 =
PM,  <yoshihiro.ohba@toshiba.co.jp> wrote:
    

    






    

    

    Hi Thomas,
    

    =C2=
=A0
    

    Thank you ve=
ry much for your comments.=C2=A0 Please my response below.
    


    =C2=
=A0
    

    From:
6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Thomas Watteyne
    
Sent: Thursday, June 27, 2013 1:24 PM
    
To:     6tsch@ietf.org
    

Subject: Re: [6tsch] FW: draft-ohba-6tsch-security-00<=
/span>
    

    =C2=A0
    

    

    Yo=
shihiro and co-authors,
    

    

    =C2=A0
    

    

    

    It=
's wonderful you were able to publish this draft so quickly!<=
/u>
    

    

    

    =C2=A0
    

    

    

    He=
re is a list of pseudo-random thoughts I had while reading it. I'd be h=
appy if we could discuss the clarifying questions below on the ML and durin=
g the following
 weekly calls. Do not hesitate to spawn your answers into different e-mail =
threads if that's easier. I'm also adding some random remarks and t=
ypos at the end of this e-mail; feel free to ignore any or all of them.<=
/u>
    


    

    

    =C2=A0
    

    

    

    Clarifying questions<=
/span>
    

    

    

    =C2=A0
    

    

    

    Credentials for P1 authentication. The dra=
ft now reads that during the P1 bootstrapping phase, the new node authentic=
ates to the authentication
 server. For this to be possible, the node must have something installed. T=
hat can be some pre-installed key, a certificate, or something more exotic.=
 In any case, I believe it would be useful to have a section at the very be=
ginning which indicates what the
 new node is expected to have when trying to join the network. This will ha=
ve an impact either on the production phase of the devices, or on the pre-d=
eployment routine the installer need to go through.


    [YO] I agree. Pascal had a similar comment an=
d he suggested to have phase-0
 for commissioning.
    

    

    

    =C2=A0
    

    

    

    Interaction with IEEE802.15.4 security mechanisms. IEEE802.15.4 (and IEEE802.15.4e) comes with a CCM*, a combined enc=
ryption and authentication
 block cipher mode, built on an AES-128 cipher. Using CCM*, a node can encr=
ypt and/or authenticate all MAC-layer frames. CCM* allows you to choose whi=
ch range of bytes you encrypt and/or authenticate in your packet. In additi=
on, IEEE802.15.4e defines that=C2=A0the=C2=A0nonce
 counter used by CCM* contains the 5-byte ASN. This brings replay protectio=
n, since the ASN rolls over every 350 years with 10ms slots. It would be gr=
eat if the security mechanism we come up with takes advantage of this capab=
ility, since at least parts of it
 is built into most (all?) IEEE802.15.4 radios/SoCs. Maybe the draft could =
contain some text explaining how this would work.
    

    

    

    =C2=A0
    

    [YO] If 5-octet ASN is persistently maintained acros=
s coordinator crashes, etc. then frame counter wrap-up may not
 be a concern.=C2=A0 Otherwise, the issue would still remain, no?=

    

    =C2=A0
    

    =C2=A0
    

    

    

    Session with the PCE. The PCE plays a spec=
ial role in a 6TSCH networks. Since it is responsible for the TSCH schedule=
 (and maybe even
 for some routing), it's essential that the communication between a nod=
e and the PCE be confidential and authenticated. Do we need to have a speci=
al requirement for the mote-to-PCE communication? If not, is this completel=
y covered by the discussion about P3?
    


    [YO] I believe mote-to-PCE
 communication is covered by the discussion about P3. Please let me know if=
 I am missing something.
    

    

    

    =C2=A0
    

    

    

    Authentication relay.=C2=A0I'm a bit c=
onfused by the exact natore of the authentication relay. This comes up for =
example in the following
 requirement:
    

    

    

    =C2=A0 =C2=A0R1-2: Phase-1 KMP =
MUST support stateless authentication relay=C2=A0operation.
    


    

    

    Wh=
at I understand is that it's the role the motes already in the network =
play when a new node=C2=A0joins=C2=A0and is multiple hops away from the aut=
hentication server. In this
 case, do those nodes need to play any=C2=A0security=C2=A0role at all? Can =
they not relay a opaque sequence of bytes which happens to be the (end-to-e=
nd secure) authentication traffic between the authentication server and the=
 new mote? The following paragraph seems to
 indicate this:
    

    

    

    

    =C2=A0 =C2=A0A=
 Phase-3 node can forward Phase-1 KMP messages originated from
    


    

    

    =C2=A0 =C2=A0o=
r destined for a Phase-1 node that is joining the mesh network
    


    

    

    =C2=A0 =C2=A0t=
hrough the Phase-3 node.
    

    [YO] An authentication relay will only relay authent=
ication messages. If an opaque sequence happens to have the
 same format as the intended authentication message the relay will forward =
the sequence, but authentication won=E2=80=99t succeed unless it is true au=
thentication traffic.=C2=A0 This is a kind of DoS attack and rate limiting =
at the relay can help mitigating the attack.
    


    

    

    

    =C2=A0
    

    

    

    Footprint of keying material.=C2=A0The dra=
ft indicates that, in the extreme case, a node maintains separate keying ma=
terial to communicate
 with each of its neighbors. Is this accurate? 
    

    [YO] Yes.
    


    =C2=A0
    

    Th=
is might introduce a large footprint, both in memory and complexity. Is it =
possible to optionally relax P2 this for low-end implementations, and e.g. =
have a common
 network key? I understand the implication which you highlight in the intro=
duction w.r.t. ZIP.
    

    [YO]
I believe a common n=
etwork key is acceptable for small-sized networks only (e.g., less than 30 =
mesh nodes) as highlighted in the introduction.=C2=A0 As far
 as I understand, the required scalability for 6TSCH is more than 1000 node=
s which I characterize as a large-sized networks, and that is why the curre=
nt requirements come. I believe small-footed devices will simply limit the =
number of neighboring nodes, and
 a mesh network with smaller node degree will be formed as a result, and it=
 works.
    

    =C2=A0
    

    

    

    EB protection.=C2=A0I understand the conce=
rn you express in Section 6, but thanks to the TSCH nature of our little ne=
tworks, the counter
 wraps every 350 years. I believe this significantly lowers the vulnerabili=
ty of using a pre-installed key.
    

    [YO] If one TSCH node is compromised and the =
pre-installed key is known to attackers, then the TSCH network can
 be totally vulnerable. I think pre-installed key is not good regardless of=
 the size of frame counter.
    


    

    

    =C2=A0
    

    

    

    Random remarks=

    

    

    

    =C2=A0
    

    

    

    - =
About section 2, I would argue that definitions live in the terminology dra=
ft. It's already referenced at the bottom, so maybe put that cross-refe=
rence at the beginning
 of Section 2?
    

    

    

    - =
The draft lists the requirements for a secure 6TSCH solutions. PANA is list=
ed as one of the candidate KMPs. Maybe remove PANA it from the abstract?=

    


    [YO] We will work on revising abstract. Note =
that PANA is the only candidate for P1 KMP.
    


    

    

    =C2=A0
    

    

    

    Typos and other minor things=

    

    

    

    =C2=A0
    

    

    

    - =
"provide adequate Time Sensitive behaviors" -> "provide a=
dequate levels of determinism"
    

    

    

    -=
=C2=A0Following Metcalf's law: add reference?
    

    

    

    - =
"value of using radios" -> "the=C2=A0value of using radio=
s"
    

    

    

    - =
"wraps up" -> "wraps" (not sure)?
    

    

    

    - =
"temporal PIN" -> "temporary PIN" (again, not sure)?=

    

    

    

    - =
"located in the=C2=A0coordinator" -> "co-located with the=
 coordinator"?
    

    

    

    -=
=C2=A0The SA of a link between node i and node j maintains MAC keys.=

    

    

    

    - =
MAC key, I assume using CCM*? encryption? authentication? both?
    

    [YO] Yes, it is for CCM* therefore it can be =
one of ENC or MIC, or both.
    


    

    

    -=
=C2=A0bi-directinal ->=C2=A0bi-directional
    

    

    

    - =
"on=C2=A0required security level" -> "on the=C2=A0require=
d security level"
    

    

    

    - =
"seciton" -> "section"
    

    

    

    - =
"reply protected" -> "replay protected"
    

    

    

    - =
"candiate" -> "candidate"
    

    

    

    - =
"e.g sensor" -> "e.g. sensor"

    

    

    -=
=C2=A0DTLS[RFC6347]: please make this s XREF
    

    

    

    - "multicast key exportation" -&g=
t; "exporting=C2=A0multicast keys"?
    

    

    

    - =
"exported key material" -> "exported keying material"=
;?
    

    

    

    - =
"intergrity" -> "integrity"
    

    

    

    =C2=A0
    

    [YO] I will fix all typos.=C2=A0

    

    =C2=A0
    

    Thanks again
    


    Yoshihiro Ohba
    

    =C2=A0
    

    

    

    Th=
omas
    

    

    

    =C2=A0
    

    

    

    

    On=
 Tue, Jun 25, 2013 at 8:30 AM, Pascal Thubert (pthubert) <pthubert@cisco.com> wrote:=

    


    

    

    Dear a=
ll:
    


    =
=C2=A0
    

    I=
 realized that the list was not copied; fixing this now. The discussion is =
around section 2 that is missing
 the expansion of 6TSCH

    =
=C2=A0
    

    C=
heers,
    

    =
=C2=A0
    

    

    Pasc=
al
    

    

    =
=C2=A0
    

    

    

    From:<=
/b>
yoshihiro.ohba@toshiba.co.jp
 [mailto:yoshihiro.ohba@toshiba.co.jp=
]

    
Sent: mardi 25 juin 2013 11:04
    
To: Pascal Thubert (pthubert);     xvi=
lajosana@eecs.berkeley.edu;
maria-rita.palattella@uni.lu
    


    

    
Cc: =
watteyne@eecs.berkeley.edu
    
Subject: RE: [6tsch] draft-ohba-6tsch-security-00
    

    

    

    

    

    =C2=A0
    

    =C2=
=A0
    

    =C2=
=A0
    

    

    

    From:<=
/b> Pascal Thubert (pthubert)
 [mailto:pthubert@cisco.com]

    
Sent: Tuesday, June 25, 2013 5:46 PM
    
To:     xvilajosana@eecs.berkeley.edu;
 ohba yoshihiro(=E5=A4=A7=E5=A0=B4<=
/span>
=E7=BE=A9=E6=B4=8B
=E2=97=8B=EF=BC=B2=EF=BC=A4=EF=BC=A3=E2=96=
=A1=EF=BC=AE=EF=BC=B3=EF=BC=AC);
maria-rita.palattella@uni.lu
    

Cc:     watteyne@eecs.berkeley.edu
    

Subject: RE: [6tsch] draft-ohba-6tsch-security-00
    

    

    

    =C2=A0
    

    H=
ello Xavi and Yoshi.
    

    =
=C2=A0
    

    

    I=
=E2=80=99d agree that our terminology is not perfect for that definition. L=
et us discuss this at the next call.<=
/u>
    


    

    =
=E2=80=9C
    

    =C2=A0 6TSCH:=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0 Entity =
that sets up the schedule, controls the<=
u>
    

    =C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=
=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0 connectivity graph of the network, and th=
e resources
    

    =C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=
=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0 allocated to each scheduled cell in that =
connectivity
    

    =C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=
=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0 graph.=C2=A0 It may be an adaptation laye=
r, a distributed
    

    =C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=
=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0 reservation protocol, a centralized path =
computation
    

    =C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=
=A0=C2=A0=C2=A0=C2=A0=C2=A0=C2=A0 entity, or any combination thereof.
    

    =
=C2=A0
    

    =
=E2=80=9C
    

    I=
 think that the definition should 1) spell out the acronym =E2=80=9CIPv6 ov=
er Time Slotted Channel Hopping=E2=80=9D, and 2)
 explain that 6TSCH defines a set of IETF sublayers and protocols, as well =
as an architecture to bind them together, for use in TSCH based networks. W=
hich in turns reminds me that people are getting confused when we tell them=
 that 6TSCH pronounces =E2=80=9CSIXTUS=E2=80=9D
 and that we also have a sublayer called 6TUS. Shouldn=E2=80=99t we change =
something there?
    

    =
=C2=A0
    

    Y=
oshi: =C2=A0I think section 2 should refer to our terminology. There is alr=
eady a XREF link at the end of the draft.
 If the terminology expands the acronym for 6TSCH you=E2=80=99re all set : =
)
    

    [YO] As soon as we agree on the acronym for 6TSCH I will put it in secti=
on 2.
    


    =
=C2=A0
    

    A=
bout section 3. Could we separate the commissioning from the bootstrapping?=
 I would like to see a phase 0
 when the device is prepared and the management systems are provisioned. In=
 particular: What are the expectation on the device off the factory: Some b=
uiltin vendor crypto material / certificate? And then when the device is ac=
quired and prepared for installation:
 Should the OT people configure an IPv6 address? Additional crypto material=
 like a shared secret?
    

    =C2=
=A0
    

    [YO] We could add text for phase 0 for commissioning (I think Figure 1 c=
an still start with phase 1 since
 phase 0 does not need to be standardized).=C2=A0 The purpose of phase 0 is=
 to install phase 1 KMP credentials in a physically secured and managed loc=
ation before the devices are placed where they are expected to operate.
    


    =C2=A0
    

    Regards,
    

    Yoshihiro Ohba<=
/p>


    =C2=
=A0
    

    =
=C2=A0
    

    C=
heers,
    

    =
=C2=A0
    

    P=
ascal
    

    

    

    

    

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

    

    =C2=A0
    

    

    

    

    


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


    

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Qin, all,

I believe the goal of the simulation work here is to be able to quicly
verify that some of the assumption we make makes sense, rather than
implementing the full behavior. Once those assumption are verified, we can
move on to a full-featured simulator (such as the OpenWSN one). So I would
say that there is space for both ends of the spectrum: Xavi's quick testing
tools, and a full featured simulator.

Thomas


On Thu, Jun 27, 2013 at 10:49 AM, Qin Wang  wrote:

