From iesg-secretary@ietf.org Wed Jun 5 07:00:14 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 8B66921F9A61; Wed, 5 Jun 2013 07:00:13 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -102.508 X-Spam-Level: X-Spam-Status: No, score=-102.508 tagged_above=-999 required=5 tests=[AWL=0.092, BAYES_00=-2.599, NO_RELAYS=-0.001, USER_IN_WHITELIST=-100] 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 iOwCKf3b2b-Z; Wed, 5 Jun 2013 07:00:10 -0700 (PDT) Received: from ietfa.amsl.com (localhost [IPv6:::1]) by ietfa.amsl.com (Postfix) with ESMTP id C586F21F99ED; Wed, 5 Jun 2013 07:00:08 -0700 (PDT) Content-Type: text/plain; charset="us-ascii" MIME-Version: 1.0 Content-Transfer-Encoding: 7bit From: The IESG To: IETF-Announce Subject: Last Call: (Requirements for Composite Links in MPLS Networks) to Informational RFC X-Test-IDTracker: no X-IETF-IDTracker: 4.50 Sender: Message-ID: <20130605140008.1540.79491.idtracker@ietfa.amsl.com> Date: Wed, 05 Jun 2013 07:00:08 -0700 Cc: rtgwg@ietf.org X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list Reply-To: ietf@ietf.org List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 05 Jun 2013 14:00:14 -0000 The IESG has received a request from the Routing Area Working Group WG (rtgwg) to consider the following document: - 'Requirements for Composite Links in MPLS Networks' as Informational RFC The IESG plans to make a decision in the next few weeks, and solicits final comments on this action. Please send substantive comments to the ietf@ietf.org mailing lists by 2013-06-19. Exceptionally, comments may be sent to iesg@ietf.org instead. In either case, please retain the beginning of the Subject line to allow automated sorting. Abstract There is often a need to provide large aggregates of bandwidth that are best provided using parallel links between routers or MPLS LSR. In core networks there is often no alternative since the aggregate capacities of core networks today far exceed the capacity of a single physical link or single packet processing element. The presence of parallel links, with each link potentially comprised of multiple layers has resulted in additional requirements. Certain services may benefit from being restricted to a subset of the component links or a specific component link, where component link characteristics, such as latency, differ. Certain services require that an LSP be treated as atomic and avoid reordering. Other services will continue to require only that reordering not occur within a microflow as is current practice. The file can be obtained via http://datatracker.ietf.org/doc/draft-ietf-rtgwg-cl-requirement/ IESG discussion can be tracked via http://datatracker.ietf.org/doc/draft-ietf-rtgwg-cl-requirement/ballot/ No IPR declarations have been submitted directly on this I-D. From internet-drafts@ietf.org Sat Jun 15 09:55:25 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 9FB7621F9DDB; Sat, 15 Jun 2013 09:55:25 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -102.497 X-Spam-Level: X-Spam-Status: No, score=-102.497 tagged_above=-999 required=5 tests=[AWL=0.103, BAYES_00=-2.599, NO_RELAYS=-0.001, USER_IN_WHITELIST=-100] 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 tOyb5cZ+rAVs; Sat, 15 Jun 2013 09:55:25 -0700 (PDT) Received: from ietfa.amsl.com (localhost [IPv6:::1]) by ietfa.amsl.com (Postfix) with ESMTP id 2F72D21F9814; Sat, 15 Jun 2013 09:55:25 -0700 (PDT) MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: quoted-printable From: internet-drafts@ietf.org To: i-d-announce@ietf.org Subject: I-D Action: draft-ietf-rtgwg-cl-framework-03.txt X-Test-IDTracker: no X-IETF-IDTracker: 4.51.p2 Message-ID: <20130615165525.1988.97270.idtracker@ietfa.amsl.com> Date: Sat, 15 Jun 2013 09:55:25 -0700 Cc: rtgwg@ietf.org X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sat, 15 Jun 2013 16:55:25 -0000 A New Internet-Draft is available from the on-line Internet-Drafts director= ies. This draft is a work item of the Routing Area Working Group Working Group = of the IETF. Title : Composite Link Framework in Multi Protocol Label Switchi= ng (MPLS) Author(s) : So Ning Dave McDysan Eric Osborne Lucy Yong Curtis Villamizar Filename : draft-ietf-rtgwg-cl-framework-03.txt Pages : 43 Date : 2013-06-15 Abstract: This document specifies a framework for support of composite link in MPLS networks. A composite link consists of a group of homogenous or non-homogenous links that have the same forward adjacency and can be considered as a single TE link or an IP link in routing. A composite link relies on its component links to carry the traffic over the composite link. Applicability is described for a single pair of MPLS-capable nodes, a sequence of MPLS-capable nodes, or a set of layer networks connecting MPLS-capable nodes. The IETF datatracker status page for this draft is: https://datatracker.ietf.org/doc/draft-ietf-rtgwg-cl-framework There's also a htmlized version available at: http://tools.ietf.org/html/draft-ietf-rtgwg-cl-framework-03 A diff from the previous version is available at: http://www.ietf.org/rfcdiff?url2=3Ddraft-ietf-rtgwg-cl-framework-03 Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ From internet-drafts@ietf.org Sat Jun 15 10:04:36 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id AAD9721F99AF; Sat, 15 Jun 2013 10:04:36 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -102.497 X-Spam-Level: X-Spam-Status: No, score=-102.497 tagged_above=-999 required=5 tests=[AWL=0.103, BAYES_00=-2.599, NO_RELAYS=-0.001, USER_IN_WHITELIST=-100] 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 zAhUeIbklkN7; Sat, 15 Jun 2013 10:04:36 -0700 (PDT) Received: from ietfa.amsl.com (localhost [IPv6:::1]) by ietfa.amsl.com (Postfix) with ESMTP id 3BCED21F8263; Sat, 15 Jun 2013 10:04:36 -0700 (PDT) MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: quoted-printable From: internet-drafts@ietf.org To: i-d-announce@ietf.org Subject: I-D Action: draft-ietf-rtgwg-cl-use-cases-03.txt X-Test-IDTracker: no X-IETF-IDTracker: 4.51.p2 Message-ID: <20130615170436.4384.39081.idtracker@ietfa.amsl.com> Date: Sat, 15 Jun 2013 10:04:36 -0700 Cc: rtgwg@ietf.org X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sat, 15 Jun 2013 17:04:36 -0000 A New Internet-Draft is available from the on-line Internet-Drafts director= ies. This draft is a work item of the Routing Area Working Group Working Group = of the IETF. Title : Composite Link Use Cases and Design Considerations Author(s) : So Ning Andrew Malis Dave McDysan Lucy Yong Curtis Villamizar Filename : draft-ietf-rtgwg-cl-use-cases-03.txt Pages : 23 Date : 2013-06-15 Abstract: This document provides a set of use cases and design considerations for composite links. Composite link is a formalization of multipath techniques currently in use in IP and MPLS networks and a set of extensions to existing multipath techniques. The IETF datatracker status page for this draft is: https://datatracker.ietf.org/doc/draft-ietf-rtgwg-cl-use-cases There's also a htmlized version available at: http://tools.ietf.org/html/draft-ietf-rtgwg-cl-use-cases-03 A diff from the previous version is available at: http://www.ietf.org/rfcdiff?url2=3Ddraft-ietf-rtgwg-cl-use-cases-03 Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ From lberger@labn.net Wed Jun 19 20:59:41 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id A6C0421E8090 for ; Wed, 19 Jun 2013 20:59:41 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -101.986 X-Spam-Level: X-Spam-Status: No, score=-101.986 tagged_above=-999 required=5 tests=[AWL=0.279, BAYES_00=-2.599, IP_NOT_FRIENDLY=0.334, USER_IN_WHITELIST=-100] 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 7YCthWbKKECc for ; Wed, 19 Jun 2013 20:59:37 -0700 (PDT) Received: from oproxy14-pub.unifiedlayer.com (oproxy14-pub.unifiedlayer.com [67.222.51.224]) by ietfa.amsl.com (Postfix) with SMTP id 216ED21E8088 for ; Wed, 19 Jun 2013 20:59:36 -0700 (PDT) Received: (qmail 20839 invoked by uid 0); 20 Jun 2013 03:59:32 -0000 Received: from unknown (HELO box313.bluehost.com) (69.89.31.113) by oproxy14.unifiedlayer.com with SMTP; 20 Jun 2013 03:59:32 -0000 DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; c=relaxed/relaxed; d=labn.net; s=default; h=Content-Transfer-Encoding:Content-Type:Subject:CC:To:MIME-Version:From:Date:Message-ID; bh=At8Gr7s7fCl6DUqXDG+CMTtR0cAxxLSIZqLFnppG1Eg=; b=B/de9ciP/HJa6OjIwmJXpQH4j9FWChUguTRjM286dB7IGRO0915mTvyc3+JoO7PA+It1UGgAtiE53uOiY/a++0gaKXB0QiRWXxYu4IvtBJZqNFk+lWgu44vgcH4FBxye; Received: from box313.bluehost.com ([69.89.31.113]:56543 helo=[127.0.0.1]) by box313.bluehost.com with esmtpa (Exim 4.80) (envelope-from ) id 1UpW20-0005vS-Ib; Wed, 19 Jun 2013 21:59:32 -0600 Message-ID: <51C27E22.1070308@labn.net> Date: Wed, 19 Jun 2013 23:59:30 -0400 From: Lou Berger User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:17.0) Gecko/20130509 Thunderbird/17.0.6 MIME-Version: 1.0 To: "rtg-ads@tools.ietf.org" Subject: RtgDir review: draft-ietf-rtgwg-cl-requirement-10 X-Enigmail-Version: 1.5.1 Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit X-Identified-User: {1038:box313.bluehost.com:labnmobi:labn.net} {sentby:smtp auth 69.89.31.113 authed with lberger@labn.net} Cc: rtg-dir@ietf.org, draft-ietf-rtgwg-cl-requirement.all@tools.ietf.org, rtgwg@ietf.org X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 20 Jun 2013 03:59:41 -0000 Hello, I have been selected as the Routing Directorate reviewer for this draft. The Routing Directorate seeks to review all routing or routing-related drafts as they pass through IETF last call and IESG review, and sometimes on special request. The purpose of the review is to provide assistance to the Routing ADs. For more information about the Routing Directorate, please see http://www.ietf.org/iesg/directorate/routing.html Although these comments are primarily for the use of the Routing ADs, it would be helpful if you could consider them along with any other IETF Last Call comments that you receive, and strive to resolve them through discussion or by updating the draft. Document: draft-ietf-rtgwg-cl-requirement-10 Reviewer: Lou Berger Review Date: 6/19/2013 IETF LC End Date: 2013-06-19 Intended Status: Informational Summary: I have significant concerns about this document and recommend that the Routing ADs discuss these issues further with the authors. Comments: My comments really fall into three categories: (a) understanding document objectives, (b) comments/questions on technical details, and (c) readability/editorial. As this document is informational and does not represent IETF consensus, the AD together with the document Shepherd and WG may reasonably choose to publish the document as is. Major Issues: - At the highest level the objective/purpose of the document is unclear to me. It states: The purpose of this document is to describe why network operators require certain functions in order to solve certain business problems (Section 2). Thankfully (for hopefully obvious reasons), section 2 covers "Assumptions" and not "business problems". Section 4 does provide what is termed "Network Operator Functional Requirements", which relies on Y.1541 defined Network Performance Objectives. While this section title appears to be defining provider requirements, the document also appears to be placing requirements on CL solutions. To add to the confusion, it sometimes also seems to also be placing requirements on the "network layer" that supplies component links for the CL, and even on the performance of a vendor implementation(DR#7)! I think clearly stating the document's objective/purpose and where the stated requirements are to be applied/satisfied, is one of major issues that should be corrected. Once this is done, it may turn out that there are derivative comments/changes that are needed in the body of the draft. For example clarifying what it means to "meet the NPO" and who needs to "meet" it. - The scope of the composite links referenced in this document is not clear. The document seems to be using G.800 terminology and concepts, yet the G.800 related summary is relegated to an Appendix. If this CL is being driven/constrained by the G.800 CL, then this relationship should be made explicit and in the (early) body of the document, or by reference to another document that defines CL as such. (In other words Appendix A should early in the document, perhaps in section 1.) - On a more detailed level, it seems that this document really just has MPLS (composite link) over MPLS (component links) use cases/solutions in mind. (Yes there is one line about other technology examples, but that is in just one spot and the MPLS is mentioned throughout.) If this is correct, then this should be made explicit in the early part of the document. If not, then the MPLS related assumptions/limitations need to removed. Minor Issues: - Abstract This whole section seems to be some early text that hasn't been revisited as the document progressed. I'd suggest throwing it out and just picking up (with slight modification) the Abstract from the cl-framework document which seems pretty good. - 1. Introduction So where does one go to get an intro/definition of the IETF work on composite links? Is it G.800, the framework draft, the use cases draft, this draft? If the last, then this section needs a serious revision. If not, then this document should reference that definition and address the major issues identified above. - 2 Assumptions I suspect this section will need to be updated to address the document scope comments above. - Definition of NPO. It seems to me that the authoritative definition of NPO is Y.1541 with Y.1540 providing additional detail. I think these documents would be a much more reasonable reference for NPO than the CL use case draft as is currently used. - Many of the requirements refer to "meeting" or "not violating" NPO without given any specifics as to which NPO parameter/parameters is/are relevant. For example Class 5 QoS has unbounded upper bounds on Network performance parameter. Also NPO is defined UNI to UNI (end to end). I suggest adding a level of detail identifying the parameters and how the fixed values are to be applied relative to "meeting" or "not violating" NPO. - It might be useful to somehow separate data plane requirements from control plane requirements (Management/OAM requirements are already separated.) Nits: I have a bunch of more nit level comments, but I suspect much will change if/when the above are addressed, so I'm going to defer the majority of them until the above issues are resolved. - It looks like you are referencing an old version of g.800. The current is G.800 (02/2012). Also the G.800 "Cases" are identified in the draft not in G.800. Lou From lsmt@ietf.org Wed Jun 19 21:46:22 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 7BF6C21F969F; Wed, 19 Jun 2013 21:46:22 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -102.333 X-Spam-Level: X-Spam-Status: No, score=-102.333 tagged_above=-999 required=5 tests=[AWL=0.268, BAYES_00=-2.599, NO_RELAYS=-0.001, USER_IN_WHITELIST=-100] 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 0f01MoTciI2I; Wed, 19 Jun 2013 21:46:22 -0700 (PDT) Received: from ietfa.amsl.com (localhost [IPv6:::1]) by ietfa.amsl.com (Postfix) with ESMTP id C533721F965B; Wed, 19 Jun 2013 21:46:21 -0700 (PDT) MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: quoted-printable From: Liaison Statement Management Tool To: greg.jones@itu.int Subject: New Liaison Statement, "Routing Work on Composite Links in MPLS Networks" X-Test-IDTracker: no X-IETF-IDTracker: 4.51.p2 Message-ID: <20130620044621.18002.52342.idtracker@ietfa.amsl.com> Date: Wed, 19 Jun 2013 21:46:21 -0700 X-Mailman-Approved-At: Wed, 19 Jun 2013 21:49:18 -0700 Cc: greg.jones@itu.int, steve.trowbridge@alcatel-lucent.com, malcolm.betts@zte.com.cn, scott.mansfield@ericsson.com, rtgwg@ietf.org, akatlas@juniper.net, adrian@olddog.co.uk, tsbsg15@itu.int, ghani.abbas@ericsson.com, dbrungard@att.com, stbryant@cisco.com X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 20 Jun 2013 04:46:22 -0000 Title: Routing Work on Composite Links in MPLS Networks Submission Date: 2013-06-19 URL of the IETF Web page: http://datatracker.ietf.org/liaison/1261/ From: Routing Area Working Group (Alia Atlas ) To: ITU-T SG 15 (greg.jones@itu.int) Cc: greg.jones@itu.int,steve.trowbridge@alcatel-lucent.com,ghani.abbas@eric= sson.com,malcolm.betts@zte.com.cn,tsbsg15@itu.int,stbryant@cisco.com,adrian= @olddog.co.uk,akatlas@juniper.net,aretana@cisco.com,rtgwg@ietf.org,scott.ma= nsfield@ericsson.com,dbrungard@att.com,John Drake Reponse Contact: dbrungard@att.com Technical Contact: akatlas@juniper.net Purpose: For information Body: The Routing Area Working Group would like to advise ITU-T=E2=80=99s Q= 12/15 that we have initiated work on supporting composite links in MPLS net= works. The definitions of Composite Link and Component Link are referenced = from ITU-T G.800. We are presently in the RFC process for publication of = =E2=80=9CRequirements for Composite Links in MPLS Networks=E2=80=9D (draft-= ietf-rtgwg-cl-requirement). = Those interested in contributing to this work may do so via the IETF proces= s. = Regards, Alia Atlas Alvaro Retana Routing Area Working Group Co-Chairs Attachments: No document has been attached From stbryant@cisco.com Thu Jun 20 06:59:28 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id D453621F9BE5 for ; Thu, 20 Jun 2013 06:59:26 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -109.318 X-Spam-Level: X-Spam-Status: No, score=-109.318 tagged_above=-999 required=5 tests=[AWL=-0.739, BAYES_00=-2.599, LOCALPART_IN_SUBJECT=2.02, RCVD_IN_DNSWL_HI=-8, USER_IN_WHITELIST=-100] 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 S7GzZEcLMaIk for ; Thu, 20 Jun 2013 06:59:19 -0700 (PDT) Received: from ams-iport-3.cisco.com (ams-iport-3.cisco.com [144.254.224.146]) by ietfa.amsl.com (Postfix) with ESMTP id 1F79121F9BCF for ; Thu, 20 Jun 2013 06:59:18 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=3825; q=dns/txt; s=iport; t=1371736759; x=1372946359; h=message-id:date:from:reply-to:mime-version:to:subject: references:in-reply-to:content-transfer-encoding; bh=Re7SPNCC/Laxs+cxoskVIiHNtylp6efEvKi3ewhwOsA=; b=d7fWlQJatVvFSHsXFaPqnA9g2JiiPgbseuVspJJQRZQPiTkmad+ZG9NT uaesxcOb+in3XmIE1/xongUAwEMGXTf78D+oTMmnem7cxb2vkVQqO+tRA w12BJye5pR/obaIiuAu016agQGV/imacn6rxOERwPjiVOFZ0N6hNWCcr3 s=; X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AqcNAGoJw1GQ/khN/2dsb2JhbABbgwnAJAN4FnSCJAEBBDhRLCUPAkYGAQwIAQGICrtqjgCBSYNhA5dBkUSDEIFw X-IronPort-AV: E=Sophos;i="4.87,905,1363132800"; d="scan'208";a="14393722" Received: from ams-core-4.cisco.com ([144.254.72.77]) by ams-iport-3.cisco.com with ESMTP; 20 Jun 2013 13:59:17 +0000 Received: from cisco.com (mrwint.cisco.com [64.103.70.36]) by ams-core-4.cisco.com (8.14.5/8.14.5) with ESMTP id r5KDxFv6017096 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=NO); Thu, 20 Jun 2013 13:59:16 GMT Received: from [IPv6:::1] (localhost [127.0.0.1]) by cisco.com (8.14.4+Sun/8.8.8) with ESMTP id r5KDxE0c007735; Thu, 20 Jun 2013 14:59:14 +0100 (BST) Message-ID: <51C30AB1.60202@cisco.com> Date: Thu, 20 Jun 2013 14:59:13 +0100 From: Stewart Bryant User-Agent: Mozilla/5.0 (Macintosh; Intel Mac OS X 10.8; rv:17.0) Gecko/20130509 Thunderbird/17.0.6 MIME-Version: 1.0 To: "draft-ietf-rtgwg-remote-lfa@tools.ietf.org" , "rtgwg-chairs@tools.ietf.org" , rtgwg@ietf.org Subject: draft-ietf-rtgwg-remote-lfa - ready for WGLC? References: <20130523205113.6051.94668.idtracker@ietfa.amsl.com> In-Reply-To: <20130523205113.6051.94668.idtracker@ietfa.amsl.com> Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list Reply-To: stbryant@cisco.com List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 20 Jun 2013 13:59:28 -0000 I write this email as duty editor of draft-ietf-rtgwg-remote-lfa I recently updated this draft and think that it is ready for WGLC. When the WG adopted the draft Alia made a number of comments which I address below: AA> First, if the intent is to restrict this mechanism to ONLY link AA> protection, that belongs at a minimum prominently in the abstract and AA> introduction. It is currently first mentioned only in Section 3. This has been addressed. AA> Second, the algorithm description Sec 4.2.1 and Sec 4.2.2 needs AA> significant expansion into a more formal algorithm description, such AA> as is in the LFA spec, RFC 5286. A brief description of the AA> computational complexity would be useful, but the critical part is AA> having it specified clearly. Mike and I have included some cost metric explanations which I think is adequate for ensuring the expected behavior. I am not convinced that the level of formalism in RFC5286 is required. The requirement is that an implementation will function correctly, neither breaking the network, nor surprising the operator. AA> Third, in Sec 4.2.3, there is no preferred or even specified method AA> for selecting among the different PQ options that might be available. AA> Such a method should be specified; as the draft says, there is an AA> advantage from the network management perspective to consistency. It AA> is also required to have agreement on the output of analysis to AA> compare/contrast methods. We have added some text AA> Fourth, one issue described in RFC 5286 is what happens when a worse AA> failure occurs than the LFA was computed to handle - i.e. if a node AA> failure happens instead of a link failure. In that case, traffic AA> looping can occur. With Remote LFA, I believe that the same issue can AA> exist - but made even worse because there is no effort to look for AA> node-protecting Remote LFAs. This concern needs some description in AA> the draft. Additionally, the equivalent of the Downstream Paths AA> condition should be specified, if possible, that allows such traffic AA> looping to be avoided. Finally, since the argument for Remote LFA is AA> the improved coverage over LFAs, I would like to see the coverage AA> analysis based on simulation to show the coverage when the Downstream AA> Paths equivalent requirement is met vs. when it is relaxed (as AA> currently in the draft). We added some test to section 6 to cover the worse than expected case. AA> Fifth, for a better understanding of realistic behavior, I would like AA> to see the analysis extended to show the min, average, and max AA> coverage for the 11 specified topologies after each single failure has AA> occurred in the topology. (Of course, the computation should AA> recognize that protecting cut-links isn't feasible and not include AA> those failures.) I don't think that this draft is the place to provide a greater analysis of coverage. However I do think such a draft needs to be written. I understand that Mike has plans to publish a draft before Berlin to address this. AA> While I recognize that link failures are significantly more common AA> than node failures, I believe that fast-reroute techniques should be AA> able to cover node failures as well. Technically, I think that Remote AA> LFA can, of course, be extended to provide node coverage - at the cost AA> of computing a reverse-SPF from each next-next-hop of the computing AA> router. There are drafts covering the node case that are being proposed by members of the WG. AA> As I said early, at a minimum, the abstract and introduction AA> need to clearly specify that Remote LFA only provides link protection AA> and the traffic looping concerns need to be addressed. Done - Stewart From curtis@ipv6.occnc.com Thu Jun 20 12:52:34 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 0738D21F9D73; Thu, 20 Jun 2013 12:52:34 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.495 X-Spam-Level: X-Spam-Status: No, score=-0.495 tagged_above=-999 required=5 tests=[AWL=0.000, BAYES_00=-2.599, FH_RELAY_NODNS=1.451, HELO_MISMATCH_COM=0.553, 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 XbLp4vsMMgmY; Thu, 20 Jun 2013 12:52:29 -0700 (PDT) Received: from gateway1.orleans.occnc.com (unknown [173.9.106.132]) by ietfa.amsl.com (Postfix) with ESMTP id 4DF4321F9DED; Thu, 20 Jun 2013 12:52:29 -0700 (PDT) Received: from harbor1.ipv6.occnc.com (harbor1.ipv6.occnc.com [IPv6:2001:470:1f07:1545::2:819]) (authenticated bits=0) by gateway1.orleans.occnc.com (8.14.5/8.14.5) with ESMTP id r5KJp3kb005640; Thu, 20 Jun 2013 15:51:10 -0400 (EDT) (envelope-from curtis@ipv6.occnc.com) Message-Id: <201306201951.r5KJp3kb005640@gateway1.orleans.occnc.com> To: Lou Berger From: Curtis Villamizar Subject: Re: RtgDir review: draft-ietf-rtgwg-cl-requirement-10 In-reply-to: Your message of "Wed, 19 Jun 2013 23:59:30 EDT." <51C27E22.1070308@labn.net> Date: Thu, 20 Jun 2013 15:51:03 -0400 Cc: rtg-dir@ietf.org, draft-ietf-rtgwg-cl-requirement.all@tools.ietf.org, rtgwg@ietf.org, "rtg-ads@tools.ietf.org" X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list Reply-To: curtis@ipv6.occnc.com List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 20 Jun 2013 19:52:34 -0000 In message <51C27E22.1070308@labn.net> Lou Berger writes: > Hello, > > I have been selected as the Routing Directorate reviewer for this draft. > The Routing Directorate seeks to review all routing or routing-related > drafts as they pass through IETF last call and IESG review, and > sometimes on special request. The purpose of the review is to provide > assistance to the Routing ADs. For more information about the Routing > Directorate, please see http://www.ietf.org/iesg/directorate/routing.html > > Although these comments are primarily for the use of the Routing ADs, it > would be helpful if you could consider them along with any other IETF > Last Call comments that you receive, and strive to resolve them through > discussion or by updating the draft. > > Document: draft-ietf-rtgwg-cl-requirement-10 > Reviewer: Lou Berger > Review Date: 6/19/2013 > IETF LC End Date: 2013-06-19 > Intended Status: Informational Hi Lou, > Summary: > I have significant concerns about this document and recommend > that the Routing ADs discuss these issues further with the authors. OK. Lets go through them. > Comments: > > My comments really fall into three categories: (a) understanding > document objectives, (b) comments/questions on technical details, and > (c) readability/editorial. As this document is informational and does > not represent IETF consensus, the AD together with the document Shepherd > and WG may reasonably choose to publish the document as is. Does not reflect IETF consensus? > Major Issues: > > - At the highest level the objective/purpose of the document is unclear > to me. It states: > > The purpose of this document is to describe why network operators > require certain functions in order to solve certain business problems > (Section 2). Forward reference for brevity in "1. Introduction". Is that bad? Section 1 is brief and forward references sections 2, 4, 5, and appendix A. > Thankfully (for hopefully obvious reasons), section 2 covers > "Assumptions" and not "business problems". Section 4 does provide what > is termed "Network Operator Functional Requirements", which relies on > Y.1541 defined Network Performance Objectives. While this section title > appears to be defining provider requirements, the document also appears > to be placing requirements on CL solutions. To add to the confusion, it > sometimes also seems to also be placing requirements on the "network > layer" that supplies component links for the CL, and even on the > performance of a vendor implementation(DR#7)! It seems the objection is to the phrase "business problems". If we change the first sentence in section 1, would that solve it? OLD The purpose of this document is to describe why network operators require certain functions in order to solve certain business problems (Section 2). NEW The purpose of this document is to describe why network operators require certain functions and to clearly enumerate a set of requirements related to the use of MPLS based Composite Links (see Section 2). Then in section 2, change "The services supported include ..." to "Services which may be supported over MPLS based Composite Links include ...". > I think clearly stating the document's objective/purpose and where the > stated requirements are to be applied/satisfied, is one of major issues > that should be corrected. > > Once this is done, it may turn out that there are derivative > comments/changes that are needed in the body of the draft. For example > clarifying what it means to "meet the NPO" and who needs to "meet" it. The reason the term NPO is used it because of objections to using the term SLA. A Service Level Agreement (SLA) is interpreted as contractual. A Network Performance Objection (NPO) may simply be an interal goal that an organiztion would like to meet. The NPO may or may not be based on Y.1540 and Y.1541. The term NPO is defined in Y.1541 and the use of the term in this docuement is consistent with that definition. The use cases document has a long paragraph defining SLA, SLS, and NPO. Those definitions are in an appendix intended to be illustrative and entitled "More Details on Existing Network Operator Practices and Protocol Usage". The definition here is simply: Network Performance Objective (NPO): Numerical values for performance measures, principally availability, latency, and delay variation. See [I-D.ietf-rtgwg-cl-use-cases] for more details. I can expand on this and say "NPO may or may not be based on ITU specifications." I prefer not to get too wordy when all we are trying to say "like SLA or SLS (in diffserv), but NPO is really a better term". As to what it means by "meet the NPO", it means "falls within the numerical values for measures, principally availability, latency, and delay variation". I'm not sure why that is not obvious. As to the "who", it is the provider but the protocols and implementation have to provide the means for the provider to do so. As to the scope of the NPO: if the NPO is defined over a link, the link needs to meet it; if it is defined as edge-to-edge within an internal infrastructure, it must be met edge-to-edge; if it is defined for a specific customer end-to-end, then it must be met end-to-end (and may correlate strongly with a specific SLA). At what point does clarifying what is meant by an NPO and what it means to meet an NPO just overly wordy and stating the obvious? > - The scope of the composite links referenced in this document is not > clear. The document seems to be using G.800 terminology and concepts, > yet the G.800 related summary is relegated to an Appendix. If this CL > is being driven/constrained by the G.800 CL, then this relationship > should be made explicit and in the (early) body of the document, or by > reference to another document that defines CL as such. (In other words > Appendix A should early in the document, perhaps in section 1.) We give a definition for composite link and component link. ITU gives a definition for the same two terms. We have give a summary of a few ITU-T G.800 definitions in Appendix A. I would be perfectly happy getting rid of Appendix A and simply being more clear in our definitions section. OLD ITU-T G.800 Based Composite and Component Link Definitions: Section 6.9.2 of ITU-T-G.800 [ITU-T.G.800] defines composite and component links as summarized in Appendix A. The following definitions for composite and component links are derived from and intended to be consistent with the cited ITU-T G.800 terminology. NEW ITU-T G.800 Based Composite and Component Link Definitions: Section 6.9.2 of ITU-T-G.800 [ITU-T.G.800] defines composite and component links. The following definitions for composite and component links are derived from and intended to be consistent with the cited ITU-T G.800 terminology, but differ slightly. We can then point out that we are specifically excluding inverse multiplexing from our definition of Composite Link and that we are not using the ITU definition. I would like to see us use the definition of multipath in draft-ietf-mpls-multipath-use but this work started out using the term composite link so we may be stuck with it. Some key definitions in draft-ietf-mpls-multipath-use are: Multipath The term multipath includes all techniques in which 1. Traffic can take more than one path from one node to a destination. 2. Individual packets take one path only. Packets are not subdivided and reassembled at the receiving end. 3. Packets are not resequenced at the receiving end. 4. The paths may be: a. parallel links between two nodes, or b. may be specific paths across a network to a destination node, or c. may be links or paths to an intermediate node used to reach a common destination. Composite Link The term Composite Link had been a registered trademark of Avici Systems, but was abandoned in 2007. The term composite link is now defined by the ITU in [ITU-T.G.800]. The ITU definition includes multipath as defined here, plus inverse multiplexing which is explicitly excluded from the definition of multipath. Inverse Multiplexing Inverse multiplexing either transmits whole packets and resequences the packets at the receiving end or subdivides packets and reassembles the packets at the receiving end. Inverse multiplexing requires that all packets be handled by a common egress packet processing element and is therefore not useful for very high bandwidth applications. We can also add the following: Classic Multipath Classic multipath refers to the most common current practice in implementation and deployment of multipath where multipath consist only of homogeneous links and in cases such as Ethernet Link Aggregation are entirely transparent to upper layer control planes. These IMHO are more clear definitions. If you prefer these, I'd be glad to put them in and then indicate that inverse multiplexing is the only form of composite link that is out of scope for this document. > - On a more detailed level, it seems that this document really just has > MPLS (composite link) over MPLS (component links) use cases/solutions in > mind. (Yes there is one line about other technology examples, but that > is in just one spot and the MPLS is mentioned throughout.) If this is > correct, then this should be made explicit in the early part of the > document. If not, then the MPLS related assumptions/limitations need to > removed. That is not true. The definition of component link should make this clear. Component Link: A point-to-point physical link (including one or more link layer) or a logical link that preserves ordering in the steady state. If also gives examples which include Ethernet, PPP, SONET or OTN over a physical link. It also states "A set of link layers supported over pseudowire is a logical link that appears to the client to be a physical link." In all cases it is MPLS over something, but not necissarily MPLS over MPLS. I don't see a basis for the statement "it seems that this document really just has MPLS (composite link) over MPLS (component links) use cases/solutions in mind". Could you please point out any "MPLS related assumptions/limitations" that are related to MPLS being used as a server layer rather than using a link layer as a server layer. I don't see any. The existance of section 4.2. Component Links Provided by Lower Layer Networks does not state, nor does it in any way imply that only MPLS lower layers are being considered. The one descriptive paragraph even gives circuit switched or MPLS-TP as examples, further indicating that MPLS over MPLS is not the sole focus. This section gives four requirements related to passing information from the sever layer up to the client layer that apply to the case of a server layer that is more complex than a simple physical link plus link layer. > Minor Issues: > > - Abstract > > This whole section seems to be some early text that hasn't been > revisited as the document progressed. I'd suggest throwing it out and > just picking up (with slight modification) the Abstract from the > cl-framework document which seems pretty good. Alia asked for an edit to the existing abstract. With the change that Alia requested the abstract is now: There is often a need to provide large aggregates of bandwidth that are best provided using parallel links between routers or carrying traffic over multiple MPLS LSP. In core networks there is often no alternative since the aggregate capacities of core networks today far exceed the capacity of a single physical link or single packet processing element. The presence of parallel links, with each link potentially comprised of multiple layers has resulted in additional requirements. Certain services may benefit from being restricted to a subset of the component links or a specific component link, where component link characteristics, such as latency, differ. Certain services require that an LSP be treated as atomic and avoid reordering. Other services will continue to require only that reordering not occur within a microflow as is current practice. The point of the second paragraph is that some LSPs have specific requirements (such as bounded delay) and some (most) do not. Flexibility in accommodating both is the requirement. Composite Links supporting non-homogenous Component Links is the basis for the solution. That is why the framework mentions "group of homogenous or non-homogenous links". The fact that Alia just commented on and we just changed the abstract is indication that it has been read and is not just left over text from ancient times that no longer applies. Could you please be more specific about your objections to this text. > - 1. Introduction > > So where does one go to get an intro/definition of the IETF work on > composite links? Is it G.800, the framework draft, the use cases draft, > this draft? If the last, then this section needs a serious revision. If > not, then this document should reference that definition and address the > major issues identified above. I'd say "Use Cases". I'm in favor of de-emphasizing G.800. Please be clear. What major issues? Do you means the definitions of the well known terms CL and NPO? If so, how would you like them changed (see above). Do you mean your belief that this document only applies to MPLS over MPLS? In that case, you seem to be objecting to the intent of the document even when your interpretation of the intent is contradicted by many statements made in the document. If so, how can we make it even more clear that a component link can also be a physical link, circuit switched, pseudowire, besides mentioning that in the definition of compnent link and in numerous other places. > - 2 Assumptions > I suspect this section will need to be updated to address the document > scope comments above. AFAIK there is no change to the document scope. > - Definition of NPO. > It seems to me that the authoritative definition of NPO is Y.1541 with > Y.1540 providing additional detail. I think these documents would be a > much more reasonable reference for NPO than the CL use case draft as is > currently used. Would it be OK to add this text. Network operators have a contractual Service Level Agreement (SLA) with customers for services that are comprised of numerical values for performance measures, principally availability, latency, delay variation. Additionally, network operators may have Service Level Specification (SLS) that is for internal use by the operator. In this document we use the term Network Performance Objective (NPO) which may span multiple networks and may be looser than network operator SLA or SLS objectives. The use of the term NPO in this document is not entirely consistent with its definition in Y.1540 and Y.1541 in that it is not restricted to UNI to UNI. There is no intent to imply that a provider must base their SLA, SLS, or NPO on Y.1540 and Y.1541. If we stay consistent with Y.1540 and Y.1541 then I think we have to s/NPO/SLS or NPO/ and we did want a single term. > - Many of the requirements refer to "meeting" or "not violating" NPO > without given any specifics as to which NPO parameter/parameters is/are > relevant. For example Class 5 QoS has unbounded upper bounds on Network > performance parameter. Also NPO is defined UNI to UNI (end to end). I > suggest adding a level of detail identifying the parameters and how the > fixed values are to be applied relative to "meeting" or "not violating" NPO. Please see comments above regarding use of the term NPO. We wanted one term. Diffserv uses SLA, even though there may be no agreement with an outside party. If we can't use SLS because it is specific to one provider only, can't use NPO because in Y.154[01] it applies only to UNI to UNI, then we need another term. This reminds me of the host and router vs ES and IS arguments back in the 1990s and the issue of using the term subnet to mean what it meant in IETF since the early 1980s, ignoring what ITU had defined it to mean. Eventually we dumped the use of Logical IP Subnetwork (LIS) as we had to do in RFC1577 and could just say "subnet" again. Perhaps the best course of action is s/NPO/performance objective/ and then define performance objective without any reference to Y.1540 and Y.1541, but perhaps referring to SLA as defined in RFC2475. > - It might be useful to somehow separate data plane requirements from > control plane requirements (Management/OAM requirements are already > separated.) Too many of the requirements involve both the control plane and the data plane. Where we are talking solely about physical links and local decisions can be made, then no control plane signaling is required. For some requirements, extensions to signaling would be required for the MPLS over MPLS case. A good example is path symetry. In the framework, it is pointed out that the most general case of path symetry on a per client LSP basis (FR#22 and FR#23) is close to infeasible where there are multiple client/server layer relationships. FR#22 and FR#23 works for classic link bundling where each component link takes a single component bidirectional path, but would require a lot of extension to work for MPLS over MPLS over MPLS ad nauseum. Whether the solution is done in the data plane or control plane or using a little contribution from each is a matter for the framework document. The requirement is simply that an objective be met. > Nits: > > I have a bunch of more nit level comments, but I suspect much will > change if/when the above are addressed, so I'm going to defer the > majority of them until the above issues are resolved. I would like one more response from you before making any changes to the document. > - It looks like you are referencing an old version of g.800. The > current is G.800 (02/2012). Also the G.800 "Cases" are identified in the > draft not in G.800. I'm in favor of removing reference to G.800 except as a point of clarification to say that they also define Composite Link and do so somewhat differently. > Lou There is a lot of discussion above, mostly around definitions and assumptions about document scope. In summary: 1. Remove the phrase "business problems" as described above. Please let me know if the OLD/NEW change on this is sufficient. 2. In section 2, change "The services supported include ..." to "Services which may be supported over MPLS based Composite Links include ...". 3. Resovle issue of defintion of NPO. 3a. My preference is s/NPO/performance objective/. Remove definition of NPO. Replace with: Performance Objective: Numerical values for performance measures, principally availability, latency, and delay variation. Performance objectives may be related to Service Level Agreements (SLA) as defined in RFC2475 or may be strictly internal. Performance objectives may span links, edge-to-edge, or end-to-end. Performance objectives may span one provider or may span multiple providers. 3b. Alternate is use the paragraph clarifying that we don't quite mean NPO as defined in Y.154[01]. I'd rather just get rid of the term NPO. 4. Replace definitions for "Composite Link" and "Component Link" with those from draft-ietf-mpls-multipath-use and include "Multipath" and "Inverse Multiplexing", plus "Classic Multipath" as suggested above. 5. State that "Composite Link is also defined in ITU G.800 but the usage here specifically excludes inverse multiplexing and is more similar to multipath but with extensions to support groups of homogeneous or non-homogeneous links. Remove all other references to G.800. 6. Resolve wording on abstract. Please be more specific about your objections to this text. 7. There is no change to document scope. Please indicate why you think the document scope is not stated correctly. 8. Don't try to separate data plane vs control plane. In too many cases that is more applicable to solution space than it is to requirements. Please at least comment on only the summary before I make changes. Curtis From stbryant@cisco.com Fri Jun 21 07:39:14 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 03D2521F9BDB; Fri, 21 Jun 2013 07:39:14 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -110.383 X-Spam-Level: X-Spam-Status: No, score=-110.383 tagged_above=-999 required=5 tests=[AWL=0.215, BAYES_00=-2.599, HTML_MESSAGE=0.001, RCVD_IN_DNSWL_HI=-8, USER_IN_WHITELIST=-100] 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 faByYFTegINx; Fri, 21 Jun 2013 07:39:09 -0700 (PDT) Received: from ams-iport-4.cisco.com (ams-iport-4.cisco.com [144.254.224.147]) by ietfa.amsl.com (Postfix) with ESMTP id B7B8C11E8193; Fri, 21 Jun 2013 07:39:07 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/simple; d=cisco.com; i=@cisco.com; l=8857; q=dns/txt; s=iport; t=1371825548; x=1373035148; h=message-id:date:from:reply-to:mime-version:to:cc:subject: references:in-reply-to; bh=SZPcSEOoxK3ukKiU5hTJ1TDWrdeF6yPnSvZladOuWK4=; b=ZaPNa+t/BTz+JKpqtEOMviC0zBmDJ6M81l9xuTn5/uQrsZIVLlAClnsW Ovls2DwBkrjSKFtWu7gS4H9F1dTReCNgUJUYhtzp2syr9mG/9fla9XWR+ tYm+y1pSqJ7jwGmhP+vNqtXrAxVzeoO7w/Db6GXAVbNMTR/LZKLEidRh/ A=; X-IronPort-Anti-Spam-Filtered: true X-IronPort-Anti-Spam-Result: AhEFAK1kxFGQ/khN/2dsb2JhbABbgwkxiSm2VYECFnSCIwEBAQQBAQFrCgEMBBwDAQIKFg8JAwIBAgEVHwcCCAYBDAEFAgEBF4dzDLxCjX6BOhEHBoNbA5dDgSmQG4MQ X-IronPort-AV: E=Sophos;i="4.87,913,1363132800"; d="scan'208,217";a="14893308" Received: from ams-core-4.cisco.com ([144.254.72.77]) by ams-iport-4.cisco.com with ESMTP; 21 Jun 2013 14:39:06 +0000 Received: from cisco.com (mrwint.cisco.com [64.103.70.36]) by ams-core-4.cisco.com (8.14.5/8.14.5) with ESMTP id r5LEd4u6025782 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=NO); Fri, 21 Jun 2013 14:39:04 GMT Received: from [IPv6:::1] (localhost [127.0.0.1]) by cisco.com (8.14.4+Sun/8.8.8) with ESMTP id r5LEd3hm025510; Fri, 21 Jun 2013 15:39:03 +0100 (BST) Message-ID: <51C46587.3020907@cisco.com> Date: Fri, 21 Jun 2013 15:39:03 +0100 From: Stewart Bryant User-Agent: Mozilla/5.0 (Macintosh; Intel Mac OS X 10.8; rv:17.0) Gecko/20130509 Thunderbird/17.0.6 MIME-Version: 1.0 To: isis-wg , "ospf@ietf.org" , "mpls@ietf.org" , "rtgwg@ietf.org" , 6man@ietf.org Subject: Fwd: Status BOF in Berlin References: <51C352CA.6000307@cisco.com> In-Reply-To: <51C352CA.6000307@cisco.com> X-Forwarded-Message-Id: <51C352CA.6000307@cisco.com> Content-Type: multipart/alternative; boundary="------------080101000407060509050103" Cc: ops-area@ietf.org X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list Reply-To: stbryant@cisco.com List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Fri, 21 Jun 2013 14:39:14 -0000 This is a multi-part message in MIME format. --------------080101000407060509050103 Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit This BOF touches on technology of interest to each of the working groups on the "To" list. I apologies to those that have already seen this through circulation to routing-discussion, but I know that not everyone is subscribed there. The list for discussion of this topic is status@ietf.org - Stewart -------- Original Message -------- Subject: Status BOF in Berlin Date: Thu, 20 Jun 2013 20:06:50 +0100 From: Stewart Bryant Reply-To: stbryant@cisco.com To: routing-discussion@ietf.org CC: status@ietf.org STATUS * Name: Stacked Tunnels for Source Routing (STATUS) [Was TUBAS] * Status: Approved * Description The IETF has two packet-based forwarding technologies: IP and MPLS. IP previously had a source-based routing mechanism made available through an IP Option. This mechanism has, however, not been widely used and has a number of issues that make its use inadvisable, and other mechanisms (such as RFC 1940 ) do not appear to have been implemented at all. The ability of a router to influence or control the forwarding path of an individual packet or all the packets of a given Forwarding Equivalence Class (FEC) is a desirable feature for a number of reasons including Label Switched Path stitching, egress protection, explicit routing, egress ASBR link selection, and backup (bypass tunnels, Remote Loop-Free Alternates) routing. This can be achieved by facilitating source-initiated selection of routes to complement the route selection provided by existing routing protocols for both inter- domain and intra-domain routes. Historically, distribution of MPLS label binding information was done by relying on label distribution protocols such as LDP and RSVP-TE. Several new proposals have been made to make use of the MPLS forwarding plane in novel but backward-compatible ways, and to install forwarding instructions using information distributed by the IGP running in the network, or through the management plane. It has been suggested that similar mechanisms might also be applied in IPv6. This BoF is intended to discuss the practicalities of various use cases and to establish a consensus around the problem space and desirability of developing solutions in this area with a view to determining whether the IETF should have a Working Group on this topic. * Responsible Area Directors: Adrian Farrel and Stewart Bryant * BoF Chairs: Alvaro Retana, John Scudder * * Mailing list: https://www.ietf.org/mailman/listinfo/status Further details can be found at http://trac.tools.ietf.org/bof/trac/wiki - Stewart --------------080101000407060509050103 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit This BOF touches on technology of interest to each of the
working groups on the "To" list.