> Hi Xavi,
>
> I agree that for getting a idea about how crowded the schedule will be,
> there is no problem in using current mechanism to establish network
> topology.
>
> Although there are many network simulation tools like NS2, OmNet, I do
> think this tool will be very useful for 6tsch development and future
> research on 6tsch. So it is worth to put more effort to make it more
> realistic and flexible.
>
> How do you think?
>
> Qin
>
>
>
>
>
> On Fri, Jun 28, 2013 at 1:32 AM, Xavier Vilajosana Guillen <
> xvilajosana@eecs.berkeley.edu> wrote:
>
>> Hi Qin,
>>
>> I agree, the simulator can be improved in many many ways, my initial ide=
a
>> was simply to get the numbers on what was the behaviour according to how
>> "full" the schedule is, I don't think that not having a network that can=
 be
>> projected in a 2D plane is a problem as the trend of the data will be th=
e
>> same.
>>
>> I can work more on the simulator if we think this is a tool we want to
>> exploit, to have the rough idea that random selection of links with low
>> crowded schedules will work I think it is enough.
>>
>> cheers!
>> Xavi
>>
>> Xavi
>>
>>
>> On Thu, Jun 27, 2013 at 7:36 AM, Qin Wang  wrote:
>>
>>> Xavi,
>>>
>>> From
>>> https://github.com/xvilajosana/6TSCH/blob/master/simulator/src/edu/berk=
eley/sixtus/simul/SimulatorEngine.java,
>>> (createNetworkTopology(Random ran)), I understand how the network
>>> topology is established. I think it may result in some cross edges, whi=
ch
>>> will not happen in real network deployment.
>>>
>>> To avoid the problem, usually, we can think that a 2D array presents a
>>> area, say L*L, and then assign each node (x,y) in the L*L randomly. As
>>> result, each node will have some amount of neighbors. Does it make sens=
e?
>>>
>>> Thought?
>>>
>>> Qin
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>> On Thu, Jun 27, 2013 at 9:53 PM, Xavier Vilajosana Guillen <
>>> xvilajosana@eecs.berkeley.edu> wrote:
>>>
>>>> Hi Maria Rita, see inline please
>>>>
>>>>
>>>> Hello Xavi,
>>>> first of all many thanks for having built the code and run this first
>>>> set of simulations for the WG.
>>>> I have some questions about the simulations. Please, feel free to
>>>> ignore my comments, if they are inappropriate.
>>>>
>>>> 1)"Each node requests a link to *each* of its neighbors."
>>>> Is it really what we want? In my point of view, each node will ask a
>>>> set of links (i.e., cells) according to the paths along which it will
>>>> transmit its own traffic, and forwards the traffic received by other
>>>> neighbors. In other words, the number of requested cells per node shou=
ld be
>>>> less than what we are simulating right now. For sure, in the actual
>>>> scenario, we have higher probability of collision.
>>>>
>>>> I agree, the first set of simulations was completely brute force but
>>>> showed something that it is interesting (and this was my main objectiv=
e),
>>>> with low density schedules (i.e almost all cells non-scheduled ) the
>>>> collision probability at the first choice is very low meaning that wit=
h few
>>>> retries in case of collision it will find a right cell. With dense
>>>> schedules (out of the scope on the majority of TSCH networks) the
>>>> allocation performance is very bad. It is important to bear in mind
>>>> that a network with 10% of its schedule allocated is a very busy
>>>> network.(from what we have seen on different network deployments)
>>>>
>>>> 2) " the network is represented by a boolean square matrix of
>>>> num_nodes*num_nodes. *Two nodes are neighbours if the cell for that
>>>> two nodes (indexed by node ids) is true*. if X is neighbour of Y the
>>>> cells (x,y) and (y,x) will be true."
>>>> This way of representing the network can create somehow a bit of
>>>> confusion with the TSCH schedule representation, where we have (timesl=
ot,
>>>> channeloffset) cells.
>>>> Can't we find a different way for representing the network, and defyin=
g
>>>> the set of neighbors? Moreover, this point 2) is linked with point 1) =
I
>>>> guess, i.e., assuming each node will request a link to each of its
>>>> neighbors.
>>>>
>>>> If you look the code you will see that the network is expressed using =
2
>>>> variables, one is a 1 dimension array of nodes (50 on my experiments),=
each
>>>> node keeps a slotframe structure being a 101*16 matrix of Cells, where=
 a
>>>> cell is a data structure with some information. In addition the networ=
k
>>>> topology is built using an adjacency matrix, each row represents a nod=
e
>>>> that is matched with its neighbors represented by the column. This can=
 be
>>>> done in many different ways but I guess it is pretty simple in that wa=
y. My
>>>> initial idea on that simulator was to get some numbers, I did not put
>>>> effort on having a new super efficient NS-2! and therefore the code is
>>>> super simple and objective driven. If we feel that we need to consolid=
ate
>>>> that then I need to work on putting some more effort on its structure =
and
>>>> design.
>>>>
>>>> 3) "Topology: Random, where each node requests a* random number of
>>>> neighbours between 2 and 10*.=94
>>>> Even though I am in favor of having a random topology, and a random
>>>> number of neighbors, maybe, for having a preliminary idea of the netwo=
rk
>>>> behavior, we could run a set of simulations, where we fix the number o=
f
>>>> neighbors (i.e., having it constant). Basically, my suggestion is to k=
eep
>>>> some parameters constant, while we change others, in order to see how =
each
>>>> of them impact the cells allocation.
>>>>
>>>> Yes, I agree too, this can be configured easily.
>>>>
>>>> thanks for your comments!
>>>>
>>>> Thank you!
>>>> Maria Rita
>>>>
>>>> Xavi
>>>>
>>>>
>>>> On Thu, Jun 27, 2013 at 1:07 AM, Maria Rita PALATTELLA <
>>>> maria-rita.palattella@uni.lu> wrote:
>>>>
>>>>>  Hello Xavi,
>>>>> first of all many thanks for having built the code and run this first
>>>>> set of simulations for the WG.
>>>>> I have some questions about the simulations. Please, feel free to
>>>>> ignore my comments, if they are inappropriate.
>>>>>
>>>>> 1)"Each node requests a link to *each* of its neighbors."
>>>>> Is it really what we want? In my point of view, each node will ask a
>>>>> set of links (i.e., cells) according to the paths along which it will
>>>>> transmit its own traffic, and forwards the traffic received by other
>>>>> neighbors. In other words, the number of requested cells per node sho=
uld be
>>>>> less than what we are simulating right now. For sure, in the actual
>>>>> scenario, we have higher probability of collision.
>>>>>
>>>>> 2) " the network is represented by a boolean square matrix of
>>>>> num_nodes*num_nodes. *Two nodes are neighbours if the cell for that
>>>>> two nodes (indexed by node ids) is true*. if X is neighbour of Y the
>>>>> cells (x,y) and (y,x) will be true."
>>>>> This way of representing the network can create somehow a bit of
>>>>> confusion with the TSCH schedule representation, where we have (times=
lot,
>>>>> channeloffset) cells.
>>>>> Can't we find a different way for representing the network, and
>>>>> defying the set of neighbors? Moreover, this point 2) is linked with =
point
>>>>> 1) I guess, i.e., assuming each node will request a link to each of i=
ts
>>>>> neighbors.
>>>>>
>>>>> 3) "Topology: Random, where each node requests a* random number of
>>>>> neighbours between 2 and 10*.=94
>>>>> Even though I am in favor of having a random topology, and a random
>>>>> number of neighbors, maybe, for having a preliminary idea of the netw=
ork
>>>>> behavior, we could run a set of simulations, where we fix the number =
of
>>>>> neighbors (i.e., having it constant). Basically, my suggestion is to =
keep
>>>>> some parameters constant, while we change others, in order to see how=
 each
>>>>> of them impact the cells allocation.
>>>>>
>>>>> Thank you!
>>>>> Maria Rita
>>>>>
>>>>>
>>>>>  ------------------------------
>>>>> *From:* 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of
>>>>> Xavier Vilajosana Guillen [xvilajosana@eecs.berkeley.edu]
>>>>> *Sent:* Thursday, June 27, 2013 2:27 AM
>>>>> *To:* yoshihiro.ohba@toshiba.co.jp
>>>>>
>>>>> *Cc:* 6tsch@ietf.org
>>>>> *Subject:* Re: [6tsch] simulation for random schedule allocation
>>>>>
>>>>>      Hi Yoshihiro,
>>>>>
>>>>>  the network is represented by a boolean square matrix of
>>>>> num_nodes*num_nodes. Two nodes are neighbours if the cell for that tw=
o
>>>>> nodes (indexed by node ids) is true. if X is neighbour of Y the cells=
 (x,y)
>>>>> and (y,x) will be true.
>>>>>  When a node requests a link it always requests a TX link, the counte=
r
>>>>> part sets it to RX links so a link allocation happens at both sides. =
In a
>>>>> particular node Number of allocated links is the accumulation of both=
 TX
>>>>> and RX allocated in that node.
>>>>>
>>>>>  Regarding your question, if X requests a TX link to Y the schedule o=
f
>>>>> X allocates a TX link to Y and the schedule of Y allocates a RX link =
from
>>>>> X. If Y requests a TX link to X, X allocates a RX link from Y.
>>>>>
>>>>>  A link is not allocated in either side if there is a collision, and
>>>>> then I increment the collision counter.
>>>>>
>>>>>  The code is here in case someone wants to play. Sorry it is not very
>>>>> clean but I will clean it as soon as I can. If someone modifies it or
>>>>> improves it, feel free to commit your changes to the repository so th=
e
>>>>> simulator becomes better.
>>>>>
>>>>> https://github.com/xvilajosana/6TSCH
>>>>>
>>>>>  hope this makes things clear.
>>>>>
>>>>>  regards,
>>>>>  X
>>>>>
>>>>>
>>>>>  Xavi
>>>>>
>>>>>
>>>>> On Wed, Jun 26, 2013 at 3:56 PM,  wrote=
:
>>>>>
>>>>>>  Hi Xavi,****
>>>>>>
>>>>>> ** **
>>>>>>
>>>>>> Thanks for your explanation.  I have better understanding now.  ****
>>>>>>
>>>>>> ** **
>>>>>>
>>>>>> I have one more question.****
>>>>>>
>>>>>> ** **
>>>>>>
>>>>>> You mentioned =93there might be more than one link to a neighbor=94.
>>>>>>   Say Node X selected only one neighbor Node Y and requests one link=
 to
>>>>>> Node Y.  The resulting number of links associated with Node X can be=
 two
>>>>>> (2) when Node Y also selected Node X as its neighbor and requested o=
ne link
>>>>>> to Node X.  Is my understanding correct?****
>>>>>>
>>>>>> ** **
>>>>>>
>>>>>> Yoshihiro Ohba****
>>>>>>
>>>>>> ** **
>>>>>>
>>>>>> ** **
>>>>>>
>>>>>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>>>>>> Behalf Of *Xavier Vilajosana Guillen
>>>>>> *Sent:* Thursday, June 27, 2013 1:33 AM
>>>>>> *To:* ohba yoshihiro
>>>>>> *Cc:* 6tsch@ietf.org
>>>>>> *Subject:* Re: [6tsch] simulation for random schedule allocation****
>>>>>>
>>>>>> ** **
>>>>>>
>>>>>> Hi Yoshihiro,****
>>>>>>
>>>>>> you are right, the formulation of the sentence is not correct. Shoul=
d
>>>>>> be:
>>>>>>
>>>>>> =93Topology: Random, where each node requests a random number of
>>>>>> neighbours between 2 and 10.=94****
>>>>>>
>>>>>> this means that each node when created requests a number of neighbor=
s
>>>>>> between 2 and 10, meaning that other nodes when are created also req=
uest
>>>>>> that number of neighbours and therefore a node can have more than 10
>>>>>> neighbours, because other nodes selected it as a neighbour. From the
>>>>>> simulation results I see that nodes have between 5 and 11 neighbours
>>>>>> usually.****
>>>>>>
>>>>>> However, from the numbers you point, 28 represents the number of
>>>>>> allocated links (number of allocated cells in the schedule) to its
>>>>>> neighbours, there might be more than one link to a neighbour in that=
 case.
>>>>>> ****
>>>>>>
>>>>>> regards,
>>>>>> Xavi****
>>>>>>
>>>>>>
>>>>>> ****
>>>>>>
>>>>>> Xavi****
>>>>>>
>>>>>> ** **
>>>>>>
>>>>>> On Wed, Jun 26, 2013 at 7:28 AM, 
>>>>>> wrote:****
>>>>>>
>>>>>> Hi Xavi,****
>>>>>>
>>>>>>  ****
>>>>>>
>>>>>> Thank you very much for the simulation.****
>>>>>>
>>>>>>  ****
>>>>>>
>>>>>> I am trying to understand the simulation model from your description
>>>>>> and the result.****
>>>>>>
>>>>>>  ****
>>>>>>
>>>>>> =93Topology: Random, where each node has a random number of neighbor=
s
>>>>>> between 2 and 10.=94****
>>>>>>
>>>>>>  ****
>>>>>>
>>>>>> =93****
>>>>>>
>>>>>> ************************ requesting 1 links****
>>>>>>
>>>>>> Node,Allocated Links,Collisions,Percentage****
>>>>>>
>>>>>> 0,28,0,0.0****
>>>>>>
>>>>>> =93****
>>>>>>
>>>>>>  ****
>>>>>>
>>>>>> In the above result, does Node 0 actually have 28 neighbors?****
>>>>>>
>>>>>>  ****
>>>>>>
>>>>>> Regards,****
>>>>>>
>>>>>> Yoshihiro Ohba****
>>>>>>
>>>>>>  ****
>>>>>>
>>>>>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>>>>>> Behalf Of *Xavier Vilajosana Guillen
>>>>>> *Sent:* Wednesday, June 26, 2013 3:46 AM
>>>>>> *To:* 6tsch@ietf.org****
>>>>>>
>>>>>>
>>>>>> *Subject:* [6tsch] simulation for random schedule allocation****
>>>>>>
>>>>>>  ****
>>>>>>
>>>>>>
>>>>>> ****
>>>>>>
>>>>>> Hi all,
>>>>>>
>>>>>> I prepared a little simulation to see how random schedule allocation
>>>>>> behaves. (I have the code in Java in case someone is interested)
>>>>>>
>>>>>> here there are some details (everything can be tuned in case someone
>>>>>> wants to point me to a special case)
>>>>>>
>>>>>> Network: 50 nodes
>>>>>>
>>>>>> Topology: Random, where each node has a random number of neighbors
>>>>>> between 2 and 10.
>>>>>>
>>>>>> Each node requests a link to each of its neighbors. This is done fro=
m
>>>>>> 1 to 10 times (i.e 10 tests, the first requesting 1 link to each nei=
ghbour,
>>>>>> the second 2, etc.. up to 10 links to each of the neighbors, can be
>>>>>> configured)
>>>>>>
>>>>>> The slotframe is 101 slots and 16 channels.
>>>>>>
>>>>>> The simulation prints statistics for the test (and the collisions if
>>>>>> we are interested.)****
>>>>>>
>>>>>> I used pseudo random generator from the java language assuming it
>>>>>> provides uniform or almost uniform distribution.****
>>>>>>
>>>>>> The allocation counter counts both the number of links allocated as
>>>>>> tx and the number of links allocated as rx due to a neighbour alloca=
ting a
>>>>>> link to the actual node. The percentage is the % of collisions w.r.t=
 the
>>>>>> allocated links. ****
>>>>>>
>>>>>> Worst case is around 11% when allocating 10 links to each neighbour
>>>>>> in that 50 node network.****
>>>>>>
>>>>>> I can play more on it but I wanted to share that initial results.***=
*
>>>>>>
>>>>>> please see attached file for the results.****
>>>>>>
>>>>>> regards,****
>>>>>>
>>>>>> Xavi****
>>>>>>
>>>>>> ** **
>>>>>>
>>>>>
>>>>>
>>>>
>>>> _______________________________________________
>>>> 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
>
>

--047d7b86e5504b4fc304e028c717
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


    Qin, all,

    I believe the goal of t=
he simulation work here is to be able to quicly verify that some of the ass=
umption we make makes sense, rather than implementing the full behavior. On=
ce those assumption are verified, we can move on to a full-featured simulat=
or (such as the OpenWSN one). So I would say that there is space for both e=
nds of the spectrum: Xavi's quick testing tools, and a full featured si=
mulator.
    



    Thomas


    On Thu, Jun 27, 2013 at 10:49 AM, Qin =
Wang <qinwang@berkeley.edu> wrote:
    


    Hi Xavi,

    I agree that for getting a idea about how crowded the schedule will be, th=
ere is no problem in using current mechanism to establish network topology.=

    



    Although there are many network simulation tools like N=
S2, OmNet, I do think this tool will be very useful for 6tsch development a=
nd future research on 6tsch. So it is worth to put more effort to make it m=
ore realistic and flexible.
    




    How do you think?

    Qin


    <=
div>
    <=
div class=3D"gmail_extra">



    On Fri, Jun 28, 2013 at 1:32 AM, Xavier =
Vilajosana Guillen <xvilajosana@eecs.berkeley.edu> wrote:
    



    Hi Qin,
    <=
br>
    I agree, the simulator can be improved in many many ways, my initi=
al idea was simply to get the numbers on what was the behaviour according t=
o how "full" the schedule is, I don't think that not having a=
 network that can be projected in a 2D plane is a problem as the trend of t=
he data will be the same.
    




    I can work more on the simulator if we think this is a tool we wa=
nt to exploit, to have the rough idea that random selection of links with l=
ow crowded schedules will work I think it is enough.

    cheers!



Xavi

    Xavi
    


    On Thu, Jun 27, 2013 at 7:36 AM, Qin Wan=
g <qinwang@berkeley.edu> wrote:
    




    Xavi,

    






    To avoid the problem, usually, we can think that a 2D a=
rray presents a area, say L*L, and then assign each node (x,y) in the L*L r=
andomly. As result, each node will have some amount of neighbors. Does it m=
ake sense?
    






    Thought?

    Qin








    



    

    Hi Maria Rita, see inline please
    


    Hello Xavi,
    

first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set
 of links (i.e., cells) according to the paths along which it will=20
transmit its own traffic, and forwards the traffic received by other=20
neighbors. In other words, the number of requested
 cells per node should be less than what we are simulating right now.=20
For sure, in the actual scenario, we have higher probability of=20
collision.
    

    I agree, the first set of simulations was completely brute force b=
ut showed something that it is interesting (and this was my main objective)=
, with low density schedules (i.e almost all cells non-scheduled ) the coll=
ision probability at the first choice is very low meaning that with few ret=
ries in case of collision it will find a right cell. With dense schedules (=
out of the scope on the majority of TSCH networks) the allocation performan=
ce is very bad. It is important t=
o bear in mind that a network with 10% of its schedule allocated is a very =
busy network.(from what we have seen on different network deployments)
    







    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of=20
confusion with the TSCH schedule representation, where we have=20
(timeslot, channeloffset) cells.
    
Can't we find a different way for representing the network, and defying=
=20
the set of neighbors? Moreover, this point 2) is linked with point 1) I=20
guess, i.e., assuming each node will request a link to each of its=20
neighbors.

    If you loo=
k the code you will see that the network is expressed using 2 variables, on=
e is a 1 dimension array of nodes (50 on my experiments),each node keeps a =
slotframe structure being a 101*16 matrix of Cells, where a cell is a data =
structure with some information. In addition the network topology is built =
using an adjacency matrix, each row represents a node that is matched with =
its neighbors represented by the column. This can be done in many different=
 ways but I guess it is pretty simple in that way. My initial idea on that =
simulator was to get some numbers, I did not put effort on having a new sup=
er efficient NS-2! and therefore the code is super simple and objective dri=
ven. If we feel that we need to consolidate that then I need to work on put=
ting some more effort on its structure and design.
    






    

    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random=20
number of neighbors, maybe, for having a preliminary idea of the network
 behavior, we could run a set of simulations, where we fix the number of
 neighbors (i.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change=20
others, in order to see how each of them impact the cells allocation.
    =
Yes, I agree too, this can be configured=
 easily.
    






    

    thanks for your comments!
    =

    
Thank you!
    
Maria Rita
    


    Xavi
    


    On Thu, Jun 27, 2013 at 1:07 AM, Maria R=
ita PALATTELLA <maria-rita.palattella@uni.lu> wro=
te:
    






    





    

    Hello Xavi,<=
br>
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set of=
 links (i.e., cells) according to the paths along which it will transmit it=
s own traffic, and forwards the traffic received by other neighbors. In oth=
er words, the number of requested
 cells per node should be less than what we are simulating right now. For s=
ure, in the actual scenario, we have higher probability of collision.
    

    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of confusion =
with the TSCH schedule representation, where we have (timeslot, channeloffs=
et) cells.
    
Can't we find a different way for representing the network, and defying=
 the set of neighbors? Moreover, this point 2) is linked with point 1) I gu=
ess, i.e., assuming each node will request a link to each of its neighbors.=

    







    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random number =
of neighbors, maybe, for having a preliminary idea of the network behavior,=
 we could run a set of simulations, where we fix the number of neighbors (i=
.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change others,=
 in order to see how each of them impact the cells allocation.
    

    
Thank you!
    
Maria Rita
    

    
=A0
    
    

    

    

    Fro=
m: 6tsch-bo=
unces@ietf.org [6tsch-bounces@ietf.org] on behalf of Xavier Vilajosana Guillen [xvilajosan=
a@eecs.berkeley.edu]
    






Sent: Thursday, June 27, 2013 2:27 AM
    
To: yoshihiro.ohba@toshiba.co.jp

    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    


    

    

    

    

    

    

    

    

    

    

    

    Hi Yoshihiro,
    

    

    
the network is represented by a boolean square matrix of num_nodes*num_node=
s. Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be tru=
e.

    

    
When a node requests a link it always requests a TX link, the counter part =
sets it to RX links so a link allocation happens at both sides. In a partic=
ular node Number of allocated links is the accumulation of both TX and RX a=
llocated in that node.
    







    

    
Regarding your question, if X requests a TX link to Y the schedule of X all=
ocates a TX link to Y and the schedule of Y allocates a RX link from X. If =
Y requests a TX link to X, X allocates a RX link from Y.
    

    

    
A link is not allocated in either side if there is a collision, and then I =
increment the collision counter.
    

    

    

    The code is here in case someone wants to play. Sorry it is not very c=
lean but I will clean it as soon as I can. If someone modifies it or improv=
es it, feel free to commit your changes to the repository so the simulator =
becomes better.
    







    
https://=
github.com/xvilajosana/6TSCH
    

    

    

    
hope this makes things clear.
    

    

    
regards,
    

    
X
    

    

    

    

    

    

    

    


    

    

    

    

    

    

    

    

    

    


    

    

    Xavi
    

    

    

    

    

    On Wed, Jun 26, 2013 at 3:56 PM, <yo=
shihiro.ohba@toshiba.co.jp> wrote:
    

    

    

    

    Hi Xavi,<=
/u>
    

    =A0
    

    Thanks for y=
our explanation.=A0 I have better understanding now.=A0

    

    =A0
    

    I have one m=
ore question.
    

    =A0
    

    You mentioned =93there might be=
 more than one link to a neighbor=94. =A0=A0Say Node X selected only one ne=
ighbor Node Y and requests one link to Node Y.=A0 The resulting number of l=
inks associated with Node X can be two (2) when
 Node Y also selected Node X as its neighbor and requested one link to Node=
 X.=A0 Is my understanding correct?
    

    =A0
    

    Yoshihiro Ohba
    

    =A0
    

    =A0
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Thursday, June 27, 2013 1:33 AM
    
To: ohba yoshihiro
    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    

    

    

    =A0
    

    

    

    

    

    

    
Hi Yoshihiro,
    

    

    
you are right, the formulation of the sentence is not =
correct. Should be:
    

    
=93Topology: Random, where each node requests a random number of neighbours=
 between 2 and 10.=94
    

    

    
this means that each node when created requests a numb=
er of neighbors between 2 and 10, meaning that other nodes when are created=
 also request that number of neighbours and therefore a node can have more =
than 10 neighbours, because other
 nodes selected it as a neighbour. From the simulation results I see that n=
odes have between 5 and 11 neighbours usually.
    

    

    Ho=
wever, from the numbers you point, 28 represents the number of allocated li=
nks (number of allocated cells in the schedule) to its neighbours, there mi=
ght be more than one link to a neighbour
 in that case.
    

    

    re=
gards,
    
Xavi
    

    

    

    

    

    

    

    Xa=
vi
    

    

    

    
=A0
    

    

    On=
 Wed, Jun 26, 2013 at 7:28 AM, <yoshihiro.ohba@toshiba.co.jp> wrote:
    







    

    

    Hi Xavi,<=
/p>

    =A0
    

    Thank you very much for the simulation.
    







    =A0
    

    I am trying to understand the simulation model from your d=
escription and the result.=

    







    =A0
    

    =93Topology: Random, where each node has a random number of neighbors between=
 2 and 10.=94
    

    =
=A0
    

    =93
    

    ************************ requesting 1 links
    







    Node,Allocated Links,Collisions,Percentage
    







    0,28,0,0.0
    







    =93
    

    =A0
    

    In the above result, does Node 0 actually have 28 neighbor=
s?
    







    =A0
    

    Regards,<=
/p>

    Yoshihiro Ohba
    







    =A0
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.o=
rg
    

    

    
Subject: [6tsch] simulation for random schedule allocation=

    

    

    =
=A0
    

    

    

    

    

    

    

    

    

    Hi=
 all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    







    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    I used pseudo random generator from the java language as=
suming it provides uniform or almost uniform distribution.
    







    

    

    The allocation counter counts both the number of links a=
llocated as tx and the number of links allocated as rx due to a neighbour a=
llocating a link to the actual node.
 The percentage is the % of collisions w.r.t the allocated links. 
    

    

    

    Worst case is around 11% when allocating 10 links to eac=
h neighbour in that 50 node network.
    

    

    

    I can play more on it but I wanted to share that initial=
 results.
    

    

    

    please see attached file for the results.<=
/span>
    

    

    regards,
    

    

    

    Xa=
vi
    

    

    

    

    

    

    

    

    

    

    =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 jsimon@linear.com  Thu Jun 27 14:08:33 2013
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	charset=windows-1252

Section 1

"6TSCH builds on a series of semi-proprietary wireless protocols..."
Is it really relevant that TSCH was built on concepts in WirelessHART?  =
TSCH is not proprietary, and saying it builds on proprietary protocols =
is a red flag.

"Following Metcalf's law..."
Not only is it not clear what point is being made, Metcalf=92s law =
measures =93utility=94 in connections.  For a networked sensor device, =
there are likely a finite number of consumers of its data, and the total =
number of nodes is an irrelevant utility metric. Additionally, in terms =
of mesh connectivity, in general there is little additional utility to =
having 1000 neighbors (which may be more than the node can store) over =
100, and perhaps 100 over 10 provided there is sufficient connectivity =
for the network to function.

General

So the problem this draft is trying to solve is shared link-layer keys =
in the network.  It does this by proposing an 3-phase authentication =
scheme with unstated overhead to provide unique per-peer link-layer =
keys, among other things.

a) Each node would need to be preconfigured with every node's =
certificate material (bad), or communicate with the coordinator to =
validate PK certs for every device attempting to join (nearly as bad if =
this takes a lot of packets).  Without seeing the overhead, its hard to =
tell if this would even work - if a device has to stay synchronized for =
a long time using unsecured frames, how is that any better than a shared =
secret? There's still a DoS vector in the unsecured bandwidth.

b) I agree that in protocols with a well-known key for authenticating =
join requests, an attacker can perform a DoS attack by simulating many =
devices joining.  These messages are passed up to the coordinator (and =
rejected).  However this requires distributed injection of messages to =
be maximally effective, and this is little worse than flooding the =
network with packets authenticated with the wrong key, so I don't see =
how per-peer keys is an effective DoS mitigator.
--=20
Jonathan Simon, Ph. D
Director of Systems Engineering
Linear Technology, Dust Networks product group
30695 Huntwood Ave
Hayward, CA 94544-7021
(510) 400-2936
(510) 489-3799 FAX
jsimon@linear.com

**LINEAR TECHNOLOGY CORPORATION**=20
*****Internet Email Confidentiality Notice*****=20
 This e-mail transmission, and any documents, files or previous e-mail =
messages attached to it may 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 =
notified that any disclosure, copying, distribution or use of any of the =
information contained in or attached to this transmission is STRICTLY =
PROHIBITED. If you have received this transmission in error, please =
immediately notify me by reply e-mail, or by telephone at (510) =
400-2936, and destroy the original transmission and its attachments =
without reading or saving in any manner. Thank you.=20

On Jun 23, 2013, at 7:10 PM,  =
 wrote:

> 6tsch-security draft has been submitted to IETF:
>=20
> http://tools.ietf.org/html/draft-ohba-6tsch-security-00
>=20
> Regards,
> Yoshihiro Ohba
>=20
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


--Apple-Mail-111-1070644218
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	charset=windows-1252

Is it really relevant that TSCH was built on =
concepts in WirelessHART?  TSCH is not proprietary, and saying it =
builds on proprietary protocols is a red flag.

    "Following =
Metcalf's law..."
    Not only is it not clear what point is being made, =
Metcalf=92s law measures =93utility=94 in connections.  For a =
networked sensor device, there are likely a finite number of consumers =
of its data, and the total number of nodes is an irrelevant utility =
metric. Additionally, in terms of mesh connectivity, in general there is =
little additional utility to having 1000 neighbors (which may be more =
than the node can store) over 100, and perhaps 100 over 10 provided =
there is sufficient connectivity for the network to =
function.

    General

    So the problem this draft is trying to =
solve is shared link-layer keys in the network.  It does this by =
proposing an 3-phase authentication scheme with unstated overhead to =
provide unique per-peer link-layer keys, among other things.

    a) =
Each node would need to be preconfigured with every node's certificate =
material (bad), or communicate with the coordinator to validate PK certs =
for every device attempting to join (nearly as bad if this takes a lot =
of packets).  Without seeing the overhead, its hard to tell if this =
would even work - if a device has to stay synchronized for a long time =
using unsecured frames, how is that any better than a shared secret? =
There's still a DoS vector in the unsecured bandwidth.

    b) I agree =
that in protocols with a well-known key for authenticating join =
requests, an attacker can perform a DoS attack by simulating many =
devices joining.  These messages are passed up to the coordinator =
(and rejected).  However this requires distributed injection of =
messages to be maximally effective, and this is little worse than =
flooding the network with packets authenticated with the wrong key, so I =
don't see how per-peer keys is an effective DoS mitigator.
    

    -- 
    Jonathan Simon, Ph. =
D
    Director of Systems Engineering
    Linear Technology, Dust Networks =
product group
    30695 Huntwood Ave
    Hayward, CA 94544-7021
    (510) =
400-2936
    (510) 489-3799 FAX
    jsimon@linear.com

    **LINEAR =
TECHNOLOGY CORPORATION** 
    *****Internet Email =
Confidentiality Notice***** 
     This e-mail =
transmission, and any documents, files or previous =
e-mail messages attached to it may 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 notified that any =
disclosure, copying, distribution or use of any of =
the information contained in or attached to this transmission =
is STRICTLY PROHIBITED. If you have received this transmission =
in error, please immediately notify me by reply e-mail, or by =
telephone at (510) 400-2936, and destroy the original transmission =
and its attachments without reading or saving in any manner. =
Thank you. 
    

    


    6tsch-security draft has been submitted to =
IETF:

    http://to=
ols.ietf.org/html/draft-ohba-6tsch-security-00

    Regards,
    Yosh=
ihiro =
Ohba

    _______________________________________________
    6tsch =
mailing =
list
    6tsch@ietf.org
    https://www.ietf.org/mailman/listinfo/6tsch
    <=
/div>

    =

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Date: Fri, 28 Jun 2013 05:22:44 +0800
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From: Qin Wang 
To: Thomas Watteyne 
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Subject: Re: [6tsch] simulation for random schedule allocation
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agree!

Qin


On Fri, Jun 28, 2013 at 4:40 AM, Thomas Watteyne  wrote:

> Qin, all,
>
> I believe the goal of the simulation work here is to be able to quicly
> verify that some of the assumption we make makes sense, rather than
> implementing the full behavior. Once those assumption are verified, we ca=
n
> move on to a full-featured simulator (such as the OpenWSN one). So I woul=
d
> say that there is space for both ends of the spectrum: Xavi's quick testi=
ng
> tools, and a full featured simulator.
>
> Thomas
>
>
> On Thu, Jun 27, 2013 at 10:49 AM, Qin Wang  wrote:
>
>> Hi Xavi,
>>
>> I agree that for getting a idea about how crowded the schedule will be,
>> there is no problem in using current mechanism to establish network
>> topology.
>>
>> Although there are many network simulation tools like NS2, OmNet, I do
>> think this tool will be very useful for 6tsch development and future
>> research on 6tsch. So it is worth to put more effort to make it more
>> realistic and flexible.
>>
>> How do you think?
>>
>> Qin
>>
>>
>>
>>
>>
>> On Fri, Jun 28, 2013 at 1:32 AM, Xavier Vilajosana Guillen <
>> xvilajosana@eecs.berkeley.edu> wrote:
>>
>>> Hi Qin,
>>>
>>> I agree, the simulator can be improved in many many ways, my initial
>>> idea was simply to get the numbers on what was the behaviour according =
to
>>> how "full" the schedule is, I don't think that not having a network tha=
t
>>> can be projected in a 2D plane is a problem as the trend of the data wi=
ll
>>> be the same.
>>>
>>> I can work more on the simulator if we think this is a tool we want to
>>> exploit, to have the rough idea that random selection of links with low
>>> crowded schedules will work I think it is enough.
>>>
>>> cheers!
>>> Xavi
>>>
>>> Xavi
>>>
>>>
>>> On Thu, Jun 27, 2013 at 7:36 AM, Qin Wang  wrote:
>>>
>>>> Xavi,
>>>>
>>>> From
>>>> https://github.com/xvilajosana/6TSCH/blob/master/simulator/src/edu/ber=
keley/sixtus/simul/SimulatorEngine.java,
>>>> (createNetworkTopology(Random ran)), I understand how the network
>>>> topology is established. I think it may result in some cross edges, wh=
ich
>>>> will not happen in real network deployment.
>>>>
>>>> To avoid the problem, usually, we can think that a 2D array presents a
>>>> area, say L*L, and then assign each node (x,y) in the L*L randomly. As
>>>> result, each node will have some amount of neighbors. Does it make sen=
se?
>>>>
>>>> Thought?
>>>>
>>>> Qin
>>>>
>>>>
>>>>
>>>>
>>>>
>>>>
>>>>
>>>>
>>>>
>>>>
>>>> On Thu, Jun 27, 2013 at 9:53 PM, Xavier Vilajosana Guillen <
>>>> xvilajosana@eecs.berkeley.edu> wrote:
>>>>
>>>>> Hi Maria Rita, see inline please
>>>>>
>>>>>
>>>>> Hello Xavi,
>>>>> first of all many thanks for having built the code and run this first
>>>>> set of simulations for the WG.
>>>>> I have some questions about the simulations. Please, feel free to
>>>>> ignore my comments, if they are inappropriate.
>>>>>
>>>>> 1)"Each node requests a link to *each* of its neighbors."
>>>>> Is it really what we want? In my point of view, each node will ask a
>>>>> set of links (i.e., cells) according to the paths along which it will
>>>>> transmit its own traffic, and forwards the traffic received by other
>>>>> neighbors. In other words, the number of requested cells per node sho=
uld be
>>>>> less than what we are simulating right now. For sure, in the actual
>>>>> scenario, we have higher probability of collision.
>>>>>
>>>>> I agree, the first set of simulations was completely brute force but
>>>>> showed something that it is interesting (and this was my main objecti=
ve),
>>>>> with low density schedules (i.e almost all cells non-scheduled ) the
>>>>> collision probability at the first choice is very low meaning that wi=
th few
>>>>> retries in case of collision it will find a right cell. With dense
>>>>> schedules (out of the scope on the majority of TSCH networks) the
>>>>> allocation performance is very bad. It is important to bear in mind
>>>>> that a network with 10% of its schedule allocated is a very busy
>>>>> network.(from what we have seen on different network deployments)
>>>>>
>>>>> 2) " the network is represented by a boolean square matrix of
>>>>> num_nodes*num_nodes. *Two nodes are neighbours if the cell for that
>>>>> two nodes (indexed by node ids) is true*. if X is neighbour of Y the
>>>>> cells (x,y) and (y,x) will be true."
>>>>> This way of representing the network can create somehow a bit of
>>>>> confusion with the TSCH schedule representation, where we have (times=
lot,
>>>>> channeloffset) cells.
>>>>> Can't we find a different way for representing the network, and
>>>>> defying the set of neighbors? Moreover, this point 2) is linked with =
point
>>>>> 1) I guess, i.e., assuming each node will request a link to each of i=
ts
>>>>> neighbors.
>>>>>
>>>>> If you look the code you will see that the network is expressed using
>>>>> 2 variables, one is a 1 dimension array of nodes (50 on my
>>>>> experiments),each node keeps a slotframe structure being a 101*16 mat=
rix of
>>>>> Cells, where a cell is a data structure with some information. In add=
ition
>>>>> the network topology is built using an adjacency matrix, each row
>>>>> represents a node that is matched with its neighbors represented by t=
he
>>>>> column. This can be done in many different ways but I guess it is pre=
tty
>>>>> simple in that way. My initial idea on that simulator was to get some
>>>>> numbers, I did not put effort on having a new super efficient NS-2! a=
nd
>>>>> therefore the code is super simple and objective driven. If we feel t=
hat we
>>>>> need to consolidate that then I need to work on putting some more eff=
ort on
>>>>> its structure and design.
>>>>>
>>>>> 3) "Topology: Random, where each node requests a* random number of
>>>>> neighbours between 2 and 10*.=94
>>>>> Even though I am in favor of having a random topology, and a random
>>>>> number of neighbors, maybe, for having a preliminary idea of the netw=
ork
>>>>> behavior, we could run a set of simulations, where we fix the number =
of
>>>>> neighbors (i.e., having it constant). Basically, my suggestion is to =
keep
>>>>> some parameters constant, while we change others, in order to see how=
 each
>>>>> of them impact the cells allocation.
>>>>>
>>>>> Yes, I agree too, this can be configured easily.
>>>>>
>>>>> thanks for your comments!
>>>>>
>>>>> Thank you!
>>>>> Maria Rita
>>>>>
>>>>> Xavi
>>>>>
>>>>>
>>>>> On Thu, Jun 27, 2013 at 1:07 AM, Maria Rita PALATTELLA <
>>>>> maria-rita.palattella@uni.lu> wrote:
>>>>>
>>>>>>  Hello Xavi,
>>>>>> first of all many thanks for having built the code and run this firs=
t
>>>>>> set of simulations for the WG.
>>>>>> I have some questions about the simulations. Please, feel free to
>>>>>> ignore my comments, if they are inappropriate.
>>>>>>
>>>>>> 1)"Each node requests a link to *each* of its neighbors."
>>>>>> Is it really what we want? In my point of view, each node will ask a
>>>>>> set of links (i.e., cells) according to the paths along which it wil=
l
>>>>>> transmit its own traffic, and forwards the traffic received by other
>>>>>> neighbors. In other words, the number of requested cells per node sh=
ould be
>>>>>> less than what we are simulating right now. For sure, in the actual
>>>>>> scenario, we have higher probability of collision.
>>>>>>
>>>>>> 2) " the network is represented by a boolean square matrix of
>>>>>> num_nodes*num_nodes. *Two nodes are neighbours if the cell for that
>>>>>> two nodes (indexed by node ids) is true*. if X is neighbour of Y the
>>>>>> cells (x,y) and (y,x) will be true."
>>>>>> This way of representing the network can create somehow a bit of
>>>>>> confusion with the TSCH schedule representation, where we have (time=
slot,
>>>>>> channeloffset) cells.
>>>>>> Can't we find a different way for representing the network, and
>>>>>> defying the set of neighbors? Moreover, this point 2) is linked with=
 point
>>>>>> 1) I guess, i.e., assuming each node will request a link to each of =
its
>>>>>> neighbors.
>>>>>>
>>>>>> 3) "Topology: Random, where each node requests a* random number of
>>>>>> neighbours between 2 and 10*.=94
>>>>>> Even though I am in favor of having a random topology, and a random
>>>>>> number of neighbors, maybe, for having a preliminary idea of the net=
work
>>>>>> behavior, we could run a set of simulations, where we fix the number=
 of
>>>>>> neighbors (i.e., having it constant). Basically, my suggestion is to=
 keep
>>>>>> some parameters constant, while we change others, in order to see ho=
w each
>>>>>> of them impact the cells allocation.
>>>>>>
>>>>>> Thank you!
>>>>>> Maria Rita
>>>>>>
>>>>>>
>>>>>>  ------------------------------
>>>>>> *From:* 6tsch-bounces@ietf.org [6tsch-bounces@ietf.org] on behalf of
>>>>>> Xavier Vilajosana Guillen [xvilajosana@eecs.berkeley.edu]
>>>>>> *Sent:* Thursday, June 27, 2013 2:27 AM
>>>>>> *To:* yoshihiro.ohba@toshiba.co.jp
>>>>>>
>>>>>> *Cc:* 6tsch@ietf.org
>>>>>> *Subject:* Re: [6tsch] simulation for random schedule allocation
>>>>>>
>>>>>>      Hi Yoshihiro,
>>>>>>
>>>>>>  the network is represented by a boolean square matrix of
>>>>>> num_nodes*num_nodes. Two nodes are neighbours if the cell for that t=
wo
>>>>>> nodes (indexed by node ids) is true. if X is neighbour of Y the cell=
s (x,y)
>>>>>> and (y,x) will be true.
>>>>>>  When a node requests a link it always requests a TX link, the
>>>>>> counter part sets it to RX links so a link allocation happens at bot=
h
>>>>>> sides. In a particular node Number of allocated links is the accumul=
ation
>>>>>> of both TX and RX allocated in that node.
>>>>>>
>>>>>>  Regarding your question, if X requests a TX link to Y the schedule
>>>>>> of X allocates a TX link to Y and the schedule of Y allocates a RX l=
ink
>>>>>> from X. If Y requests a TX link to X, X allocates a RX link from Y.
>>>>>>
>>>>>>  A link is not allocated in either side if there is a collision, and
>>>>>> then I increment the collision counter.
>>>>>>
>>>>>>  The code is here in case someone wants to play. Sorry it is not
>>>>>> very clean but I will clean it as soon as I can. If someone modifies=
 it or
>>>>>> improves it, feel free to commit your changes to the repository so t=
he
>>>>>> simulator becomes better.
>>>>>>
>>>>>> https://github.com/xvilajosana/6TSCH
>>>>>>
>>>>>>  hope this makes things clear.
>>>>>>
>>>>>>  regards,
>>>>>>  X
>>>>>>
>>>>>>
>>>>>>  Xavi
>>>>>>
>>>>>>
>>>>>> On Wed, Jun 26, 2013 at 3:56 PM, wrote=
:
>>>>>>
>>>>>>>  Hi Xavi,****
>>>>>>>
>>>>>>> ** **
>>>>>>>
>>>>>>> Thanks for your explanation.  I have better understanding now.  ***=
*
>>>>>>>
>>>>>>> ** **
>>>>>>>
>>>>>>> I have one more question.****
>>>>>>>
>>>>>>> ** **
>>>>>>>
>>>>>>> You mentioned =93there might be more than one link to a neighbor=94=
.
>>>>>>>   Say Node X selected only one neighbor Node Y and requests one lin=
k to
>>>>>>> Node Y.  The resulting number of links associated with Node X can b=
e two
>>>>>>> (2) when Node Y also selected Node X as its neighbor and requested =
one link
>>>>>>> to Node X.  Is my understanding correct?****
>>>>>>>
>>>>>>> ** **
>>>>>>>
>>>>>>> Yoshihiro Ohba****
>>>>>>>
>>>>>>> ** **
>>>>>>>
>>>>>>> ** **
>>>>>>>
>>>>>>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>>>>>>> Behalf Of *Xavier Vilajosana Guillen
>>>>>>> *Sent:* Thursday, June 27, 2013 1:33 AM
>>>>>>> *To:* ohba yoshihiro
>>>>>>> *Cc:* 6tsch@ietf.org
>>>>>>> *Subject:* Re: [6tsch] simulation for random schedule allocation***=
*
>>>>>>>
>>>>>>> ** **
>>>>>>>
>>>>>>> Hi Yoshihiro,****
>>>>>>>
>>>>>>> you are right, the formulation of the sentence is not correct.
>>>>>>> Should be:
>>>>>>>
>>>>>>> =93Topology: Random, where each node requests a random number of
>>>>>>> neighbours between 2 and 10.=94****
>>>>>>>
>>>>>>> this means that each node when created requests a number of
>>>>>>> neighbors between 2 and 10, meaning that other nodes when are creat=
ed also
>>>>>>> request that number of neighbours and therefore a node can have mor=
e than
>>>>>>> 10 neighbours, because other nodes selected it as a neighbour. From=
 the
>>>>>>> simulation results I see that nodes have between 5 and 11 neighbour=
s
>>>>>>> usually.****
>>>>>>>
>>>>>>> However, from the numbers you point, 28 represents the number of
>>>>>>> allocated links (number of allocated cells in the schedule) to its
>>>>>>> neighbours, there might be more than one link to a neighbour in tha=
t case.
>>>>>>> ****
>>>>>>>
>>>>>>> regards,
>>>>>>> Xavi****
>>>>>>>
>>>>>>>
>>>>>>> ****
>>>>>>>
>>>>>>> Xavi****
>>>>>>>
>>>>>>> ** **
>>>>>>>
>>>>>>> On Wed, Jun 26, 2013 at 7:28 AM, 
>>>>>>> wrote:****
>>>>>>>
>>>>>>> Hi Xavi,****
>>>>>>>
>>>>>>>  ****
>>>>>>>
>>>>>>> Thank you very much for the simulation.****
>>>>>>>
>>>>>>>  ****
>>>>>>>
>>>>>>> I am trying to understand the simulation model from your descriptio=
n
>>>>>>> and the result.****
>>>>>>>
>>>>>>>  ****
>>>>>>>
>>>>>>> =93Topology: Random, where each node has a random number of neighbo=
rs
>>>>>>> between 2 and 10.=94****
>>>>>>>
>>>>>>>  ****
>>>>>>>
>>>>>>> =93****
>>>>>>>
>>>>>>> ************************ requesting 1 links****
>>>>>>>
>>>>>>> Node,Allocated Links,Collisions,Percentage****
>>>>>>>
>>>>>>> 0,28,0,0.0****
>>>>>>>
>>>>>>> =93****
>>>>>>>
>>>>>>>  ****
>>>>>>>
>>>>>>> In the above result, does Node 0 actually have 28 neighbors?****
>>>>>>>
>>>>>>>  ****
>>>>>>>
>>>>>>> Regards,****
>>>>>>>
>>>>>>> Yoshihiro Ohba****
>>>>>>>
>>>>>>>  ****
>>>>>>>
>>>>>>> *From:* 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] *On
>>>>>>> Behalf Of *Xavier Vilajosana Guillen
>>>>>>> *Sent:* Wednesday, June 26, 2013 3:46 AM
>>>>>>> *To:* 6tsch@ietf.org****
>>>>>>>
>>>>>>>
>>>>>>> *Subject:* [6tsch] simulation for random schedule allocation****
>>>>>>>
>>>>>>>  ****
>>>>>>>
>>>>>>>
>>>>>>> ****
>>>>>>>
>>>>>>> Hi all,
>>>>>>>
>>>>>>> I prepared a little simulation to see how random schedule allocatio=
n
>>>>>>> behaves. (I have the code in Java in case someone is interested)
>>>>>>>
>>>>>>> here there are some details (everything can be tuned in case someon=
e
>>>>>>> wants to point me to a special case)
>>>>>>>
>>>>>>> Network: 50 nodes
>>>>>>>
>>>>>>> Topology: Random, where each node has a random number of neighbors
>>>>>>> between 2 and 10.
>>>>>>>
>>>>>>> Each node requests a link to each of its neighbors. This is done
>>>>>>> from 1 to 10 times (i.e 10 tests, the first requesting 1 link to ea=
ch
>>>>>>> neighbour, the second 2, etc.. up to 10 links to each of the neighb=
ors, can
>>>>>>> be configured)
>>>>>>>
>>>>>>> The slotframe is 101 slots and 16 channels.
>>>>>>>
>>>>>>> The simulation prints statistics for the test (and the collisions i=
f
>>>>>>> we are interested.)****
>>>>>>>
>>>>>>> I used pseudo random generator from the java language assuming it
>>>>>>> provides uniform or almost uniform distribution.****
>>>>>>>
>>>>>>> The allocation counter counts both the number of links allocated as
>>>>>>> tx and the number of links allocated as rx due to a neighbour alloc=
ating a
>>>>>>> link to the actual node. The percentage is the % of collisions w.r.=
t the
>>>>>>> allocated links. ****
>>>>>>>
>>>>>>> Worst case is around 11% when allocating 10 links to each neighbour
>>>>>>> in that 50 node network.****
>>>>>>>
>>>>>>> I can play more on it but I wanted to share that initial results.**=
*
>>>>>>> *
>>>>>>>
>>>>>>> please see attached file for the results.****
>>>>>>>
>>>>>>> regards,****
>>>>>>>
>>>>>>> Xavi****
>>>>>>>
>>>>>>> ** **
>>>>>>>
>>>>>>
>>>>>>
>>>>>
>>>>> _______________________________________________
>>>>> 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
>
>

--047d7bd76db0ee1fff04e0295cbc
Content-Type: text/html; charset=windows-1252
Content-Transfer-Encoding: quoted-printable


    agree!

    Qin


    On Fri, Jun 28, 2013 at 4:40 A=
M, Thomas Watteyne <watteyne@eecs.berkeley.edu> wro=
te:
    

    Qin, all,

    I believe the goal of the simulation work here is to be able to quicly ve=
rify that some of the assumption we make makes sense, rather than implement=
ing the full behavior. Once those assumption are verified, we can move on t=
o a full-featured simulator (such as the OpenWSN one). So I would say that =
there is space for both ends of the spectrum: Xavi's quick testing tool=
s, and a full featured simulator.
    




    Thomas
    <=
div class=3D"h5">


    On Thu, Jun 27, 2013 at 10:49 AM, Qin Wang <qinwang@berkeley.edu> wrote:
    



    Hi Xavi,

    I agree that for getting a idea about how crowded the schedule will be, th=
ere is no problem in using current mechanism to establish network topology.=

    




    Although there are many network simulation tools like N=
S2, OmNet, I do think this tool will be very useful for 6tsch development a=
nd future research on 6tsch. So it is worth to put more effort to make it m=
ore realistic and flexible.
    





    How do you think?




    



    On Fri, Jun 28, 2013 at 1:32 AM, Xavier =
Vilajosana Guillen <xvilajosana@eecs.berkeley.edu> wrote:
    




    Hi Qin,
    <=
br>
    I agree, the simulator can be improved in many many ways, my initi=
al idea was simply to get the numbers on what was the behaviour according t=
o how "full" the schedule is, I don't think that not having a=
 network that can be projected in a 2D plane is a problem as the trend of t=
he data will be the same.
    





    I can work more on the simulator if we think this is a tool we wa=
nt to exploit, to have the rough idea that random selection of links with l=
ow crowded schedules will work I think it is enough.

    cheers!




Xavi

    Xavi
    


    On Thu, Jun 27, 2013 at 7:36 AM, Qin Wan=
g <qinwang@berkeley.edu> wrote:
    





    Xavi,

    







    To avoid the problem, usually, we can think that a 2D a=
rray presents a area, say L*L, and then assign each node (x,y) in the L*L r=
andomly. As result, each node will have some amount of neighbors. Does it m=
ake sense?
    







    Thought?

    Qin








    



    

    Hi Maria Rita, see inline please
    


    Hello Xavi,
    

first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set
 of links (i.e., cells) according to the paths along which it will=20
transmit its own traffic, and forwards the traffic received by other=20
neighbors. In other words, the number of requested
 cells per node should be less than what we are simulating right now.=20
For sure, in the actual scenario, we have higher probability of=20
collision.
    

    I agree, the first set of simulations was completely brute force b=
ut showed something that it is interesting (and this was my main objective)=
, with low density schedules (i.e almost all cells non-scheduled ) the coll=
ision probability at the first choice is very low meaning that with few ret=
ries in case of collision it will find a right cell. With dense schedules (=
out of the scope on the majority of TSCH networks) the allocation performan=
ce is very bad. It is important t=
o bear in mind that a network with 10% of its schedule allocated is a very =
busy network.(from what we have seen on different network deployments)
    








    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of=20
confusion with the TSCH schedule representation, where we have=20
(timeslot, channeloffset) cells.
    
Can't we find a different way for representing the network, and defying=
=20
the set of neighbors? Moreover, this point 2) is linked with point 1) I=20
guess, i.e., assuming each node will request a link to each of its=20
neighbors.