I apologies to those that have already seen this through
circulation to routing-discussion, but I know that not
everyone is subscribed there.

The list for discussion of this topic is status@ietf.org

- Stewart

-------- Original Message --------
Subject: Status BOF in Berlin
Date: Thu, 20 Jun 2013 20:06:50 +0100
From: Stewart Bryant <stbryant@cisco.com>
Reply-To: stbryant@cisco.com
To: routing-discussion@ietf.org
CC: status@ietf.org


STATUS

  • Name: Stacked Tunnels for Source Routing (STATUS) [Was TUBAS]
  • Status: Approved
  • Description

The IETF has two packet-based forwarding technologies: IP and MPLS.

IP previously had a source-based routing mechanism made available through an IP Option. This mechanism has, however, not been widely used and has a number of issues that make its use inadvisable, and other mechanisms (such as RFC 1940) do not appear to have been implemented at all.

The ability of a router to influence or control the forwarding path of an individual packet or all the packets of a given Forwarding Equivalence Class (FEC) is a desirable feature for a number of reasons including Label Switched Path stitching, egress protection, explicit routing, egress ASBR link selection, and backup (bypass tunnels, Remote Loop-Free Alternates) routing. This can be achieved by facilitating source-initiated selection of routes to complement the route selection provided by existing routing protocols for both inter- domain and intra-domain routes.

Historically, distribution of MPLS label binding information was done by relying on label distribution protocols such as LDP and RSVP-TE.

Several new proposals have been made to make use of the MPLS forwarding plane in novel but backward-compatible ways, and to install forwarding instructions using information distributed by the IGP running in the network, or through the management plane. It has been suggested that similar mechanisms might also be applied in IPv6.

This BoF is intended to discuss the practicalities of various use cases and to establish a consensus around the problem space and desirability of developing solutions in this area with a view to determining whether the IETF should have a Working Group on this topic.