    If you loo=
k the code you will see that the network is expressed using 2 variables, on=
e is a 1 dimension array of nodes (50 on my experiments),each node keeps a =
slotframe structure being a 101*16 matrix of Cells, where a cell is a data =
structure with some information. In addition the network topology is built =
using an adjacency matrix, each row represents a node that is matched with =
its neighbors represented by the column. This can be done in many different=
 ways but I guess it is pretty simple in that way. My initial idea on that =
simulator was to get some numbers, I did not put effort on having a new sup=
er efficient NS-2! and therefore the code is super simple and objective dri=
ven. If we feel that we need to consolidate that then I need to work on put=
ting some more effort on its structure and design.
    







    

    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random=20
number of neighbors, maybe, for having a preliminary idea of the network
 behavior, we could run a set of simulations, where we fix the number of
 neighbors (i.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change=20
others, in order to see how each of them impact the cells allocation.
    =
Yes, I agree too, this can be configured=
 easily.
    







    

    thanks for your comments!
    =

    
Thank you!
    
Maria Rita
    


    Xavi
    


    On Thu, Jun 27, 2013 at 1:07 AM, Maria R=
ita PALATTELLA <maria-rita.palattella@uni.lu> wro=
te:
    







    





    

    Hello Xavi,<=
br>
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of it=
s neighbors."
    
Is it really what we want? In my point of view, each node will ask a set of=
 links (i.e., cells) according to the paths along which it will transmit it=
s own traffic, and forwards the traffic received by other neighbors. In oth=
er words, the number of requested
 cells per node should be less than what we are simulating right now. For s=
ure, in the actual scenario, we have higher probability of collision.
    

    
2)     " the network is represented by a boole=
an square matrix of num_nodes*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of confusion =
with the TSCH schedule representation, where we have (timeslot, channeloffs=
et) cells.
    
Can't we find a different way for representing the network, and defying=
 the set of neighbors? Moreover, this point 2) is linked with point 1) I gu=
ess, i.e., assuming each node will request a link to each of its neighbors.=

    








    
3)     "Topology: Random,=
 where each node requests a random number of neighbours between 2 and 10=
.=94
    
Even though I am in favor of having a random topology, and a random number =
of neighbors, maybe, for having a preliminary idea of the network behavior,=
 we could run a set of simulations, where we fix the number of neighbors (i=
.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change others,=
 in order to see how each of them impact the cells allocation.
    

    
Thank you!
    
Maria Rita
    

    
=A0
    
    

    

    

    Fro=
m: 6tsch-bo=
unces@ietf.org [6tsch-bounces@ietf.org] on behalf of Xavier Vilajosana Guillen [xvilajosan=
a@eecs.berkeley.edu]
    







Sent: Thursday, June 27, 2013 2:27 AM
    
To: yoshihiro.ohba@toshiba.co.jp

    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    


    

    

    

    

    

    

    

    

    

    

    

    Hi Yoshihiro,
    

    

    
the network is represented by a boolean square matrix of num_nodes*num_node=
s. Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be tru=
e.

    

    
When a node requests a link it always requests a TX link, the counter part =
sets it to RX links so a link allocation happens at both sides. In a partic=
ular node Number of allocated links is the accumulation of both TX and RX a=
llocated in that node.
    








    

    
Regarding your question, if X requests a TX link to Y the schedule of X all=
ocates a TX link to Y and the schedule of Y allocates a RX link from X. If =
Y requests a TX link to X, X allocates a RX link from Y.
    

    

    
A link is not allocated in either side if there is a collision, and then I =
increment the collision counter.
    

    

    

    The code is here in case someone wants to play. Sorry it is not very c=
lean but I will clean it as soon as I can. If someone modifies it or improv=
es it, feel free to commit your changes to the repository so the simulator =
becomes better.
    








    
https://=
github.com/xvilajosana/6TSCH
    

    

    

    
hope this makes things clear.
    

    

    
regards,
    

    
X
    

    

    

    

    

    

    

    


    

    

    

    

    

    

    

    

    

    


    

    

    Xavi
    

    

    

    

    

    On Wed, Jun 26, 2013 at 3:56 PM, <yo=
shihiro.ohba@toshiba.co.jp> wrote:
    

    

    

    

    Hi Xavi,<=
/u>
    

    =A0
    

    Thanks for y=
our explanation.=A0 I have better understanding now.=A0

    

    =A0
    

    I have one m=
ore question.
    

    =A0
    

    You mentioned =93there might be=
 more than one link to a neighbor=94. =A0=A0Say Node X selected only one ne=
ighbor Node Y and requests one link to Node Y.=A0 The resulting number of l=
inks associated with Node X can be two (2) when
 Node Y also selected Node X as its neighbor and requested one link to Node=
 X.=A0 Is my understanding correct?
    

    =A0
    

    Yoshihiro Ohba
    

    =A0
    

    =A0
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Thursday, June 27, 2013 1:33 AM
    
To: ohba yoshihiro
    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    

    

    

    =A0
    

    

    

    

    

    

    
Hi Yoshihiro,
    

    

    
you are right, the formulation of the sentence is not =
correct. Should be:
    

    
=93Topology: Random, where each node requests a random number of neighbours=
 between 2 and 10.=94
    

    

    
this means that each node when created requests a numb=
er of neighbors between 2 and 10, meaning that other nodes when are created=
 also request that number of neighbours and therefore a node can have more =
than 10 neighbours, because other
 nodes selected it as a neighbour. From the simulation results I see that n=
odes have between 5 and 11 neighbours usually.
    

    

    Ho=
wever, from the numbers you point, 28 represents the number of allocated li=
nks (number of allocated cells in the schedule) to its neighbours, there mi=
ght be more than one link to a neighbour
 in that case.
    

    

    re=
gards,
    
Xavi
    

    

    

    

    

    

    

    Xa=
vi
    

    

    

    
=A0
    

    

    On=
 Wed, Jun 26, 2013 at 7:28 AM, <yoshihiro.ohba@toshiba.co.jp> wrote:
    








    

    

    Hi Xavi,<=
/p>

    =A0
    

    Thank you very much for the simulation.
    








    =A0
    

    I am trying to understand the simulation model from your d=
escription and the result.=

    








    =A0
    

    =93Topology: Random, where each node has a random number of neighbors between=
 2 and 10.=94
    

    =
=A0
    

    =93
    

    ************************ requesting 1 links
    








    Node,Allocated Links,Collisions,Percentage
    








    0,28,0,0.0
    








    =93
    

    =A0
    

    In the above result, does Node 0 actually have 28 neighbor=
s?
    








    =A0
    

    Regards,<=
/p>

    Yoshihiro Ohba
    








    =A0
    

    From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.o=
rg
    

    

    
Subject: [6tsch] simulation for random schedule allocation=

    

    

    =
=A0
    

    

    

    

    

    

    

    

    

    Hi=
 all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    








    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    I used pseudo random generator from the java language as=
suming it provides uniform or almost uniform distribution.
    








    

    

    The allocation counter counts both the number of links a=
llocated as tx and the number of links allocated as rx due to a neighbour a=
llocating a link to the actual node.
 The percentage is the % of collisions w.r.t the allocated links. 
    

    

    

    Worst case is around 11% when allocating 10 links to eac=
h neighbour in that 50 node network.
    

    

    

    I can play more on it but I wanted to share that initial=
 results.
    

    

    

    please see attached file for the results.<=
/span>
    

    

    regards,
    

    

    

    Xa=
vi
    

    

    

    

    

    

    

    

    

    

    =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
    


    


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


    

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From mcr@sandelman.ca  Thu Jun 27 16:55:16 2013
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Subject: Re: [6tsch] FW: draft-ohba-6tsch-security-00
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--=-=-=


Qin Wang  wrote:

    > It seems to me that ,besides Symmetric algorithm module like AES-based
    > CCM* required by 802.15.4e , every node has to equip a Asymmetric
    > algorithm module as well. correct? If it is true, I'm afraid if it is
    > too heavy for a node with
    > limited resource.

People keep assuming this, yet other people point to running code.
How many asymmetric operations per decade can a mute sustain?
The answer may be too small for our use, but it can not be zero.

--
]               Never tell me the odds!                 | ipv6 mesh networks [
]   Michael Richardson, Sandelman Software Works        | network architect  [
]     mcr@sandelman.ca  http://www.sandelman.ca/        |   ruby on rails    [




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Michael Richardson , Sandelman Software Works



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Hi Jonathan,

Thank you for your feedback.

Let me answer on the General part.

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of J=
onathan Simon
Sent: Friday, June 28, 2013 6:09 AM
To: ohba yoshihiro
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] draft-ohba-6tsch-security-00

Section 1

"6TSCH builds on a series of semi-proprietary wireless protocols..."
Is it really relevant that TSCH was built on concepts in WirelessHART?  TSC=
H is not proprietary, and saying it builds on proprietary protocols is a re=
d flag.

"Following Metcalf's law..."
Not only is it not clear what point is being made, Metcalf=1B$B!G=1B(Bs law=
 measures =1B$B!H=1B(Butility=1B$B!I=1B(B in connections.  For a networked =
sensor device, there are likely a finite number of consumers of its data, a=
nd the total number of nodes is an irrelevant utility metric. Additionally,=
 in terms of mesh connectivity, in general there is little additional utili=
ty to having 1000 neighbors (which may be more than the node can store) ove=
r 100, and perhaps 100 over 10 provided there is sufficient connectivity fo=
r the network to function.

General

So the problem this draft is trying to solve is shared link-layer keys in t=
he network.  It does this by proposing an 3-phase authentication scheme wit=
h unstated overhead to provide unique per-peer link-layer keys, among other=
 things.

a) Each node would need to be preconfigured with every node's certificate m=
aterial (bad), or
communicate with the coordinator to validate PK certs for every device atte=
mpting to join (nearly as bad if this takes a lot of packets).
[YO] Actually neither one is correct.  What each node has to have as P2 cre=
dentials are a CA certificate as the trust anchor and its own certificate s=
igned by the CA public key. Once P2 credentials are obtained, Node A and No=
de B can locally exchange their certificates to perform mutual authenticati=
on to securely exchange MAC keys without communicating with the coordinator=
.  Node A does not need to retain Node B=1B$B!G=1B(Bs  certificate and vice=
 versa once the MAC keys are established.

Without seeing the overhead, its hard to tell if this would even work - if =
a device has to stay synchronized for a long time using unsecured frames, h=
ow is that any better than a shared secret? There's still a DoS vector in t=
he unsecured bandwidth.
[YO] We know that we cannot eliminate all DoS attacks. There has to be engi=
neering decisions as to which DoS attacks are acceptable and which are not.=
  In any case, it seems that beacon security in TSCH is a problem that requ=
ires deeper investigations.

b) I agree that in protocols with a well-known key for authenticating join =
requests, an attacker can perform a DoS attack by simulating many devices j=
oining.  These messages are passed up to the coordinator (and rejected).  H=
owever this requires distributed injection of messages to be maximally effe=
ctive, and this is little worse than flooding the network with packets auth=
enticated with the wrong key, so I don't see how per-peer keys is an effect=
ive DoS mitigator.
[YO] Per-peer keys are mainly for avoiding difficulty with updating a commo=
n network key.

Best Regards,
Yoshihiro Ohba
--
Jonathan Simon, Ph. D
Director of Systems Engineering
Linear Technology, Dust Networks product group
30695 Huntwood Ave
Hayward, CA 94544-7021
(510) 400-2936
(510) 489-3799 FAX
jsimon@linear.com

**LINEAR TECHNOLOGY CORPORATION**
*****Internet Email Confidentiality Notice*****
 This e-mail transmission, and any documents, files or previous e-mail mess=
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u.

On Jun 23, 2013, at 7:10 PM, > > wrote:


6tsch-security draft has been submitted to IETF:

http://tools.ietf.org/html/draft-ohba-6tsch-security-00

Regards,
Yoshihiro Ohba

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


--_000_674F70E5F2BE564CB06B6901FD3DD78B12D27557tgxml338toshiba_
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Content-Transfer-Encoding: quoted-printable









    

    Hi Jonathan,=

    

     <=
/o:p>
    

    Thank you fo=
r your feedback.
    

     <=
/o:p>
    

    Let me answe=
r on the General part.
    

     <=
/o:p>
    

    

    

    From: 6tsch-bounces@ietf.org
 [mailto:6tsch-bounces@ietf.org] On Behalf Of Jonathan Simon
    
Sent: Friday, June 28, 2013 6:09 AM
    
To: ohba yoshihiro
    
Cc: 6tsch@ietf.org
    
Subject: Re: [6tsch] draft-ohba-6tsch-security-00    <=
/p>

    

    

     
    

    Section 1
    

    
"6TSCH builds on a series of semi-proprietary wireless protocols...&qu=
ot;
    
Is it really relevant that TSCH was built on concepts in WirelessHART? &nbs=
p;TSCH is not proprietary, and saying it builds on proprietary protocols is=
 a red flag.
    

    
"Following Metcalf's law..."
    
Not only is it not clear what point is being made, Metcalf=1B$B!G=1B(Bs law=
 measures =1B$B!H=1B(Butility=1B$B!I=1B(B in connections.  For a netwo=
rked sensor device, there are likely a finite number of consumers of its da=
ta, and the total number of nodes is an irrelevant utility metric. Addition=
ally,
 in terms of mesh connectivity, in general there is little additional utili=
ty to having 1000 neighbors (which may be more than the node can store) ove=
r 100, and perhaps 100 over 10 provided there is sufficient connectivity fo=
r the network to function.
    

    
General
    

    
So the problem this draft is trying to solve is shared link-layer keys in t=
he network.  It does this by proposing an 3-phase authentication schem=
e with unstated overhead to provide unique per-peer link-layer keys, among =
other things.
    

    
a) Each node would need to be preconfigured with every node's certificate m=
aterial (bad), or    

    communicate with the coordinator to validate PK ce=
rts for every device attempting to join (nearly as bad if this takes a lot =
of packets).  <=
/p>

    [YO] Actually neither one is correct.  What eac=
h node has to have as P2 credentials are a CA certificate as the
 trust anchor and its own certificate signed by the CA public key. Once P2 =
credentials are obtained, Node A and Node B can locally exchange their cert=
ificates to perform mutual authentication to securely exchange MAC keys wit=
hout communicating with the coordinator. 
 Node A does not need to retain Node B=1B$B!G=1B(Bs  certificate and v=
ice versa once the MAC keys are established.
    

     
    

    Without seeing the overhead, its hard to tell if t=
his would even work - if a device has to stay synchronized for a long time =
using unsecured frames, how is that any
 better than a shared secret? There's still a DoS vector in the unsecured b=
andwidth.
    

    [YO] We know that we cannot eliminate all DoS attack=
s. There has to be engineering decisions as to which DoS attacks
 are acceptable and which are not.  In any case, it seems that beacon =
security in TSCH is a problem that requires deeper investigations.
    


    
b) I agree that in protocols with a well-known key for authenticating join =
requests, an attacker can perform a DoS attack by simulating many devices j=
oining.  These messages are passed up to the coordinator (and rejected=
).  However this requires distributed
 injection of messages to be maximally effective, and this is little worse =
than flooding the network with packets authenticated with the wrong key, so=
 I don't see how per-peer keys is an effective DoS mitigator.
    

    [YO] Per-peer keys are mainly for avoiding difficult=
y with updating a common network key.
    

     
    

    Best Regards,
    

    Yoshihiro Ohba
    

    

    

    

    -- 
    
Jonathan Simon, Ph. D
    
Director of Systems Engineering
    
Linear Technology, Dust Networks product group
    
30695 Huntwood Ave
    
Hayward, CA 94544-7021
    
(510) 400-2936
    
(510) 489-3799 FAX
    
jsimon@linear.com
    

    
**LINEAR TECHNOLOGY CORPORATION** 
    
*****Internet Email Confidentiality Notice***** 
    
 This e-mail transmission, and any documents, files or previous e=
-mail messages attached to it may contain confidential informatio=
n that is legally privileged. If you are not the intended recipie=
nt, or a person responsible for delivering it to the intended
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--_000_674F70E5F2BE564CB06B6901FD3DD78B12D27557tgxml338toshiba_--


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It all depends on the hardware.  The latest round of radio+mcu from 
several vendors include a cortex m3 and at least 8kB of RAM.  No problem 
running ECC on that platform.
But if you're trying to run the whole IPv6 stack, and a simple OS, and 
your application, it's not a guarantee that you have enough RAM left for 
ECC.

I'm a big fan of ECC, and my mote platform of choice has 72kB of RAM, so 
I'm eager to see a good PKI-for-motes standard emerge. But I'm not sure 
that we should make it a MUST that all motes have enough RAM for PKI.

ksjp

On 6/27/2013 4:54 PM, Michael Richardson wrote:
> Qin Wang  wrote:
>
>      > It seems to me that ,besides Symmetric algorithm module like AES-based
>      > CCM* required by 802.15.4e , every node has to equip a Asymmetric
>      > algorithm module as well. correct? If it is true, I'm afraid if it is
>      > too heavy for a node with
>      > limited resource.
>
> People keep assuming this, yet other people point to running code.
> How many asymmetric operations per decade can a mute sustain?
> The answer may be too small for our use, but it can not be zero.
>
> --
> ]               Never tell me the odds!                 | ipv6 mesh networks [
> ]   Michael Richardson, Sandelman Software Works        | network architect  [
> ]     mcr@sandelman.ca  http://www.sandelman.ca/        |   ruby on rails    [
>
>
>
>
> --
> Michael Richardson , Sandelman Software Works
>
>
>
>
> _______________________________________________
> 6tsch mailing list
> 6tsch@ietf.org
> https://www.ietf.org/mailman/listinfo/6tsch


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    It all depends on the hardware.  The
      latest round of radio+mcu from several vendors include a cortex m3
      and at least 8kB of RAM.  No problem running ECC on that platform.
    
      But if you're trying to run the whole IPv6 stack, and a simple OS,
      and your application, it's not a guarantee that you have enough
      RAM left for ECC.
    
      
    
      I'm a big fan of ECC, and my mote platform of choice has 72kB of
      RAM, so I'm eager to see a good PKI-for-motes standard emerge. 
      But I'm not sure that we should make it a MUST that all motes have
      enough RAM for PKI.
    
      
    
      ksjp
    
      
    
      On 6/27/2013 4:54 PM, Michael Richardson wrote:
    
    
    
    
    
      
    Qin Wang <qinwang@berkeley.edu> wrote:

    > It seems to me that ,besides Symmetric algorithm module like AES-based
    > CCM* required by 802.15.4e , every node has to equip a Asymmetric
    > algorithm module as well. correct? If it is true, I'm afraid if it is
    > too heavy for a node with
    > limited resource.

People keep assuming this, yet other people point to running code.
How many asymmetric operations per decade can a mute sustain?
The answer may be too small for our use, but it can not be zero.

--
]               Never tell me the odds!                 | ipv6 mesh networks [
]   Michael Richardson, Sandelman Software Works        | network architect  [
]     mcr@sandelman.ca  http://www.sandelman.ca/        |   ruby on rails    [




--
Michael Richardson <mcr+IETF@sandelman.ca>, Sandelman Software Works



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

    
    
    
    
    
  


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All,

Below is the proposed agenda for the 6TSCH call tomorrow:


   - Approval minutes last call [2min]
   - draft-ohba-6tsch-security-00 [10min]
   - 6TSCH definition [5min]
   - Overview slides [20min]
   - Simulation [20min]
   - Schedule next meetings, AOB [3min]

As usual, feel free to propose any changes to the agenda, also at the
beginning of the call.

Remember that this call will be recorded.

Pascal & Thomas


Topic: 6TSCH Weekly
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=219615007&UID=481905242&PW=NZTRkNDAwOTE1&RT=MiMyMw%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: +44.20.8824.0117

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

CCM:+14085256800x206802913

--047d7b3398b74bd95204e02e6d4d
Content-Type: text/html; charset=ISO-8859-1
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    All,
    


    Below is the proposed agenda for the 6TSCH call tomorrow=
:
    • Approval minutes last call [2min]
      • 


    • draft-ohba-6tsch-security-00 [10min]
    • 6TSCH definition [5min]
      • 


    • Overview slides [20min]
    • Simulation [20min]
    • 

Schedule =
next meetings, AOB [3min]
    As usua=
l, feel free to propose any changes to the agenda, also at the beginning of=
 the call.
    


    Remember that this call will be recorded.
    =

    Pascal & Thomas
    



    Topic: 6TSCH Weekly
    

Time:=A08:00 am, Pacific Daylight Time (San Francisco, GMT-07:00)=A0
    Mee=
ting Number: 206 802 913=A0
    Meeting Password: sixtus=A0

    ---------=
----------------------------------------------=A0
    To start the online me=
eting=A0
    

-------------------------------------------------------=A0
    1. Go to=A0ht=
tps://ciscosales.webex.com/ciscosales/j.php?ED=3D219615007&UID=3D481905=
242&PW=3DNZTRkNDAwOTE1&RT=3DMiMyMw%3D%3D=A0
    

2. Log in to your account.=A0
    3. Click "Start Now".=A0
    4. F=
ollow the instructions that appear on your screen.=A0

    --------------=
--------------------------------------------------=A0
    ALERT:Toll-Free Di=
al Restrictions for (408) and (919) Area Codes=A0
    

----------------------------------------------------------------=A0

    =
The affected toll free numbers are:=A0(866) 432-9903=A0for the San J=
ose/Milpitas area and=A0(866) 349-3520=A0for the RTP area.=A0
    


    Please dial the local access number for your area from the list below:=
=A0
    - San Jose/Milpitas (408) area: 525-6800=A0
    - RTP (919) area: 392=
-3330=A0

    -------------------------------------------------------=A0<=
br>To join the teleconference only=A0
    

-------------------------------------------------------=A0
    1. Dial into =
Cisco WebEx (view all Global Access Numbers at=A0
    http:/=
/cisco.com/en/US/about/doing_business/conferencing/index.html=A0
    

2. Follow the prompts to enter the Meeting Number (listed above) or Access =
Code followed by the # sign.=A0

    San Jose, CA:=A0+1.408.525.6800=
=A0RTP:=A0+1.919.392.3330=A0
    


    US/Canada:=A0+1.866.432.9903=A0United Kingdom:=A0+44.20.8824.0117=
=A0

    
India:=A0+91.80.4350.1111=A0Germany:=A0+49.619.6773.9002=A0<=
br>

    Japan:=A0+81.3.5763.9394=A0China:=A0+86.10.8515.5666=A0
    To check whether you have the appropriate players installed for UCF (Univ=
ersal Communications Format) rich media files, go to=A0    https://cisc=
osales.webex.com/ciscosales/systemdiagnosis.php=A0
    


    http://www.webex.com=A0
    <=
br>CCM:+14085256800x206802913
    



    

--047d7b3398b74bd95204e02e6d4d--

From maria-rita.palattella@uni.lu  Thu Jun 27 23:55:17 2013
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From: Maria Rita PALATTELLA 
To: "Pascal Thubert (pthubert)" , "yoshihiro.ohba@toshiba.co.jp" , "6tsch@ietf.org" <6tsch@ietf.org>
Thread-Topic: [6tsch] draft-ohba-6tsch-security-00
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Pascal,
Instead of refer to Wikipedia page, I would use one of the references propo=
sed on that page.
What do you think?
Maria Rita

-----Original Message-----
From: Pascal Thubert (pthubert) [mailto:pthubert@cisco.com]=20
Sent: Thursday, June 27, 2013 2:25 PM
To: yoshihiro.ohba@toshiba.co.jp; Maria Rita PALATTELLA; 6tsch@ietf.org
Subject: RE: [6tsch] draft-ohba-6tsch-security-00

Dear Yoshi:

I think that Wikipedia has a great discussion on Metcalf's law as http://en=
.wikipedia.org/wiki/Metcalfe%27s_law=20

Would you all agree?

Pascal


-----Original Message-----
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of y=
oshihiro.ohba@toshiba.co.jp
Sent: jeudi 27 juin 2013 11:36
To: maria-rita.palattella@uni.lu; 6tsch@ietf.org
Subject: Re: [6tsch] draft-ohba-6tsch-security-00

Hi Maria,

Thank you for your feedback. =20

We will revise Abstract.

For Metcalf's law reference, I would like to hear from Pascal.

We can add some introduction to PANA in Appendix.

I am happy to replace acronyms section with a reference to draft-palattella=
-6tsch-terminology.

Sorry for the confusing description about Phase-1.  I understood where the =
confusion came from. In the sentence "A symmetric key that is established a=
s a result of successful Phase-1 KMP is used for encrypting the Phase-2 and=
 Phase-3 credentials distributed from the authentication server to the node=
.", the symmetric key is a temporal key material generated from Phaes-1 KMP=
 credentials, and it is not as part of Phase-1 KMP credentials.  I will thi=
nk about improving the text.

We will fix typos and add a reference to draft-watteyne-6tsch-tsch-lln-cont=
ext for EB.

Best Regards,
Yoshihiro Ohba

-----Original Message-----
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of M=
aria Rita PALATTELLA
Sent: Thursday, June 27, 2013 4:32 PM
To: 6tsch@ietf.org
Subject: Re: [6tsch] draft-ohba-6tsch-security-00

Hello Yoshihiro,

I am not a security expert, but I went through the draft and tried to under=
stand, in order to provide some feedback.

Feel free to ignore them, if you find them inappropriate.

1) the abstract should be re-worded. I would expose the topic in a more gen=
eral way (in order to be comprehensible for everyone) and then, refer to th=
e specific algorithm PANA.

2) I would add a reference to Metcalf's law in the Intro.

3) Assuming that we are not all familiar with PANA (sorry for that!), I wou=
ld provide a short description of the protocol. You may add it in the appen=
dix, as we did for instance in the Watteyne-lln-tsch draft, for describing =
TSCH. Or you can add more information in Sec. 5.1, where you present PANA a=
s a Phase-1 KMP candidate.
In both cases, everyone by reading your draft will have an almost complete =
view of the security framework you are suggesting.

4)  For the acronyms, we may add all of them in the terminology draft. In t=
his way you should just refer to it, without any need to specify them again=
. @Pascal/Thomas: what do you think?
Or if you are using PANA notation, you may also refer to it.

5) I have hard time while reading Phase-1. It seems that includes Phase-1 c=
redentials and a Phase-1 KMP. Is it correct? Then, It is not clear in which=
 order these two steps are executed.
<> From this sentence, it seems the sequence is Phase-1 credentia=
ls -> Phase-1 KMP <> From this other sentence, it seems that t=
he sequence is Phase-1 KMP - > is Phase-1 credentials. It seems to be confi=
rmed also in the Example provided at page 6.
Maybe it is me missing something...
If you agree, I would suggest to revise a bit the description, clarifying s=
uch concept, and explaining them in the same order of their actual executio=
n.

6) Typos:
- Initially all nodes but Node A - > I guess you didn't mean BUT
- we focus on Phase-2 KMP requirements in the next seciton. - > section
- PANA [RFC5191] is the Phase-1 KMP candidate since it supports mutual    a=
uthenticatio -> authentication
- IEEE 802.15.4 -> IEEE802.15.4 (without space)

6) In sec. 6 when talking about EB, you may add a reference to Watteyne-dra=
ft, where a description of EB is provided.


Best Regards,
Maria Rita


-----Original Message-----
From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of y=
oshihiro.ohba@toshiba.co.jp
Sent: Monday, June 24, 2013 4:10 AM
To: 6tsch@ietf.org
Subject: [6tsch] draft-ohba-6tsch-security-00

6tsch-security draft has been submitted to IETF:

http://tools.ietf.org/html/draft-ohba-6tsch-security-00

Regards,
Yoshihiro Ohba

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

From maria-rita.palattella@uni.lu  Fri Jun 28 00:21:58 2013
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From: Maria Rita PALATTELLA 
To: Qin Wang , Thomas Watteyne 
Thread-Topic: [6tsch] simulation for random schedule allocation
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+1
I do agree with Thomas too.
No need to develop another simulator for this preliminary test.
For the future, we may use OpneWSNone.
Maria Rita

From: 6tsch-bounces@ietf.org [mailto:6tsch-bounces@ietf.org] On Behalf Of Q=
in Wang
Sent: Thursday, June 27, 2013 11:23 PM
To: Thomas Watteyne
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] simulation for random schedule allocation

agree!

Qin

On Fri, Jun 28, 2013 at 4:40 AM, Thomas Watteyne > wrote:
Qin, all,

I believe the goal of the simulation work here is to be able to quicly veri=
fy that some of the assumption we make makes sense, rather than implementin=
g the full behavior. Once those assumption are verified, we can move on to =
a full-featured simulator (such as the OpenWSN one). So I would say that th=
ere is space for both ends of the spectrum: Xavi's quick testing tools, and=
 a full featured simulator.

Thomas

On Thu, Jun 27, 2013 at 10:49 AM, Qin Wang > wrote:
Hi Xavi,

I agree that for getting a idea about how crowded the schedule will be, the=
re is no problem in using current mechanism to establish network topology.

Although there are many network simulation tools like NS2, OmNet, I do thin=
k this tool will be very useful for 6tsch development and future research o=
n 6tsch. So it is worth to put more effort to make it more realistic and fl=
exible.

How do you think?

Qin




On Fri, Jun 28, 2013 at 1:32 AM, Xavier Vilajosana Guillen > wrote:
Hi Qin,
I agree, the simulator can be improved in many many ways, my initial idea w=
as simply to get the numbers on what was the behaviour according to how "fu=
ll" the schedule is, I don't think that not having a network that can be pr=
ojected in a 2D plane is a problem as the trend of the data will be the sam=
e.
I can work more on the simulator if we think this is a tool we want to expl=
oit, to have the rough idea that random selection of links with low crowded=
 schedules will work I think it is enough.
cheers!
Xavi

Xavi

On Thu, Jun 27, 2013 at 7:36 AM, Qin Wang > wrote:
Xavi,

>From https://github.com/xvilajosana/6TSCH/blob/master/simulator/src/edu/ber=
keley/sixtus/simul/SimulatorEngine.java, (createNetworkTopology(Random ran)=
), I understand how the network topology is established. I think it may res=
ult in some cross edges, which will not happen in real network deployment.

To avoid the problem, usually, we can think that a 2D array presents a area=
, say L*L, and then assign each node (x,y) in the L*L randomly. As result, =
each node will have some amount of neighbors. Does it make sense?

Thought?

Qin









On Thu, Jun 27, 2013 at 9:53 PM, Xavier Vilajosana Guillen > wrote:
Hi Maria Rita, see inline please


Hello Xavi,
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.

1)"Each node requests a link to each of its neighbors."
Is it really what we want? In my point of view, each node will ask a set of=
 links (i.e., cells) according to the paths along which it will transmit it=
s own traffic, and forwards the traffic received by other neighbors. In oth=
er words, the number of requested cells per node should be less than what w=
e are simulating right now. For sure, in the actual scenario, we have highe=
r probability of collision.
I agree, the first set of simulations was completely brute force but showed=
 something that it is interesting (and this was my main objective), with lo=
w density schedules (i.e almost all cells non-scheduled ) the collision pro=
bability at the first choice is very low meaning that with few retries in c=
ase of collision it will find a right cell. With dense schedules (out of th=
e scope on the majority of TSCH networks) the allocation performance is ver=
y bad. It is important to bear in mind that a network with 10% of its sched=
ule allocated is a very busy network.(from what we have seen on different n=
etwork deployments)

2) " the network is represented by a boolean square matrix of num_nodes*num=
_nodes. Two nodes are neighbours if the cell for that two nodes (indexed by=
 node ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will b=
e true."
This way of representing the network can create somehow a bit of confusion =
with the TSCH schedule representation, where we have (timeslot, channeloffs=
et) cells.
Can't we find a different way for representing the network, and defying the=
 set of neighbors? Moreover, this point 2) is linked with point 1) I guess,=
 i.e., assuming each node will request a link to each of its neighbors.
If you look the code you will see that the network is expressed using 2 var=
iables, one is a 1 dimension array of nodes (50 on my experiments),each nod=
e keeps a slotframe structure being a 101*16 matrix of Cells, where a cell =
is a data structure with some information. In addition the network topology=
 is built using an adjacency matrix, each row represents a node that is mat=
ched with its neighbors represented by the column. This can be done in many=
 different ways but I guess it is pretty simple in that way. My initial ide=
a on that simulator was to get some numbers, I did not put effort on having=
 a new super efficient NS-2! and therefore the code is super simple and obj=
ective driven. If we feel that we need to consolidate that then I need to w=
ork on putting some more effort on its structure and design.

3) "Topology: Random, where each node requests a random number of neighbour=
s between 2 and 10."
Even though I am in favor of having a random topology, and a random number =
of neighbors, maybe, for having a preliminary idea of the network behavior,=
 we could run a set of simulations, where we fix the number of neighbors (i=
.e., having it constant). Basically, my suggestion is to keep some paramete=
rs constant, while we change others, in order to see how each of them impac=
t the cells allocation.
Yes, I agree too, this can be configured easily.

thanks for your comments!

Thank you!
Maria Rita

Xavi

On Thu, Jun 27, 2013 at 1:07 AM, Maria Rita PALATTELLA > wrote:
Hello Xavi,
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.

1)"Each node requests a link to each of its neighbors."
Is it really what we want? In my point of view, each node will ask a set of=
 links (i.e., cells) according to the paths along which it will transmit it=
s own traffic, and forwards the traffic received by other neighbors. In oth=
er words, the number of requested cells per node should be less than what w=
e are simulating right now. For sure, in the actual scenario, we have highe=
r probability of collision.

2) " the network is represented by a boolean square matrix of num_nodes*num=
_nodes. Two nodes are neighbours if the cell for that two nodes (indexed by=
 node ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will b=
e true."
This way of representing the network can create somehow a bit of confusion =
with the TSCH schedule representation, where we have (timeslot, channeloffs=
et) cells.
Can't we find a different way for representing the network, and defying the=
 set of neighbors? Moreover, this point 2) is linked with point 1) I guess,=
 i.e., assuming each node will request a link to each of its neighbors.