Further details can be found  at http://trac.tools.ietf.org/bof/trac/wiki

- Stewart



--------------080101000407060509050103-- From internet-drafts@ietf.org Fri Jun 21 17:43:45 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 08D0111E80E1; Fri, 21 Jun 2013 17:43:45 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -102.515 X-Spam-Level: X-Spam-Status: No, score=-102.515 tagged_above=-999 required=5 tests=[AWL=0.085, BAYES_00=-2.599, NO_RELAYS=-0.001, USER_IN_WHITELIST=-100] 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 LO8jfRwSGDLg; Fri, 21 Jun 2013 17:43:44 -0700 (PDT) Received: from ietfa.amsl.com (localhost [IPv6:::1]) by ietfa.amsl.com (Postfix) with ESMTP id 9608211E80A2; Fri, 21 Jun 2013 17:43:44 -0700 (PDT) MIME-Version: 1.0 Content-Type: text/plain; charset="utf-8" Content-Transfer-Encoding: quoted-printable From: internet-drafts@ietf.org To: i-d-announce@ietf.org Subject: I-D Action: draft-ietf-rtgwg-mofrr-02.txt X-Test-IDTracker: no X-IETF-IDTracker: 4.51.p2 Message-ID: <20130622004344.8012.53787.idtracker@ietfa.amsl.com> Date: Fri, 21 Jun 2013 17:43:44 -0700 Cc: rtgwg@ietf.org X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Sat, 22 Jun 2013 00:43:45 -0000 A New Internet-Draft is available from the on-line Internet-Drafts director= ies. This draft is a work item of the Routing Area Working Group Working Group = of the IETF. Title : Multicast only Fast Re-Route Author(s) : Apoorva Karan Clarence Filsfils Dino Farinacci IJsbrand Wijnands Bruno Decraene Uwe Joorde Wim Henderickx Filename : draft-ietf-rtgwg-mofrr-02.txt Pages : 14 Date : 2013-06-21 Abstract: As IPTV deployments grow in number and size, service providers are looking for solutions that minimize the service disruption due to faults in the IP network carrying the packets for these services. This draft describes a mechanism for minimizing packet loss in a network when node or link failures occur. Multicast only Fast Re- Route (MoFRR) works by making simple enhancements to multicast routing protocols such as PIM and mLDP. The IETF datatracker status page for this draft is: https://datatracker.ietf.org/doc/draft-ietf-rtgwg-mofrr There's also a htmlized version available at: http://tools.ietf.org/html/draft-ietf-rtgwg-mofrr-02 A diff from the previous version is available at: http://www.ietf.org/rfcdiff?url2=3Ddraft-ietf-rtgwg-mofrr-02 Internet-Drafts are also available by anonymous FTP at: ftp://ftp.ietf.org/internet-drafts/ From lberger@labn.net Mon Jun 24 16:15:16 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id CB41621F9D2E for ; Mon, 24 Jun 2013 16:15:16 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -102.244 X-Spam-Level: X-Spam-Status: No, score=-102.244 tagged_above=-999 required=5 tests=[AWL=0.355, BAYES_00=-2.599, USER_IN_WHITELIST=-100] 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 Lw0Oz9iYfvrH for ; Mon, 24 Jun 2013 16:15:12 -0700 (PDT) Received: from oproxy12-pub.bluehost.com (oproxy12-pub.bluehost.com [50.87.16.10]) by ietfa.amsl.com (Postfix) with SMTP id 648FB11E817F for ; Mon, 24 Jun 2013 16:15:06 -0700 (PDT) Received: (qmail 32540 invoked by uid 0); 24 Jun 2013 23:14:37 -0000 Received: from unknown (HELO box313.bluehost.com) (69.89.31.113) by oproxy12.bluehost.com with SMTP; 24 Jun 2013 23:14:37 -0000 DKIM-Signature: v=1; a=rsa-sha256; q=dns/txt; c=relaxed/relaxed; d=labn.net; s=default; h=Content-Transfer-Encoding:Content-Type:In-Reply-To:References:Subject:CC:To:MIME-Version:From:Date:Message-ID; bh=jRBh7324Qy8ldMAbgVa1sn6dbYuXoxhk6misWAeTgKg=; b=gVDfGWHMm1hVWDUXEIeGa77Na7w1HHjxHbVV9VVLjebxNuEJaL1eKfHqh0RZ3Ip4j/2o6f6fdmRkuu4CO2bPm6SyXfoTZo1Hv2+IP+AY1aKLmjCh3Zd+Ep8hOhK61MxG; Received: from box313.bluehost.com ([69.89.31.113]:43300 helo=[127.0.0.1]) by box313.bluehost.com with esmtpa (Exim 4.80) (envelope-from ) id 1UrFy0-0005K4-Ah; Mon, 24 Jun 2013 17:14:37 -0600 Message-ID: <51C8D2DE.4020807@labn.net> Date: Mon, 24 Jun 2013 19:14:38 -0400 From: Lou Berger User-Agent: Mozilla/5.0 (Windows NT 6.1; WOW64; rv:17.0) Gecko/20130509 Thunderbird/17.0.6 MIME-Version: 1.0 To: curtis@ipv6.occnc.com Subject: Re: RtgDir review: draft-ietf-rtgwg-cl-requirement-10 References: <201306201951.r5KJp3kb005640@gateway1.orleans.occnc.com> In-Reply-To: <201306201951.r5KJp3kb005640@gateway1.orleans.occnc.com> X-Enigmail-Version: 1.5.1 Content-Type: text/plain; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit X-Identified-User: {1038:box313.bluehost.com:labnmobi:labn.net} {sentby:smtp auth 69.89.31.113 authed with lberger@labn.net} Cc: rtg-dir@ietf.org, draft-ietf-rtgwg-cl-requirement.all@tools.ietf.org, rtgwg@ietf.org, "rtg-ads@tools.ietf.org" X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Mon, 24 Jun 2013 23:15:16 -0000 Hi Curtis, Thank you for the detailed response. I have included specific responses in-line below. Before we go there, I'd like to jump ahead to one point that is (indirectly) pointed to in a number of spots. I asked: >> So where does one go to get an intro/definition of the IETF work on >> composite links? Is it G.800, the framework draft, the use cases >> draft, this draft? ... Your response is: > I'd say "Use Cases". I'm in favor of de-emphasizing G.800. Okay, then I think a bunch of detailed comments can be replaced by using references. More on this below. The issue with the use case document being the authoritative definition for CL (and presumably NPO?) is that I think you currently have circular references. draft-ietf-rtgwg-cl-use-cases starts out: Composite link requirements are specified in [I-D.ietf-rtgwg-cl-requirement]. A composite link framework is defined in [I-D.ietf-rtgwg-cl-framework]. BTW ietf-rtgwg-cl-framework adds Classic multipath, including Ethernet Link Aggregation has been widely used in today's MPLS networks [RFC4385][RFC4928]. Classic multipath using non-Ethernet links are often advertised using MPLS Link bundling. A link bundle [RFC4201] bundles a group of homogeneous links as a TE link to make IGP-TE information exchange and RSVP-TE signaling more scalable. A composite link allows bundling non-homogenous links together as a single logical link. The motivations for using a composite link are descried in [I-D.ietf-rtgwg-cl-requirement] and [I-D.ietf-rtgwg-cl-use-cases]. A composite link is a single logical link in MPLS network that contains multiple parallel component links between two MPLS LSR. Unlike a link bundle [RFC4201], the component links in a composite link can have different properties such as cost, capacity, delay, or jitter. I think answering this question (of which document has the CL definition) and ensuring the documents line up accordingly would be really helpful. -- I'll assume it's the use case draft for my comments below. At the nit level, the defining document should be listed as a Normative Reference by this (and other CL) documents. On 6/20/2013 3:51 PM, Curtis Villamizar wrote: > In message <51C27E22.1070308@labn.net> > Lou Berger writes: > >> Hello, >> >> I have been selected as the Routing Directorate reviewer for this draft. >> The Routing Directorate seeks to review all routing or routing-related >> drafts as they pass through IETF last call and IESG review, and >> sometimes on special request. The purpose of the review is to provide >> assistance to the Routing ADs. For more information about the Routing >> Directorate, please see http://www.ietf.org/iesg/directorate/routing.html >> >> Although these comments are primarily for the use of the Routing ADs, it >> would be helpful if you could consider them along with any other IETF >> Last Call comments that you receive, and strive to resolve them through >> discussion or by updating the draft. >> >> Document: draft-ietf-rtgwg-cl-requirement-10 >> Reviewer: Lou Berger >> Review Date: 6/19/2013 >> IETF LC End Date: 2013-06-19 >> Intended Status: Informational > > Hi Lou, > >> Summary: >> I have significant concerns about this document and recommend >> that the Routing ADs discuss these issues further with the authors. > > OK. Lets go through them. > >> Comments: >> >> My comments really fall into three categories: (a) understanding >> document objectives, (b) comments/questions on technical details, and >> (c) readability/editorial. As this document is informational and does >> not represent IETF consensus, the AD together with the document Shepherd >> and WG may reasonably choose to publish the document as is. > > Does not reflect IETF consensus? > Sure, see http://tools.ietf.org/html/rfc5741, informational documents can represent IETF consensus, but don't need to; it depends on LC and is represented in the boilerplate. The datatracker represents this and says "Consensus: says unknown". I translated this into no request for IETF consensus was to be made -- I accept that this may be a mistake on may part. (Perhaps it was wishful thinking ;-) The document Shepherd should be able to answer this. Alia? >> Major Issues: >> >> - At the highest level the objective/purpose of the document is unclear >> to me. It states: >> >> The purpose of this document is to describe why network operators >> require certain functions in order to solve certain business problems >> (Section 2). > > Forward reference for brevity in "1. Introduction". Is that bad? Brevity is great, but what's that quote "As brief as possible (but no briefer)"... I genuinely am confused as to the purpose of the document so it's my conclusion that the Intro is too brief. Other conclusions are of course possible. > > Section 1 is brief and forward references sections 2, 4, 5, and > appendix A. > >> Thankfully (for hopefully obvious reasons), section 2 covers >> "Assumptions" and not "business problems". Section 4 does provide what >> is termed "Network Operator Functional Requirements", which relies on >> Y.1541 defined Network Performance Objectives. While this section title >> appears to be defining provider requirements, the document also appears >> to be placing requirements on CL solutions. To add to the confusion, it >> sometimes also seems to also be placing requirements on the "network >> layer" that supplies component links for the CL, and even on the >> performance of a vendor implementation(DR#7)! > > It seems the objection is to the phrase "business problems". If we > change the first sentence in section 1, would that solve it? > > OLD > > The purpose of this document is to describe why network operators > require certain functions in order to solve certain business > problems (Section 2). > > NEW > > The purpose of this document is to describe why network operators > require certain functions and to clearly enumerate a set of > requirements related to the use of MPLS based Composite Links > (see Section 2). Well, I see a couple of phrases that confuse me in the context of the document. Certainly the phrase "... to solve certain business problems (Section 2)" caused me to be a bit concerned that an IETF document was going to discuss business issues; it also led me to believe that section 2 was going to discuss these problems. As I said, there are no "business problems" covered in section 2, so aligning the Intro with the section contents is a fine improvement. The other phrase that confuses me is "... describe why network operators require certain functions ... (See Section 2)". Section 2 is titled Assumptions and only references network operators to say that "...in general network operators do not rely on the DSCP...". So I think your revised text isn't really aligned with the section. Finally, you now say the draft documents requirements on the "use of MPLS based Composite Links". So this reads like the document places requirements on the user, i.e., the operator. Do you perhaps mean "on the protocols and mechanisms used to provide MPLS based Composite Links"? Taken all together, perhaps the following better matches the/your intent. The purpose of this document is to clearly enumerate a set of requirements related to the protocols and mechanisms that provide MPLS based Composite Links. MPLS based Composite Links are defined in [I-D.ietf-rtgwg-cl-use-cases]. Section 2 describes MPLS based Composite Links assumptions. > > Then in section 2, change "The services supported include ..." to > "Services which may be supported over MPLS based Composite Links > include ...". That is helpful. Do you perhaps mean: "Any MPLS-based service may be supported over MPLS based Composite Links including, for example, ..." > >> I think clearly stating the document's objective/purpose and where the >> stated requirements are to be applied/satisfied, is one of major issues >> that should be corrected. >> >> Once this is done, it may turn out that there are derivative >> comments/changes that are needed in the body of the draft. For example >> clarifying what it means to "meet the NPO" and who needs to "meet" it. > > The reason the term NPO is used it because of objections to using the > term SLA. A Service Level Agreement (SLA) is interpreted as > contractual. A Network Performance Objection (NPO) may simply be an > interal goal that an organiztion would like to meet. The NPO may or > may not be based on Y.1540 and Y.1541. The term NPO is defined in > Y.1541 and the use of the term in this docuement is consistent with > that definition. > > The use cases document has a long paragraph defining SLA, SLS, and > NPO. Those definitions are in an appendix intended to be illustrative > and entitled "More Details on Existing Network Operator Practices and > Protocol Usage". The use case document also says: In this document we use the term Network Performance Objective (NPO) as defined in section 5 of [ITU-T.Y.1541] since the SLA and SLS measures have network operator and service specific implications. > > The definition here is simply: > > Network Performance Objective (NPO): Numerical values for > performance measures, principally availability, latency, and > delay variation. See [I-D.ietf-rtgwg-cl-use-cases] for more > details. > > I can expand on this and say "NPO may or may not be based on ITU > specifications." I prefer not to get too wordy when all we are trying > to say "like SLA or SLS (in diffserv), but NPO is really a better > term". > Why not just say: Network Performance Objective (NPO): as defined by [I-D.ietf-rtgwg-cl-use-cases]. > As to what it means by "meet the NPO", it means "falls within the > numerical values for measures, principally availability, latency, and > delay variation". I'm not sure why that is not obvious. Try using this expansion in the identified requirements and see if you think it makes sense in all cases. Also, recall that Table 1 in section 5 of [ITU-T.Y.1541] provides absolute time values based on traffic "QoS class" and that a number of values are also specified as "U", which is stated as meaning U", performance with respect to that parameter may, at times, be arbitrarily poor. For example: FR#1 The solution SHALL provide a means to summarize some routing advertisements regarding the characteristics of a composite link such that the routing protocol converges within the timeframe needed to [meet the network performance objective] fall within the numerical values for measures, principally availability, latency, and delay variation FR#2 The solution SHALL ensure that all possible restoration operations happen within the timeframe needed to [meet the NPO] fall within the numerical values for measures, principally availability, latency, and delay variation I really think more is needed to make these requirements meaningful in the design of any solution. For example, I could see something along the lines of the following as being meaningful: (Note this text is for discussion not inclusion in the draft.) FR#2 The solution SHALL enable restoration operations to occur within the timeframe need to provide an Upper bound on the packet loss probability (NPO IPLR) of 1x10^-3 in a network with a diameter of XYZ. Do you think I'm wrong? On an aside, how do FR#1 and DR#6 really differ? DR#6 seems to be the better formulated to me. > > As to the "who", it is the provider but the protocols and > implementation have to provide the means for the provider to do so. I think this point is now understood, assuming there's no substantive disagreement on the revised intro. > As to the scope of the NPO: if the NPO is defined over a link, the > link needs to meet it; if it is defined as edge-to-edge within an > internal infrastructure, it must be met edge-to-edge; if it is defined > for a specific customer end-to-end, then it must be met end-to-end > (and may correlate strongly with a specific SLA). Humm, the mechanisms needed to satisfy timing requirements between adjacent nodes can be radically different (simpler) than between network paths. I'm not sure NPO-based requirements can be meaningful without some design targets/constraints. At least ITU-T.Y.1541 provides some absolute time values. > > At what point does clarifying what is meant by an NPO and what it > means to meet an NPO just overly wordy and stating the obvious? I think this is covered above. > >> - The scope of the composite links referenced in this document is not >> clear. The document seems to be using G.800 terminology and concepts, >> yet the G.800 related summary is relegated to an Appendix. If this CL >> is being driven/constrained by the G.800 CL, then this relationship >> should be made explicit and in the (early) body of the document, or by >> reference to another document that defines CL as such. (In other words >> Appendix A should early in the document, perhaps in section 1.) > > We give a definition for composite link and component link. ITU gives > a definition for the same two terms. We have give a summary of a few > ITU-T G.800 definitions in Appendix A. I would be perfectly happy > getting rid of Appendix A and simply being more clear in our > definitions section. > > OLD > > ITU-T G.800 Based Composite and Component Link Definitions: > Section 6.9.2 of ITU-T-G.800 [ITU-T.G.800] defines composite and > component links as summarized in Appendix A. The following > definitions for composite and component links are derived from > and intended to be consistent with the cited ITU-T G.800 > terminology. > > NEW > > ITU-T G.800 Based Composite and Component Link Definitions: Section > 6.9.2 of ITU-T-G.800 [ITU-T.G.800] defines composite and > component links. The following definitions for composite and > component links are derived from and intended to be consistent > with the cited ITU-T G.800 terminology, but differ slightly. > > We can then point out that we are specifically excluding inverse > multiplexing from our definition of Composite Link and that we are not > using the ITU definition. > > I would like to see us use the definition of multipath in > draft-ietf-mpls-multipath-use but this work started out using the term > composite link so we may be stuck with it. Some key definitions in > draft-ietf-mpls-multipath-use are: > > Multipath > The term multipath includes all techniques in which > > 1. Traffic can take more than one path from one node to a > destination. > > 2. Individual packets take one path only. Packets are not > subdivided and reassembled at the receiving end. > > 3. Packets are not resequenced at the receiving end. > > 4. The paths may be: > > a. parallel links between two nodes, or > > b. may be specific paths across a network to a destination > node, or > > c. may be links or paths to an intermediate node used to > reach a common destination. > > Composite Link > The term Composite Link had been a registered trademark of Avici > Systems, but was abandoned in 2007. The term composite link is > now defined by the ITU in [ITU-T.G.800]. The ITU definition > includes multipath as defined here, plus inverse multiplexing > which is explicitly excluded from the definition of multipath. > > Inverse Multiplexing > Inverse multiplexing either transmits whole packets and > resequences the packets at the receiving end or subdivides > packets and reassembles the packets at the receiving end. > Inverse multiplexing requires that all packets be handled by a > common egress packet processing element and is therefore not > useful for very high bandwidth applications. > > We can also add the following: > > Classic Multipath > Classic multipath refers to the most common current practice in > implementation and deployment of multipath where multipath > consist only of homogeneous links and in cases such as Ethernet > Link Aggregation are entirely transparent to upper layer > control planes. > > These IMHO are more clear definitions. > > If you prefer these, I'd be glad to put them in and then indicate that > inverse multiplexing is the only form of composite link that is out of > scope for this document. Given that you stated that the use case document is the one that provides the definition/intro to IETF CLs, I'd just refer to that document and drop all references to G.800, including the Appendix, in this document. Also use the following definitions: Composite Link: As defined in [I-D.ietf-rtgwg-cl-use-cases]. Component Link: As defined in [I-D.ietf-rtgwg-cl-use-cases]. BTW I like your ideas WRT multipath, but I suspect that that ship has sailed. > >> - On a more detailed level, it seems that this document really just has >> MPLS (composite link) over MPLS (component links) use cases/solutions in >> mind. (Yes there is one line about other technology examples, but that >> is in just one spot and the MPLS is mentioned throughout.) If this is >> correct, then this should be made explicit in the early part of the >> document. If not, then the MPLS related assumptions/limitations need to >> removed. > > That is not true. The definition of component link should make this > clear. > > Component Link: A point-to-point physical link (including one or > more link layer) or a logical link that preserves ordering in > the steady state. > > If also gives examples which include Ethernet, PPP, SONET or OTN over > a physical link. It also states "A set of link layers supported over > pseudowire is a logical link that appears to the client to be a > physical link." > > In all cases it is MPLS over something, but not necissarily MPLS over > MPLS. I don't see a basis for the statement "it seems that this > document really just has MPLS (composite link) over MPLS (component > links) use cases/solutions in mind". > > Could you please point out any "MPLS related assumptions/limitations" > that are related to MPLS being used as a server layer rather than > using a link layer as a server layer. I don't see any. The existance > of section 4.2. Component Links Provided by Lower Layer Networks does > not state, nor does it in any way imply that only MPLS lower layers > are being considered. The one descriptive paragraph even gives > circuit switched or MPLS-TP as examples, further indicating that MPLS > over MPLS is not the sole focus. This section gives four requirements > related to passing information from the sever layer up to the client > layer that apply to the case of a server layer that is more complex > than a simple physical link plus link layer. Some of my comment was certainly biased by other drafts, including the framework draft which more clearly shows this. In terms of this document, I don't see how you expect arbitrary technologies used to provide component links to meet requirements FR#7 and FR#8. Do you really expect them to be met by non-MPLS (or perhaps GMPLS) controlled technologies? Did you think about making these objectives, or limited to MPLS/GMPLS controlled networks, rather than a requirement? Also, I read FR#11 as the labeling of the component not composite link, otherwise why mention "labeled traffic flow". > >> Minor Issues: >> >> - Abstract >> >> This whole section seems to be some early text that hasn't been >> revisited as the document progressed. I'd suggest throwing it out and >> just picking up (with slight modification) the Abstract from the >> cl-framework document which seems pretty good. > > Alia asked for an edit to the existing abstract. With the change that > Alia requested the abstract is now: > > There is often a need to provide large aggregates of bandwidth that > are best provided using parallel links between routers or carrying > traffic over multiple MPLS LSP. In core networks there is often no > alternative since the aggregate capacities of core networks today far > exceed the capacity of a single physical link or single packet > processing element. > > The presence of parallel links, with each link potentially comprised > of multiple layers has resulted in additional requirements. Certain > services may benefit from being restricted to a subset of the > component links or a specific component link, where component link > characteristics, such as latency, differ. Certain services require > that an LSP be treated as atomic and avoid reordering. Other > services will continue to require only that reordering not occur > within a microflow as is current practice. > > The point of the second paragraph is that some LSPs have specific > requirements (such as bounded delay) and some (most) do not. > Flexibility in accommodating both is the requirement. Composite Links > supporting non-homogenous Component Links is the basis for the > solution. That is why the framework mentions "group of homogenous or > non-homogenous links". > > The fact that Alia just commented on and we just changed the abstract > is indication that it has been read and is not just left over text > from ancient times that no longer applies. Could you please be more > specific about your objections to this text. It's also an indication that it needed some work. Given that you say the use-case is the source for IETF CL definition and that the abstract provides so much more information than the Intro, I'd suggest replacing with something really simple, perhaps along the lines of: This document provides a set of requirements for MPLS composite links. Composite link is a formalization of multipath techniques currently in use in IP and MPLS networks and a set of extensions to existing multipath techniques. > >> - 1. Introduction >> >> So where does one go to get an intro/definition of the IETF work on >> composite links? Is it G.800, the framework draft, the use cases draft, >> this draft? If the last, then this section needs a serious revision. If >> not, then this document should reference that definition and address the >> major issues identified above. > > I'd say "Use Cases". I'm in favor of de-emphasizing G.800. (Covered above). > > Please be clear. What major issues? "Major Issues" as identified in the RtgDir review template and above. > > Do you means the definitions of the well known terms CL and NPO? Yes. > If > so, how would you like them changed (see above). As covered above, reference use case document and ensure that the terms are appropriately defined there. > > Do you mean your belief that this document only applies to MPLS over > MPLS? In that case, you seem to be objecting to the intent of the > document even when your interpretation of the intent is contradicted > by many statements made in the document. If so, how can we make it > even more clear that a component link can also be a physical link, > circuit switched, pseudowire, besides mentioning that in the > definition of compnent link and in numerous other places. Covered above. > >> - 2 Assumptions >> I suspect this section will need to be updated to address the document >> scope comments above. > > AFAIK there is no change to the document scope. Given CL is defined in use cases, it seems more appropriate to me that Assumptions be presented as part of the definition. In other words, assuming the definition of CL is in the use case document, I think this it makes most sense for text to be in/moved to the use cases document. > >> - Definition of NPO. >> It seems to me that the authoritative definition of NPO is Y.1541 with >> Y.1540 providing additional detail. I think these documents would be a >> much more reasonable reference for NPO than the CL use case draft as is >> currently used. > > Would it be OK to add this text. > > Network operators have a contractual Service Level Agreement (SLA) > with customers for services that are comprised of numerical values > for performance measures, principally availability, latency, delay > variation. Additionally, network operators may have Service Level > Specification (SLS) that is for internal use by the operator. In > this document we use the term Network Performance Objective (NPO) > which may span multiple networks and may be looser than network > operator SLA or SLS objectives. The use of the term NPO in this > document is not entirely consistent with its definition in Y.1540 > and Y.1541 in that it is not restricted to UNI to UNI. There is no > intent to imply that a provider must base their SLA, SLS, or NPO on > Y.1540 and Y.1541. > > If we stay consistent with Y.1540 and Y.1541 then I think we have to > s/NPO/SLS or NPO/ and we did want a single term. Hereto, given the position that the definition of CL is in the use case document, I think the original reference makes sense. (Although I'd probably just say "Network Performance Objective (NPO): as defined in [I-D.ietf-rtgwg-cl-use-cases].") > >> - Many of the requirements refer to "meeting" or "not violating" NPO >> without given any specifics as to which NPO parameter/parameters is/are >> relevant. For example Class 5 QoS has unbounded upper bounds on Network >> performance parameter. Also NPO is defined UNI to UNI (end to end). I >> suggest adding a level of detail identifying the parameters and how the >> fixed values are to be applied relative to "meeting" or "not violating" NPO. > > Please see comments above regarding use of the term NPO. dito on the response ;-) > > We wanted one term. Diffserv uses SLA, even though there may be no > agreement with an outside party. If we can't use SLS because it is > specific to one provider only, can't use NPO because in Y.154[01] it > applies only to UNI to UNI, then we need another term. > > This reminds me of the host and router vs ES and IS arguments back in > the 1990s and the issue of using the term subnet to mean what it meant > in IETF since the early 1980s, ignoring what ITU had defined it to > mean. Eventually we dumped the use of Logical IP Subnetwork (LIS) as > we had to do in RFC1577 and could just say "subnet" again. > > Perhaps the best course of action is s/NPO/performance objective/ and > then define performance objective without any reference to Y.1540 and > Y.1541, but perhaps referring to SLA as defined in RFC2475. Independent of the terminology conundrum, you still have to figure out how to provide requirements that are meaningful in designing new protocols/mechanisms. I know this is a very difficult point, but without do so, it's hard to see how any solution can be evaluated against a requirement. BTW I really like the (relative terms) approach taken by DR#6 and DR#7 as they avoid any of the complications inherent in a specific-value performance parameter approach (such as seen in Table 1 of Y.1541) > >> - It might be useful to somehow separate data plane requirements from >> control plane requirements (Management/OAM requirements are already >> separated.) > > Too many of the requirements involve both the control plane and the > data plane. Where we are talking solely about physical links and > local decisions can be made, then no control plane signaling is > required. For some requirements, extensions to signaling would be > required for the MPLS over MPLS case. > > A good example is path symetry. In the framework, it is pointed out > that the most general case of path symetry on a per client LSP basis > (FR#22 and FR#23) is close to infeasible where there are multiple > client/server layer relationships. FR#22 and FR#23 works for classic > link bundling where each component link takes a single component > bidirectional path, but would require a lot of extension to work for > MPLS over MPLS over MPLS ad nauseum. > > Whether the solution is done in the data plane or control plane or > using a little contribution from each is a matter for the framework > document. The requirement is simply that an objective be met. > okay. Accepted & point closed. >> Nits: >> >> I have a bunch of more nit level comments, but I suspect much will >> change if/when the above are addressed, so I'm going to defer the >> majority of them until the above issues are resolved. > > I would like one more response from you before making any changes to > the document. > I agree, it makes sense to resolve the higher level comments before jumping on changes (and then on to nits.) >> - It looks like you are referencing an old version of g.800. The >> current is G.800 (02/2012). Also the G.800 "Cases" are identified in the >> draft not in G.800. > > I'm in favor of removing reference to G.800 except as a point of > clarification to say that they also define Composite Link and do so > somewhat differently. > I think I go a step further in my comments above and say drop it all together (and let it be covered in the CL-defining use case draft). >> Lou > > There is a lot of discussion above, mostly around definitions and > assumptions about document scope. > > In summary: > > 1. Remove the phrase "business problems" as described above. > Please let me know if the OLD/NEW change on this is sufficient. > > 2. In section 2, change "The services supported include ..." to > "Services which may be supported over MPLS based Composite Links > include ...". > > 3. Resovle issue of defintion of NPO. > > 3a. My preference is s/NPO/performance objective/. Remove > definition of NPO. Replace with: > > Performance Objective: Numerical values for performance > measures, principally availability, latency, and delay > variation. Performance objectives may be related to Service > Level Agreements (SLA) as defined in RFC2475 or may be > strictly internal. Performance objectives may span links, > edge-to-edge, or end-to-end. Performance objectives may span > one provider or may span multiple providers. > > 3b. Alternate is use the paragraph clarifying that we don't > quite mean NPO as defined in Y.154[01]. I'd rather just > get rid of the term NPO. > > 4. Replace definitions for "Composite Link" and "Component Link" > with those from draft-ietf-mpls-multipath-use and include > "Multipath" and "Inverse Multiplexing", plus "Classic Multipath" > as suggested above. > > 5. State that "Composite Link is also defined in ITU G.800 but the > usage here specifically excludes inverse multiplexing and is > more similar to multipath but with extensions to support groups > of homogeneous or non-homogeneous links. Remove all other > references to G.800. > > 6. Resolve wording on abstract. Please be more specific about your > objections to this text. > > 7. There is no change to document scope. Please indicate why you > think the document scope is not stated correctly. > > 8. Don't try to separate data plane vs control plane. In too many > cases that is more applicable to solution space than it is to > requirements. > > Please at least comment on only the summary before I make changes. > I think I responded to all the detail points. Let me know if I missed anything. Thanks again for the detailed response. Lou > Curtis > > > > From acee.lindem@ericsson.com Tue Jun 25 09:54:01 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 8F3AC11E810F for ; Tue, 25 Jun 2013 09:54:01 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0 X-Spam-Level: X-Spam-Status: No, score=0 tagged_above=-999 required=5 tests=[none] 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 3zWhVZAeExJ0 for ; Tue, 25 Jun 2013 09:53:56 -0700 (PDT) Received: from usevmg21.ericsson.net (usevmg21.ericsson.net [198.24.6.65]) by ietfa.amsl.com (Postfix) with ESMTP id 0500B11E8118 for ; Tue, 25 Jun 2013 09:53:52 -0700 (PDT) X-AuditID: c6180641-b7fba6d000003daf-e9-51c9cb1fd35c Received: from EUSAAHC008.ericsson.se (Unknown_Domain [147.117.188.96]) by usevmg21.ericsson.net (Symantec Mail Security) with SMTP id 75.06.15791.F1BC9C15; Tue, 25 Jun 2013 18:53:52 +0200 (CEST) Received: from EUSAAMB101.ericsson.se ([147.117.188.118]) by EUSAAHC008.ericsson.se ([147.117.188.96]) with mapi id 14.02.0328.009; Tue, 25 Jun 2013 12:53:51 -0400 From: Acee Lindem To: "stbryant@cisco.com" , "draft-ietf-rtgwg-remote-lfa@tools.ietf.org" , "rtgwg-chairs@tools.ietf.org" , "rtgwg@ietf.org" Subject: Re: draft-ietf-rtgwg-remote-lfa - ready for WGLC? Thread-Topic: draft-ietf-rtgwg-remote-lfa - ready for WGLC? Thread-Index: AQHObb5osZ/fVB2woEyS5O9N9ytrt5lGe6sA Date: Tue, 25 Jun 2013 16:53:50 +0000 Message-ID: <94A203EA12AECE4BA92D42DBFFE0AE47189620@eusaamb101.ericsson.se> In-Reply-To: <51C30AB1.60202@cisco.com> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: user-agent: Microsoft-MacOutlook/14.2.5.121010 x-originating-ip: [147.117.188.134] Content-Type: text/plain; charset="us-ascii" Content-ID: Content-Transfer-Encoding: quoted-printable MIME-Version: 1.0 X-Brightmail-Tracker: H4sIAAAAAAAAA+NgFnrOLMWRmVeSWpSXmKPExsUyuXRPgq7C6ZOBBsc3M1ksX3CD0eLmwZlM Fhfe/Ga2OPd0DqMDi8eU3xtZPZYs+cnk8eXyZ7YA5igum5TUnMyy1CJ9uwSujCNffzMWPFaq WP14G3MD40SZLkZODgkBE4mbR5cyQthiEhfurWcDsYUEjjJKPF9u2sXIBWQvZ5Q4uuonWIJN QEfi+aN/zCAJEYF3jBJPu2czgySEBawk7v3uBZskImAtsahtLlADB5BtJPF2qi5ImEVAVaK7 axULSJhXwFuiYW4ESJhTQF1i7/v9YJ2MQDd8P7WGCcRmFhCXuPVkPhPEbQISS/acZ4awRSVe Pv7HCmKLCuhJtB07ww4RV5ZY8mQ/C0SvjsSC3Z/YIGxriYY3E1khbG2JZQtfg83hFRCUODnz CcsERrFZSNbNQtI+C0n7LCTts5C0L2BkXcXIUVqcWpabbmS4iREYWcck2Bx3MC74ZHmIUZqD RUmc9/2pXYFCAumJJanZqakFqUXxRaU5qcWHGJk4OKUaGDMP9uWuVSsS+pr+1fBbfIS+suyC o/Jv+249WZ550f7Y2jthz47le9X6BX84HPXsVJfq1+l3goo6vHL1GIt/rNlV8Dq6tpnx15Pu 6qM3/f7Of3q49+YjtidWDfMrUvLPFcTaHMqbltiz+WiYYICSk/jL3BcWnhWPlWeeffNT7HiT 1+J9m106o5VYijMSDbWYi4oTAR2hn9l6AgAA X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Tue, 25 Jun 2013 16:54:01 -0000 Hi Stewart,=20 See inline.=20 On 6/20/13 6:59 AM, "Stewart Bryant" wrote: >I write this email as duty editor of draft-ietf-rtgwg-remote-lfa > >I recently updated this draft and think that it is ready for WGLC. > >When the WG adopted the draft Alia made a number of comments which >I address below: > >AA> First, if the intent is to restrict this mechanism to ONLY link >AA> protection, that belongs at a minimum prominently in the abstract and >AA> introduction. It is currently first mentioned only in Section 3. > >This has been addressed. > >AA> Second, the algorithm description Sec 4.2.1 and Sec 4.2.2 needs >AA> significant expansion into a more formal algorithm description, such >AA> as is in the LFA spec, RFC 5286. A brief description of the >AA> computational complexity would be useful, but the critical part is >AA> having it specified clearly. > >Mike and I have included some cost metric explanations which I think >is adequate for ensuring the expected behavior. I am not convinced >that the level of formalism in RFC5286 is required. The requirement >is that an implementation will function correctly, neither breaking >the network, nor surprising the operator. I have to say that I agree with Alia here. I've read the document several times and what you have in sections 4.2.1-4.2.3 is a heuristic for determining a single remote LFA for a specific failure (S-E failure in figure 1) rather than any kind of general case algorithm. Thanks, Acee=20 > > >AA> Third, in Sec 4.2.3, there is no preferred or even specified method >AA> for selecting among the different PQ options that might be available. >AA> Such a method should be specified; as the draft says, there is an >AA> advantage from the network management perspective to consistency. It >AA> is also required to have agreement on the output of analysis to >AA> compare/contrast methods. > >We have added some text > >AA> Fourth, one issue described in RFC 5286 is what happens when a worse >AA> failure occurs than the LFA was computed to handle - i.e. if a node >AA> failure happens instead of a link failure. In that case, traffic >AA> looping can occur. With Remote LFA, I believe that the same issue can >AA> exist - but made even worse because there is no effort to look for >AA> node-protecting Remote LFAs. This concern needs some description in >AA> the draft. Additionally, the equivalent of the Downstream Paths >AA> condition should be specified, if possible, that allows such traffic >AA> looping to be avoided. Finally, since the argument for Remote LFA is >AA> the improved coverage over LFAs, I would like to see the coverage >AA> analysis based on simulation to show the coverage when the Downstream >AA> Paths equivalent requirement is met vs. when it is relaxed (as >AA> currently in the draft). > >We added some test to section 6 to cover the worse than expected case. > >AA> Fifth, for a better understanding of realistic behavior, I would like >AA> to see the analysis extended to show the min, average, and max >AA> coverage for the 11 specified topologies after each single failure has >AA> occurred in the topology. (Of course, the computation should >AA> recognize that protecting cut-links isn't feasible and not include >AA> those failures.) > >I don't think that this draft is the place to provide a greater analysis >of coverage. However I do think such a draft needs to be written. > >I understand that Mike has plans to publish a draft before Berlin >to address this. > >AA> While I recognize that link failures are significantly more common >AA> than node failures, I believe that fast-reroute techniques should be >AA> able to cover node failures as well. Technically, I think that Remote >AA> LFA can, of course, be extended to provide node coverage - at the cost >AA> of computing a reverse-SPF from each next-next-hop of the computing >AA> router. > >There are drafts covering the node case that are being proposed >by members of the WG. > >AA> As I said early, at a minimum, the abstract and introduction >AA> need to clearly specify that Remote LFA only provides link protection >AA> and the traffic looping concerns need to be addressed. > >Done > >- Stewart > >_______________________________________________ >rtgwg mailing list >rtgwg@ietf.org >https://www.ietf.org/mailman/listinfo/rtgwg From csikor@tmit.bme.hu Wed Jun 26 06:14:44 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 1642C21F9F44 for ; Wed, 26 Jun 2013 06:14:44 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0.597 X-Spam-Level: X-Spam-Status: No, score=0.597 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HELO_EQ_HU=1.35, HOST_EQ_HU=1.245, HTML_MESSAGE=0.001, J_CHICKENPOX_41=0.6] 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 OAvwLBIOyla6 for ; Wed, 26 Jun 2013 06:14:39 -0700 (PDT) Received: from ruby.tmit.bme.hu (ruby.tmit.bme.hu [152.66.245.193]) by ietfa.amsl.com (Postfix) with ESMTP id 6159221E80D7 for ; Wed, 26 Jun 2013 06:14:37 -0700 (PDT) Received: from localhost (localhost.localdomain [127.0.0.1]) by ruby.tmit.bme.hu (Postfix) with ESMTP id BE35987365; Wed, 26 Jun 2013 15:14:29 +0200 (CEST) X-Virus-Scanned: Debian amavisd-new at tmit.bme.hu Received: from ruby.tmit.bme.hu ([127.0.0.1]) by localhost (ruby.tmit.bme.hu [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id PXqrXXya9W-5; Wed, 26 Jun 2013 15:13:53 +0200 (CEST) Received: from anyo.tmit.bme.hu (anyo.tmit.bme.hu [152.66.246.7]) by ruby.tmit.bme.hu (Postfix) with ESMTP id 98BCB87346; Wed, 26 Jun 2013 15:13:52 +0200 (CEST) Received: from [152.66.244.179] (csikor.tmit.bme.hu [152.66.244.179]) (authenticated bits=0) by anyo.tmit.bme.hu (8.14.3/8.14.3/Debian-5+lenny1) with ESMTP id r5QDE1k4015926 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=NOT); Wed, 26 Jun 2013 15:14:01 +0200 Message-ID: <51CAE915.4020304@tmit.bme.hu> Date: Wed, 26 Jun 2013 15:13:57 +0200 From: Levente Csikor User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:17.0) Gecko/20130620 Thunderbird/17.0.7 MIME-Version: 1.0 To: Acee Lindem Subject: Re: draft-ietf-rtgwg-remote-lfa - ready for WGLC? - some comments and questions References: <94A203EA12AECE4BA92D42DBFFE0AE47189620@eusaamb101.ericsson.se> In-Reply-To: <94A203EA12AECE4BA92D42DBFFE0AE47189620@eusaamb101.ericsson.se> Content-Type: multipart/alternative; boundary="------------010903010202000400070207" Cc: "draft-ietf-rtgwg-remote-lfa@tools.ietf.org" , "rtgwg@ietf.org" , "rtgwg-chairs@tools.ietf.org" , "stbryant@cisco.com" X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 26 Jun 2013 13:14:44 -0000 This is a multi-part message in MIME format. --------------010903010202000400070207 Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Dear All, we've been analyzing and dealing with Remote LFA (rLFA for short) more than 1 year ago. As a first approach, we analyzed only unit costs networks with single link failures, and our results are summarized in [1]. Furthermore, we extended our work with node failures, which can be found in [2]. Since, in the first version of the rLFA Draft, it was not clearly explained that whether the usage of extended P-space involves additional complexity or not, we divided our analyses into two cases. In the first case, /only P-space/ is available for finding possible PQ-nodes (link-protecting remote LFA), while in the second case, /extended P-space/ was also considered (extended link-protecting remote LFA). Since we found that /remote LFA with extended P-spaces provides 100% failure case coverage in all unit cost network against single link failures/, our separated analyses were also helpful. (However, we proved that if node protection is also considered, then unit cost networks are not fully protected.) As Alia commented recently on the algorithm description in Sec. 4.2.1 and Sec. 4.2.2. before, we also think that a more formal algorithm description is necessary, especially, when P-spaces and Q-space are defined with cost functions similarly as defined in LFA FRR. From a routing point of view, I think, it would be easier to understand and calculate these /spaces/ (P,ext.P,Q) if they were defined with distance functions. Fortunately, the authors of Remote LFA Draft do not have to resolve these issues on their own, since we already defined them in our relevant papers. In order to not to read our full papers and searching the answers, I copied here the relevant parts: *Link-protecting rLFA condition:* For source /s/, destination /d/, and next-hop /e/, some node /n/ /!= s,d/ is a link-protecting remote LFA for the /s-d/ pair if and only if /dist(s, n) < dist(s, e) + dist(e, n)/ (1) /dist(n, d) < dist(n, s) + dist(s, d)/ (2) In these equations, one can easily see, that (1) defines the P-space, while (2) is the condition of Q-space. Furthermore, with these formalized conditions, one can easily observe, that (2) is actually the basic loop-free criterion of pure LFA. *Link-protecting rLFA condition with extended P-space:* For source /s///, destination /d///, and next-hop /e///, some node /n != s,d/ is an extended link-protecting remote LFA for the /s-d/ pair if and only if /?v ? neigh(s) : dist(v, n) < dist(v, s) + dist(s, e) + dist(e, n)/// /dist(n, d) < dist(n, s) + dist(s, d) . / *Node-protecting rLFA condition:* For source /s///, destination /d///, and next-hop /e///, some /n != s,d/ is a node-protecting remote LFA for the /s-d/ pair if and only if /dist(s,n) < dist(s,e) + dist(e,n)/// (3) /dist(n,d) < dist(n,e) + dist(e,d) / (4) As it was in the case of link protection, here, (3) defines the P-space, while (4) characterize the Q-space. Here, two important observations can be made, which are the followings: - P-space does not depend on the protection scheme (i.e., link or node protection) - (4) again is the basic node-protecting loop-free criterion of pure LFA. *Node-protecting rLFA condition with extended P-space:* For source /s///, destination /d///, and next-hop /e///, some node /n != s,d/ is an extended node-protecting remote LFA for the /s-d/ pair if and only if /?v ? neigh(s) : dist(v, n) < dist(v, e) + dist(e, n)/ /dist(n, d) < dist(n, e) + dist(e, d) ./ Despite the fact that we only considered unit cost networks, the formal definitions above are *true for any arbitrary weighted network.* I have to emphasize and thank the authors that in the second version of the rLFA draft, it became more clear how MPLS LDP label stack can provide the necessary "tunneling" for reaching remote LFA staging points, which answered me a lot of questions. However, there is something in which I still not sure. As far as I know(, from the draft), reaching PQ-nodes in MPLS/LDP enabled network, two labels are necessary for the source node to avoid the failed component. An outer label, which is the label of S's neighbor for sending traffic to the PQ-node, while the inner label is the PQ node's label for reaching the destination. However, in this MPLS/LDP point of view, is there any difference between the label stacks used to reach a PQ-node in the case of simple P-space or extended P-space, or the are the same? On the other hand, according to the MPLS LDP specification (RFC 5036), the targeted LDP capability may be disabled at the routers, which indicates that the simple label stacks cannot be always used to destine packets to a PQ-node, therefore IP tunneling (e.g., IP-in-IP, GRE) should be used to reach the same end. Is it an issue nowadays, or these are already addressed? Additionally, for Sec. 9.3., we also have measured coverages of rLFA in real-world topologies inferred from Rocketfuel dataset, SNDLib and Topology-zoo, and we compared them to pure LFA coverages as well. These results can be found in our papers, which may be used in this draft. We think that our results could be a crystallization for some aspects of remote LFA and may be used in the draft. We also believe that the above mentioned more formal descriptions of P- and Q-spaces and their connectivities to pure LFA can definitely ease the understanding of how remote LFA works, especially for those who has experience in simple LFA. If you decide to use our results, please mention our works somehow in the document (e.g., references, acknowledgements) Best regards, Levente Csikor Ph.D. Student MTA-BME Future Internet Research Group High Speed Networks Laboratory Dept. of Telecommunications and Media Informatics Budapest University of Technology and Economics, Hungary. [1] L. Csikor, G. Retvari, "IP Fast Reroute with Remote Loop-Free Alternates: the Unit Link Cost Case", In: Proceeding of RNDM 2012 4th International Workshop on Reliable Networks Design and Modeling, pp:16-22. 2012. [2] L. Csikor, G. Retvari, "On Providing Fast Protection with Remote Loop-Free Alternates: Analyzing and Optimizing Unit Cost Networks", submitted to Telecommunications Systems Journal, 2012. P.S.: I already tried to contact one of the authors directly (by email), but no answers were received. That's why I send this message to the list. I have never post any message to these mailing lists and I hope I did not spamming it. On 06/25/2013 06:53 PM, Acee Lindem wrote: > Hi Stewart, > > See inline. > > On 6/20/13 6:59 AM, "Stewart Bryant" wrote: > >> I write this email as duty editor of draft-ietf-rtgwg-remote-lfa >> >> I recently updated this draft and think that it is ready for WGLC. >> >> When the WG adopted the draft Alia made a number of comments which >> I address below: >> >> AA> First, if the intent is to restrict this mechanism to ONLY link >> AA> protection, that belongs at a minimum prominently in the abstract and >> AA> introduction. It is currently first mentioned only in Section 3. >> >> This has been addressed. >> >> AA> Second, the algorithm description Sec 4.2.1 and Sec 4.2.2 needs >> AA> significant expansion into a more formal algorithm description, such >> AA> as is in the LFA spec, RFC 5286. A brief description of the >> AA> computational complexity would be useful, but the critical part is >> AA> having it specified clearly. >> >> Mike and I have included some cost metric explanations which I think >> is adequate for ensuring the expected behavior. I am not convinced >> that the level of formalism in RFC5286 is required. The requirement >> is that an implementation will function correctly, neither breaking >> the network, nor surprising the operator. > I have to say that I agree with Alia here. I've read the document several > times and what you have in sections 4.2.1-4.2.3 is a heuristic for > determining a single remote LFA for a specific failure (S-E failure in > figure 1) rather than any kind of general case algorithm. > > Thanks, > Acee > > > >> >> AA> Third, in Sec 4.2.3, there is no preferred or even specified method >> AA> for selecting among the different PQ options that might be available. >> AA> Such a method should be specified; as the draft says, there is an >> AA> advantage from the network management perspective to consistency. It >> AA> is also required to have agreement on the output of analysis to >> AA> compare/contrast methods. >> >> We have added some text >> >> AA> Fourth, one issue described in RFC 5286 is what happens when a worse >> AA> failure occurs than the LFA was computed to handle - i.e. if a node >> AA> failure happens instead of a link failure. In that case, traffic >> AA> looping can occur. With Remote LFA, I believe that the same issue can >> AA> exist - but made even worse because there is no effort to look for >> AA> node-protecting Remote LFAs. This concern needs some description in >> AA> the draft. Additionally, the equivalent of the Downstream Paths >> AA> condition should be specified, if possible, that allows such traffic >> AA> looping to be avoided. Finally, since the argument for Remote LFA is >> AA> the improved coverage over LFAs, I would like to see the coverage >> AA> analysis based on simulation to show the coverage when the Downstream >> AA> Paths equivalent requirement is met vs. when it is relaxed (as >> AA> currently in the draft). >> >> We added some test to section 6 to cover the worse than expected case. >> >> AA> Fifth, for a better understanding of realistic behavior, I would like >> AA> to see the analysis extended to show the min, average, and max >> AA> coverage for the 11 specified topologies after each single failure has >> AA> occurred in the topology. (Of course, the computation should >> AA> recognize that protecting cut-links isn't feasible and not include >> AA> those failures.) >> >> I don't think that this draft is the place to provide a greater analysis >> of coverage. However I do think such a draft needs to be written. >> >> I understand that Mike has plans to publish a draft before Berlin >> to address this. >> >> AA> While I recognize that link failures are significantly more common >> AA> than node failures, I believe that fast-reroute techniques should be >> AA> able to cover node failures as well. Technically, I think that Remote >> AA> LFA can, of course, be extended to provide node coverage - at the cost >> AA> of computing a reverse-SPF from each next-next-hop of the computing >> AA> router. >> >> There are drafts covering the node case that are being proposed >> by members of the WG. >> >> AA> As I said early, at a minimum, the abstract and introduction >> AA> need to clearly specify that Remote LFA only provides link protection >> AA> and the traffic looping concerns need to be addressed. >> >> Done >> >> - Stewart >> >> _______________________________________________ >> rtgwg mailing list >> rtgwg@ietf.org >> https://www.ietf.org/mailman/listinfo/rtgwg > _______________________________________________ > rtgwg mailing list > rtgwg@ietf.org > https://www.ietf.org/mailman/listinfo/rtgwg --------------010903010202000400070207 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Dear All,
we've been analyzing and dealing with Remote LFA (rLFA for short) more than 1 year ago. As a first approach, we analyzed only unit costs networks with single link failures, and our results are summarized in [1]. Furthermore, we extended our work with node failures, which can be found in [2]. Since, in the first version of the rLFA Draft, it was not clearly explained that whether the usage of extended P-space involves additional complexity or not, we divided our analyses into two cases. In the first case, only P-space is available for finding possible PQ-nodes (link-protecting remote LFA), while in the second case, extended P-space was also considered (extended link-protecting remote LFA). Since we found that remote LFA with extended P-spaces provides 100% failure case coverage in all unit cost network against single link failures, our separated analyses were also helpful. (However, we proved that if node protection is also considered, then unit cost networks are not fully protected.)

As Alia commented recently on the algorithm description in Sec. 4.2.1 and Sec. 4.2.2. before, we also think that  a more formal algorithm description is necessary, especially, when P-spaces and Q-space are defined with cost functions similarly as defined in LFA FRR. From a routing point of view, I think, it would be easier to understand and calculate these spaces (P,ext.P,Q) if they were defined with distance functions.

Fortunately, the authors of Remote LFA Draft do not have to resolve these issues on their own, since we already defined them in our relevant papers.
In order to not to read our full papers and searching the answers, I copied here the relevant parts:
Link-protecting rLFA condition:
For source s, destination d, and next-hop e, some node n != s,d is a link-protecting remote LFA for the s-d pair  if and only if
  dist(s, n) < dist(s, e) + dist(e, n)  (1)
  dist(n, d) < dist(n, s) + dist(s, d)  (2)
In these equations, one can easily see, that (1) defines the P-space, while (2) is the condition of Q-space. Furthermore, with these formalized conditions, one can easily observe, that (2) is actually the basic loop-free criterion of pure LFA.

Link-protecting rLFA condition with extended P-space:
For source s, destination d, and next-hop e, some node n != s,d is an extended link-protecting remote LFA for the s-d pair if and only if
∃v ∈ neigh(s) : dist(v, n) < dist(v, s) + dist(s, e) + dist(e, n)    
dist(n, d) < dist(n, s) + dist(s, d) .                                             

Node-protecting rLFA condition:
For source s, destination d, and next-hop e, some n != s,d is a node-protecting remote LFA for the s-d pair if and only if
dist(s,n) < dist(s,e) + dist(e,n)      (3)
dist(n,d) < dist(n,e) + dist(e,d)     (4)
As it was in the case of link protection, here, (3) defines the P-space, while (4) characterize the Q-space.
Here, two important observations can be made, which are the followings:
 - P-space does not depend on the protection scheme (i.e., link or node protection)
 - (4) again is the basic node-protecting loop-free criterion of pure LFA.

Node-protecting rLFA condition with extended P-space:
For source s, destination d, and next-hop e, some node n != s,d is an extended node-protecting remote LFA for the s-d pair if and only if
∃v ∈ neigh(s) : dist(v, n) < dist(v, e) + dist(e, n)
dist(n, d) < dist(n, e) + dist(e, d) .

Despite the fact that we only considered unit cost networks, the formal definitions above are true for any arbitrary weighted network.


I have to emphasize and thank the authors that in the second version of the rLFA draft, it became more clear how MPLS LDP label stack can provide the necessary "tunneling" for reaching remote LFA staging points, which answered me a lot of questions.
However, there is something in which I still not sure. As far as I know(, from the draft), reaching PQ-nodes in MPLS/LDP enabled network, two labels are necessary for the source node to avoid the failed component. An outer label, which is the label of S's neighbor for sending traffic to the PQ-node, while the inner label is the PQ node's label for reaching the destination. However, in this MPLS/LDP point of view, is there any difference between the label stacks used to reach a PQ-node in the case of simple P-space or extended P-space, or the are the same?


On the other hand, according to the MPLS LDP specification (RFC 5036), the targeted LDP capability may be disabled at the routers, which indicates that the simple label stacks cannot be always used to destine packets to a PQ-node, therefore IP tunneling (e.g., IP-in-IP, GRE) should be used to reach the same end. Is it an issue nowadays, or these are already addressed?


Additionally, for Sec. 9.3., we also have measured coverages of rLFA in real-world topologies inferred from Rocketfuel dataset, SNDLib and Topology-zoo, and we compared them to pure LFA coverages as well. These results can be found in our papers, which may be used in this draft.




We think that our results could be a crystallization for some aspects of remote LFA and may be used in the draft.
We also believe that the above mentioned more formal descriptions of P- and Q-spaces and their connectivities to pure LFA can definitely ease the understanding of how remote LFA works, especially for those who has experience in simple LFA.

If you decide to use our results, please mention our works somehow in the document (e.g., references, acknowledgements)


Best regards,
Levente Csikor
Ph.D. Student
MTA-BME Future Internet Research Group
High Speed Networks Laboratory
Dept. of Telecommunications and Media Informatics
Budapest University of Technology and Economics,
Hungary.


[1] L. Csikor, G. Retvari, "IP Fast Reroute with Remote Loop-Free Alternates: the Unit Link Cost Case", In: Proceeding of RNDM 2012 4th International Workshop on Reliable Networks Design and Modeling, pp:16-22. 2012.
[2] L. Csikor, G. Retvari, "On Providing Fast Protection with Remote Loop-Free Alternates: Analyzing and Optimizing Unit Cost Networks", submitted to Telecommunications Systems Journal, 2012.


P.S.: I already tried to contact one of the authors directly (by email), but no answers were received. That's why I send this message to the list. I have never post any message to these mailing lists and I hope I did not spamming it.


On 06/25/2013 06:53 PM, Acee Lindem wrote:
Hi Stewart, 

See inline. 

On 6/20/13 6:59 AM, "Stewart Bryant" <stbryant@cisco.com> wrote:


I write this email as duty editor of draft-ietf-rtgwg-remote-lfa

I recently updated this draft and think that it is ready for WGLC.

When the WG adopted the draft Alia made a number of comments which
I address below:

AA> First, if the intent is to restrict this mechanism to ONLY link
AA> protection, that belongs at a minimum prominently in the abstract and
AA> introduction.  It is currently first mentioned only in Section 3.

This has been addressed.

AA> Second, the algorithm description Sec 4.2.1 and Sec 4.2.2 needs
AA> significant expansion into a more formal algorithm description, such
AA> as is in the LFA spec, RFC 5286.  A brief description of the
AA> computational complexity would be useful, but the critical part is
AA> having it specified clearly.

Mike and I have included some cost metric explanations which I think
is adequate for ensuring the expected behavior. I am not convinced
that the level of formalism in RFC5286 is required. The requirement
is that an implementation will function correctly, neither breaking
the network, nor surprising the operator.

I have to say that I agree with Alia here. I've read the document several
times and what you have in sections 4.2.1-4.2.3 is a heuristic for
determining a single remote LFA for a specific failure (S-E failure in
figure 1) rather than any kind of general case algorithm.

Thanks,
Acee 





AA> Third, in Sec 4.2.3, there is no preferred or even specified method
AA> for selecting among the different PQ options that might be available.
AA> Such a method should be specified; as the draft says, there is an
AA> advantage from the network management perspective to consistency.   It
AA> is also required to have agreement on the output of analysis to
AA> compare/contrast methods.

We have added some text

AA> Fourth, one issue described in RFC 5286 is what happens when a worse
AA> failure occurs than the LFA was computed to handle - i.e. if a node
AA> failure happens instead of a link failure.  In that case, traffic
AA> looping can occur.  With Remote LFA, I believe that the same issue can
AA> exist - but made even worse because there is no effort to look for
AA> node-protecting Remote LFAs.   This concern needs some description in
AA> the draft.  Additionally, the equivalent of the Downstream Paths
AA> condition should be specified, if possible, that allows such traffic
AA> looping to be avoided.  Finally, since the argument for Remote LFA is
AA> the improved coverage over LFAs, I would like to see the coverage
AA> analysis based on simulation to show the coverage when the Downstream
AA> Paths equivalent requirement is met vs. when it is relaxed (as
AA> currently in the draft).

We added some test to section 6 to cover the worse than expected case.

AA> Fifth, for a better understanding of realistic behavior, I would like
AA> to see the analysis extended to show the min, average, and max
AA> coverage for the 11 specified topologies after each single failure has
AA> occurred in the topology.  (Of course, the computation should
AA> recognize that protecting cut-links isn't feasible and not include
AA> those failures.)

I don't think that this draft is the place to provide a greater analysis
of coverage. However I do think such a draft needs to be written.

I understand that Mike has plans to publish a draft before Berlin
to address this.

AA> While I recognize that link failures are significantly more common
AA> than node failures, I believe that fast-reroute techniques should be
AA> able to cover node failures as well.  Technically, I think that Remote
AA> LFA can, of course, be extended to provide node coverage - at the cost
AA> of computing a reverse-SPF from each next-next-hop of the computing
AA> router.

There are drafts covering the node case that are being proposed
by members of the WG.

AA> As I said early, at a minimum, the abstract and introduction
AA> need to clearly specify that Remote LFA only provides link protection
AA> and the traffic looping concerns need to be addressed.

Done

- Stewart

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

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

--------------010903010202000400070207-- From akatlas@gmail.com Wed Jun 26 07:15:04 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 609F021E8085 for ; Wed, 26 Jun 2013 07:15:04 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -2.449 X-Spam-Level: X-Spam-Status: No, score=-2.449 tagged_above=-999 required=5 tests=[AWL=0.150, BAYES_00=-2.599, 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 j9wwvgxm1M3X for ; Wed, 26 Jun 2013 07:15:04 -0700 (PDT) Received: from mail-ie0-x230.google.com (mail-ie0-x230.google.com [IPv6:2607:f8b0:4001:c03::230]) by ietfa.amsl.com (Postfix) with ESMTP id DC27921E8082 for ; Wed, 26 Jun 2013 07:15:03 -0700 (PDT) Received: by mail-ie0-f176.google.com with SMTP id ar20so29879525iec.7 for ; Wed, 26 Jun 2013 07:15:03 -0700 (PDT) DKIM-Signature: v=1; a=rsa-sha256; c=relaxed/relaxed; d=gmail.com; s=20120113; h=mime-version:in-reply-to:references:date:message-id:subject:from:to :cc:content-type; bh=QcmhrrKb9JMPV/3SOeeF5+Cg+a4r3uqFvMDLYSZlrmg=; b=I85IGMPjYJkTIRAcSftRCIArqc4YMMqI13p7QjWxEi1m7c07ZlB2IVIoAQpaPb/8Sl W/9XhyoTD3IhIM6C82Uim2XQq1fMQxuhCXNAlHwREqjSk4/vnOeBzpU+baFP0JZscWff zj5+2EWjpjdW5rUQtn3ST6b5cQEgtlJjPSqQU61A1GmZll8fCv5oqu1Q9PHOAvtztN41 /qEkWQVLyPMrl8DPNTvrdsTY5n0VW5gND7Mxv/idifFG2TEqapbhv77w/QNJ5l66lvqF gT1RGBUWJXNrmPclnLd9UVqP6uurWSEEs0UAyRdP9aceiNNVr6zqfxf/UC5RS6eisxiL L+cw== MIME-Version: 1.0 X-Received: by 10.43.129.1 with SMTP id hg1mr1339141icc.11.1372256103446; Wed, 26 Jun 2013 07:15:03 -0700 (PDT) Received: by 10.64.47.168 with HTTP; Wed, 26 Jun 2013 07:15:03 -0700 (PDT) In-Reply-To: <51CAE915.4020304@tmit.bme.hu> References: <94A203EA12AECE4BA92D42DBFFE0AE47189620@eusaamb101.ericsson.se> <51CAE915.4020304@tmit.bme.hu> Date: Wed, 26 Jun 2013 10:15:03 -0400 Message-ID: Subject: Re: draft-ietf-rtgwg-remote-lfa - ready for WGLC? - some comments and questions From: Alia Atlas To: Levente Csikor Content-Type: multipart/alternative; boundary=001a11c236c096417804e00f4533 Cc: "draft-ietf-rtgwg-remote-lfa@tools.ietf.org" , "rtgwg-chairs@tools.ietf.org" , "stbryant@cisco.com" , "rtgwg@ietf.org" X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 26 Jun 2013 14:15:04 -0000 --001a11c236c096417804e00f4533 Content-Type: text/plain; charset=ISO-8859-1 Hi Levente, Welcome! Your email is certainly on-topic and generally appropriate. I think it also serves as a useful reminder that many who read our drafts benefit from clearly specified conditions and algorithms. Alia (WG chair hat on) On Wed, Jun 26, 2013 at 9:13 AM, Levente Csikor wrote: > > P.S.: I already tried to contact one of the authors directly (by email), > but no answers were received. That's why I send this message to the list. I > have never post any message to these mailing lists and I hope I did not > spamming it. > --001a11c236c096417804e00f4533 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: quoted-printable
Hi Levente,

Welcome! =A0Your email is c= ertainly on-topic and generally appropriate.
I think it also serv= es as a useful reminder that many who read our drafts benefit from
clearly specified conditions and algorithms.

Alia = (WG chair hat on)


On Wed, Jun 26, 2013 at 9:13 AM, Levente Csikor &= lt;csikor@tmit.bme.= hu> wrote:
=20 =20 =20

P.S.: I already tried to contact one of the authors directly (by email), but no answers were received. That's why I send this messag= e to the list. I have never post any message to these mailing lists and I hope I did not spamming it.
--001a11c236c096417804e00f4533-- From acee.lindem@ericsson.com Wed Jun 26 09:19:44 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 5DFDE11E8116 for ; Wed, 26 Jun 2013 09:19:44 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -1.649 X-Spam-Level: X-Spam-Status: No, score=-1.649 tagged_above=-999 required=5 tests=[AWL=0.349, BAYES_00=-2.599, HTML_MESSAGE=0.001, J_CHICKENPOX_41=0.6] 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 8OFKI8IwAOlS for ; Wed, 26 Jun 2013 09:19:39 -0700 (PDT) Received: from usevmg20.ericsson.net (usevmg20.ericsson.net [198.24.6.45]) by ietfa.amsl.com (Postfix) with ESMTP id AA93721E80AB for ; Wed, 26 Jun 2013 09:19:38 -0700 (PDT) X-AuditID: c618062d-b7ef96d000003a6d-f6-51cb1497441b Received: from EUSAAHC002.ericsson.se (Unknown_Domain [147.117.188.78]) by usevmg20.ericsson.net (Symantec Mail Security) with SMTP id 37.C4.14957.7941BC15; Wed, 26 Jun 2013 18:19:36 +0200 (CEST) Received: from EUSAAMB101.ericsson.se ([147.117.188.118]) by EUSAAHC002.ericsson.se ([147.117.188.78]) with mapi id 14.02.0328.009; Wed, 26 Jun 2013 12:19:35 -0400 From: Acee Lindem To: Levente Csikor Subject: Re: draft-ietf-rtgwg-remote-lfa - ready for WGLC? - some comments and questions Thread-Topic: draft-ietf-rtgwg-remote-lfa - ready for WGLC? - some comments and questions Thread-Index: AQHOcm8odJq7GupDZU2uVFj2jbGqZ5lIcBMA Date: Wed, 26 Jun 2013 16:19:35 +0000 Message-ID: <94A203EA12AECE4BA92D42DBFFE0AE4718AF34@eusaamb101.ericsson.se> References: <94A203EA12AECE4BA92D42DBFFE0AE47189620@eusaamb101.ericsson.se> <51CAE915.4020304@tmit.bme.hu> In-Reply-To: <51CAE915.4020304@tmit.bme.hu> Accept-Language: en-US Content-Language: en-US X-MS-Has-Attach: X-MS-TNEF-Correlator: x-originating-ip: [147.117.188.134] Content-Type: 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AgQFAH8ry1GQ/khR/2dsb2JhbABbgwkxiSy2GoEDFnSCIwEBAQMBAQEBF1QKAQULCxgJFgEOCQMCAQIBFTAGDQEFAgEBiAQGDLoAjX4LgSAiB4NjA5Nzg1KRRYMSgXA X-IronPort-AV: E=Sophos;i="4.87,945,1363132800"; d="scan'208,217";a="83665180" Received: from ams-core-1.cisco.com ([144.254.72.81]) by ams-iport-2.cisco.com with ESMTP; 26 Jun 2013 18:01:07 +0000 Received: from cisco.com (mrwint.cisco.com [64.103.70.36]) by ams-core-1.cisco.com (8.14.5/8.14.5) with ESMTP id r5QI15Yd009905 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=NO); Wed, 26 Jun 2013 18:01:05 GMT Received: from [IPv6:::1] (localhost [127.0.0.1]) by cisco.com (8.14.4+Sun/8.8.8) with ESMTP id r5QI14q3017295; Wed, 26 Jun 2013 19:01:05 +0100 (BST) Message-ID: <51CB2C60.7010405@cisco.com> Date: Wed, 26 Jun 2013 19:01:04 +0100 From: Stewart Bryant User-Agent: Mozilla/5.0 (Macintosh; Intel Mac OS X 10.8; rv:17.0) Gecko/20130509 Thunderbird/17.0.6 MIME-Version: 1.0 To: Levente Csikor Subject: Re: draft-ietf-rtgwg-remote-lfa - ready for WGLC? - some comments and questions References: <94A203EA12AECE4BA92D42DBFFE0AE47189620@eusaamb101.ericsson.se> <51CAE915.4020304@tmit.bme.hu> In-Reply-To: <51CAE915.4020304@tmit.bme.hu> Content-Type: multipart/alternative; boundary="------------060202040502030103080508" Cc: "draft-ietf-rtgwg-remote-lfa@tools.ietf.org" , "rtgwg-chairs@tools.ietf.org" , "rtgwg@ietf.org" X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list Reply-To: stbryant@cisco.com List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Wed, 26 Jun 2013 18:01:22 -0000 This is a multi-part message in MIME format. --------------060202040502030103080508 Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit On 26/06/2013 14:13, Levente Csikor wrote: > Dear All, > we've been analyzing and dealing with Remote LFA (rLFA for short) more > than 1 year ago. As a first approach, we analyzed only unit costs > networks with single link failures, and our results are summarized in > [1]. Furthermore, we extended our work with node failures, which can > be found in [2]. Since, in the first version of the rLFA Draft, it was > not clearly explained that whether the usage of extended P-space > involves additional complexity or not, we divided our analyses into > two cases. In the first case, /only P-space/ is available for finding > possible PQ-nodes (link-protecting remote LFA), while in the second > case, /extended P-space/ was also considered (extended link-protecting > remote LFA). Since we found that /remote LFA with extended P-spaces > provides 100% failure case coverage in all unit cost network against > single link failures/, our separated analyses were also helpful. > (However, we proved that if node protection is also considered, then > unit cost networks are not fully protected.) Yes, I think that this was all in the earlier draft (draft-bryant-ipfrr-tunnels), or at least I assumed it was, we certainly thought about it a lot at the time. The real difficulty in the original case with nodes occurred because of an effect that we called interference. Now that we have the SR approaches, the best way forward seems to attempt a directed forward rlfa and if that does not work then use SR to get round the node or the high cost link. > > As Alia commented recently on the algorithm description in Sec. 4.2.1 > and Sec. 4.2.2. before, we also think that a more formal algorithm > description is necessary, especially, when P-spaces and Q-space are > defined with cost functions similarly as defined in LFA FRR. From a > routing point of view, I think, it would be easier to understand and > calculate these /spaces/ (P,ext.P,Q) if they were defined with > distance functions. I think the issue is that we think about the problem in rather different ways. I never think about this in terms of costs but rather in terms of the two abstract spaces (P and Q) which pop out of a a pair of black box SPF calculation which we explain in the draft. So whilst what you say below is true and is one way of doing the calculation, it is not the only way to do it, and the method of doing the calculation is surely up to the implementer since there are no interoperability issues. The loop free property of any path in P and in Q space is intrinsic to their definition. Let me work though the math below with the other authors and see what we come up with. > > Fortunately, the authors of Remote LFA Draft do not have to resolve > these issues on their own, since we already defined them in our > relevant papers. > In order to not to read our full papers and searching the answers, I > copied here the relevant parts: > *Link-protecting rLFA condition:* > For source /s/, destination /d/, and next-hop /e/, some node /n/ /!= > s,d/ is a link-protecting remote LFA for the /s-d/ pair if and only if > /dist(s, n) < dist(s, e) + dist(e, n)/ (1) > /dist(n, d) < dist(n, s) + dist(s, d)/ (2) > In these equations, one can easily see, that (1) defines the P-space, > while (2) is the condition of Q-space. Furthermore, with these > formalized conditions, one can easily observe, that (2) is actually > the basic loop-free criterion of pure LFA. > > *Link-protecting rLFA condition with extended P-space:* > For source /s/, destination /d/, and next-hop /e/, some node /n != > s,d/ is an extended link-protecting remote LFA for the /s-d/ pair if > and only if > /?v ? neigh(s) : dist(v, n) < dist(v, s) + dist(s, e) + dist(e, n)/// > /dist(n, d) < dist(n, s) + dist(s, d) . / > > *Node-protecting rLFA condition:* > For source /s/, destination /d/, and next-hop /e/, some /n != s,d/ is > a node-protecting remote LFA for the /s-d/ pair if and only if > /dist(s,n) < dist(s,e) + dist(e,n)/// (3) > /dist(n,d) < dist(n,e) + dist(e,d) / (4) > As it was in the case of link protection, here, (3) defines the > P-space, while (4) characterize the Q-space. > Here, two important observations can be made, which are the followings: > - P-space does not depend on the protection scheme (i.e., link or > node protection) > - (4) again is the basic node-protecting loop-free criterion of pure LFA. > > *Node-protecting rLFA condition with extended P-space:* > For source /s/, destination /d/, and next-hop /e/, some node /n != > s,d/ is an extended node-protecting remote LFA for the /s-d/ pair if > and only if > /?v ? neigh(s) : dist(v, n) < dist(v, e) + dist(e, n)/ > /dist(n, d) < dist(n, e) + dist(e, d) ./ > > Despite the fact that we only considered unit cost networks, the > formal definitions above are *true for any arbitrary weighted network.* > > > I have to emphasize and thank the authors that in the second version > of the rLFA draft, it became more clear how MPLS LDP label stack can > provide the necessary "tunneling" for reaching remote LFA staging > points, which answered me a lot of questions. > However, there is something in which I still not sure. As far as I > know(, from the draft), reaching PQ-nodes in MPLS/LDP enabled network, > two labels are necessary for the source node to avoid the failed > component. An outer label, which is the label of S's neighbor for > sending traffic to the PQ-node, while the inner label is the PQ node's > label for reaching the destination. Correct. > However, in this MPLS/LDP point of view, is there any difference > between the label stacks used to reach a PQ-node in the case of simple > P-space or extended P-space, or the are the same? They are the same. The repairing router can always force the first hop since it gets to choose the output interface. > > > On the other hand, according to the MPLS LDP specification (RFC 5036), > the targeted LDP capability may be disabled at the routers, which > indicates that the simple label stacks cannot be always used to > destine packets to a PQ-node, therefore IP tunneling (e.g., IP-in-IP, > GRE) should be used to reach the same end. Is it an issue nowadays, or > these are already addressed? It is our assumption that IP tunneling of MPLS is not needed, and that if you want to use RLFA you need to enable MPLS on the whole path. That is quite a normal way to set networks up. > > > Additionally, for Sec. 9.3., we also have measured coverages of rLFA > in real-world topologies inferred from Rocketfuel dataset, SNDLib and > Topology-zoo, and we compared them to pure LFA coverages as well. > These results can be found in our papers, which may be used in this draft. > > Thanks - can I get a copy of the papers please. > > > We think that our results could be a crystallization for some aspects > of remote LFA and may be used in the draft. > We also believe that the above mentioned more formal descriptions of > P- and Q-spaces and their connectivities to pure LFA can definitely > ease the understanding of how remote LFA works, especially for those > who has experience in simple LFA. Let me work though it with the other authors. As I note above I have always used a completely different mental model for this, and I would be interested in the thoughts of the WG. > > If you decide to use our results, please mention our works somehow in > the document (e.g., references, acknowledgements) > > Yes of course we will. Stewart > Best regards, > Levente Csikor > Ph.D. Student > MTA-BME Future Internet Research Group > High Speed Networks Laboratory > Dept. of Telecommunications and Media Informatics > Budapest University of Technology and Economics, > Hungary. > > > [1] L. Csikor, G. Retvari, "IP Fast Reroute with Remote Loop-Free > Alternates: the Unit Link Cost Case", In: Proceeding of RNDM 2012 4th > International Workshop on Reliable Networks Design and Modeling, > pp:16-22. 2012. > [2] L. Csikor, G. Retvari, "On Providing Fast Protection with Remote > Loop-Free Alternates: Analyzing and Optimizing Unit Cost Networks", > submitted to Telecommunications Systems Journal, 2012. > > > P.S.: I already tried to contact one of the authors directly (by > email), but no answers were received. That's why I send this message > to the list. I have never post any message to these mailing lists and > I hope I did not spamming it. > > > On 06/25/2013 06:53 PM, Acee Lindem wrote: >> Hi Stewart, >> >> See inline. >> >> On 6/20/13 6:59 AM, "Stewart Bryant" wrote: >> >>> I write this email as duty editor of draft-ietf-rtgwg-remote-lfa >>> >>> I recently updated this draft and think that it is ready for WGLC. >>> >>> When the WG adopted the draft Alia made a number of comments which >>> I address below: >>> >>> AA> First, if the intent is to restrict this mechanism to ONLY link >>> AA> protection, that belongs at a minimum prominently in the abstract and >>> AA> introduction. It is currently first mentioned only in Section 3. >>> >>> This has been addressed. >>> >>> AA> Second, the algorithm description Sec 4.2.1 and Sec 4.2.2 needs >>> AA> significant expansion into a more formal algorithm description, such >>> AA> as is in the LFA spec, RFC 5286. A brief description of the >>> AA> computational complexity would be useful, but the critical part is >>> AA> having it specified clearly. >>> >>> Mike and I have included some cost metric explanations which I think >>> is adequate for ensuring the expected behavior. I am not convinced >>> that the level of formalism in RFC5286 is required. The requirement >>> is that an implementation will function correctly, neither breaking >>> the network, nor surprising the operator. >> I have to say that I agree with Alia here. I've read the document several >> times and what you have in sections 4.2.1-4.2.3 is a heuristic for >> determining a single remote LFA for a specific failure (S-E failure in >> figure 1) rather than any kind of general case algorithm. >> >> Thanks, >> Acee >> >> >> >>> AA> Third, in Sec 4.2.3, there is no preferred or even specified method >>> AA> for selecting among the different PQ options that might be available. >>> AA> Such a method should be specified; as the draft says, there is an >>> AA> advantage from the network management perspective to consistency. It >>> AA> is also required to have agreement on the output of analysis to >>> AA> compare/contrast methods. >>> >>> We have added some text >>> >>> AA> Fourth, one issue described in RFC 5286 is what happens when a worse >>> AA> failure occurs than the LFA was computed to handle - i.e. if a node >>> AA> failure happens instead of a link failure. In that case, traffic >>> AA> looping can occur. With Remote LFA, I believe that the same issue can >>> AA> exist - but made even worse because there is no effort to look for >>> AA> node-protecting Remote LFAs. This concern needs some description in >>> AA> the draft. Additionally, the equivalent of the Downstream Paths >>> AA> condition should be specified, if possible, that allows such traffic >>> AA> looping to be avoided. Finally, since the argument for Remote LFA is >>> AA> the improved coverage over LFAs, I would like to see the coverage >>> AA> analysis based on simulation to show the coverage when the Downstream >>> AA> Paths equivalent requirement is met vs. when it is relaxed (as >>> AA> currently in the draft). >>> >>> We added some test to section 6 to cover the worse than expected case. >>> >>> AA> Fifth, for a better understanding of realistic behavior, I would like >>> AA> to see the analysis extended to show the min, average, and max >>> AA> coverage for the 11 specified topologies after each single failure has >>> AA> occurred in the topology. (Of course, the computation should >>> AA> recognize that protecting cut-links isn't feasible and not include >>> AA> those failures.) >>> >>> I don't think that this draft is the place to provide a greater analysis >>> of coverage. However I do think such a draft needs to be written. >>> >>> I understand that Mike has plans to publish a draft before Berlin >>> to address this. >>> >>> AA> While I recognize that link failures are significantly more common >>> AA> than node failures, I believe that fast-reroute techniques should be >>> AA> able to cover node failures as well. Technically, I think that Remote >>> AA> LFA can, of course, be extended to provide node coverage - at the cost >>> AA> of computing a reverse-SPF from each next-next-hop of the computing >>> AA> router. >>> >>> There are drafts covering the node case that are being proposed >>> by members of the WG. >>> >>> AA> As I said early, at a minimum, the abstract and introduction >>> AA> need to clearly specify that Remote LFA only provides link protection >>> AA> and the traffic looping concerns need to be addressed. >>> >>> Done >>> >>> - Stewart >>> >>> _______________________________________________ >>> rtgwg mailing list >>> rtgwg@ietf.org >>> https://www.ietf.org/mailman/listinfo/rtgwg >> _______________________________________________ >> rtgwg mailing list >> rtgwg@ietf.org >> https://www.ietf.org/mailman/listinfo/rtgwg > -- For corporate legal information go to: http://www.cisco.com/web/about/doing_business/legal/cri/index.html --------------060202040502030103080508 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit
On 26/06/2013 14:13, Levente Csikor wrote:
Dear All,
we've been analyzing and dealing with Remote LFA (rLFA for short) more than 1 year ago. As a first approach, we analyzed only unit costs networks with single link failures, and our results are summarized in [1]. Furthermore, we extended our work with node failures, which can be found in [2]. Since, in the first version of the rLFA Draft, it was not clearly explained that whether the usage of extended P-space involves additional complexity or not, we divided our analyses into two cases. In the first case, only P-space is available for finding possible PQ-nodes (link-protecting remote LFA), while in the second case, extended P-space was also considered (extended link-protecting remote LFA). Since we found that remote LFA with extended P-spaces provides 100% failure case coverage in all unit cost network against single link failures, our separated analyses were also helpful. (However, we proved that if node protection is also considered, then unit cost networks are not fully protected.)
Yes, I think that this was all in the earlier draft (draft-bryant-ipfrr-tunnels), or at least I assumed it was, we certainly thought about it a lot at the time. The real difficulty in the original case with nodes occurred because of an effect that we called interference. Now that we have the SR approaches, the best way forward seems to attempt a directed forward rlfa and if that does not work then use SR to get round the node or the high cost link.


As Alia commented recently on the algorithm description in Sec. 4.2.1 and Sec. 4.2.2. before, we also think that  a more formal algorithm description is necessary, especially, when P-spaces and Q-space are defined with cost functions similarly as defined in LFA FRR. From a routing point of view, I think, it would be easier to understand and calculate these spaces (P,ext.P,Q) if they were defined with distance functions.
I think the issue is that we think about the problem in rather different ways.

I never think about this in terms of costs but rather in terms of the two abstract spaces (P and Q) which pop out of a a pair of black box SPF calculation which we explain in the draft. So whilst what you say below is true and is one way of doing the calculation, it is not the only way to do it, and the method of doing the calculation is surely up to the implementer since there are no interoperability issues. The loop free property of any path in P and in Q space is intrinsic to their definition.

Let me work though the math below with the other authors and see what we come up with.


Fortunately, the authors of Remote LFA Draft do not have to resolve these issues on their own, since we already defined them in our relevant papers.
In order to not to read our full papers and searching the answers, I copied here the relevant parts:
Link-protecting rLFA condition:
For source s, destination d, and next-hop e, some node n != s,d is a link-protecting remote LFA for the s-d pair  if and only if
  dist(s, n) < dist(s, e) + dist(e, n)  (1)
  dist(n, d) < dist(n, s) + dist(s, d)  (2)
In these equations, one can easily see, that (1) defines the P-space, while (2) is the condition of Q-space. Furthermore, with these formalized conditions, one can easily observe, that (2) is actually the basic loop-free criterion of pure LFA.