3) "Topology: Random, where each node requests a random number of neighbour=
s between 2 and 10."
Even though I am in favor of having a random topology, and a random number =
of neighbors, maybe, for having a preliminary idea of the network behavior,=
 we could run a set of simulations, where we fix the number of neighbors (i=
.e., having it constant). Basically, my suggestion is to keep some paramete=
rs constant, while we change others, in order to see how each of them impac=
t the cells allocation.

Thank you!
Maria Rita


________________________________
From: 6tsch-bounces@ietf.org [6tsch-bounces@=
ietf.org] on behalf of Xavier Vilajosana Gui=
llen [xvilajosana@eecs.berkeley.edu]
Sent: Thursday, June 27, 2013 2:27 AM
To: yoshihiro.ohba@toshiba.co.jp

Cc: 6tsch@ietf.org
Subject: Re: [6tsch] simulation for random schedule allocation

Hi Yoshihiro,
the network is represented by a boolean square matrix of num_nodes*num_node=
s. Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be tru=
e.
When a node requests a link it always requests a TX link, the counter part =
sets it to RX links so a link allocation happens at both sides. In a partic=
ular node Number of allocated links is the accumulation of both TX and RX a=
llocated in that node.
Regarding your question, if X requests a TX link to Y the schedule of X all=
ocates a TX link to Y and the schedule of Y allocates a RX link from X. If =
Y requests a TX link to X, X allocates a RX link from Y.
A link is not allocated in either side if there is a collision, and then I =
increment the collision counter.
The code is here in case someone wants to play. Sorry it is not very clean =
but I will clean it as soon as I can. If someone modifies it or improves it=
, feel free to commit your changes to the repository so the simulator becom=
es better.

https://github.com/xvilajosana/6TSCH
hope this makes things clear.
regards,
X


Xavi

On Wed, Jun 26, 2013 at 3:56 PM, > wrote:
Hi Xavi,

Thanks for your explanation.  I have better understanding now.

I have one more question.

You mentioned "there might be more than one link to a neighbor".   Say Node=
 X selected only one neighbor Node Y and requests one link to Node Y.  The =
resulting number of links associated with Node X can be two (2) when Node Y=
 also selected Node X as its neighbor and requested one link to Node X.  Is=
 my understanding correct?

Yoshihiro Ohba


From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Xavier Vilajos=
ana Guillen
Sent: Thursday, June 27, 2013 1:33 AM
To: ohba yoshihiro
Cc: 6tsch@ietf.org
Subject: Re: [6tsch] simulation for random schedule allocation

Hi Yoshihiro,
you are right, the formulation of the sentence is not correct. Should be:

"Topology: Random, where each node requests a random number of neighbours b=
etween 2 and 10."
this means that each node when created requests a number of neighbors betwe=
en 2 and 10, meaning that other nodes when are created also request that nu=
mber of neighbours and therefore a node can have more than 10 neighbours, b=
ecause other nodes selected it as a neighbour. From the simulation results =
I see that nodes have between 5 and 11 neighbours usually.
However, from the numbers you point, 28 represents the number of allocated =
links (number of allocated cells in the schedule) to its neighbours, there =
might be more than one link to a neighbour in that case.
regards,
Xavi

Xavi

On Wed, Jun 26, 2013 at 7:28 AM, > wrote:
Hi Xavi,

Thank you very much for the simulation.

I am trying to understand the simulation model from your description and th=
e result.

"Topology: Random, where each node has a random number of neighbors between=
 2 and 10."

"
************************ requesting 1 links
Node,Allocated Links,Collisions,Percentage
0,28,0,0.0
"

In the above result, does Node 0 actually have 28 neighbors?

Regards,
Yoshihiro Ohba

From: 6tsch-bounces@ietf.org [mailto:6tsch-b=
ounces@ietf.org] On Behalf Of Xavier Vilajos=
ana Guillen
Sent: Wednesday, June 26, 2013 3:46 AM
To: 6tsch@ietf.org

Subject: [6tsch] simulation for random schedule allocation


Hi all,

I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)

here there are some details (everything can be tuned in case someone wants =
to point me to a special case)

Network: 50 nodes

Topology: Random, where each node has a random number of neighbors between =
2 and 10.

Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)

The slotframe is 101 slots and 16 channels.

The simulation prints statistics for the test (and the collisions if we are=
 interested.)
I used pseudo random generator from the java language assuming it provides =
uniform or almost uniform distribution.
The allocation counter counts both the number of links allocated as tx and =
the number of links allocated as rx due to a neighbour allocating a link to=
 the actual node. The percentage is the % of collisions w.r.t the allocated=
 links.
Worst case is around 11% when allocating 10 links to each neighbour in that=
 50 node network.
I can play more on it but I wanted to share that initial results.
please see attached file for the results.
regards,
Xavi




_______________________________________________
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_F085911F642A6847987ADA23E611780D18583D7Bhoshiunilux_
Content-Type: text/html; charset="us-ascii"
Content-Transfer-Encoding: quoted-printable









    

    +1<=
/p>

    I do agree with Thomas to=
o.
    

    No need to develop anothe=
r simulator for this preliminary test.
    

    For the future, we may us=
e OpneWSNone.
    

    Maria Rita
    

     <=
/p>

    From: 6tsch-bo=
unces@ietf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Qin Wang
    
Sent: Thursday, June 27, 2013 11:23 PM
    
To: Thomas Watteyne
    
Cc: 6tsch@ietf.org
    
Subject: Re: [6tsch] simulation for random schedule allocation<=
/o:p>
    

     
    

    

    agree!
    

    

     
    

    

    

    Qin
    

    

    

    

     
    

    

    On Fri, Jun 28, 2013 at 4:40 AM, Thomas Watteyne <=
;watteyne@e=
ecs.berkeley.edu> wrote:
    

    

    Qin, all,
    

    

     
    

    

    

    I believe the goal of the simulation work here is to=
 be able to quicly verify that some of the assumption we make makes sense, =
rather than implementing the full behavior. Once those assumption are verif=
ied, we can move on to a full-featured
 simulator (such as the OpenWSN one). So I would say that there is space fo=
r both ends of the spectrum: Xavi's quick testing tools, and a full feature=
d simulator.
    

    

    

     
    

    

    

    Thomas
    

    

    

    

    

    

     
    

    

    On Thu, Jun 27, 2013 at 10:49 AM, Qin Wang <qinwang@berkeley.edu> wrote:
    

    

    Hi Xavi,
    

    

     
    

    

    

    I agree that for getting a idea about how crowded th=
e schedule will be, there is no problem in using current mechanism to estab=
lish network topology.
    

    

    

     
    

    

    

    Although there are many network simulation tools lik=
e NS2, OmNet, I do think this tool will be very useful for 6tsch developmen=
t and future research on 6tsch. So it is worth to put more effort to make i=
t more realistic and flexible.
    

    

    

     
    

    

    

    How do you think?
    

    

    

     
    

    

    

    Qin<=
/p>

    

    

     
    

    

    

     
    

    

    

     
    

    

    

    

    

    

     
    

    

    On Fri, Jun 28, 2013 at 1:32 AM, Xavier Vilajosana G=
uillen <xvilajosana@eecs.berkeley.edu> wrote:
    

    

    

    

    

    Hi Qin,

    

    I agree, the simulato=
r can be improved in many many ways, my initial idea was simply to get the =
numbers on what was the behaviour according to how "full" the sch=
edule is, I don't think that not having a network
 that can be projected in a 2D plane is a problem as the trend of the data =
will be the same.
    

    

    I can work more on th=
e simulator if we think this is a tool we want to exploit, to have the roug=
h idea that random selection of links with low crowded schedules will work =
I think it is enough.
    

    

    cheers!
    
Xavi
    

    

    


    

    

    

    

    Xavi
    

    

    

    

    

     
    

    

    On Thu, Jun 27, 2013 at 7:36 AM, Qin Wang <qinwang@berkeley.edu> wrote:
    

    

    Xavi,
    

    

     
    

    

    

    From https://github.com/xvilajosana/6TSCH/blob/master/sim=
ulator/src/edu/berkeley/sixtus/simul/SimulatorEngine.java,
 (cre=
ateNetworkTopology(Random ran)),
 I understand how the network topology is established. I think it may resul=
t in some cross edges, which will not happen in real network deployment.
    

    

    

     
    

    

    

    To avoid the problem, usually, we can think that a 2=
D array presents a area, say L*L, and then assign each node (x,y) in the L*=
L randomly. As result, each node will have some amount of neighbors. Does i=
t make sense?
    

    

    

     
    

    

    

    Thought?
    

    

    

     
    

    

    

    Qin<=
/p>

    

    

     
    

    

    

     
    

    

    

     
    

    

    

     
    

    

    

     
    

    

    

     
    

    

    

     
    

    

    

     
    

    

    

    

     
    

    

    

    

    On Thu, Jun 27, 2013 at 9:53 PM, Xavier Vilajosana G=
uillen <xvilajosana@eecs.berkeley.edu> wrote:
    

    

    

    

    

    

    

    Hi Maria Rita, see inline=
 please
    

    

     
    

    


    
Hello Xavi,
    
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of its neighbors."
Is it really what we want? In my point of view, each node will ask a set of=
 links (i.e., cells) according to the paths along which it will transmit it=
s own traffic, and forwards the traffic received by other neighbors. In oth=
er words, the number of requested
 cells per node should be less than what we are simulating right now. For s=
ure, in the actual scenario, we have higher probability of collision.<=
/o:p>
    

    

    

    

    I agree, the first set of=
 simulations was completely brute force but showed something that it is int=
eresting (and this was my main objective), with low density schedules (i.e =
almost all cells non-scheduled ) the
 collision probability at the first choice is very low meaning that with fe=
w retries in case of collision it will find a right cell. With dense schedu=
les (out of the scope on the majority of TSCH networks) the allocation perf=
ormance is very bad.
It is important to bear in mind that a network w=
ith 10% of its schedule allocated is a very busy network.(from what we have=
 seen on different network deployments)
    

    

    

    


    
2) " the network is represented by a boolean square matrix of num_node=
s*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of confusion =
with the TSCH schedule representation, where we have (timeslot, channeloffs=
et) cells.
    
Can't we find a different way for representing the network, and defying the=
 set of neighbors? Moreover, this point 2) is linked with point 1) I guess,=
 i.e., assuming each node will request a link to each of its neighbors.
    

    

    

    

    If you look the code you =
will see that the network is expressed using 2 variables, one is a 1 dimens=
ion array of nodes (50 on my experiments),each node keeps a slotframe struc=
ture being a 101*16 matrix of Cells,
 where a cell is a data structure with some information. In addition the ne=
twork topology is built using an adjacency matrix, each row represents a no=
de that is matched with its neighbors represented by the column. This can b=
e done in many different ways but
 I guess it is pretty simple in that way. My initial idea on that simulator=
 was to get some numbers, I did not put effort on having a new super effici=
ent NS-2! and therefore the code is super simple and objective driven. If w=
e feel that we need to consolidate
 that then I need to work on putting some more effort on its structure and =
design.
    

    

    

    


    
3) "Topology: Random, where each node requests a random number of n=
eighbours between 2 and 10.”
    
Even though I am in favor of having a random topology, and a random number =
of neighbors, maybe, for having a preliminary idea of the network behavior,=
 we could run a set of simulations, where we fix the number of neighbors (i=
.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change others,=
 in order to see how each of them impact the cells allocation.

    

    

    

    Yes, I agree too, this ca=
n be configured easily.
    

    

    


    
thanks for your comments!
    

    
Thank you!
    
Maria Rita
    

    

    

    


    

    

    

    

    Xavi
    

    

    

    

    

     
    

    

    On Thu, Jun 27, 2013 at 1:07 AM, Maria Rita PALATTEL=
LA <ma=
ria-rita.palattella@uni.lu> wrote:
    

    

    

    Hello Xavi,
    
first of all many thanks for having built the code and run this first set o=
f simulations for the WG.
    
I have some questions about the simulations. Please, feel free to ignore my=
 comments, if they are inappropriate.
    

    
1)"Each node requests a link to each of its neighbors."
Is it really what we want? In my point of view, each node will ask a set of=
 links (i.e., cells) according to the paths along which it will transmit it=
s own traffic, and forwards the traffic received by other neighbors. In oth=
er words, the number of requested
 cells per node should be less than what we are simulating right now. For s=
ure, in the actual scenario, we have higher probability of collision.
    

    
2) " the network is represented by a boolean square matrix of num_node=
s*num_nodes.
Two nodes are neighbours if the cell for that two nodes (indexed by node=
 ids) is true. if X is neighbour of Y the cells (x,y) and (y,x) will be=
 true."
    
This way of representing the network can create somehow a bit of confusion =
with the TSCH schedule representation, where we have (timeslot, channeloffs=
et) cells.
    
Can't we find a different way for representing the network, and defying the=
 set of neighbors? Moreover, this point 2) is linked with point 1) I guess,=
 i.e., assuming each node will request a link to each of its neighbors.
    

    
3) "Topology: Random, where each node requests a random number of n=
eighbours between 2 and 10.”
    
Even though I am in favor of having a random topology, and a random number =
of neighbors, maybe, for having a preliminary idea of the network behavior,=
 we could run a set of simulations, where we fix the number of neighbors (i=
.e., having it constant). Basically,
 my suggestion is to keep some parameters constant, while we change others,=
 in order to see how each of them impact the cells allocation.
    

    
Thank you!
    
Maria Rita
    

    
 
    

    

    

    

    

    

    From:
6tsch-bounces@i=
etf.org [6t=
sch-bounces@ietf.org] on behalf of Xavier Vilajosana Guillen [xvilajosana@eec=
s.berkeley.edu]
    
Sent: Thursday, June 27, 2013 2:27 AM
    
To: yoshihiro.ohba@toshiba.co.jp
    

    

    


    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation<=
/o:p>
    

    

    

     
    

    

    

    

    

    

    

    

    

    

    

    

    

    Hi Yoshihiro,
    

    

    the network is represented by a boolean square matri=
x of num_nodes*num_nodes. Two nodes are neighbours if the cell for that two=
 nodes (indexed by node ids) is true. if X is neighbour of Y the cells (x,y=
) and (y,x) will be true.

    

    

    When a node requests =
a link it always requests a TX link, the counter part sets it to RX links s=
o a link allocation happens at both sides. In a particular node Number of a=
llocated links is the accumulation of
 both TX and RX allocated in that node.
    

    

    Regarding your questi=
on, if X requests a TX link to Y the schedule of X allocates a TX link to Y=
 and the schedule of Y allocates a RX link from X. If Y requests a TX link =
to X, X allocates a RX link from Y.
    

    

    A link is not allocat=
ed in either side if there is a collision, and then I increment the collisi=
on counter.
    

    

    

    The code is here in c=
ase someone wants to play. Sorry it is not very clean but I will clean it a=
s soon as I can. If someone modifies it or improves it, feel free to commit=
 your changes to the repository so the
 simulator becomes better.
    

    
https://=
github.com/xvilajosana/6TSCH
    

    

    hope this makes thing=
s clear.
    

    

    regards,
    

    

    X
    

    

    

    

    

    

    

    

    

     
    

    

    

    

    

    

    

    

    

    

    


    

    

    

    

    Xavi
    

    

    

     
    

    

    On Wed, Jun 26, 2013 at 3:56 PM, <yoshihiro.ohba@toshiba.c=
o.jp> wrote:
    

    

    

    Hi Xavi,
    

     
    

    Thanks for your e=
xplanation.  I have better understanding now. 

    

     
    

    I have one more q=
uestion.

     
    

    You mentioned “there=
 might be more than one link to a neighbor”.   Say Node X s=
elected only one neighbor Node Y and requests one link to Node
 Y.  The resulting number of links associated with Node X can be two (=
2) when Node Y also selected Node X as its neighbor and requested one link =
to Node X.  Is my understanding correct?
    

     

    Yoshihiro Ohba<=
/span>
    

     

     
    

    
From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Thursday, June 27, 2013 1:33 AM
    
To: ohba yoshihiro
    
Cc: 6tsch@ietf.o=
rg
    
Subject: Re: [6tsch] simulation for random schedule allocation
    

    

    

    
 
    

    

    

    

    

    

    
Hi Yoshihiro,
    

    

    
you are right, the formulation of t=
he sentence is not correct. Should be:
    

    
“Topology: Random, where each node requests a random number of neighb=
ours between 2 and 10.”
    

    

    
this means that each node when crea=
ted requests a number of neighbors between 2 and 10, meaning that other nod=
es when are created also request that number of neighbours and therefore a =
node can have more than 10 neighbours,
 because other nodes selected it as a neighbour. From the simulation result=
s I see that nodes have between 5 and 11 neighbours usually.
    

    

    
However, from the numbers you point=
, 28 represents the number of allocated links (number of allocated cells in=
 the schedule) to its neighbours, there might be more than one link to a ne=
ighbour in that case.
    