Link-protecting rLFA condition with extended P-space:
For source s, destination d, and next-hop e, some node n != s,d is an extended link-protecting remote LFA for the s-d pair if and only if
∃v ∈ neigh(s) : dist(v, n) < dist(v, s) + dist(s, e) + dist(e, n)    
dist(n, d) < dist(n, s) + dist(s, d) .                                             

Node-protecting rLFA condition:
For source s, destination d, and next-hop e, some n != s,d is a node-protecting remote LFA for the s-d pair if and only if
dist(s,n) < dist(s,e) + dist(e,n)      (3)
dist(n,d) < dist(n,e) + dist(e,d)     (4)
As it was in the case of link protection, here, (3) defines the P-space, while (4) characterize the Q-space.
Here, two important observations can be made, which are the followings:
 - P-space does not depend on the protection scheme (i.e., link or node protection)
 - (4) again is the basic node-protecting loop-free criterion of pure LFA.

Node-protecting rLFA condition with extended P-space:
For source s, destination d, and next-hop e, some node n != s,d is an extended node-protecting remote LFA for the s-d pair if and only if
∃v ∈ neigh(s) : dist(v, n) < dist(v, e) + dist(e, n)
dist(n, d) < dist(n, e) + dist(e, d) .

Despite the fact that we only considered unit cost networks, the formal definitions above are true for any arbitrary weighted network.


I have to emphasize and thank the authors that in the second version of the rLFA draft, it became more clear how MPLS LDP label stack can provide the necessary "tunneling" for reaching remote LFA staging points, which answered me a lot of questions.
However, there is something in which I still not sure. As far as I know(, from the draft), reaching PQ-nodes in MPLS/LDP enabled network, two labels are necessary for the source node to avoid the failed component. An outer label, which is the label of S's neighbor for sending traffic to the PQ-node, while the inner label is the PQ node's label for reaching the destination.
Correct.
However, in this MPLS/LDP point of view, is there any difference between the label stacks used to reach a PQ-node in the case of simple P-space or extended P-space, or the are the same?
They are the same. The repairing router can always force the first hop since it gets to choose the output interface.


On the other hand, according to the MPLS LDP specification (RFC 5036), the targeted LDP capability may be disabled at the routers, which indicates that the simple label stacks cannot be always used to destine packets to a PQ-node, therefore IP tunneling (e.g., IP-in-IP, GRE) should be used to reach the same end. Is it an issue nowadays, or these are already addressed?
It is our assumption that IP tunneling of MPLS is not needed, and that if you want to use RLFA you need to enable MPLS on the whole path. That is quite a normal way to set networks up.


Additionally, for Sec. 9.3., we also have measured coverages of rLFA in real-world topologies inferred from Rocketfuel dataset, SNDLib and Topology-zoo, and we compared them to pure LFA coverages as well. These results can be found in our papers, which may be used in this draft.


Thanks - can I get a copy of the papers please.


We think that our results could be a crystallization for some aspects of remote LFA and may be used in the draft.
We also believe that the above mentioned more formal descriptions of P- and Q-spaces and their connectivities to pure LFA can definitely ease the understanding of how remote LFA works, especially for those who has experience in simple LFA.
Let me work though it with the other authors. As I note above I have always used a completely different mental model for this, and I would be interested in the thoughts of the WG.


If you decide to use our results, please mention our works somehow in the document (e.g., references, acknowledgements)


Yes of course we will.

Stewart

Best regards,
Levente Csikor
Ph.D. Student
MTA-BME Future Internet Research Group
High Speed Networks Laboratory
Dept. of Telecommunications and Media Informatics
Budapest University of Technology and Economics,
Hungary.


[1] L. Csikor, G. Retvari, "IP Fast Reroute with Remote Loop-Free Alternates: the Unit Link Cost Case", In: Proceeding of RNDM 2012 4th International Workshop on Reliable Networks Design and Modeling, pp:16-22. 2012.
[2] L. Csikor, G. Retvari, "On Providing Fast Protection with Remote Loop-Free Alternates: Analyzing and Optimizing Unit Cost Networks", submitted to Telecommunications Systems Journal, 2012.


P.S.: I already tried to contact one of the authors directly (by email), but no answers were received. That's why I send this message to the list. I have never post any message to these mailing lists and I hope I did not spamming it.


On 06/25/2013 06:53 PM, Acee Lindem wrote:
Hi Stewart, 

See inline. 

On 6/20/13 6:59 AM, "Stewart Bryant" <stbryant@cisco.com> wrote:


I write this email as duty editor of draft-ietf-rtgwg-remote-lfa

I recently updated this draft and think that it is ready for WGLC.

When the WG adopted the draft Alia made a number of comments which
I address below:

AA> First, if the intent is to restrict this mechanism to ONLY link
AA> protection, that belongs at a minimum prominently in the abstract and
AA> introduction.  It is currently first mentioned only in Section 3.

This has been addressed.

AA> Second, the algorithm description Sec 4.2.1 and Sec 4.2.2 needs
AA> significant expansion into a more formal algorithm description, such
AA> as is in the LFA spec, RFC 5286.  A brief description of the
AA> computational complexity would be useful, but the critical part is
AA> having it specified clearly.

Mike and I have included some cost metric explanations which I think
is adequate for ensuring the expected behavior. I am not convinced
that the level of formalism in RFC5286 is required. The requirement
is that an implementation will function correctly, neither breaking
the network, nor surprising the operator.

I have to say that I agree with Alia here. I've read the document several
times and what you have in sections 4.2.1-4.2.3 is a heuristic for
determining a single remote LFA for a specific failure (S-E failure in
figure 1) rather than any kind of general case algorithm.

Thanks,
Acee 




AA> Third, in Sec 4.2.3, there is no preferred or even specified method
AA> for selecting among the different PQ options that might be available.
AA> Such a method should be specified; as the draft says, there is an
AA> advantage from the network management perspective to consistency.   It
AA> is also required to have agreement on the output of analysis to
AA> compare/contrast methods.

We have added some text

AA> Fourth, one issue described in RFC 5286 is what happens when a worse
AA> failure occurs than the LFA was computed to handle - i.e. if a node
AA> failure happens instead of a link failure.  In that case, traffic
AA> looping can occur.  With Remote LFA, I believe that the same issue can
AA> exist - but made even worse because there is no effort to look for
AA> node-protecting Remote LFAs.   This concern needs some description in
AA> the draft.  Additionally, the equivalent of the Downstream Paths
AA> condition should be specified, if possible, that allows such traffic
AA> looping to be avoided.  Finally, since the argument for Remote LFA is
AA> the improved coverage over LFAs, I would like to see the coverage
AA> analysis based on simulation to show the coverage when the Downstream
AA> Paths equivalent requirement is met vs. when it is relaxed (as
AA> currently in the draft).

We added some test to section 6 to cover the worse than expected case.

AA> Fifth, for a better understanding of realistic behavior, I would like
AA> to see the analysis extended to show the min, average, and max
AA> coverage for the 11 specified topologies after each single failure has
AA> occurred in the topology.  (Of course, the computation should
AA> recognize that protecting cut-links isn't feasible and not include
AA> those failures.)

I don't think that this draft is the place to provide a greater analysis
of coverage. However I do think such a draft needs to be written.

I understand that Mike has plans to publish a draft before Berlin
to address this.

AA> While I recognize that link failures are significantly more common
AA> than node failures, I believe that fast-reroute techniques should be
AA> able to cover node failures as well.  Technically, I think that Remote
AA> LFA can, of course, be extended to provide node coverage - at the cost
AA> of computing a reverse-SPF from each next-next-hop of the computing
AA> router.

There are drafts covering the node case that are being proposed
by members of the WG.

AA> As I said early, at a minimum, the abstract and introduction
AA> need to clearly specify that Remote LFA only provides link protection
AA> and the traffic looping concerns need to be addressed.

Done

- Stewart

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https://www.ietf.org/mailman/listinfo/rtgwg

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https://www.ietf.org/mailman/listinfo/rtgwg




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--------------060202040502030103080508-- From csikor@tmit.bme.hu Thu Jun 27 00:51:43 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 2250321F9A92 for ; Thu, 27 Jun 2013 00:51:43 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0.597 X-Spam-Level: X-Spam-Status: No, score=0.597 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HELO_EQ_HU=1.35, HOST_EQ_HU=1.245, HTML_MESSAGE=0.001, J_CHICKENPOX_41=0.6] 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 Q78M5XAETzww for ; Thu, 27 Jun 2013 00:51:38 -0700 (PDT) Received: from ruby.tmit.bme.hu (ruby.tmit.bme.hu [152.66.245.193]) by ietfa.amsl.com (Postfix) with ESMTP id 73A4D21F9A94 for ; Thu, 27 Jun 2013 00:51:37 -0700 (PDT) Received: from localhost (localhost.localdomain [127.0.0.1]) by ruby.tmit.bme.hu (Postfix) with ESMTP id 72F9387360; Thu, 27 Jun 2013 09:51:31 +0200 (CEST) X-Virus-Scanned: Debian amavisd-new at tmit.bme.hu Received: from ruby.tmit.bme.hu ([127.0.0.1]) by localhost (ruby.tmit.bme.hu [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id 5wld7Sl+SU4U; Thu, 27 Jun 2013 09:51:14 +0200 (CEST) Received: from anyo.tmit.bme.hu (anyo.tmit.bme.hu [152.66.246.7]) by ruby.tmit.bme.hu (Postfix) with ESMTP id 5C4CA87346; Thu, 27 Jun 2013 09:51:13 +0200 (CEST) Received: from [152.66.244.179] (csikor.tmit.bme.hu [152.66.244.179]) (authenticated bits=0) by anyo.tmit.bme.hu (8.14.3/8.14.3/Debian-5+lenny1) with ESMTP id r5R7pJU7026364 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=NOT); Thu, 27 Jun 2013 09:51:19 +0200 Message-ID: <51CBEEF4.7000700@tmit.bme.hu> Date: Thu, 27 Jun 2013 09:51:16 +0200 From: Levente Csikor User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:17.0) Gecko/20130620 Thunderbird/17.0.7 MIME-Version: 1.0 To: Acee Lindem Subject: Re: draft-ietf-rtgwg-remote-lfa - ready for WGLC? - some comments and questions References: <94A203EA12AECE4BA92D42DBFFE0AE47189620@eusaamb101.ericsson.se> <51CAE915.4020304@tmit.bme.hu> <94A203EA12AECE4BA92D42DBFFE0AE4718AF34@eusaamb101.ericsson.se> In-Reply-To: <94A203EA12AECE4BA92D42DBFFE0AE4718AF34@eusaamb101.ericsson.se> Content-Type: multipart/alternative; boundary="------------010705040704070308080304" Cc: "draft-ietf-rtgwg-remote-lfa@tools.ietf.org" , "rtgwg@ietf.org" , "rtgwg-chairs@tools.ietf.org" , "stbryant@cisco.com" X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 27 Jun 2013 07:51:43 -0000 This is a multi-part message in MIME format. --------------010705040704070308080304 Content-Type: text/plain; charset=UTF-8; format=flowed Content-Transfer-Encoding: 8bit Dear Acee, see my answers inline: >> >> *Link-protecting rLFA condition with extended P-space:* >> For source /s/, destination /d/, and next-hop /e/, some node /n != >> s,d/ is an extended link-protecting remote LFA for the /s-d/ pair if >> and only if >> /∃v ∈ neigh(s) : dist(v, n) < dist(v, s) + dist(s, e) + dist(e, n)/// > > I guess in this equation , v is the neighbor satisfying the condition > - correct? One thing that is confusing is using n for the remote-LFA > candidate while in RFC 5286, N is always the neighbor. Yes, you have right about /v/. I forgot to emphasize that /neigh(s)/ means the set of nodes, which are the neighbors of /s/. We also thought that /n/ might be confusing, but in LFA /n/ was not only a neighbor, since it could be an LFA. This comes from the fact that in LFA only neighbors could be used to reroute the traffic to a detour. That's why we used /n/ for these direct or non-direct(remote) neighbors, which may be possible rLFA candidate, and what is more, using /n /in the distance functions corresponds to the distance functions used in LFA RFC 5286. >> /dist(n, d) < dist(n, s) + dist(s, d) . / >> >> *Node-protecting rLFA condition:* >> For source /s/, destination /d/, and next-hop /e/, some /n != s,d/ is >> a node-protecting remote LFA for the /s-d/ pair if and only if >> /dist(s,n) < dist(s,e) + dist(e,n)/// (3) >> /dist(n,d) < dist(n,e) + dist(e,d) / (4) >> As it was in the case of link protection, here, (3) defines the >> P-space, while (4) characterize the Q-space. >> Here, two important observations can be made, which are the followings: >> - P-space does not depend on the protection scheme (i.e., link or >> node protection) >> - (4) again is the basic node-protecting loop-free criterion of pure >> LFA. >> >> *Node-protecting rLFA condition with extended P-space:* >> For source /s/, destination /d/, and next-hop /e/, some node /n != >> s,d/ is an extended node-protecting remote LFA for the /s-d/ pair if >> and only if >> /∃v ∈ neigh(s) : dist(v, n) < dist(v, e) + dist(e, n)/ > > Isn't the condition above sufficient? The condition below is not easy > to obtain since one normally doesn't have the dist(n, e) when n is > being considered as a candidate remote LFA. > >> /dist(n, d) < dist(n, e) + dist(e, d) ./ These conditions are sufficient and necessary. > >> >> Despite the fact that we only considered unit cost networks, the >> formal definitions above are *true for any arbitrary weighted network.* >> >> >> I have to emphasize and thank the authors that in the second version >> of the rLFA draft, it became more clear how MPLS LDP label stack can >> provide the necessary "tunneling" for reaching remote LFA staging >> points, which answered me a lot of questions. >> However, there is something in which I still not sure. As far as I >> know(, from the draft), reaching PQ-nodes in MPLS/LDP enabled >> network, two labels are necessary for the source node to avoid the >> failed component. An outer label, which is the label of S's neighbor >> for sending traffic to the PQ-node, while the inner label is the PQ >> node's label for reaching the destination. However, in this MPLS/LDP >> point of view, is there any difference between the label stacks used >> to reach a PQ-node in the case of simple P-space or extended P-space, >> or the are the same? > > Yes. The missing piece is that one must assume that LDP is following > the LFA repair for the extended P-space to be used in conjunction with > LDP remote LFA tunneling. > > Thanks, > Acee > > > >> >> >> On the other hand, according to the MPLS LDP specification (RFC >> 5036), the targeted LDP capability may be disabled at the routers, >> which indicates that the simple label stacks cannot be always used to >> destine packets to a PQ-node, therefore IP tunneling (e.g., IP-in-IP, >> GRE) should be used to reach the same end. Is it an issue nowadays, >> or these are already addressed? >> >> >> Additionally, for Sec. 9.3., we also have measured coverages of rLFA >> in real-world topologies inferred from Rocketfuel dataset, SNDLib and >> Topology-zoo, and we compared them to pure LFA coverages as well. >> These results can be found in our papers, which may be used in this >> draft. >> >> >> >> >> We think that our results could be a crystallization for some aspects >> of remote LFA and may be used in the draft. >> We also believe that the above mentioned more formal descriptions of >> P- and Q-spaces and their connectivities to pure LFA can definitely >> ease the understanding of how remote LFA works, especially for those >> who has experience in simple LFA. >> >> If you decide to use our results, please mention our works somehow in >> the document (e.g., references, acknowledgements) >> >> >> Best regards, >> Levente Csikor >> Ph.D. Student >> MTA-BME Future Internet Research Group >> High Speed Networks Laboratory >> Dept. of Telecommunications and Media Informatics >> Budapest University of Technology and Economics, >> Hungary. >> >> >> [1] L. Csikor, G. Retvari, "IP Fast Reroute with Remote Loop-Free >> Alternates: the Unit Link Cost Case", In: Proceeding of RNDM 2012 4th >> International Workshop on Reliable Networks Design and Modeling, >> pp:16-22. 2012. >> [2] L. Csikor, G. Retvari, "On Providing Fast Protection with Remote >> Loop-Free Alternates: Analyzing and Optimizing Unit Cost Networks", >> submitted to Telecommunications Systems Journal, 2012. >> >> >> P.S.: I already tried to contact one of the authors directly (by >> email), but no answers were received. That's why I send this message >> to the list. I have never post any message to these mailing lists and >> I hope I did not spamming it. >> >> >> On 06/25/2013 06:53 PM, Acee Lindem wrote: >>> Hi Stewart, >>> >>> See inline. >>> >>> On 6/20/13 6:59 AM, "Stewart Bryant" wrote: >>> >>>> I write this email as duty editor of draft-ietf-rtgwg-remote-lfa >>>> >>>> I recently updated this draft and think that it is ready for WGLC. >>>> >>>> When the WG adopted the draft Alia made a number of comments which >>>> I address below: >>>> >>>> AA> First, if the intent is to restrict this mechanism to ONLY link >>>> AA> protection, that belongs at a minimum prominently in the abstract and >>>> AA> introduction. It is currently first mentioned only in Section 3. >>>> >>>> This has been addressed. >>>> >>>> AA> Second, the algorithm description Sec 4.2.1 and Sec 4.2.2 needs >>>> AA> significant expansion into a more formal algorithm description, such >>>> AA> as is in the LFA spec, RFC 5286. A brief description of the >>>> AA> computational complexity would be useful, but the critical part is >>>> AA> having it specified clearly. >>>> >>>> Mike and I have included some cost metric explanations which I think >>>> is adequate for ensuring the expected behavior. I am not convinced >>>> that the level of formalism in RFC5286 is required. The requirement >>>> is that an implementation will function correctly, neither breaking >>>> the network, nor surprising the operator. >>> I have to say that I agree with Alia here. I've read the document several >>> times and what you have in sections 4.2.1-4.2.3 is a heuristic for >>> determining a single remote LFA for a specific failure (S-E failure in >>> figure 1) rather than any kind of general case algorithm. >>> >>> Thanks, >>> Acee >>> >>> >>> >>>> AA> Third, in Sec 4.2.3, there is no preferred or even specified method >>>> AA> for selecting among the different PQ options that might be available. >>>> AA> Such a method should be specified; as the draft says, there is an >>>> AA> advantage from the network management perspective to consistency. It >>>> AA> is also required to have agreement on the output of analysis to >>>> AA> compare/contrast methods. >>>> >>>> We have added some text >>>> >>>> AA> Fourth, one issue described in RFC 5286 is what happens when a worse >>>> AA> failure occurs than the LFA was computed to handle - i.e. if a node >>>> AA> failure happens instead of a link failure. In that case, traffic >>>> AA> looping can occur. With Remote LFA, I believe that the same issue can >>>> AA> exist - but made even worse because there is no effort to look for >>>> AA> node-protecting Remote LFAs. This concern needs some description in >>>> AA> the draft. Additionally, the equivalent of the Downstream Paths >>>> AA> condition should be specified, if possible, that allows such traffic >>>> AA> looping to be avoided. Finally, since the argument for Remote LFA is >>>> AA> the improved coverage over LFAs, I would like to see the coverage >>>> AA> analysis based on simulation to show the coverage when the Downstream >>>> AA> Paths equivalent requirement is met vs. when it is relaxed (as >>>> AA> currently in the draft). >>>> >>>> We added some test to section 6 to cover the worse than expected case. >>>> >>>> AA> Fifth, for a better understanding of realistic behavior, I would like >>>> AA> to see the analysis extended to show the min, average, and max >>>> AA> coverage for the 11 specified topologies after each single failure has >>>> AA> occurred in the topology. (Of course, the computation should >>>> AA> recognize that protecting cut-links isn't feasible and not include >>>> AA> those failures.) >>>> >>>> I don't think that this draft is the place to provide a greater analysis >>>> of coverage. However I do think such a draft needs to be written. >>>> >>>> I understand that Mike has plans to publish a draft before Berlin >>>> to address this. >>>> >>>> AA> While I recognize that link failures are significantly more common >>>> AA> than node failures, I believe that fast-reroute techniques should be >>>> AA> able to cover node failures as well. Technically, I think that Remote >>>> AA> LFA can, of course, be extended to provide node coverage - at the cost >>>> AA> of computing a reverse-SPF from each next-next-hop of the computing >>>> AA> router. >>>> >>>> There are drafts covering the node case that are being proposed >>>> by members of the WG. >>>> >>>> AA> As I said early, at a minimum, the abstract and introduction >>>> AA> need to clearly specify that Remote LFA only provides link protection >>>> AA> and the traffic looping concerns need to be addressed. >>>> >>>> Done >>>> >>>> - Stewart >>>> >>>> _______________________________________________ >>>> rtgwg mailing list >>>> rtgwg@ietf.org >>>> https://www.ietf.org/mailman/listinfo/rtgwg >>> _______________________________________________ >>> rtgwg mailing list >>> rtgwg@ietf.org >>> https://www.ietf.org/mailman/listinfo/rtgwg >> > --------------010705040704070308080304 Content-Type: text/html; charset=UTF-8 Content-Transfer-Encoding: 8bit Dear Acee,
see my answers inline:


Link-protecting rLFA condition with extended P-space:
For source s, destination d, and next-hop e, some node n != s,d is an extended link-protecting remote LFA for the s-d pair if and only if
∃v ∈ neigh(s) : dist(v, n) < dist(v, s) + dist(s, e) + dist(e, n)    

I guess in this equation , v is the neighbor satisfying the condition - correct? One thing that is confusing is using n for the remote-LFA candidate while in RFC 5286, N is always the neighbor.
Yes, you have right about v. I forgot to emphasize that neigh(s) means the set of nodes, which are the neighbors of s.
We also thought that n might be confusing, but in LFA n was not only a neighbor, since it could be an LFA. This comes from the fact that in LFA only neighbors could be used to reroute the traffic to a detour. That's why we used n for these direct or non-direct(remote) neighbors, which may be possible rLFA candidate, and what is more, using n in the distance functions corresponds to the distance functions used in LFA RFC 5286.

dist(n, d) < dist(n, s) + dist(s, d) .                                             

Node-protecting rLFA condition:
For source s, destination d, and next-hop e, some n != s,d is a node-protecting remote LFA for the s-d pair if and only if
dist(s,n) < dist(s,e) + dist(e,n)      (3)
dist(n,d) < dist(n,e) + dist(e,d)     (4)
As it was in the case of link protection, here, (3) defines the P-space, while (4) characterize the Q-space.
Here, two important observations can be made, which are the followings:
 - P-space does not depend on the protection scheme (i.e., link or node protection)
 - (4) again is the basic node-protecting loop-free criterion of pure LFA.

Node-protecting rLFA condition with extended P-space:
For source s, destination d, and next-hop e, some node n != s,d is an extended node-protecting remote LFA for the s-d pair if and only if
∃v ∈ neigh(s) : dist(v, n) < dist(v, e) + dist(e, n)

Isn't the condition above sufficient? The condition below is not easy to obtain since one normally doesn't have the dist(n, e) when n is being considered as a candidate remote LFA. 

dist(n, d) < dist(n, e) + dist(e, d) .
These conditions are sufficient and necessary.



Despite the fact that we only considered unit cost networks, the formal definitions above are true for any arbitrary weighted network.


I have to emphasize and thank the authors that in the second version of the rLFA draft, it became more clear how MPLS LDP label stack can provide the necessary "tunneling" for reaching remote LFA staging points, which answered me a lot of questions.
However, there is something in which I still not sure. As far as I know(, from the draft), reaching PQ-nodes in MPLS/LDP enabled network, two labels are necessary for the source node to avoid the failed component. An outer label, which is the label of S's neighbor for sending traffic to the PQ-node, while the inner label is the PQ node's label for reaching the destination. However, in this MPLS/LDP point of view, is there any difference between the label stacks used to reach a PQ-node in the case of simple P-space or extended P-space, or the are the same?

Yes. The missing piece is that one must assume that LDP is following the LFA repair for the extended P-space to be used in conjunction with LDP remote LFA tunneling. 

Thanks,
Acee 





On the other hand, according to the MPLS LDP specification (RFC 5036), the targeted LDP capability may be disabled at the routers, which indicates that the simple label stacks cannot be always used to destine packets to a PQ-node, therefore IP tunneling (e.g., IP-in-IP, GRE) should be used to reach the same end. Is it an issue nowadays, or these are already addressed?


Additionally, for Sec. 9.3., we also have measured coverages of rLFA in real-world topologies inferred from Rocketfuel dataset, SNDLib and Topology-zoo, and we compared them to pure LFA coverages as well. These results can be found in our papers, which may be used in this draft.




We think that our results could be a crystallization for some aspects of remote LFA and may be used in the draft.
We also believe that the above mentioned more formal descriptions of P- and Q-spaces and their connectivities to pure LFA can definitely ease the understanding of how remote LFA works, especially for those who has experience in simple LFA.

If you decide to use our results, please mention our works somehow in the document (e.g., references, acknowledgements)


Best regards,
Levente Csikor
Ph.D. Student
MTA-BME Future Internet Research Group
High Speed Networks Laboratory
Dept. of Telecommunications and Media Informatics
Budapest University of Technology and Economics,
Hungary.


[1] L. Csikor, G. Retvari, "IP Fast Reroute with Remote Loop-Free Alternates: the Unit Link Cost Case", In: Proceeding of RNDM 2012 4th International Workshop on Reliable Networks Design and Modeling, pp:16-22. 2012.
[2] L. Csikor, G. Retvari, "On Providing Fast Protection with Remote Loop-Free Alternates: Analyzing and Optimizing Unit Cost Networks", submitted to Telecommunications Systems Journal, 2012.


P.S.: I already tried to contact one of the authors directly (by email), but no answers were received. That's why I send this message to the list. I have never post any message to these mailing lists and I hope I did not spamming it.


On 06/25/2013 06:53 PM, Acee Lindem wrote:
Hi Stewart, 

See inline. 

On 6/20/13 6:59 AM, "Stewart Bryant" <stbryant@cisco.com> wrote:


I write this email as duty editor of draft-ietf-rtgwg-remote-lfa

I recently updated this draft and think that it is ready for WGLC.

When the WG adopted the draft Alia made a number of comments which
I address below:

AA> First, if the intent is to restrict this mechanism to ONLY link
AA> protection, that belongs at a minimum prominently in the abstract and
AA> introduction.  It is currently first mentioned only in Section 3.

This has been addressed.

AA> Second, the algorithm description Sec 4.2.1 and Sec 4.2.2 needs
AA> significant expansion into a more formal algorithm description, such
AA> as is in the LFA spec, RFC 5286.  A brief description of the
AA> computational complexity would be useful, but the critical part is
AA> having it specified clearly.

Mike and I have included some cost metric explanations which I think
is adequate for ensuring the expected behavior. I am not convinced
that the level of formalism in RFC5286 is required. The requirement
is that an implementation will function correctly, neither breaking
the network, nor surprising the operator.

I have to say that I agree with Alia here. I've read the document several
times and what you have in sections 4.2.1-4.2.3 is a heuristic for
determining a single remote LFA for a specific failure (S-E failure in
figure 1) rather than any kind of general case algorithm.

Thanks,
Acee 




AA> Third, in Sec 4.2.3, there is no preferred or even specified method
AA> for selecting among the different PQ options that might be available.
AA> Such a method should be specified; as the draft says, there is an
AA> advantage from the network management perspective to consistency.   It
AA> is also required to have agreement on the output of analysis to
AA> compare/contrast methods.

We have added some text

AA> Fourth, one issue described in RFC 5286 is what happens when a worse
AA> failure occurs than the LFA was computed to handle - i.e. if a node
AA> failure happens instead of a link failure.  In that case, traffic
AA> looping can occur.  With Remote LFA, I believe that the same issue can
AA> exist - but made even worse because there is no effort to look for
AA> node-protecting Remote LFAs.   This concern needs some description in
AA> the draft.  Additionally, the equivalent of the Downstream Paths
AA> condition should be specified, if possible, that allows such traffic
AA> looping to be avoided.  Finally, since the argument for Remote LFA is
AA> the improved coverage over LFAs, I would like to see the coverage
AA> analysis based on simulation to show the coverage when the Downstream
AA> Paths equivalent requirement is met vs. when it is relaxed (as
AA> currently in the draft).

We added some test to section 6 to cover the worse than expected case.

AA> Fifth, for a better understanding of realistic behavior, I would like
AA> to see the analysis extended to show the min, average, and max
AA> coverage for the 11 specified topologies after each single failure has
AA> occurred in the topology.  (Of course, the computation should
AA> recognize that protecting cut-links isn't feasible and not include
AA> those failures.)

I don't think that this draft is the place to provide a greater analysis
of coverage. However I do think such a draft needs to be written.

I understand that Mike has plans to publish a draft before Berlin
to address this.

AA> While I recognize that link failures are significantly more common
AA> than node failures, I believe that fast-reroute techniques should be
AA> able to cover node failures as well.  Technically, I think that Remote
AA> LFA can, of course, be extended to provide node coverage - at the cost
AA> of computing a reverse-SPF from each next-next-hop of the computing
AA> router.

There are drafts covering the node case that are being proposed
by members of the WG.

AA> As I said early, at a minimum, the abstract and introduction
AA> need to clearly specify that Remote LFA only provides link protection
AA> and the traffic looping concerns need to be addressed.

Done

- Stewart

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

_______________________________________________
rtgwg mailing list
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--------------010705040704070308080304-- From csikor@tmit.bme.hu Thu Jun 27 00:59:43 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 81FBB21F9C67 for ; Thu, 27 Jun 2013 00:59:43 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0.597 X-Spam-Level: X-Spam-Status: No, score=0.597 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, HELO_EQ_HU=1.35, HOST_EQ_HU=1.245, HTML_MESSAGE=0.001, J_CHICKENPOX_41=0.6] 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 cWQosQqmWPse for ; Thu, 27 Jun 2013 00:59:38 -0700 (PDT) Received: from ruby.tmit.bme.hu (ruby.tmit.bme.hu [152.66.245.193]) by ietfa.amsl.com (Postfix) with ESMTP id 1874121F9C66 for ; Thu, 27 Jun 2013 00:59:38 -0700 (PDT) Received: from localhost (localhost.localdomain [127.0.0.1]) by ruby.tmit.bme.hu (Postfix) with ESMTP id 2A5C887360; Thu, 27 Jun 2013 09:59:33 +0200 (CEST) X-Virus-Scanned: Debian amavisd-new at tmit.bme.hu Received: from ruby.tmit.bme.hu ([127.0.0.1]) by localhost (ruby.tmit.bme.hu [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id z5i5rnkrQR5N; Thu, 27 Jun 2013 09:59:00 +0200 (CEST) Received: from anyo.tmit.bme.hu (anyo.tmit.bme.hu [152.66.246.7]) by ruby.tmit.bme.hu (Postfix) with ESMTP id 2758087346; Thu, 27 Jun 2013 09:59:00 +0200 (CEST) Received: from [152.66.244.179] (csikor.tmit.bme.hu [152.66.244.179]) (authenticated bits=0) by anyo.tmit.bme.hu (8.14.3/8.14.3/Debian-5+lenny1) with ESMTP id r5R7x6ZN026733 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=NOT); Thu, 27 Jun 2013 09:59:06 +0200 Message-ID: <51CBF0C7.5050008@tmit.bme.hu> Date: Thu, 27 Jun 2013 09:59:03 +0200 From: Levente Csikor User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:17.0) Gecko/20130620 Thunderbird/17.0.7 MIME-Version: 1.0 To: stbryant@cisco.com Subject: Re: draft-ietf-rtgwg-remote-lfa - ready for WGLC? - some comments and questions References: <94A203EA12AECE4BA92D42DBFFE0AE47189620@eusaamb101.ericsson.se> <51CAE915.4020304@tmit.bme.hu> <51CB2C60.7010405@cisco.com> In-Reply-To: <51CB2C60.7010405@cisco.com> Content-Type: multipart/alternative; boundary="------------070204010804010508060109" Cc: "draft-ietf-rtgwg-remote-lfa@tools.ietf.org" , "rtgwg-chairs@tools.ietf.org" , "rtgwg@ietf.org" X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 27 Jun 2013 07:59:43 -0000 This is a multi-part message in MIME format. --------------070204010804010508060109 Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Dear Stewart, My previous email may not arrive, since I attached our papers, which involved a big message body. I uploaded these papers to here: http://csikor.tmit.bme.hu/remoteLFA/ Since,[2] (remote_lfa_telsys.pdf) is an extended journal version of [1](remoteLFA.pdf), everything, which was mentioned in [1] is also repeated in [2]. Regards, Levente On 06/26/2013 08:01 PM, Stewart Bryant wrote: > On 26/06/2013 14:13, Levente Csikor wrote: >> Dear All, >> we've been analyzing and dealing with Remote LFA (rLFA for short) >> more than 1 year ago. As a first approach, we analyzed only unit >> costs networks with single link failures, and our results are >> summarized in [1]. Furthermore, we extended our work with node >> failures, which can be found in [2]. Since, in the first version of >> the rLFA Draft, it was not clearly explained that whether the usage >> of extended P-space involves additional complexity or not, we divided >> our analyses into two cases. In the first case, /only P-space/ is >> available for finding possible PQ-nodes (link-protecting remote LFA), >> while in the second case, /extended P-space/ was also considered >> (extended link-protecting remote LFA). Since we found that /remote >> LFA with extended P-spaces provides 100% failure case coverage in all >> unit cost network against single link failures/, our separated >> analyses were also helpful. (However, we proved that if node >> protection is also considered, then unit cost networks are not fully >> protected.) > Yes, I think that this was all in the earlier draft > (draft-bryant-ipfrr-tunnels), or at least I assumed it was, we > certainly thought about it a lot at the time. The real difficulty in > the original case with nodes occurred because of an effect that we > called interference. Now that we have the SR approaches, the best way > forward seems to attempt a directed forward rlfa and if that does not > work then use SR to get round the node or the high cost link. > >> >> As Alia commented recently on the algorithm description in Sec. 4.2.1 >> and Sec. 4.2.2. before, we also think that a more formal algorithm >> description is necessary, especially, when P-spaces and Q-space are >> defined with cost functions similarly as defined in LFA FRR. From a >> routing point of view, I think, it would be easier to understand and >> calculate these /spaces/ (P,ext.P,Q) if they were defined with >> distance functions. > I think the issue is that we think about the problem in rather > different ways. > > I never think about this in terms of costs but rather in terms of the > two abstract spaces (P and Q) which pop out of a a pair of black box > SPF calculation which we explain in the draft. So whilst what you say > below is true and is one way of doing the calculation, it is not the > only way to do it, and the method of doing the calculation is surely > up to the implementer since there are no interoperability issues. The > loop free property of any path in P and in Q space is intrinsic to > their definition. > > Let me work though the math below with the other authors and see what > we come up with. > >> >> Fortunately, the authors of Remote LFA Draft do not have to resolve >> these issues on their own, since we already defined them in our >> relevant papers. >> In order to not to read our full papers and searching the answers, I >> copied here the relevant parts: >> *Link-protecting rLFA condition:* >> For source /s/, destination /d/, and next-hop /e/, some node /n/ /!= >> s,d/ is a link-protecting remote LFA for the /s-d/ pair if and only if >> /dist(s, n) < dist(s, e) + dist(e, n)/ (1) >> /dist(n, d) < dist(n, s) + dist(s, d)/ (2) >> In these equations, one can easily see, that (1) defines the P-space, >> while (2) is the condition of Q-space. Furthermore, with these >> formalized conditions, one can easily observe, that (2) is actually >> the basic loop-free criterion of pure LFA. >> >> *Link-protecting rLFA condition with extended P-space:* >> For source /s/, destination /d/, and next-hop /e/, some node /n != >> s,d/ is an extended link-protecting remote LFA for the /s-d/ pair if >> and only if >> /?v ? neigh(s) : dist(v, n) < dist(v, s) + dist(s, e) + dist(e, n)/// >> /dist(n, d) < dist(n, s) + dist(s, d) . / >> >> *Node-protecting rLFA condition:* >> For source /s/, destination /d/, and next-hop /e/, some /n != s,d/ is >> a node-protecting remote LFA for the /s-d/ pair if and only if >> /dist(s,n) < dist(s,e) + dist(e,n)/// (3) >> /dist(n,d) < dist(n,e) + dist(e,d) / (4) >> As it was in the case of link protection, here, (3) defines the >> P-space, while (4) characterize the Q-space. >> Here, two important observations can be made, which are the followings: >> - P-space does not depend on the protection scheme (i.e., link or >> node protection) >> - (4) again is the basic node-protecting loop-free criterion of pure >> LFA. >> >> *Node-protecting rLFA condition with extended P-space:* >> For source /s/, destination /d/, and next-hop /e/, some node /n != >> s,d/ is an extended node-protecting remote LFA for the /s-d/ pair if >> and only if >> /?v ? neigh(s) : dist(v, n) < dist(v, e) + dist(e, n)/ >> /dist(n, d) < dist(n, e) + dist(e, d) ./ >> >> Despite the fact that we only considered unit cost networks, the >> formal definitions above are *true for any arbitrary weighted network.* >> >> >> I have to emphasize and thank the authors that in the second version >> of the rLFA draft, it became more clear how MPLS LDP label stack can >> provide the necessary "tunneling" for reaching remote LFA staging >> points, which answered me a lot of questions. >> However, there is something in which I still not sure. As far as I >> know(, from the draft), reaching PQ-nodes in MPLS/LDP enabled >> network, two labels are necessary for the source node to avoid the >> failed component. An outer label, which is the label of S's neighbor >> for sending traffic to the PQ-node, while the inner label is the PQ >> node's label for reaching the destination. > Correct. >> However, in this MPLS/LDP point of view, is there any difference >> between the label stacks used to reach a PQ-node in the case of >> simple P-space or extended P-space, or the are the same? > They are the same. The repairing router can always force the first hop > since it gets to choose the output interface. >> >> >> On the other hand, according to the MPLS LDP specification (RFC >> 5036), the targeted LDP capability may be disabled at the routers, >> which indicates that the simple label stacks cannot be always used to >> destine packets to a PQ-node, therefore IP tunneling (e.g., IP-in-IP, >> GRE) should be used to reach the same end. Is it an issue nowadays, >> or these are already addressed? > It is our assumption that IP tunneling of MPLS is not needed, and that > if you want to use RLFA you need to enable MPLS on the whole path. > That is quite a normal way to set networks up. >> >> >> Additionally, for Sec. 9.3., we also have measured coverages of rLFA >> in real-world topologies inferred from Rocketfuel dataset, SNDLib and >> Topology-zoo, and we compared them to pure LFA coverages as well. >> These results can be found in our papers, which may be used in this >> draft. >> >> > Thanks - can I get a copy of the papers please. >> >> >> We think that our results could be a crystallization for some aspects >> of remote LFA and may be used in the draft. >> We also believe that the above mentioned more formal descriptions of >> P- and Q-spaces and their connectivities to pure LFA can definitely >> ease the understanding of how remote LFA works, especially for those >> who has experience in simple LFA. > Let me work though it with the other authors. As I note above I have > always used a completely different mental model for this, and I would > be interested in the thoughts of the WG. > >> >> If you decide to use our results, please mention our works somehow in >> the document (e.g., references, acknowledgements) >> >> > Yes of course we will. > > Stewart > >> Best regards, >> Levente Csikor >> Ph.D. Student >> MTA-BME Future Internet Research Group >> High Speed Networks Laboratory >> Dept. of Telecommunications and Media Informatics >> Budapest University of Technology and Economics, >> Hungary. >> >> >> [1] L. Csikor, G. Retvari, "IP Fast Reroute with Remote Loop-Free >> Alternates: the Unit Link Cost Case", In: Proceeding of RNDM 2012 4th >> International Workshop on Reliable Networks Design and Modeling, >> pp:16-22. 2012. >> [2] L. Csikor, G. Retvari, "On Providing Fast Protection with Remote >> Loop-Free Alternates: Analyzing and Optimizing Unit Cost Networks", >> submitted to Telecommunications Systems Journal, 2012. >> >> >> P.S.: I already tried to contact one of the authors directly (by >> email), but no answers were received. That's why I send this message >> to the list. I have never post any message to these mailing lists and >> I hope I did not spamming it. >> >> >> On 06/25/2013 06:53 PM, Acee Lindem wrote: >>> Hi Stewart, >>> >>> See inline. >>> >>> On 6/20/13 6:59 AM, "Stewart Bryant" wrote: >>> >>>> I write this email as duty editor of draft-ietf-rtgwg-remote-lfa >>>> >>>> I recently updated this draft and think that it is ready for WGLC. >>>> >>>> When the WG adopted the draft Alia made a number of comments which >>>> I address below: >>>> >>>> AA> First, if the intent is to restrict this mechanism to ONLY link >>>> AA> protection, that belongs at a minimum prominently in the abstract and >>>> AA> introduction. It is currently first mentioned only in Section 3. >>>> >>>> This has been addressed. >>>> >>>> AA> Second, the algorithm description Sec 4.2.1 and Sec 4.2.2 needs >>>> AA> significant expansion into a more formal algorithm description, such >>>> AA> as is in the LFA spec, RFC 5286. A brief description of the >>>> AA> computational complexity would be useful, but the critical part is >>>> AA> having it specified clearly. >>>> >>>> Mike and I have included some cost metric explanations which I think >>>> is adequate for ensuring the expected behavior. I am not convinced >>>> that the level of formalism in RFC5286 is required. The requirement >>>> is that an implementation will function correctly, neither breaking >>>> the network, nor surprising the operator. >>> I have to say that I agree with Alia here. I've read the document several >>> times and what you have in sections 4.2.1-4.2.3 is a heuristic for >>> determining a single remote LFA for a specific failure (S-E failure in >>> figure 1) rather than any kind of general case algorithm. >>> >>> Thanks, >>> Acee >>> >>> >>> >>>> AA> Third, in Sec 4.2.3, there is no preferred or even specified method >>>> AA> for selecting among the different PQ options that might be available. >>>> AA> Such a method should be specified; as the draft says, there is an >>>> AA> advantage from the network management perspective to consistency. It >>>> AA> is also required to have agreement on the output of analysis to >>>> AA> compare/contrast methods. >>>> >>>> We have added some text >>>> >>>> AA> Fourth, one issue described in RFC 5286 is what happens when a worse >>>> AA> failure occurs than the LFA was computed to handle - i.e. if a node >>>> AA> failure happens instead of a link failure. In that case, traffic >>>> AA> looping can occur. With Remote LFA, I believe that the same issue can >>>> AA> exist - but made even worse because there is no effort to look for >>>> AA> node-protecting Remote LFAs. This concern needs some description in >>>> AA> the draft. Additionally, the equivalent of the Downstream Paths >>>> AA> condition should be specified, if possible, that allows such traffic >>>> AA> looping to be avoided. Finally, since the argument for Remote LFA is >>>> AA> the improved coverage over LFAs, I would like to see the coverage >>>> AA> analysis based on simulation to show the coverage when the Downstream >>>> AA> Paths equivalent requirement is met vs. when it is relaxed (as >>>> AA> currently in the draft). >>>> >>>> We added some test to section 6 to cover the worse than expected case. >>>> >>>> AA> Fifth, for a better understanding of realistic behavior, I would like >>>> AA> to see the analysis extended to show the min, average, and max >>>> AA> coverage for the 11 specified topologies after each single failure has >>>> AA> occurred in the topology. (Of course, the computation should >>>> AA> recognize that protecting cut-links isn't feasible and not include >>>> AA> those failures.) >>>> >>>> I don't think that this draft is the place to provide a greater analysis >>>> of coverage. However I do think such a draft needs to be written. >>>> >>>> I understand that Mike has plans to publish a draft before Berlin >>>> to address this. >>>> >>>> AA> While I recognize that link failures are significantly more common >>>> AA> than node failures, I believe that fast-reroute techniques should be >>>> AA> able to cover node failures as well. Technically, I think that Remote >>>> AA> LFA can, of course, be extended to provide node coverage - at the cost >>>> AA> of computing a reverse-SPF from each next-next-hop of the computing >>>> AA> router. >>>> >>>> There are drafts covering the node case that are being proposed >>>> by members of the WG. >>>> >>>> AA> As I said early, at a minimum, the abstract and introduction >>>> AA> need to clearly specify that Remote LFA only provides link protection >>>> AA> and the traffic looping concerns need to be addressed. >>>> >>>> Done >>>> >>>> - Stewart >>>> >>>> _______________________________________________ >>>> rtgwg mailing list >>>> rtgwg@ietf.org >>>> https://www.ietf.org/mailman/listinfo/rtgwg >>> _______________________________________________ >>> rtgwg mailing list >>> rtgwg@ietf.org >>> https://www.ietf.org/mailman/listinfo/rtgwg >> > > > -- > For corporate legal information go to: > > http://www.cisco.com/web/about/doing_business/legal/cri/index.html > --------------070204010804010508060109 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Dear Stewart,
My previous email may not arrive, since I attached our papers, which involved a big message body.
I uploaded these papers to here:
http://csikor.tmit.bme.hu/remoteLFA/

Since, [2] (remote_lfa_telsys.pdf) is an extended journal version of [1] (remoteLFA.pdf), everything, which was mentioned in [1] is also repeated in [2].

Regards,
Levente
On 06/26/2013 08:01 PM, Stewart Bryant wrote:
On 26/06/2013 14:13, Levente Csikor wrote:
Dear All,
we've been analyzing and dealing with Remote LFA (rLFA for short) more than 1 year ago. As a first approach, we analyzed only unit costs networks with single link failures, and our results are summarized in [1]. Furthermore, we extended our work with node failures, which can be found in [2]. Since, in the first version of the rLFA Draft, it was not clearly explained that whether the usage of extended P-space involves additional complexity or not, we divided our analyses into two cases. In the first case, only P-space is available for finding possible PQ-nodes (link-protecting remote LFA), while in the second case, extended P-space was also considered (extended link-protecting remote LFA). Since we found that remote LFA with extended P-spaces provides 100% failure case coverage in all unit cost network against single link failures, our separated analyses were also helpful. (However, we proved that if node protection is also considered, then unit cost networks are not fully protected.)
Yes, I think that this was all in the earlier draft (draft-bryant-ipfrr-tunnels), or at least I assumed it was, we certainly thought about it a lot at the time. The real difficulty in the original case with nodes occurred because of an effect that we called interference. Now that we have the SR approaches, the best way forward seems to attempt a directed forward rlfa and if that does not work then use SR to get round the node or the high cost link.


As Alia commented recently on the algorithm description in Sec. 4.2.1 and Sec. 4.2.2. before, we also think that  a more formal algorithm description is necessary, especially, when P-spaces and Q-space are defined with cost functions similarly as defined in LFA FRR. From a routing point of view, I think, it would be easier to understand and calculate these spaces (P,ext.P,Q) if they were defined with distance functions.
I think the issue is that we think about the problem in rather different ways.

I never think about this in terms of costs but rather in terms of the two abstract spaces (P and Q) which pop out of a a pair of black box SPF calculation which we explain in the draft. So whilst what you say below is true and is one way of doing the calculation, it is not the only way to do it, and the method of doing the calculation is surely up to the implementer since there are no interoperability issues. The loop free property of any path in P and in Q space is intrinsic to their definition.

Let me work though the math below with the other authors and see what we come up with.


Fortunately, the authors of Remote LFA Draft do not have to resolve these issues on their own, since we already defined them in our relevant papers.
In order to not to read our full papers and searching the answers, I copied here the relevant parts:
Link-protecting rLFA condition:
For source s, destination d, and next-hop e, some node n != s,d is a link-protecting remote LFA for the s-d pair  if and only if
  dist(s, n) < dist(s, e) + dist(e, n)  (1)
  dist(n, d) < dist(n, s) + dist(s, d)  (2)
In these equations, one can easily see, that (1) defines the P-space, while (2) is the condition of Q-space. Furthermore, with these formalized conditions, one can easily observe, that (2) is actually the basic loop-free criterion of pure LFA.

Link-protecting rLFA condition with extended P-space:
For source s, destination d, and next-hop e, some node n != s,d is an extended link-protecting remote LFA for the s-d pair if and only if
∃v ∈ neigh(s) : dist(v, n) < dist(v, s) + dist(s, e) + dist(e, n)    
dist(n, d) < dist(n, s) + dist(s, d) .                                             

Node-protecting rLFA condition:
For source s, destination d, and next-hop e, some n != s,d is a node-protecting remote LFA for the s-d pair if and only if
dist(s,n) < dist(s,e) + dist(e,n)      (3)
dist(n,d) < dist(n,e) + dist(e,d)     (4)
As it was in the case of link protection, here, (3) defines the P-space, while (4) characterize the Q-space.
Here, two important observations can be made, which are the followings:
 - P-space does not depend on the protection scheme (i.e., link or node protection)
 - (4) again is the basic node-protecting loop-free criterion of pure LFA.

Node-protecting rLFA condition with extended P-space:
For source s, destination d, and next-hop e, some node n != s,d is an extended node-protecting remote LFA for the s-d pair if and only if
∃v ∈ neigh(s) : dist(v, n) < dist(v, e) + dist(e, n)
dist(n, d) < dist(n, e) + dist(e, d) .

Despite the fact that we only considered unit cost networks, the formal definitions above are true for any arbitrary weighted network.


I have to emphasize and thank the authors that in the second version of the rLFA draft, it became more clear how MPLS LDP label stack can provide the necessary "tunneling" for reaching remote LFA staging points, which answered me a lot of questions.
However, there is something in which I still not sure. As far as I know(, from the draft), reaching PQ-nodes in MPLS/LDP enabled network, two labels are necessary for the source node to avoid the failed component. An outer label, which is the label of S's neighbor for sending traffic to the PQ-node, while the inner label is the PQ node's label for reaching the destination.
Correct.
However, in this MPLS/LDP point of view, is there any difference between the label stacks used to reach a PQ-node in the case of simple P-space or extended P-space, or the are the same?
They are the same. The repairing router can always force the first hop since it gets to choose the output interface.


On the other hand, according to the MPLS LDP specification (RFC 5036), the targeted LDP capability may be disabled at the routers, which indicates that the simple label stacks cannot be always used to destine packets to a PQ-node, therefore IP tunneling (e.g., IP-in-IP, GRE) should be used to reach the same end. Is it an issue nowadays, or these are already addressed?
It is our assumption that IP tunneling of MPLS is not needed, and that if you want to use RLFA you need to enable MPLS on the whole path. That is quite a normal way to set networks up.


Additionally, for Sec. 9.3., we also have measured coverages of rLFA in real-world topologies inferred from Rocketfuel dataset, SNDLib and Topology-zoo, and we compared them to pure LFA coverages as well. These results can be found in our papers, which may be used in this draft.


Thanks - can I get a copy of the papers please.


We think that our results could be a crystallization for some aspects of remote LFA and may be used in the draft.
We also believe that the above mentioned more formal descriptions of P- and Q-spaces and their connectivities to pure LFA can definitely ease the understanding of how remote LFA works, especially for those who has experience in simple LFA.
Let me work though it with the other authors. As I note above I have always used a completely different mental model for this, and I would be interested in the thoughts of the WG.


If you decide to use our results, please mention our works somehow in the document (e.g., references, acknowledgements)


Yes of course we will.

Stewart

Best regards,
Levente Csikor
Ph.D. Student
MTA-BME Future Internet Research Group
High Speed Networks Laboratory
Dept. of Telecommunications and Media Informatics
Budapest University of Technology and Economics,
Hungary.


[1] L. Csikor, G. Retvari, "IP Fast Reroute with Remote Loop-Free Alternates: the Unit Link Cost Case", In: Proceeding of RNDM 2012 4th International Workshop on Reliable Networks Design and Modeling, pp:16-22. 2012.
[2] L. Csikor, G. Retvari, "On Providing Fast Protection with Remote Loop-Free Alternates: Analyzing and Optimizing Unit Cost Networks", submitted to Telecommunications Systems Journal, 2012.


P.S.: I already tried to contact one of the authors directly (by email), but no answers were received. That's why I send this message to the list. I have never post any message to these mailing lists and I hope I did not spamming it.


On 06/25/2013 06:53 PM, Acee Lindem wrote:
Hi Stewart, 

See inline. 

On 6/20/13 6:59 AM, "Stewart Bryant" <stbryant@cisco.com> wrote:


I write this email as duty editor of draft-ietf-rtgwg-remote-lfa

I recently updated this draft and think that it is ready for WGLC.

When the WG adopted the draft Alia made a number of comments which
I address below:

AA> First, if the intent is to restrict this mechanism to ONLY link
AA> protection, that belongs at a minimum prominently in the abstract and
AA> introduction.  It is currently first mentioned only in Section 3.

This has been addressed.

AA> Second, the algorithm description Sec 4.2.1 and Sec 4.2.2 needs
AA> significant expansion into a more formal algorithm description, such
AA> as is in the LFA spec, RFC 5286.  A brief description of the
AA> computational complexity would be useful, but the critical part is
AA> having it specified clearly.

Mike and I have included some cost metric explanations which I think
is adequate for ensuring the expected behavior. I am not convinced
that the level of formalism in RFC5286 is required. The requirement
is that an implementation will function correctly, neither breaking
the network, nor surprising the operator.

I have to say that I agree with Alia here. I've read the document several
times and what you have in sections 4.2.1-4.2.3 is a heuristic for
determining a single remote LFA for a specific failure (S-E failure in
figure 1) rather than any kind of general case algorithm.

Thanks,
Acee 




AA> Third, in Sec 4.2.3, there is no preferred or even specified method
AA> for selecting among the different PQ options that might be available.
AA> Such a method should be specified; as the draft says, there is an
AA> advantage from the network management perspective to consistency.   It
AA> is also required to have agreement on the output of analysis to
AA> compare/contrast methods.

We have added some text

AA> Fourth, one issue described in RFC 5286 is what happens when a worse
AA> failure occurs than the LFA was computed to handle - i.e. if a node
AA> failure happens instead of a link failure.  In that case, traffic
AA> looping can occur.  With Remote LFA, I believe that the same issue can
AA> exist - but made even worse because there is no effort to look for
AA> node-protecting Remote LFAs.   This concern needs some description in
AA> the draft.  Additionally, the equivalent of the Downstream Paths
AA> condition should be specified, if possible, that allows such traffic
AA> looping to be avoided.  Finally, since the argument for Remote LFA is
AA> the improved coverage over LFAs, I would like to see the coverage
AA> analysis based on simulation to show the coverage when the Downstream
AA> Paths equivalent requirement is met vs. when it is relaxed (as
AA> currently in the draft).

We added some test to section 6 to cover the worse than expected case.

AA> Fifth, for a better understanding of realistic behavior, I would like
AA> to see the analysis extended to show the min, average, and max
AA> coverage for the 11 specified topologies after each single failure has
AA> occurred in the topology.  (Of course, the computation should
AA> recognize that protecting cut-links isn't feasible and not include
AA> those failures.)

I don't think that this draft is the place to provide a greater analysis
of coverage. However I do think such a draft needs to be written.

I understand that Mike has plans to publish a draft before Berlin
to address this.

AA> While I recognize that link failures are significantly more common
AA> than node failures, I believe that fast-reroute techniques should be
AA> able to cover node failures as well.  Technically, I think that Remote
AA> LFA can, of course, be extended to provide node coverage - at the cost
AA> of computing a reverse-SPF from each next-next-hop of the computing
AA> router.

There are drafts covering the node case that are being proposed
by members of the WG.

AA> As I said early, at a minimum, the abstract and introduction
AA> need to clearly specify that Remote LFA only provides link protection
AA> and the traffic looping concerns need to be addressed.

Done

- Stewart

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For corporate legal information go to:

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--------------070204010804010508060109-- From csikor@tmit.bme.hu Thu Jun 27 00:54:19 2013 Return-Path: X-Original-To: rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 718D521F9C5E for ; Thu, 27 Jun 2013 00:54:18 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: 0 X-Spam-Level: X-Spam-Status: No, score=x tagged_above=-999 required=5 tests=[] 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 XJcP+0KtAVFv for ; Thu, 27 Jun 2013 00:54:18 -0700 (PDT) Received: from ruby.tmit.bme.hu (ruby.tmit.bme.hu [152.66.245.193]) by ietfa.amsl.com (Postfix) with ESMTP id D381621F9C5A for ; Thu, 27 Jun 2013 00:54:14 -0700 (PDT) Received: from localhost (localhost.localdomain [127.0.0.1]) by ruby.tmit.bme.hu (Postfix) with ESMTP id 8773487360; Thu, 27 Jun 2013 09:54:09 +0200 (CEST) X-Virus-Scanned: Debian amavisd-new at tmit.bme.hu Received: from ruby.tmit.bme.hu ([127.0.0.1]) by localhost (ruby.tmit.bme.hu [127.0.0.1]) (amavisd-new, port 10024) with ESMTP id O6k8qp1Lyex7; Thu, 27 Jun 2013 09:54:06 +0200 (CEST) Received: from anyo.tmit.bme.hu (anyo.tmit.bme.hu [152.66.246.7]) by ruby.tmit.bme.hu (Postfix) with ESMTP id 5856287346; Thu, 27 Jun 2013 09:54:06 +0200 (CEST) Received: from [152.66.244.179] (csikor.tmit.bme.hu [152.66.244.179]) (authenticated bits=0) by anyo.tmit.bme.hu (8.14.3/8.14.3/Debian-5+lenny1) with ESMTP id r5R7sCBt026543 (version=TLSv1/SSLv3 cipher=DHE-RSA-AES256-SHA bits=256 verify=NOT); Thu, 27 Jun 2013 09:54:12 +0200 Message-ID: <51CBEFA1.30308@tmit.bme.hu> Date: Thu, 27 Jun 2013 09:54:09 +0200 From: Levente Csikor User-Agent: Mozilla/5.0 (X11; Linux x86_64; rv:17.0) Gecko/20130620 Thunderbird/17.0.7 MIME-Version: 1.0 To: stbryant@cisco.com Subject: Re: draft-ietf-rtgwg-remote-lfa - ready for WGLC? - some comments and questions References: <94A203EA12AECE4BA92D42DBFFE0AE47189620@eusaamb101.ericsson.se> <51CAE915.4020304@tmit.bme.hu> <51CB2C60.7010405@cisco.com> In-Reply-To: <51CB2C60.7010405@cisco.com> Content-Type: multipart/mixed; boundary="------------080807010302040302000006" X-Mailman-Approved-At: Thu, 27 Jun 2013 08:31:24 -0700 Cc: "draft-ietf-rtgwg-remote-lfa@tools.ietf.org" , "rtgwg-chairs@tools.ietf.org" , "rtgwg@ietf.org" X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 27 Jun 2013 07:54:19 -0000 This is a multi-part message in MIME format. --------------080807010302040302000006 Content-Type: multipart/alternative; boundary="------------050806020500030901030903" --------------050806020500030901030903 Content-Type: text/plain; charset=ISO-8859-1; format=flowed Content-Transfer-Encoding: 7bit Dear Stewart, yes, I indeed forgot to attach our papers:) Since,[2] (remote_lfa_telsys.pdf) is an extended journal version of [1](remoteLFA.pdf), everything, which was mentioned in [1] is also repeated in [2]. Regards, Levente On 06/26/2013 08:01 PM, Stewart Bryant wrote: > On 26/06/2013 14:13, Levente Csikor wrote: >> Dear All, >> we've been analyzing and dealing with Remote LFA (rLFA for short) >> more than 1 year ago. As a first approach, we analyzed only unit >> costs networks with single link failures, and our results are >> summarized in [1]. Furthermore, we extended our work with node >> failures, which can be found in [2]. Since, in the first version of >> the rLFA Draft, it was not clearly explained that whether the usage >> of extended P-space involves additional complexity or not, we divided >> our analyses into two cases. In the first case, /only P-space/ is >> available for finding possible PQ-nodes (link-protecting remote LFA), >> while in the second case, /extended P-space/ was also considered >> (extended link-protecting remote LFA). Since we found that /remote >> LFA with extended P-spaces provides 100% failure case coverage in all >> unit cost network against single link failures/, our separated >> analyses were also helpful. (However, we proved that if node >> protection is also considered, then unit cost networks are not fully >> protected.) > Yes, I think that this was all in the earlier draft > (draft-bryant-ipfrr-tunnels), or at least I assumed it was, we > certainly thought about it a lot at the time. The real difficulty in > the original case with nodes occurred because of an effect that we > called interference. Now that we have the SR approaches, the best way > forward seems to attempt a directed forward rlfa and if that does not > work then use SR to get round the node or the high cost link. > >> >> As Alia commented recently on the algorithm description in Sec. 4.2.1 >> and Sec. 4.2.2. before, we also think that a more formal algorithm >> description is necessary, especially, when P-spaces and Q-space are >> defined with cost functions similarly as defined in LFA FRR. From a >> routing point of view, I think, it would be easier to understand and >> calculate these /spaces/ (P,ext.P,Q) if they were defined with >> distance functions. > I think the issue is that we think about the problem in rather > different ways. > > I never think about this in terms of costs but rather in terms of the > two abstract spaces (P and Q) which pop out of a a pair of black box > SPF calculation which we explain in the draft. So whilst what you say > below is true and is one way of doing the calculation, it is not the > only way to do it, and the method of doing the calculation is surely > up to the implementer since there are no interoperability issues. The > loop free property of any path in P and in Q space is intrinsic to > their definition. > > Let me work though the math below with the other authors and see what > we come up with. > >> >> Fortunately, the authors of Remote LFA Draft do not have to resolve >> these issues on their own, since we already defined them in our >> relevant papers. >> In order to not to read our full papers and searching the answers, I >> copied here the relevant parts: >> *Link-protecting rLFA condition:* >> For source /s/, destination /d/, and next-hop /e/, some node /n/ /!= >> s,d/ is a link-protecting remote LFA for the /s-d/ pair if and only if >> /dist(s, n) < dist(s, e) + dist(e, n)/ (1) >> /dist(n, d) < dist(n, s) + dist(s, d)/ (2) >> In these equations, one can easily see, that (1) defines the P-space, >> while (2) is the condition of Q-space. Furthermore, with these >> formalized conditions, one can easily observe, that (2) is actually >> the basic loop-free criterion of pure LFA. >> >> *Link-protecting rLFA condition with extended P-space:* >> For source /s/, destination /d/, and next-hop /e/, some node /n != >> s,d/ is an extended link-protecting remote LFA for the /s-d/ pair if >> and only if >> /?v ? neigh(s) : dist(v, n) < dist(v, s) + dist(s, e) + dist(e, n)/// >> /dist(n, d) < dist(n, s) + dist(s, d) . / >> >> *Node-protecting rLFA condition:* >> For source /s/, destination /d/, and next-hop /e/, some /n != s,d/ is >> a node-protecting remote LFA for the /s-d/ pair if and only if >> /dist(s,n) < dist(s,e) + dist(e,n)/// (3) >> /dist(n,d) < dist(n,e) + dist(e,d) / (4) >> As it was in the case of link protection, here, (3) defines the >> P-space, while (4) characterize the Q-space. >> Here, two important observations can be made, which are the followings: >> - P-space does not depend on the protection scheme (i.e., link or >> node protection) >> - (4) again is the basic node-protecting loop-free criterion of pure >> LFA. >> >> *Node-protecting rLFA condition with extended P-space:* >> For source /s/, destination /d/, and next-hop /e/, some node /n != >> s,d/ is an extended node-protecting remote LFA for the /s-d/ pair if >> and only if >> /?v ? neigh(s) : dist(v, n) < dist(v, e) + dist(e, n)/ >> /dist(n, d) < dist(n, e) + dist(e, d) ./ >> >> Despite the fact that we only considered unit cost networks, the >> formal definitions above are *true for any arbitrary weighted network.* >> >> >> I have to emphasize and thank the authors that in the second version >> of the rLFA draft, it became more clear how MPLS LDP label stack can >> provide the necessary "tunneling" for reaching remote LFA staging >> points, which answered me a lot of questions. >> However, there is something in which I still not sure. As far as I >> know(, from the draft), reaching PQ-nodes in MPLS/LDP enabled >> network, two labels are necessary for the source node to avoid the >> failed component. An outer label, which is the label of S's neighbor >> for sending traffic to the PQ-node, while the inner label is the PQ >> node's label for reaching the destination. > Correct. >> However, in this MPLS/LDP point of view, is there any difference >> between the label stacks used to reach a PQ-node in the case of >> simple P-space or extended P-space, or the are the same? > They are the same. The repairing router can always force the first hop > since it gets to choose the output interface. >> >> >> On the other hand, according to the MPLS LDP specification (RFC >> 5036), the targeted LDP capability may be disabled at the routers, >> which indicates that the simple label stacks cannot be always used to >> destine packets to a PQ-node, therefore IP tunneling (e.g., IP-in-IP, >> GRE) should be used to reach the same end. Is it an issue nowadays, >> or these are already addressed? > It is our assumption that IP tunneling of MPLS is not needed, and that > if you want to use RLFA you need to enable MPLS on the whole path. > That is quite a normal way to set networks up. >> >> >> Additionally, for Sec. 9.3., we also have measured coverages of rLFA >> in real-world topologies inferred from Rocketfuel dataset, SNDLib and >> Topology-zoo, and we compared them to pure LFA coverages as well. >> These results can be found in our papers, which may be used in this >> draft. >> >> > Thanks - can I get a copy of the papers please. >> >> >> We think that our results could be a crystallization for some aspects >> of remote LFA and may be used in the draft. >> We also believe that the above mentioned more formal descriptions of >> P- and Q-spaces and their connectivities to pure LFA can definitely >> ease the understanding of how remote LFA works, especially for those >> who has experience in simple LFA. > Let me work though it with the other authors. As I note above I have > always used a completely different mental model for this, and I would > be interested in the thoughts of the WG. > >> >> If you decide to use our results, please mention our works somehow in >> the document (e.g., references, acknowledgements) >> >> > Yes of course we will. > > Stewart > >> Best regards, >> Levente Csikor >> Ph.D. Student >> MTA-BME Future Internet Research Group >> High Speed Networks Laboratory >> Dept. of Telecommunications and Media Informatics >> Budapest University of Technology and Economics, >> Hungary. >> >> >> [1] L. Csikor, G. Retvari, "IP Fast Reroute with Remote Loop-Free >> Alternates: the Unit Link Cost Case", In: Proceeding of RNDM 2012 4th >> International Workshop on Reliable Networks Design and Modeling, >> pp:16-22. 2012. >> [2] L. Csikor, G. Retvari, "On Providing Fast Protection with Remote >> Loop-Free Alternates: Analyzing and Optimizing Unit Cost Networks", >> submitted to Telecommunications Systems Journal, 2012. >> >> >> P.S.: I already tried to contact one of the authors directly (by >> email), but no answers were received. That's why I send this message >> to the list. I have never post any message to these mailing lists and >> I hope I did not spamming it. >> >> >> On 06/25/2013 06:53 PM, Acee Lindem wrote: >>> Hi Stewart, >>> >>> See inline. >>> >>> On 6/20/13 6:59 AM, "Stewart Bryant" wrote: >>> >>>> I write this email as duty editor of draft-ietf-rtgwg-remote-lfa >>>> >>>> I recently updated this draft and think that it is ready for WGLC. >>>> >>>> When the WG adopted the draft Alia made a number of comments which >>>> I address below: >>>> >>>> AA> First, if the intent is to restrict this mechanism to ONLY link >>>> AA> protection, that belongs at a minimum prominently in the abstract and >>>> AA> introduction. It is currently first mentioned only in Section 3. >>>> >>>> This has been addressed. >>>> >>>> AA> Second, the algorithm description Sec 4.2.1 and Sec 4.2.2 needs >>>> AA> significant expansion into a more formal algorithm description, such >>>> AA> as is in the LFA spec, RFC 5286. A brief description of the >>>> AA> computational complexity would be useful, but the critical part is >>>> AA> having it specified clearly. >>>> >>>> Mike and I have included some cost metric explanations which I think >>>> is adequate for ensuring the expected behavior. I am not convinced >>>> that the level of formalism in RFC5286 is required. The requirement >>>> is that an implementation will function correctly, neither breaking >>>> the network, nor surprising the operator. >>> I have to say that I agree with Alia here. I've read the document several >>> times and what you have in sections 4.2.1-4.2.3 is a heuristic for >>> determining a single remote LFA for a specific failure (S-E failure in >>> figure 1) rather than any kind of general case algorithm. >>> >>> Thanks, >>> Acee >>> >>> >>> >>>> AA> Third, in Sec 4.2.3, there is no preferred or even specified method >>>> AA> for selecting among the different PQ options that might be available. >>>> AA> Such a method should be specified; as the draft says, there is an >>>> AA> advantage from the network management perspective to consistency. It >>>> AA> is also required to have agreement on the output of analysis to >>>> AA> compare/contrast methods. >>>> >>>> We have added some text >>>> >>>> AA> Fourth, one issue described in RFC 5286 is what happens when a worse >>>> AA> failure occurs than the LFA was computed to handle - i.e. if a node >>>> AA> failure happens instead of a link failure. In that case, traffic >>>> AA> looping can occur. With Remote LFA, I believe that the same issue can >>>> AA> exist - but made even worse because there is no effort to look for >>>> AA> node-protecting Remote LFAs. This concern needs some description in >>>> AA> the draft. Additionally, the equivalent of the Downstream Paths >>>> AA> condition should be specified, if possible, that allows such traffic >>>> AA> looping to be avoided. Finally, since the argument for Remote LFA is >>>> AA> the improved coverage over LFAs, I would like to see the coverage >>>> AA> analysis based on simulation to show the coverage when the Downstream >>>> AA> Paths equivalent requirement is met vs. when it is relaxed (as >>>> AA> currently in the draft). >>>> >>>> We added some test to section 6 to cover the worse than expected case. >>>> >>>> AA> Fifth, for a better understanding of realistic behavior, I would like >>>> AA> to see the analysis extended to show the min, average, and max >>>> AA> coverage for the 11 specified topologies after each single failure has >>>> AA> occurred in the topology. (Of course, the computation should >>>> AA> recognize that protecting cut-links isn't feasible and not include >>>> AA> those failures.) >>>> >>>> I don't think that this draft is the place to provide a greater analysis >>>> of coverage. However I do think such a draft needs to be written. >>>> >>>> I understand that Mike has plans to publish a draft before Berlin >>>> to address this. >>>> >>>> AA> While I recognize that link failures are significantly more common >>>> AA> than node failures, I believe that fast-reroute techniques should be >>>> AA> able to cover node failures as well. Technically, I think that Remote >>>> AA> LFA can, of course, be extended to provide node coverage - at the cost >>>> AA> of computing a reverse-SPF from each next-next-hop of the computing >>>> AA> router. >>>> >>>> There are drafts covering the node case that are being proposed >>>> by members of the WG. >>>> >>>> AA> As I said early, at a minimum, the abstract and introduction >>>> AA> need to clearly specify that Remote LFA only provides link protection >>>> AA> and the traffic looping concerns need to be addressed. >>>> >>>> Done >>>> >>>> - Stewart >>>> >>>> _______________________________________________ >>>> rtgwg mailing list >>>> rtgwg@ietf.org >>>> https://www.ietf.org/mailman/listinfo/rtgwg >>> _______________________________________________ >>> rtgwg mailing list >>> rtgwg@ietf.org >>> https://www.ietf.org/mailman/listinfo/rtgwg >> > > > -- > For corporate legal information go to: > > http://www.cisco.com/web/about/doing_business/legal/cri/index.html > --------------050806020500030901030903 Content-Type: text/html; charset=ISO-8859-1 Content-Transfer-Encoding: 7bit Dear Stewart,
yes, I indeed forgot to attach our papers :)