    

    
regards,
    
Xavi
    

    

    

    

    

    

    

    

    
Xavi
    

    

    

    
 
    

    

    
On Wed, Jun 26, 2013 at 7:28 AM, &l=
t;yoshihi=
ro.ohba@toshiba.co.jp> wrote:
    

    

    

    
Hi Xavi,
    

    
 
    

    
Thank you very much for th=
e simulation.
    

    
 
    

    
I am trying to understand =
the simulation model from your description and the result.
    

    
 
    

    
“Topology: Random, where each=
 node has a random number of neighbors between 2 and 10.”<=
/span>
    

    
 
    

    
“
    

    
************************ r=
equesting 1 links=

    

    
Node,Allocated Links,Colli=
sions,Percentage<=
/span>
    

    
0,28,0,0.0
    

    
“
    

    
 
    

    
In the above result, does =
Node 0 actually have 28 neighbors?
    

    
 
    

    
Regards,
    

    
Yoshihiro Ohba
    

    
 
    

    
From:
6tsch-bounces@i=
etf.org [mailto:6tsch-bounces@ietf.org]
On Behalf Of Xavier Vilajosana Guillen
    
Sent: Wednesday, June 26, 2013 3:46 AM
    
To: 6tsch@ietf.o=
rg
    

    

    

    
Subject: [6tsch] simulation for random schedule allocation
    

    

    
 
    

    

    

    

    

    

    

    

    

    

    
Hi all,
    

    
I prepared a little simulation to see how random schedule allocation behave=
s. (I have the code in Java in case someone is interested)
    

    
here there are some details (everything can be tuned in case someone wants =
to point me to a special case)
    

    
Network: 50 nodes
    

    
Topology: Random, where each node has a random number of neighbors between =
2 and 10.
    

    
Each node requests a link to each of its neighbors. This is done from 1 to =
10 times (i.e 10 tests, the first requesting 1 link to each neighbour, the =
second 2, etc.. up to 10 links to each of the neighbors, can be configured)=

    

    
The slotframe is 101 slots and 16 channels.
    

    
The simulation prints statistics for the test (and the collisions if we are=
 interested.)
    

    

    
I used pseudo random generator from=
 the java language assuming it provides uniform or almost uniform distribut=
ion.
    

    

    

    
The allocation counter counts both =
the number of links allocated as tx and the number of links allocated as rx=
 due to a neighbour allocating a link to the actual node. The percentage is=
 the % of collisions w.r.t the allocated
 links. 
    

    

    

    
Worst case is around 11% when alloc=
ating 10 links to each neighbour in that 50 node network.=

    

    

    

    
I can play more on it but I wanted =
to share that initial results.
    

    

    

    
please see attached file for the re=
sults.
    

    

    
regards,
    

    

    

    
Xavi
    

    

    

    

    

    

    

    

    

    

    
 
    

    

    

    

    

    

    

     
    

    

    

    

    

    

    

    

    

     
    

    

    

    

     
    

    

    

    

    _____________________=
__________________________
    
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
    

    

     
    

    

    

    


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

    

     
    

    

    



--_000_F085911F642A6847987ADA23E611780D18583D7Bhoshiunilux_--

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You said, "PKI".
Nobody talked about the "I" part.
Please clarify.


From rafa@um.es  Fri Jun 28 07:55:00 2013
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	charset=iso-8859-1

Hi Kris, all

El 28/06/2013, a las 02:59, Kris Pister escribi=F3:

> It all depends on the hardware.  The latest round of radio+mcu from =
several vendors include a cortex m3 and at least 8kB of RAM.  No problem =
running ECC on that platform.
> But if you're trying to run the whole IPv6 stack, and a simple OS, and =
your application, it's not a guarantee that you have enough RAM left for =
ECC.

I guess it is basically a question between level of security and =
scalability vs resources (i.e. enough RAM). If we want to guarantee =
certain level of security and scalability maybe there is a minimum =
amount memory/resources we need to meet. Less than that amount of =
resources makes infeasible that security requirements.

>=20
> I'm a big fan of ECC, and my mote platform of choice has 72kB of RAM, =
so I'm eager to see a good PKI-for-motes standard emerge.  But I'm not =
sure that we should make it a MUST that all motes have enough RAM for =
PKI.

Perhaps we do not need all the functions assumed to a complete PKI.

My 0.02 cents.

>=20
> ksjp
>=20
> On 6/27/2013 4:54 PM, Michael Richardson wrote:
>> Qin Wang  wrote:
>>=20
>>     > It seems to me that ,besides Symmetric algorithm module like =
AES-based
>>     > CCM* required by 802.15.4e , every node has to equip a =
Asymmetric
>>     > algorithm module as well. correct? If it is true, I'm afraid if =
it is
>>     > too heavy for a node with
>>     > limited resource.
>>=20
>> People keep assuming this, yet other people point to running code.
>> How many asymmetric operations per decade can a mute sustain?
>> The answer may be too small for our use, but it can not be zero.
>>=20
>> --
>> ]               Never tell me the odds!                 | ipv6 mesh =
networks [
>> ]   Michael Richardson, Sandelman Software Works        | network =
architect  [
>> ]     mcr@sandelman.ca  http://www.sandelman.ca/        |   ruby on =
rails    [
>>=20
>>=20
>>=20
>>=20
>> --
>> Michael Richardson , Sandelman Software Works
>>=20
>>=20
>>=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

-------------------------------------------------------
Rafael Marin Lopez, PhD
Dept. Information and Communications Engineering (DIIC)
Faculty of Computer Science-University of Murcia
30100 Murcia - Spain
Telf: +34868888501 Fax: +34868884151 e-mail: rafa@um.es
-------------------------------------------------------





--Apple-Mail=_C79E97BA-F068-4701-9273-2D945D03D3CC
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Hi =
Kris, all

    El 28/06/2013, a las 02:59, Kris Pister =
escribi=F3:

    
 =20
    
 =20
  
    
    
    It all depends on the hardware.  =
The
      latest round of radio+mcu from several vendors include a cortex m3
      and at least 8kB of RAM.  No problem running ECC on that =
platform.
    
      But if you're trying to run the whole IPv6 stack, and a simple OS,
      and your application, it's not a guarantee that you have enough
      RAM left for =
ECC.

    I guess it is =
basically a question between level of security and scalability vs =
resources (i.e. enough RAM). If we want to guarantee certain level =
of security and scalability maybe there is a minimum amount =
memory/resources we need to meet. Less than that amount of resources =
makes infeasible that security requirements.

    
      
    
      I'm a big fan of ECC, and my mote platform of choice has 72kB of
      RAM, so I'm eager to see a good PKI-for-motes standard =
emerge. 
      But I'm not sure that we should make it a MUST that all motes have
      enough RAM for =
PKI.

    Perhaps we do not =
need all the functions assumed to a complete =
PKI.

    My 0.02 cents.

    
      
    
      ksjp
    
      
    
      On 6/27/2013 4:54 PM, Michael Richardson wrote:
    
    
    
    
    
      
    Qin Wang <qinwang@berkeley.edu> =
wrote:

    > It seems to me that ,besides Symmetric algorithm module like =
AES-based
    > CCM* required by 802.15.4e , every node has to equip a =
Asymmetric
    > algorithm module as well. correct? If it is true, I'm afraid if =
it is
    > too heavy for a node with
    > limited resource.

People keep assuming this, yet other people point to running code.
How many asymmetric operations per decade can a mute sustain?
The answer may be too small for our use, but it can not be zero.

--
]               Never tell me the odds!                 | ipv6 mesh =
networks [
]   Michael Richardson, Sandelman Software Works        | network =
architect  [
]     mcr@sandelman.ca  http://www.sandelman.ca/        |  =
 ruby on rails    [




--
Michael Richardson <mcr+IETF@sandelman.ca>, =
Sandelman Software Works



    
      
    
      
    
      
    
      
    _______________________________________________
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

    

    -------------------------------------------------------
    <=
div>Rafael Marin Lopez, PhD
    Dept. Information and =
Communications Engineering (DIIC)
    Faculty of Computer =
Science-University of Murcia
    30100 Murcia - =
Spain
    Telf: +34868888501 Fax: +34868884151 e-mail: rafa@um.es
    ----------------------=
---------------------------------



    

    

    =

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From: "Pascal Thubert (pthubert)" 
To: Jonathan Simon , "" 
Thread-Topic: [6tsch] draft-ohba-6tsch-security-00
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Hello Jonathan:

On top of Yoshi's answers, please see inline


"6TSCH builds on a series of semi-proprietary wireless protocols..."
Is it really relevant that TSCH was built on concepts in WirelessHART?  TSC=
H is not proprietary, and saying it builds on proprietary protocols is a re=
d flag.

[] Yes, the wording is probably ill chosen. WiHART and ISA100.11a have succ=
essfully demonstrated the feasibility and value of the TSCH technique.
The idea is that 6TSCH will build on that knowledge to provide an open stan=
dard suite of protocols closely following the same principles...



"Following Metcalf's law..."
Not only is it not clear what point is being made, Metcalf's law measures "=
utility" in connections.  For a networked sensor device, there are likely a=
 finite number of consumers of its data, and the total number of nodes is a=
n irrelevant utility metric. Additionally, in terms of mesh connectivity, i=
n general there is little additional utility to having 1000 neighbors (whic=
h may be more than the node can store) over 100, and perhaps 100 over 10 pr=
ovided there is sufficient connectivity for the network to function.
[] And here I respectfully disagree; 6TSCH brings 2 things: 1) better guara=
ntees (deterministic) for a network of limited size under the control of a =
PCE and for that piece I'm entirely with you but also 2) better scalability=
 for applications such as monitoring using distributed routing (RPL). For t=
he latter, size definitely matters. Take rust monitoring, intrusion detecti=
on, etc, one may want to deploy a large number of devices with very low rep=
orting rate. The number of connected devices and the fact that we can corre=
late inputs from multiple parties, all this augments the value of the netwo=
rk, though maybe not by the square since the idea came from any to any comm=
unication. This does not mean that the network is very dense and/or that no=
des will need to neighbor with tons of one hop devices. But sometimes brute=
 force has value. I'm curious what Kris had in mind with the idea of sensor=
 dust...

Cheers,

Pascal


General

So the problem this draft is trying to solve is shared link-layer keys in t=
he network.  It does this by proposing an 3-phase authentication scheme wit=
h unstated overhead to provide unique per-peer link-layer keys, among other=
 things.

a) Each node would need to be preconfigured with every node's certificate m=
aterial (bad), or communicate with the coordinator to validate PK certs for=
 every device attempting to join (nearly as bad if this takes a lot of pack=
ets).  Without seeing the overhead, its hard to tell if this would even wor=
k - if a device has to stay synchronized for a long time using unsecured fr=
ames, how is that any better than a shared secret? There's still a DoS vect=
or in the unsecured bandwidth.

b) I agree that in protocols with a well-known key for authenticating join =
requests, an attacker can perform a DoS attack by simulating many devices j=
oining.  These messages are passed up to the coordinator (and rejected).  H=
owever this requires distributed injection of messages to be maximally effe=
ctive, and this is little worse than flooding the network with packets auth=
enticated with the wrong key, so I don't see how per-peer keys is an effect=
ive DoS mitigator.
--
Jonathan Simon, Ph. D
Director of Systems Engineering
Linear Technology, Dust Networks product group
30695 Huntwood Ave
Hayward, CA 94544-7021
(510) 400-2936
(510) 489-3799 FAX
jsimon@linear.com

**LINEAR TECHNOLOGY CORPORATION**
*****Internet Email Confidentiality Notice*****
 This e-mail transmission, and any documents, files or previous e-mail mess=
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r delivering it to the intended recipient, you are hereby notified that any=
 disclosure, copying, distribution or use of any of the information contain=
ed in or attached to this transmission is STRICTLY PROHIBITED. If you have =
received this transmission in error, please immediately notify me by reply =
e-mail, or by telephone at (510) 400-2936, and destroy the original transmi=
ssion and its attachments without reading or saving in any manner. Thank yo=
u.

On Jun 23, 2013, at 7:10 PM, > > wrote:


6tsch-security draft has been submitted to IETF:

http://tools.ietf.org/html/draft-ohba-6tsch-security-00

Regards,
Yoshihiro Ohba

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


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    Hello Jonathan:
    

     <=
/p>

    On top of Yoshi’s a=
nswers, please see inline
    

     <=
/p>


    
"6TSCH builds on a series of semi-proprietary wireless protocols...&qu=
ot;
    
Is it really relevant that TSCH was built on concepts in WirelessHART? &nbs=
p;TSCH is not proprietary, and saying it builds on proprietary protocols is=
 a red flag.
    

    

    

    [] Yes, the wording=
 is probably ill chosen. WiHART and ISA100.11a have successfully demonstrat=
ed the feasibility and value of the TSCH technique.

    

    The idea is that 6T=
SCH will build on that knowledge to provide an open standard suite of proto=
cols closely following the same principles…=

    

     
    

     
    


    
"Following Metcalf's law..."
    
Not only is it not clear what point is being made, Metcalf’s law meas=
ures “utility” in connections.  For a networked sensor dev=
ice, there are likely a finite number of consumers of its data, and the tot=
al number of nodes is an irrelevant utility metric. Additionally,
 in terms of mesh connectivity, in general there is little additional utili=
ty to having 1000 neighbors (which may be more than the node can store) ove=
r 100, and perhaps 100 over 10 provided there is sufficient connectivity fo=
r the network to function.<=
/p>

    [] And here I respe=
ctfully disagree; 6TSCH brings 2 things: 1) better guarantees (deterministi=
c) for a network of limited size under the control of a
 PCE and for that piece I’m entirely with you but also 2) better scal=
ability for applications such as monitoring using distributed routing (RPL)=
. For the latter, size definitely matters. Take rust monitoring, intrusion =
detection, etc, one may want to deploy
 a large number of devices with very low reporting rate. The number of conn=
ected devices and the fact that we can correlate inputs from multiple parti=
es, all this augments the value of the network, though maybe not by the squ=
are since the idea came from any
 to any communication. This does not mean that the network is very dense an=
d/or that nodes will need to neighbor with tons of one hop devices. But som=
etimes brute force has value. I’m curious what Kris had in mind with =
the idea of sensor dust…

    

     
    

    Cheers,<=
/span>
    

     
    

    Pascal
    


    

    
General
    

    
So the problem this draft is trying to solve is shared link-layer keys in t=
he network.  It does this by proposing an 3-phase authentication schem=
e with unstated overhead to provide unique per-peer link-layer keys, among =
other things.
    

    
a) Each node would need to be preconfigured with every node's certificate m=
aterial (bad), or communicate with the coordinator to validate PK certs for=
 every device attempting to join (nearly as bad if this takes a lot of pack=
ets).  Without seeing the overhead,
 its hard to tell if this would even work - if a device has to stay synchro=
nized for a long time using unsecured frames, how is that any better than a=
 shared secret? There's still a DoS vector in the unsecured bandwidth.
    

    
b) I agree that in protocols with a well-known key for authenticating join =
requests, an attacker can perform a DoS attack by simulating many devices j=
oining.  These messages are passed up to the coordinator (and rejected=
).  However this requires distributed
 injection of messages to be maximally effective, and this is little worse =
than flooding the network with packets authenticated with the wrong key, so=
 I don't see how per-peer keys is an effective DoS mitigator.

    

    

    

    -- 
    
Jonathan Simon, Ph. D
    
Director of Systems Engineering
    
Linear Technology, Dust Networks product group
    
30695 Huntwood Ave
    
Hayward, CA 94544-7021
    
(510) 400-2936
    
(510) 489-3799 FAX
    
jsimon@linear.com
    

    
**LINEAR TECHNOLOGY CORPORATION** 
    
*****Internet Email Confidentiality Notice***** 
    
 This e-mail transmission, and any documents, files or previous e=
-mail messages attached to it may contain confidential informatio=
n that is legally privileged. If you are not the intended recipie=
nt, 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 contained in or attache=
d to this transmission is STRICTLY PROHIBITED. If you have receiv=
ed this transmission in error, please immediately notify
 me by reply e-mail, or by telephone at (510) 400-2936, and destroy the ori=
ginal transmission and its attachments without reading or saving =
in any manner. Thank you. 
    

    

    

    

     
    

    

    

    On Jun 23, 2013, at 7:10 PM, <yoshihiro.ohba@toshiba.co.jp> <yoshihiro.ohba@toshiba.co.jp=
> wrote:
    

    


    

    

    

    

    6tsch-security draft has been submitted to IETF:
    

    
http://=
tools.ietf.org/html/draft-ohba-6tsch-security-00
    

    
Regards,
    
Yoshihiro Ohba
    

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

    

    

     
    

    



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From ksjp@berkeley.edu  Fri Jun 28 10:13:16 2013
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Michael -
  I'm not an expert on security, so I may not have used the term 
properly.  My understanding of Ohba-san's draft was that it included 
certificates.  I thought that having certificates implied the "I" part.

ksjp

On 6/28/2013 6:34 AM, Michael Richardson wrote:
> You said, "PKI".
> Nobody talked about the "I" part.
> Please clarify.
>


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    As promised.
    
        
  


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