Since, [2] (remote_lfa_telsys.pdf) is an extended journal version of [1] (remoteLFA.pdf), everything, which was mentioned in [1] is also repeated in [2].

Regards,
Levente
On 06/26/2013 08:01 PM, Stewart Bryant wrote:
On 26/06/2013 14:13, Levente Csikor wrote:
Dear All,
we've been analyzing and dealing with Remote LFA (rLFA for short) more than 1 year ago. As a first approach, we analyzed only unit costs networks with single link failures, and our results are summarized in [1]. Furthermore, we extended our work with node failures, which can be found in [2]. Since, in the first version of the rLFA Draft, it was not clearly explained that whether the usage of extended P-space involves additional complexity or not, we divided our analyses into two cases. In the first case, only P-space is available for finding possible PQ-nodes (link-protecting remote LFA), while in the second case, extended P-space was also considered (extended link-protecting remote LFA). Since we found that remote LFA with extended P-spaces provides 100% failure case coverage in all unit cost network against single link failures, our separated analyses were also helpful. (However, we proved that if node protection is also considered, then unit cost networks are not fully protected.)
Yes, I think that this was all in the earlier draft (draft-bryant-ipfrr-tunnels), or at least I assumed it was, we certainly thought about it a lot at the time. The real difficulty in the original case with nodes occurred because of an effect that we called interference. Now that we have the SR approaches, the best way forward seems to attempt a directed forward rlfa and if that does not work then use SR to get round the node or the high cost link.


As Alia commented recently on the algorithm description in Sec. 4.2.1 and Sec. 4.2.2. before, we also think that  a more formal algorithm description is necessary, especially, when P-spaces and Q-space are defined with cost functions similarly as defined in LFA FRR. From a routing point of view, I think, it would be easier to understand and calculate these spaces (P,ext.P,Q) if they were defined with distance functions.
I think the issue is that we think about the problem in rather different ways.

I never think about this in terms of costs but rather in terms of the two abstract spaces (P and Q) which pop out of a a pair of black box SPF calculation which we explain in the draft. So whilst what you say below is true and is one way of doing the calculation, it is not the only way to do it, and the method of doing the calculation is surely up to the implementer since there are no interoperability issues. The loop free property of any path in P and in Q space is intrinsic to their definition.

Let me work though the math below with the other authors and see what we come up with.


Fortunately, the authors of Remote LFA Draft do not have to resolve these issues on their own, since we already defined them in our relevant papers.
In order to not to read our full papers and searching the answers, I copied here the relevant parts:
Link-protecting rLFA condition:
For source s, destination d, and next-hop e, some node n != s,d is a link-protecting remote LFA for the s-d pair  if and only if
  dist(s, n) < dist(s, e) + dist(e, n)  (1)
  dist(n, d) < dist(n, s) + dist(s, d)  (2)
In these equations, one can easily see, that (1) defines the P-space, while (2) is the condition of Q-space. Furthermore, with these formalized conditions, one can easily observe, that (2) is actually the basic loop-free criterion of pure LFA.

Link-protecting rLFA condition with extended P-space:
For source s, destination d, and next-hop e, some node n != s,d is an extended link-protecting remote LFA for the s-d pair if and only if
∃v ∈ neigh(s) : dist(v, n) < dist(v, s) + dist(s, e) + dist(e, n)    
dist(n, d) < dist(n, s) + dist(s, d) .                                             

Node-protecting rLFA condition:
For source s, destination d, and next-hop e, some n != s,d is a node-protecting remote LFA for the s-d pair if and only if
dist(s,n) < dist(s,e) + dist(e,n)      (3)
dist(n,d) < dist(n,e) + dist(e,d)     (4)
As it was in the case of link protection, here, (3) defines the P-space, while (4) characterize the Q-space.
Here, two important observations can be made, which are the followings:
 - P-space does not depend on the protection scheme (i.e., link or node protection)
 - (4) again is the basic node-protecting loop-free criterion of pure LFA.

Node-protecting rLFA condition with extended P-space:
For source s, destination d, and next-hop e, some node n != s,d is an extended node-protecting remote LFA for the s-d pair if and only if
∃v ∈ neigh(s) : dist(v, n) < dist(v, e) + dist(e, n)
dist(n, d) < dist(n, e) + dist(e, d) .

Despite the fact that we only considered unit cost networks, the formal definitions above are true for any arbitrary weighted network.


I have to emphasize and thank the authors that in the second version of the rLFA draft, it became more clear how MPLS LDP label stack can provide the necessary "tunneling" for reaching remote LFA staging points, which answered me a lot of questions.
However, there is something in which I still not sure. As far as I know(, from the draft), reaching PQ-nodes in MPLS/LDP enabled network, two labels are necessary for the source node to avoid the failed component. An outer label, which is the label of S's neighbor for sending traffic to the PQ-node, while the inner label is the PQ node's label for reaching the destination.
Correct.
However, in this MPLS/LDP point of view, is there any difference between the label stacks used to reach a PQ-node in the case of simple P-space or extended P-space, or the are the same?
They are the same. The repairing router can always force the first hop since it gets to choose the output interface.


On the other hand, according to the MPLS LDP specification (RFC 5036), the targeted LDP capability may be disabled at the routers, which indicates that the simple label stacks cannot be always used to destine packets to a PQ-node, therefore IP tunneling (e.g., IP-in-IP, GRE) should be used to reach the same end. Is it an issue nowadays, or these are already addressed?
It is our assumption that IP tunneling of MPLS is not needed, and that if you want to use RLFA you need to enable MPLS on the whole path. That is quite a normal way to set networks up.


Additionally, for Sec. 9.3., we also have measured coverages of rLFA in real-world topologies inferred from Rocketfuel dataset, SNDLib and Topology-zoo, and we compared them to pure LFA coverages as well. These results can be found in our papers, which may be used in this draft.


Thanks - can I get a copy of the papers please.


We think that our results could be a crystallization for some aspects of remote LFA and may be used in the draft.
We also believe that the above mentioned more formal descriptions of P- and Q-spaces and their connectivities to pure LFA can definitely ease the understanding of how remote LFA works, especially for those who has experience in simple LFA.
Let me work though it with the other authors. As I note above I have always used a completely different mental model for this, and I would be interested in the thoughts of the WG.


If you decide to use our results, please mention our works somehow in the document (e.g., references, acknowledgements)


Yes of course we will.

Stewart

Best regards,
Levente Csikor
Ph.D. Student
MTA-BME Future Internet Research Group
High Speed Networks Laboratory
Dept. of Telecommunications and Media Informatics
Budapest University of Technology and Economics,
Hungary.


[1] L. Csikor, G. Retvari, "IP Fast Reroute with Remote Loop-Free Alternates: the Unit Link Cost Case", In: Proceeding of RNDM 2012 4th International Workshop on Reliable Networks Design and Modeling, pp:16-22. 2012.
[2] L. Csikor, G. Retvari, "On Providing Fast Protection with Remote Loop-Free Alternates: Analyzing and Optimizing Unit Cost Networks", submitted to Telecommunications Systems Journal, 2012.


P.S.: I already tried to contact one of the authors directly (by email), but no answers were received. That's why I send this message to the list. I have never post any message to these mailing lists and I hope I did not spamming it.


On 06/25/2013 06:53 PM, Acee Lindem wrote:
Hi Stewart, 

See inline. 

On 6/20/13 6:59 AM, "Stewart Bryant" <stbryant@cisco.com> wrote:


I write this email as duty editor of draft-ietf-rtgwg-remote-lfa

I recently updated this draft and think that it is ready for WGLC.

When the WG adopted the draft Alia made a number of comments which
I address below:

AA> First, if the intent is to restrict this mechanism to ONLY link
AA> protection, that belongs at a minimum prominently in the abstract and
AA> introduction.  It is currently first mentioned only in Section 3.

This has been addressed.

AA> Second, the algorithm description Sec 4.2.1 and Sec 4.2.2 needs
AA> significant expansion into a more formal algorithm description, such
AA> as is in the LFA spec, RFC 5286.  A brief description of the
AA> computational complexity would be useful, but the critical part is
AA> having it specified clearly.

Mike and I have included some cost metric explanations which I think
is adequate for ensuring the expected behavior. I am not convinced
that the level of formalism in RFC5286 is required. The requirement
is that an implementation will function correctly, neither breaking
the network, nor surprising the operator.

I have to say that I agree with Alia here. I've read the document several
times and what you have in sections 4.2.1-4.2.3 is a heuristic for
determining a single remote LFA for a specific failure (S-E failure in
figure 1) rather than any kind of general case algorithm.

Thanks,
Acee 




AA> Third, in Sec 4.2.3, there is no preferred or even specified method
AA> for selecting among the different PQ options that might be available.
AA> Such a method should be specified; as the draft says, there is an
AA> advantage from the network management perspective to consistency.   It
AA> is also required to have agreement on the output of analysis to
AA> compare/contrast methods.

We have added some text

AA> Fourth, one issue described in RFC 5286 is what happens when a worse
AA> failure occurs than the LFA was computed to handle - i.e. if a node
AA> failure happens instead of a link failure.  In that case, traffic
AA> looping can occur.  With Remote LFA, I believe that the same issue can
AA> exist - but made even worse because there is no effort to look for
AA> node-protecting Remote LFAs.   This concern needs some description in
AA> the draft.  Additionally, the equivalent of the Downstream Paths
AA> condition should be specified, if possible, that allows such traffic
AA> looping to be avoided.  Finally, since the argument for Remote LFA is
AA> the improved coverage over LFAs, I would like to see the coverage
AA> analysis based on simulation to show the coverage when the Downstream
AA> Paths equivalent requirement is met vs. when it is relaxed (as
AA> currently in the draft).

We added some test to section 6 to cover the worse than expected case.

AA> Fifth, for a better understanding of realistic behavior, I would like
AA> to see the analysis extended to show the min, average, and max
AA> coverage for the 11 specified topologies after each single failure has
AA> occurred in the topology.  (Of course, the computation should
AA> recognize that protecting cut-links isn't feasible and not include
AA> those failures.)

I don't think that this draft is the place to provide a greater analysis
of coverage. However I do think such a draft needs to be written.

I understand that Mike has plans to publish a draft before Berlin
to address this.

AA> While I recognize that link failures are significantly more common
AA> than node failures, I believe that fast-reroute techniques should be
AA> able to cover node failures as well.  Technically, I think that Remote
AA> LFA can, of course, be extended to provide node coverage - at the cost
AA> of computing a reverse-SPF from each next-next-hop of the computing
AA> router.

There are drafts covering the node case that are being proposed
by members of the WG.

AA> As I said early, at a minimum, the abstract and introduction
AA> need to clearly specify that Remote LFA only provides link protection
AA> and the traffic looping concerns need to be addressed.

Done

- Stewart

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rtgwg@ietfa.amsl.com Delivered-To: rtgwg@ietfa.amsl.com Received: from localhost (localhost [127.0.0.1]) by ietfa.amsl.com (Postfix) with ESMTP id 5807221F9EFE; Thu, 27 Jun 2013 12:48:04 -0700 (PDT) X-Virus-Scanned: amavisd-new at amsl.com X-Spam-Flag: NO X-Spam-Score: -0.495 X-Spam-Level: X-Spam-Status: No, score=-0.495 tagged_above=-999 required=5 tests=[BAYES_00=-2.599, FH_RELAY_NODNS=1.451, HELO_MISMATCH_COM=0.553, 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 0Q6RqgvLXrEP; Thu, 27 Jun 2013 12:47:58 -0700 (PDT) Received: from gateway1.orleans.occnc.com (unknown [173.9.106.132]) by ietfa.amsl.com (Postfix) with ESMTP id 2BF7D21F9F07; Thu, 27 Jun 2013 12:47:53 -0700 (PDT) Received: from harbor1.ipv6.occnc.com (harbor1.ipv6.occnc.com [IPv6:2001:470:1f07:1545::2:819]) (authenticated bits=0) by gateway1.orleans.occnc.com (8.14.5/8.14.5) with ESMTP id r5RJkZ9W097063; Thu, 27 Jun 2013 15:46:35 -0400 (EDT) (envelope-from curtis@ipv6.occnc.com) Message-Id: <201306271946.r5RJkZ9W097063@gateway1.orleans.occnc.com> To: Lou Berger From: Curtis Villamizar Subject: Re: RtgDir review: draft-ietf-rtgwg-cl-requirement-10 In-reply-to: Your message of "Mon, 24 Jun 2013 19:14:38 EDT." <51C8D2DE.4020807@labn.net> Date: Thu, 27 Jun 2013 15:46:35 -0400 X-Mailman-Approved-At: Fri, 28 Jun 2013 08:06:09 -0700 Cc: rtg-dir@ietf.org, draft-ietf-rtgwg-cl-requirement.all@tools.ietf.org, "rtg-ads@tools.ietf.org" , rtgwg@ietf.org X-BeenThere: rtgwg@ietf.org X-Mailman-Version: 2.1.12 Precedence: list Reply-To: curtis@ipv6.occnc.com List-Id: Routing Area Working Group List-Unsubscribe: , List-Archive: List-Post: List-Help: List-Subscribe: , X-List-Received-Date: Thu, 27 Jun 2013 19:48:04 -0000 Lou, This top posting is to inform the entire Cc of an email thread regarding a major point in these comments. The summary message of that thread with a recent response from Alia is concatonated to the end of this email as it is a plain text email. As promised in that email, I have edited my draft response sent to you and others below. The further edits to your RtgDir review are marked with *CV*. The comments not preceded by *CV* are as sent in the preview prior to the smaller Cc discussion. The most important point is that the document shepard and AD have instructed that a draft-ietf-rtgwg-cl-requirement-11 version be created and that it undergo another WGLC due to the nature of the changes. Details are in the summary appended to the end. Some of your comments are resolved by avoiding conflicts with ITU-T defined terminology as described below. The SecDir and GenArt review comments will also be reflected. Thank you for your help in substantially improving this document. Curtis In message <51C8D2DE.4020807@labn.net> Lou Berger writes: > > Hi Curtis, > > Thank you for the detailed response. I have included specific responses > in-line below. Before we go there, I'd like to jump ahead to one point > that is (indirectly) pointed to in a number of spots. It would have helped if this had come up in WGLC. If we need to change the document enough that we need to go back to that step, then maybe we need to notify MPLS and CCAMP of the RTGWG WGLC. *CV* Perhaps with this repeated WGLC we should notify MPLS and CCAMP. > I asked: > >> So where does one go to get an intro/definition of the IETF work on > >> composite links? Is it G.800, the framework draft, the use cases > >> draft, this draft? ... > > Your response is: > > I'd say "Use Cases". I'm in favor of de-emphasizing G.800. > > Okay, then I think a bunch of detailed comments can be replaced by using > references. More on this below. The issue with the use case document > being the authoritative definition for CL (and presumably NPO?) is that It would be best if the authoritative definitions where in draft-ietf-rtgwg-cl-requirement (this document). I would not like to see draft-ietf-rtgwg-cl-use-cases have to be a normative reference over the definitions of Composite Link and Performance Objective. My preference is to embed the authoritative definitions for all of the composite link work in this document. This also removes the circular references. *CV* Consensus on the later thread was to do this - to put the authoritative definitions in draft-ietf-rtgwg-cl-requirement and also to avoid conflicts with ITU-T terminology. > I think you currently have circular references. > draft-ietf-rtgwg-cl-use-cases starts out: > > Composite link requirements are specified in > [I-D.ietf-rtgwg-cl-requirement]. A composite link framework is > defined in [I-D.ietf-rtgwg-cl-framework]. > > BTW ietf-rtgwg-cl-framework adds > > Classic multipath, including Ethernet Link Aggregation has been > widely used in today's MPLS networks [RFC4385][RFC4928]. Classic > multipath using non-Ethernet links are often advertised using MPLS > Link bundling. A link bundle [RFC4201] bundles a group of > homogeneous links as a TE link to make IGP-TE information exchange > and RSVP-TE signaling more scalable. A composite link allows > bundling non-homogenous links together as a single logical link. The > motivations for using a composite link are descried in > [I-D.ietf-rtgwg-cl-requirement] and [I-D.ietf-rtgwg-cl-use-cases]. > > A composite link is a single logical link in MPLS network that > contains multiple parallel component links between two MPLS LSR. > Unlike a link bundle [RFC4201], the component links in a composite > link can have different properties such as cost, capacity, delay, or > jitter. > > I think answering this question (of which document has the CL > definition) and ensuring the documents line up accordingly would be > really helpful. -- I'll assume it's the use case draft for my comments > below. I'd rather we put the authoritative definitions directly in the requirements document. See block of text very far below. *CV* See prior comment. > At the nit level, the defining document should be listed as a Normative > Reference by this (and other CL) documents. For that reason I would rather move the definition. I would also like to get it right in the first step of this process and have Use Cases follow as strictly an informtional document about current practices, then have the framework follow that. *CV* See comment two up from here. > On 6/20/2013 3:51 PM, Curtis Villamizar wrote: > > In message <51C27E22.1070308@labn.net> > > Lou Berger writes: > > > >> Hello, > >> > >> I have been selected as the Routing Directorate reviewer for this draft. > >> The Routing Directorate seeks to review all routing or routing-related > >> drafts as they pass through IETF last call and IESG review, and > >> sometimes on special request. The purpose of the review is to provide > >> assistance to the Routing ADs. For more information about the Routing > >> Directorate, please see http://www.ietf.org/iesg/directorate/routing.html > >> > >> Although these comments are primarily for the use of the Routing ADs, it > >> would be helpful if you could consider them along with any other IETF > >> Last Call comments that you receive, and strive to resolve them through > >> discussion or by updating the draft. > >> > >> Document: draft-ietf-rtgwg-cl-requirement-10 > >> Reviewer: Lou Berger > >> Review Date: 6/19/2013 > >> IETF LC End Date: 2013-06-19 > >> Intended Status: Informational > > > > Hi Lou, > > > >> Summary: > >> I have significant concerns about this document and recommend > >> that the Routing ADs discuss these issues further with the authors. > > > > OK. Lets go through them. > > > >> Comments: > >> > >> My comments really fall into three categories: (a) understanding > >> document objectives, (b) comments/questions on technical details, and > >> (c) readability/editorial. As this document is informational and does > >> not represent IETF consensus, the AD together with the document Shepherd > >> and WG may reasonably choose to publish the document as is. > > > > Does not reflect IETF consensus? > > > > Sure, see http://tools.ietf.org/html/rfc5741, informational documents > can represent IETF consensus, but don't need to; it depends on LC and is > represented in the boilerplate. The datatracker represents this and > says "Consensus: says unknown". I translated this into no request for > IETF consensus was to be made -- I accept that this may be a mistake on > may part. (Perhaps it was wishful thinking ;-) > > The document Shepherd should be able to answer this. > > Alia? Awaiting response from Alia. *CV* Didn't get reponse from Alia on this point. I will ping her and point this out. > >> Major Issues: > >> > >> - At the highest level the objective/purpose of the document is unclear > >> to me. It states: > >> > >> The purpose of this document is to describe why network operators > >> require certain functions in order to solve certain business problems > >> (Section 2). > > > > Forward reference for brevity in "1. Introduction". Is that bad? > > Brevity is great, but what's that quote "As brief as possible (but no > briefer)"... The quote is Einstien. Simple as possible and no simpler. *CV* Einstein is spelled wrong. Oops. > I genuinely am confused as to the purpose of the document so it's my > conclusion that the Intro is too brief. Other conclusions are of course > possible. You are right. The Introduction is too short (and some sentences are poorly worded). See further comments below regarding your suggested replacement for the first sentence. *CV* See summary in the thread concatonated below. This and the next set of changes that you suggest are explicitly called for in the summary. > > Section 1 is brief and forward references sections 2, 4, 5, and > > appendix A. > > > >> Thankfully (for hopefully obvious reasons), section 2 covers > >> "Assumptions" and not "business problems". Section 4 does provide what > >> is termed "Network Operator Functional Requirements", which relies on > >> Y.1541 defined Network Performance Objectives. While this section title > >> appears to be defining provider requirements, the document also appears > >> to be placing requirements on CL solutions. To add to the confusion, it > >> sometimes also seems to also be placing requirements on the "network > >> layer" that supplies component links for the CL, and even on the > >> performance of a vendor implementation(DR#7)! > > > > It seems the objection is to the phrase "business problems". If we > > change the first sentence in section 1, would that solve it? > > > > OLD > > > > The purpose of this document is to describe why network operators > > require certain functions in order to solve certain business > > problems (Section 2). > > > > NEW > > > > The purpose of this document is to describe why network operators > > require certain functions and to clearly enumerate a set of > > requirements related to the use of MPLS based Composite Links > > (see Section 2). > > > Well, I see a couple of phrases that confuse me in the context of the > document. Certainly the phrase "... to solve certain business problems > (Section 2)" caused me to be a bit concerned that an IETF document was > going to discuss business issues; it also led me to believe that section > 2 was going to discuss these problems. As I said, there are no > "business problems" covered in section 2, so aligning the Intro with the > section contents is a fine improvement. I didn't add the "business problems" text but I think the intent was to say that the requirements reflect serious provider needs. > The other phrase that confuses me is "... describe why network operators > require certain functions ... (See Section 2)". Section 2 is titled > Assumptions and only references network operators to say that "...in > general network operators do not rely on the DSCP...". So I think your > revised text isn't really aligned with the section. OK. > Finally, you now say the draft documents requirements on the "use of > MPLS based Composite Links". So this reads like the document places > requirements on the user, i.e., the operator. Do you perhaps mean "on > the protocols and mechanisms used to provide MPLS based Composite Links"? Yes. > Taken all together, perhaps the following better matches the/your intent. > The purpose of this document is to clearly enumerate a set of > requirements related to the protocols and mechanisms that > provide MPLS based Composite Links. MPLS based Composite Links > are defined in [I-D.ietf-rtgwg-cl-use-cases]. Section 2 describes > MPLS based Composite Links assumptions. Yes. This is a much better sentence than the existing first sentence. I think you are also right that the rest of the paragraph lacks clarity as well. > > Then in section 2, change "The services supported include ..." to > > "Services which may be supported over MPLS based Composite Links > > include ...". > > That is helpful. Do you perhaps mean: > "Any MPLS-based service may be supported over MPLS based Composite Links > including, for example, ..." It is at least IP and MPLS services. IP services can also be carried with certain limitations. The document discusses measuring and compensating IP and LDP traffic. Both IP and LDP are not traffic engineered (and the requirement to NOT add TE to LDP is also stated). *CV* Your later suggestion is to move the Assumptions section to the Use Case document. That is called for in the summary below. > >> I think clearly stating the document's objective/purpose and where the > >> stated requirements are to be applied/satisfied, is one of major issues > >> that should be corrected. > >> > >> Once this is done, it may turn out that there are derivative > >> comments/changes that are needed in the body of the draft. For example > >> clarifying what it means to "meet the NPO" and who needs to "meet" it. > > > > The reason the term NPO is used it because of objections to using the > > term SLA. A Service Level Agreement (SLA) is interpreted as > > contractual. A Network Performance Objection (NPO) may simply be an > > interal goal that an organiztion would like to meet. The NPO may or > > may not be based on Y.1540 and Y.1541. The term NPO is defined in > > Y.1541 and the use of the term in this docuement is consistent with > > that definition. > > > > The use cases document has a long paragraph defining SLA, SLS, and > > NPO. Those definitions are in an appendix intended to be illustrative > > and entitled "More Details on Existing Network Operator Practices and > > Protocol Usage". > > The use case document also says: > In this > document we use the term Network Performance Objective (NPO) as > defined in section 5 of [ITU-T.Y.1541] since the SLA and SLS measures > have network operator and service specific implications. Yes. If we continued to reference the Use Case document, we would have to fix that. If we put the definition directly in this document, then we could not take that definition verbatim given your interpretation that using the term NPO requires meeting all requirements for NPO defined in Y.1540 and Y.1541, which was definitely not the intent. See comments below where s/NPO/performance objectives/ is mentioned (search for "3a."). *CV* There appears to be no objections to s/NPO/performance objectives/. > > The definition here is simply: > > > > Network Performance Objective (NPO): Numerical values for > > performance measures, principally availability, latency, and > > delay variation. See [I-D.ietf-rtgwg-cl-use-cases] for more > > details. > > > > I can expand on this and say "NPO may or may not be based on ITU > > specifications." I prefer not to get too wordy when all we are trying > > to say "like SLA or SLS (in diffserv), but NPO is really a better > > term". > > > > Why not just say: > Network Performance Objective (NPO): as defined by > [I-D.ietf-rtgwg-cl-use-cases]. We would have to change the definition in Use Cases. We want to use the term "performance objective" term rather than SLA as used in Diffserv, and one was conveniently defined in Y.1541, but make using any other part of Y.1540 or Y.1541 completely oprional. It would be best to drop all mention of Y.1540 or Y.1541 and avoid any further confusion. See comments below where s/NPO/performance objectives/ is mentioned (search for "3a."). > > As to what it means by "meet the NPO", it means "falls within the > > numerical values for measures, principally availability, latency, and > > delay variation". I'm not sure why that is not obvious. > > Try using this expansion in the identified requirements and see if you > think it makes sense in all cases. Also, recall that Table 1 in section > 5 of [ITU-T.Y.1541] provides absolute time values based on traffic "QoS > class" and that a number of values are also specified as "U", which is > stated as meaning U", performance with respect to > that parameter may, at times, be arbitrarily poor. Again, where s/NPO/performance objectives/ and performance objectives need not be based on Y.1540 or Y.1541. The service provider (SP) defines their performance objectives and "meeting the performance objectives" means falling within the parameters of the SP performance objectives regardless of how they came about defining them. > For example: > > FR#1 The solution SHALL provide a means to summarize some routing > advertisements regarding the characteristics of a composite > link such that the routing protocol converges within the > timeframe needed to [meet the network performance objective] > fall within the numerical values for measures, principally > availability, latency, and delay variation > > > FR#2 The solution SHALL ensure that all possible restoration > operations happen within the timeframe needed to [meet the NPO] > fall within the numerical values for measures, principally > availability, latency, and delay variation > > I really think more is needed to make these requirements meaningful in > the design of any solution. For example, I could see something along > the lines of the following as being meaningful: > > (Note this text is for discussion not inclusion in the draft.) > FR#2 The solution SHALL enable restoration operations to occur > within the timeframe need to provide an Upper bound on the > packet loss probability (NPO IPLR) of 1x10^-3 in a > network with a diameter of XYZ. > > Do you think I'm wrong? Yes. Absolutely. There is no intent to mandate use of Y.1540 or Y.1541. Apparently that was not clear and we need to make it clear. Re FR#1. SP have existing convergence performance objectives. Those objectives are *never* based on Y.1541 IPLR. The point of the first sentence of FR#1 is to not make changes to the IGP that will make convergence worse. The point of the second sentence is that we want to summarize the CL, but also provider more detailed information about the component links, or preferably groups of compont links. For example: Link has 2TB, delay is <= 12 ms, etc. One group of component links has 1 TB, delay <= 12 ms. Another group of component links has 1 TB, delay <= 10 msec. This could be the case with two slightly different fiber paths. *CV* Again, s/NPO/performance objectives/ should clear this up. > On an aside, how do FR#1 and DR#6 really differ? FR#1 expose info on component but don't affect convergence FR#2 don't make restoration time any worse FR#3 for the "simple link" case (not across the network) don't require additional protocol FR#4 minimally disruptive migration if new protocols are defined FR#5 no (or minimal) oscillation - stability - bounded frequency of path change FR#6 don't break network management So these are base functional requirements. FR#1 is key. Expose information about component links or groups of component links. The derived requirements are supposed to provide more practical detail on how there requirements can be met. *CV* Please let me know if you would like me to split FR#1 in two. Ths simplest way to provide a clarification is to create an a) and b) sublist with the two points: a) expose info on component, b) but don't affect convergence. It would be better to just make the "expose info on component" into FR#0 and then explicitly state that this must be done in such a way that other requirements are met, particularly FR#1-FR#6. > DR#6 seems to be the > better formulated to me. DR#6 could refer back to FR#1. DR#6 is where we imply that we need to retain a mechanism to at least advertise groups of component links. For example, this is so we don't have 80 TLVs with one component link each if a 8TB link is made up of 80 x 100 Gb/s component links. *CV* Do we need to be more clear that the FR# are functional goals independent of the assumptions about how IGP and MPLS works as-is and that the DR# set are more specific requirements that are derived from those functional goals. > > As to the "who", it is the provider but the protocols and > > implementation have to provide the means for the provider to do so. > > I think this point is now understood, assuming there's no substantive > disagreement on the revised intro. Your change to the first sentence is accepted. > > As to the scope of the NPO: if the NPO is defined over a link, the > > link needs to meet it; if it is defined as edge-to-edge within an > > internal infrastructure, it must be met edge-to-edge; if it is defined > > for a specific customer end-to-end, then it must be met end-to-end > > (and may correlate strongly with a specific SLA). > > Humm, the mechanisms needed to satisfy timing requirements between > adjacent nodes can be radically different (simpler) than between network > paths. I'm not sure NPO-based requirements can be meaningful without > some design targets/constraints. At least ITU-T.Y.1541 provides some > absolute time values. This is why we need s/NPO/performance objective/. We used NPO just to avoid using SLA which implies a contract. > > At what point does clarifying what is meant by an NPO and what it > > means to meet an NPO just overly wordy and stating the obvious? > > I think this is covered above. Do you then agree that we should remove all reference to NPO and to ITU-T.Y.1540 and ITU-T.Y.1541? If so, then we have settled the definitions issue. Again see text regarding s/NPO/performance objective/ below (search for "3a."). > >> - The scope of the composite links referenced in this document is not > >> clear. The document seems to be using G.800 terminology and concepts, > >> yet the G.800 related summary is relegated to an Appendix. If this CL > >> is being driven/constrained by the G.800 CL, then this relationship > >> should be made explicit and in the (early) body of the document, or by > >> reference to another document that defines CL as such. (In other words > >> Appendix A should early in the document, perhaps in section 1.) > > > > We give a definition for composite link and component link. ITU gives > > a definition for the same two terms. We have give a summary of a few > > ITU-T G.800 definitions in Appendix A. I would be perfectly happy > > getting rid of Appendix A and simply being more clear in our > > definitions section. > > > > OLD > > > > ITU-T G.800 Based Composite and Component Link Definitions: > > Section 6.9.2 of ITU-T-G.800 [ITU-T.G.800] defines composite and > > component links as summarized in Appendix A. The following > > definitions for composite and component links are derived from > > and intended to be consistent with the cited ITU-T G.800 > > terminology. > > > > NEW > > > > ITU-T G.800 Based Composite and Component Link Definitions: Section > > 6.9.2 of ITU-T-G.800 [ITU-T.G.800] defines composite and > > component links. The following definitions for composite and > > component links are derived from and intended to be consistent > > with the cited ITU-T G.800 terminology, but differ slightly. > > > > We can then point out that we are specifically excluding inverse > > multiplexing from our definition of Composite Link and that we are not > > using the ITU definition. > > > > I would like to see us use the definition of multipath in > > draft-ietf-mpls-multipath-use but this work started out using the term > > composite link so we may be stuck with it. Some key definitions in > > draft-ietf-mpls-multipath-use are: > > > > Multipath > > The term multipath includes all techniques in which > > > > 1. Traffic can take more than one path from one node to a > > destination. > > > > 2. Individual packets take one path only. Packets are not > > subdivided and reassembled at the receiving end. > > > > 3. Packets are not resequenced at the receiving end. > > > > 4. The paths may be: > > > > a. parallel links between two nodes, or > > > > b. may be specific paths across a network to a destination > > node, or > > > > c. may be links or paths to an intermediate node used to > > reach a common destination. > > > > Composite Link > > The term Composite Link had been a registered trademark of Avici > > Systems, but was abandoned in 2007. The term composite link is > > now defined by the ITU in [ITU-T.G.800]. The ITU definition > > includes multipath as defined here, plus inverse multiplexing > > which is explicitly excluded from the definition of multipath. > > > > Inverse Multiplexing > > Inverse multiplexing either transmits whole packets and > > resequences the packets at the receiving end or subdivides > > packets and reassembles the packets at the receiving end. > > Inverse multiplexing requires that all packets be handled by a > > common egress packet processing element and is therefore not > > useful for very high bandwidth applications. > > > > We can also add the following: > > > > Classic Multipath > > Classic multipath refers to the most common current practice in > > implementation and deployment of multipath where multipath > > consist only of homogeneous links and in cases such as Ethernet > > Link Aggregation are entirely transparent to upper layer > > control planes. > > > > These IMHO are more clear definitions. > > > > If you prefer these, I'd be glad to put them in and then indicate that > > inverse multiplexing is the only form of composite link that is out of > > scope for this document. > > Given that you stated that the use case document is the one that > provides the definition/intro to IETF CLs, I'd just refer to that > document and drop all references to G.800, including the Appendix, in > this document. Also use the following definitions: > > Composite Link: As defined in [I-D.ietf-rtgwg-cl-use-cases]. > > Component Link: As defined in [I-D.ietf-rtgwg-cl-use-cases]. > > BTW I like your ideas WRT multipath, but I suspect that that ship has > sailed. Please explain your "ship has sailed" comment. I am fine with the substitution above except that we now have a normative refernce to the Use Cases document which I would rather avoid. I was under the (apparently very mistaken) impression that the existing definition was sufficient with the reference to Use Cases being intended to provide additional information. If the definitions in draft-ietf-rtgwg-cl-requirement of "Composite Link", "Component Link", and "Performance Objective" are not sufficient, then we need to make them sufficient. If that means that we need to go back to the WG step, then we will have to do so. *CV* Apparently based on the followup conversation, the ship just returned to dock and will sail again shortly. See the email appended below. > >> - On a more detailed level, it seems that this document really just has > >> MPLS (composite link) over MPLS (component links) use cases/solutions in > >> mind. (Yes there is one line about other technology examples, but that > >> is in just one spot and the MPLS is mentioned throughout.) If this is > >> correct, then this should be made explicit in the early part of the > >> document. If not, then the MPLS related assumptions/limitations need to > >> removed. > > > > That is not true. The definition of component link should make this > > clear. > > > > Component Link: A point-to-point physical link (including one or > > more link layer) or a logical link that preserves ordering in > > the steady state. > > > > If also gives examples which include Ethernet, PPP, SONET or OTN over > > a physical link. It also states "A set of link layers supported over > > pseudowire is a logical link that appears to the client to be a > > physical link." > > > > In all cases it is MPLS over something, but not necissarily MPLS over > > MPLS. I don't see a basis for the statement "it seems that this > > document really just has MPLS (composite link) over MPLS (component > > links) use cases/solutions in mind". > > > > Could you please point out any "MPLS related assumptions/limitations" > > that are related to MPLS being used as a server layer rather than > > using a link layer as a server layer. I don't see any. The existance > > of section 4.2. Component Links Provided by Lower Layer Networks does > > not state, nor does it in any way imply that only MPLS lower layers > > are being considered. The one descriptive paragraph even gives > > circuit switched or MPLS-TP as examples, further indicating that MPLS > > over MPLS is not the sole focus. This section gives four requirements > > related to passing information from the sever layer up to the client > > layer that apply to the case of a server layer that is more complex > > than a simple physical link plus link layer. > > Some of my comment was certainly biased by other drafts, including the > framework draft which more clearly shows this. In terms of this > document, I don't see how you expect arbitrary technologies used to > provide component links to meet requirements FR#7 and FR#8. Do you > really expect them to be met by non-MPLS (or perhaps GMPLS) controlled > technologies? Did you think about making these objectives, or limited > to MPLS/GMPLS controlled networks, rather than a requirement? There is a lot of discussion in the framework draft as it now stands of the problematic cases. Most of the problematic cases are unique to MPLS over MPLS and do not occur in the MPLS over simple link case. *CV* This is just a point of clarification as to why so much of the framework focuses on the MPLS over MPLS case. > Also, I read FR#11 as the labeling of the component not composite link, > otherwise why mention "labeled traffic flow". We need to reword FR#11. The point is to get identified flows or groups of flows assigned to components. The existing hashing techniques move around groups of flows where a group is those that hash to the same value. To make the dynamic techniques work, measurement of the traffic contribution of a group avoids trial and error movement of groups of flows in response to traffic imbalance. OLD: FR#11 The solution SHALL measure traffic on a labeled traffic flow and dynamically select the component link on which to place this flow in order to balance the load so that no component link in the composite link between a pair of nodes is overloaded. NEW: FR#11 The solution SHALL measure traffic flows or groups of traffic flows and dynamically select the component link on which to place this traffic in order to balance the load so that no component link in the composite link between a pair of nodes is overloaded. A group of flows can be identified by label stack, by IP headers, or cheating a bit and looking below the label stack at the IP headers. PWE3 CW acknowledges that that form of cheating is widespread and rectifies it for PW. Entropy Label makes it no longer necessary to do that form of cheating (once sufficiently deployed). *CV* Please let me know if the new wording is OK. > >> Minor Issues: > >> > >> - Abstract > >> > >> This whole section seems to be some early text that hasn't been > >> revisited as the document progressed. I'd suggest throwing it out and > >> just picking up (with slight modification) the Abstract from the > >> cl-framework document which seems pretty good. > > > > Alia asked for an edit to the existing abstract. With the change that > > Alia requested the abstract is now: > > > > There is often a need to provide large aggregates of bandwidth that > > are best provided using parallel links between routers or carrying > > traffic over multiple MPLS LSP. In core networks there is often no > > alternative since the aggregate capacities of core networks today far > > exceed the capacity of a single physical link or single packet > > processing element. > > > > The presence of parallel links, with each link potentially comprised > > of multiple layers has resulted in additional requirements. Certain > > services may benefit from being restricted to a subset of the > > component links or a specific component link, where component link > > characteristics, such as latency, differ. Certain services require > > that an LSP be treated as atomic and avoid reordering. Other > > services will continue to require only that reordering not occur > > within a microflow as is current practice. > > > > The point of the second paragraph is that some LSPs have specific > > requirements (such as bounded delay) and some (most) do not. > > Flexibility in accommodating both is the requirement. Composite Links > > supporting non-homogenous Component Links is the basis for the > > solution. That is why the framework mentions "group of homogenous or > > non-homogenous links". > > > > The fact that Alia just commented on and we just changed the abstract > > is indication that it has been read and is not just left over text > > from ancient times that no longer applies. Could you please be more > > specific about your objections to this text. > > It's also an indication that it needed some work. Given that you say > the use-case is the source for IETF CL definition and that the abstract > provides so much more information than the Intro, I'd suggest replacing > with something really simple, perhaps along the lines of: > > This document provides a set of requirements for MPLS composite > links. > > Composite link is a formalization of multipath techniques currently > in use in IP and MPLS networks and a set of extensions to existing > multipath techniques. Agree that Alia's last minute comment indicates the abstract could be better. I like your substitution and would not mind moving the existing text in the abstact to the Intro. *CV* Replacing the abstract as you suggest is called for in the summary in the appended email below. > >> - 1. Introduction > >> > >> So where does one go to get an intro/definition of the IETF work on > >> composite links? Is it G.800, the framework draft, the use cases draft, > >> this draft? If the last, then this section needs a serious revision. If > >> not, then this document should reference that definition and address the > >> major issues identified above. > > > > I'd say "Use Cases". I'm in favor of de-emphasizing G.800. > > (Covered above). Given the two choice you gave, Use Cases was the better choice, but as stated above an even better way to handle this is to put a correct set of defintions in draft-ietf-rtgwg-cl-requirement (this document) and not refer to G.800 at all and refer to Use Cases only for further information on current practices (the intent). *CV* This is settled. See appended email below. > > Please be clear. What major issues? > > "Major Issues" as identified in the RtgDir review template and above. > > > Do you means the definitions of the well known terms CL and NPO? > > Yes. My preference is to put definitive definitions into draft-ietf-rtgwg-cl-requirement (this document). I proposed definitions on this thread but I think this change would be enough to require another round trip through a WGLC and so on back to this point. If we are in agreement that putting definitive definitions into this document is the best option, then I recommend we go with the ones cited above (prior to your "ship sailed" comment). *CV* This is settled. See appended email below. > > If > > so, how would you like them changed (see above). > As covered above, reference use case document and ensure that the terms > are appropriately defined there. I don't think that is the best option but if others feel this is the best way to go, then I'll go along. The problem that I anticipate is that the Use Cases document, being one which describes current practices of the two dominant router implementations and may other but not all, we could end up with push back on that document. Therefore I would prefer it to be ancilliary information only and not listed as normative anywhere. > > Do you mean your belief that this document only applies to MPLS over > > MPLS? In that case, you seem to be objecting to the intent of the > > document even when your interpretation of the intent is contradicted > > by many statements made in the document. If so, how can we make it > > even more clear that a component link can also be a physical link, > > circuit switched, pseudowire, besides mentioning that in the > > definition of compnent link and in numerous other places. > > Covered above. OK. > >> - 2 Assumptions > >> I suspect this section will need to be updated to address the document > >> scope comments above. > > > > AFAIK there is no change to the document scope. > > Given CL is defined in use cases, it seems more appropriate to me that > Assumptions be presented as part of the definition. In other words, > assuming the definition of CL is in the use case document, I think this > it makes most sense for text to be in/moved to the use cases document. At this point you have suggested a replacement abstract (above). I have agreed to that and suggested that the existing abstract be moved into the introduction. This is a lot of change, but I'm OK so far. You are now suggesting here that the existing "Assumptions" section be moved to the Use Cases document. I don't feel that is necessary, but I'm OK with it. I would prefer that the "Assumptions" section stay where it is. *CV* All of this is called for in the summary in the email appended below. > >> - Definition of NPO. > >> It seems to me that the authoritative definition of NPO is Y.1541 with > >> Y.1540 providing additional detail. I think these documents would be a > >> much more reasonable reference for NPO than the CL use case draft as is > >> currently used. > > > > Would it be OK to add this text. > > > > Network operators have a contractual Service Level Agreement (SLA) > > with customers for services that are comprised of numerical values > > for performance measures, principally availability, latency, delay > > variation. Additionally, network operators may have Service Level > > Specification (SLS) that is for internal use by the operator. In > > this document we use the term Network Performance Objective (NPO) > > which may span multiple networks and may be looser than network > > operator SLA or SLS objectives. The use of the term NPO in this > > document is not entirely consistent with its definition in Y.1540 > > and Y.1541 in that it is not restricted to UNI to UNI. There is no > > intent to imply that a provider must base their SLA, SLS, or NPO on > > Y.1540 and Y.1541. > > > > If we stay consistent with Y.1540 and Y.1541 then I think we have to > > s/NPO/SLS or NPO/ and we did want a single term. > > Hereto, given the position that the definition of CL is in the use case > document, I think the original reference makes sense. (Although I'd > probably just say "Network Performance Objective (NPO): as defined in > [I-D.ietf-rtgwg-cl-use-cases].") We can push this document through by moving these definitions out and returning to the problem later, but I would rather address the problem in this document. *CV* No one liked that option and therefore it is off the table. See appended email below. > >> - Many of the requirements refer to "meeting" or "not violating" NPO > >> without given any specifics as to which NPO parameter/parameters is/are > >> relevant. For example Class 5 QoS has unbounded upper bounds on Network > >> performance parameter. Also NPO is defined UNI to UNI (end to end). I > >> suggest adding a level of detail identifying the parameters and how the > >> fixed values are to be applied relative to "meeting" or "not violating" NPO. > > > > Please see comments above regarding use of the term NPO. > > dito on the response ;-) > > > > > We wanted one term. Diffserv uses SLA, even though there may be no > > agreement with an outside party. If we can't use SLS because it is > > specific to one provider only, can't use NPO because in Y.154[01] it > > applies only to UNI to UNI, then we need another term. > > > > This reminds me of the host and router vs ES and IS arguments back in > > the 1990s and the issue of using the term subnet to mean what it meant > > in IETF since the early 1980s, ignoring what ITU had defined it to > > mean. Eventually we dumped the use of Logical IP Subnetwork (LIS) as > > we had to do in RFC1577 and could just say "subnet" again. > > > > Perhaps the best course of action is s/NPO/performance objective/ and > > then define performance objective without any reference to Y.1540 and > > Y.1541, but perhaps referring to SLA as defined in RFC2475. > > Independent of the terminology conundrum, you still have to figure out > how to provide requirements that are meaningful in designing new > protocols/mechanisms. I know this is a very difficult point, but > without do so, it's hard to see how any solution can be evaluated > against a requirement. This document is not trying to mandate Y.1540 and Y.1541 nor is it trying to define the set of performance objectives that a provider must adhere to. *CV* This is settled. See appended email below. > BTW I really like the (relative terms) approach taken by DR#6 and DR#7 > as they avoid any of the complications inherent in a specific-value > performance parameter approach (such as seen in Table 1 of Y.1541) That is why we should get rid of all reference to Y.1540 and Y.1541. I never wanted those references in there in the first place just to pick up a definition of a term and try to otherwise distance ourselves from it. Your interpretation that we are advocating using Y.1541 parameters, is so far a unique interpretation, but it is better to avoid any potential confusion and completely eliminate references to Y.1540 and Y.1541. *CV* Save comment as above. > >> - It might be useful to somehow separate data plane requirements from > >> control plane requirements (Management/OAM requirements are already > >> separated.) > > > > Too many of the requirements involve both the control plane and the > > data plane. Where we are talking solely about physical links and > > local decisions can be made, then no control plane signaling is > > required. For some requirements, extensions to signaling would be > > required for the MPLS over MPLS case. > > > > A good example is path symetry. In the framework, it is pointed out > > that the most general case of path symetry on a per client LSP basis > > (FR#22 and FR#23) is close to infeasible where there are multiple > > client/server layer relationships. FR#22 and FR#23 works for classic > > link bundling where each component link takes a single component > > bidirectional path, but would require a lot of extension to work for > > MPLS over MPLS over MPLS ad nauseum. > > > > Whether the solution is done in the data plane or control plane or > > using a little contribution from each is a matter for the framework > > document. The requirement is simply that an objective be met. > > > > okay. Accepted & point closed. > > >> Nits: > >> > >> I have a bunch of more nit level comments, but I suspect much will > >> change if/when the above are addressed, so I'm going to defer the > >> majority of them until the above issues are resolved. > > > > I would like one more response from you before making any changes to > > the document. > > > > I agree, it makes sense to resolve the higher level comments before > jumping on changes (and then on to nits.) Obviously we still need at least one more iteration (maybe more). > >> - It looks like you are referencing an old version of g.800. The > >> current is G.800 (02/2012). Also the G.800 "Cases" are identified in the > >> draft not in G.800. > > > > I'm in favor of removing reference to G.800 except as a point of > > clarification to say that they also define Composite Link and do so > > somewhat differently. > > > > I think I go a step further in my comments above and say drop it all > together (and let it be covered in the CL-defining use case draft). We need to resolve that before going forward. In either case we would be dropping references to G.800, Y.1540, and Y.1541. We then have two options: 1. Reference use cases and fix up the definitions later. 2. Fix up the definitions here. I think that in either case the changes that you are calling for are enough to require a quick pass back through WGLC, AD, IESG, IETF LC, and back to this point in the process. *CV* We will make changes as agreed to and repeat WGLC as per summary in email appended below. > >> Lou > > > > There is a lot of discussion above, mostly around definitions and > > assumptions about document scope. > > > > In summary: > > > > 1. Remove the phrase "business problems" as described above. > > Please let me know if the OLD/NEW change on this is sufficient. > > > > 2. In section 2, change "The services supported include ..." to > > "Services which may be supported over MPLS based Composite Links > > include ...". > > > > 3. Resovle issue of defintion of NPO. > > > > 3a. My preference is s/NPO/performance objective/. Remove > > definition of NPO. Replace with: > > > > Performance Objective: Numerical values for performance > > measures, principally availability, latency, and delay > > variation. Performance objectives may be related to Service > > Level Agreements (SLA) as defined in RFC2475 or may be > > strictly internal. Performance objectives may span links, > > edge-to-edge, or end-to-end. Performance objectives may span > > one provider or may span multiple providers. > > > > 3b. Alternate is use the paragraph clarifying that we don't > > quite mean NPO as defined in Y.154[01]. I'd rather just > > get rid of the term NPO. > > > > 4. Replace definitions for "Composite Link" and "Component Link" > > with those from draft-ietf-mpls-multipath-use and include > > "Multipath" and "Inverse Multiplexing", plus "Classic Multipath" > > as suggested above. > > > > 5. State that "Composite Link is also defined in ITU G.800 but the > > usage here specifically excludes inverse multiplexing and is > > more similar to multipath but with extensions to support groups > > of homogeneous or non-homogeneous links. Remove all other > > references to G.800. > > > > 6. Resolve wording on abstract. Please be more specific about your > > objections to this text. > > > > 7. There is no change to document scope. Please indicate why you > > think the document scope is not stated correctly. > > > > 8. Don't try to separate data plane vs control plane. In too many > > cases that is more applicable to solution space than it is to > > requirements. > > > > Please at least comment on only the summary before I make changes. > > > > I think I responded to all the detail points. Let me know if I missed > anything. > > Thanks again for the detailed response. > Lou > > > Curtis I think you did respond to all points. I think I understand all of your objections and your suggestions. The major point remaining may be whether we put definitions in Use Cases or put sufficient definition in this document as originally intended. I'm not entirely sure that you will agree with all of my points as it didn't seem clear to me in this response from you that you understood that our intent was to neither encourage or discourage the use of Y.1540 and Y.1541 but to just make use of a common term which turned out to be a mistake on our part. We should define "Performance Objective" as above in "3a" (or similar if you have better text). Curtis *CV* The rest of this email is the summary email that is referred to above. Other than deleting a lot of the extra email headers that we don't need, the email is as Alia sent it. From: Alia Atlas To: "curtis@ipv6.occnc.com" , Responsible AD , Authors , Trouble Maker , Scott Mansfield , "BRUNGARD, DEBORAH A" , John E Drake , "Alvaro Retana (aretana)" , Tom Yu Subject: RE: issues with draft-ietf-rtgwg-cl-requirement and ITU-T docs Thread-Topic: issues with draft-ietf-rtgwg-cl-requirement and ITU-T docs Thread-Index: AQHOc1H8qNjpqG+1MkmzUYioNv8rlJlJvsvw Date: Thu, 27 Jun 2013 16:25:32 +0000 Message-ID: References: Your message of "Tue, 25 Jun 2013 13:17:29 EDT." <201306251717.r5PHHT5V067883@gateway1.orleans.occnc.com> <201306271618.r5RGIgAX095901@gateway1.orleans.occnc.com> In-Reply-To: <201306271618.r5RGIgAX095901@gateway1.orleans.occnc.com> Accept-Language: en-US Content-Language: en-US Curtis, Quick top-posted clarification: Stewart modified 3 as follows: "I do not think that it is necessary to roll out new draft names, just put a note in the draft (to be deleted by the RFC editor) explaining the name change. You may want to make a similar note somewhere in the body of the text noting the ambiguity and defining your new term." That is what I'd recommend - rather than rewriting and issuing it as a 00. Alia -----Original Message----- From: Curtis Villamizar [mailto:curtis@ipv6.occnc.com] Sent: Thursday, June 27, 2013 12:19 PM To: Alia Atlas; Responsible AD; Authors; Trouble Maker; Scott Mansfield; BRUNGARD, DEBORAH A; John E Drake; Alvaro Retana (aretana); Tom Yu; curtis@ipv6.occnc.com Subject: Re: issues with draft-ietf-rtgwg-cl-requirement and ITU-T docs Alia, Stewart, Top posting a summary and the plan of action based on the final response from Alia (document shepard and WG chair). Also adding everyone to the Cc that got added at one point or another. Also added Tom, who sent the SecDir comments. In this case top posting summary replies was helpful. Here are the set of responses. Alia Atlas: Curtis I like Option 3. I think the work has changed over the years. This is our last chance to change it and if we're taking it back into the Working Group, we may as well. Alia Andy Malis: Alia, Like Curtis, I prefer option 1 with the changes he proposed. It's clear that industry use of Composite Link precedes G.800. However, that said, if that's going to be impossible to get through the IESG (Responsible AD, can you comment on that?) then option 3 is my second choice. I've added to the cc list the IETF's liaison managers to ITU-T, as their opinions will also be very relevant. Cheers, Andy Lou Berger: Curtis, Thanks for capturing the implications of our discussion so succinctly. I also appreciate that you are the first in the IETF to finally recognize the proper spelling of my name! Lou Alia Atlas: Andy, I am fine with either Option 1 or 3. I just wouldn't rule out 3 due to timing. Alia Stewart Bryant: All, Unless it is a showstopper, I prefer 3. 1 & 2 are potentially confusing if there is a conflict of definitions. I would prefer that we not use political capital on the ITU over this. 4 just ducks the issues which will bite us later. If we go with 3, can I suggest that one of the chairs writes a note to the WG explaining what the plan is. I do not think that it is necessary to roll out new draft names, just put a note in the draft (to be deleted by the RFC editor) explaining the name change. You may want to make a similar note somewhere in the body of the text noting the ambiguity and defining your new term. Stewart Deborah Brungard: As liaison, I'll go with what you decide. As ccamp co-chair doing the heated years of discussion with ITU on ASON, I'd advise to avoid ITU terms and definitions unless that really is the intention for the work. ITU still believes they invented the concept of multi domain control planes so we are very careful when referencing ASON. Deborah John Drake: 3. Yours Irrespectively, John Lucy Yong: In favor of 3. Lucy Ning So: I am OK with either Option 1 or 3. Best regards, Ning So Alia Atlas: So - it sounds generally like we should bring the draft back to the WG and do 3 as Stewart suggests. If that's ok with the authors, could we get a new version out and I can send email to the WG. Alia As Alia is document shepard, the next step should be based is Alia's final call. There was support for options 1 and 3, with strong arguments for 3 rather than 1. Alia call is to go back the the WG with option 3 which is: > 3. Use the term "Advanced Multipath" and define that to mean > "Classic Multipath" plus the requirements and extensions defined > in the set of documents. Rename the documents to -amp- rather > than -cl- and change titles. > s/Composite Link/Advanced Multipath/. Therefore I will do the following: 1. Repond to the thread started as part of the RtgDir review and include this message if no one on the Cc objects. 2. Edit draft-ietf-rtgwg-cl-requirement and produce a 00 version with the following changes: a. Rename the document to draft-ietf-rtgwg-amp-requirement-00 and with the title "Requirements for Advanced Multipath in MPLS Networks". s/Composite Link/Advanced Multipath/ and make any other changes to reflect the change in terminology. b. Remove the deinitions of "Composite Link", "Component Link", and "Network Performance Options". Replace with definitions consistent with the discussion below. c. Make the following changes to the Abstract, Introduction, and Assumptions section, based on Last Call comments. i. Replace abstract with wording based on RtgDir comments from Lou. ii. Move the existing abstract to the Introduction. Make the Last Call change to that wording suggested by Alia. iii. Clean up the existing wording in the Introduction based on RtgDir comments from Lou. iv. Move the Assumptions section to the Use Cases document, as suggested in RtgDir comments from Lou. d. Make changes to the document to expand all acronyms and include some in the definitions. Stewart suggested this earlier as a Last Call comment. The same suggestion was made as a side comment in the SecDir comments from Tom. e. Replace the Security section as per comments in the SecDir thread, unless Tom objects to the new wording. f. Make wording more clear in specific requirements, particularly some of the FR requirements based on RtgDir comments from Lou. 3. It will then be up to Alia and Alvaro a WG chairs to decide when to repeat the WGLC so I will wait for the WGLC. It is helpful to note that none of the comment impact the requirements themselves, except improving the clarity of wording. The changes are mostly in the Abstract, Introduction, and Assumptions sections. Alia, Alvaro, Stewart - please confirm that the document rename from draft-ietf-rtgwg-cl-requirement-10 to draft-ietf-rtgwg-amp-requirement-00 is to be done. If so, something has to be done to get the submission tool to accept the new document name and to record the transition. Curtis In message <201306251717.r5PHHT5V067883@gateway1.orleans.occnc.com> Curtis Villamizar writes: > > > Alia, Stewart, > > I've copied the co-authors and Lou on the Cc. > > Lou and I spoke on the phone. Lou brought up some important points > regarding our use of ITU-T defined terms. Here are my suggestion for > how to go forward. > > With the document as-is we may be handing ITU-T a hand grenade that > they can pull the pin on at any time and lob back at us. > > IETF rightfully reacted strongly when ITU-T appropriated and misused > the term MPLS in their definition of T-MPLS. We are now citing ITU-T > documents yet redefining the terms Composite Link, Component Link, and > NPO defined in those documents. > > Y.1541 has a very strict definition of NPO including absurdly long > prescribed values for delay based on DSCP value. That is not a > definition we want to use and therefore we MUST NOT use the term NPO. > The solution here is clear and simple s/NPO/Performance Objective/ and > put in out own definition of "Performance Objective". > > The case is less straightforward for the terms Composite Link and > Component Link. > > If ITU-T objects, we then would have to explain that we are using the > term "Composite Link" which was an accepted technical term before > ITU-T started using it, but not using their definition. We can argue > that this is not like MPLS because there was no registered tradement > or general use of the technical term MPLS before IETF defined it, > whereas the term "Composite Link" was already in general use as a > generic term before ITU-T started using it. This is similar to the > arguments surrounding IETF and ITU use of the term "subnet" or > "subnetwork" which means different things to IETF and ITU and today > can be disambiguated by saying "We mean IP subnet in this document > when we say subnet". Similarly in the future, "We mean IP/MPLS > Composite Link when we say Composite Link" would disambiguate the IETF > and ITU-T terms (and Avici use FWIW). > > What Lou means by "this ship has sailed" is it is way too late to > rename the set of documents to something like "Requirements for > Advanced Multipath in MPLS Networks", "Advanced Multipath Use Cases > and Design Considerations", and "Advanced Multipath Framework in MPLS > Networks". This would be the cleanest course of action with regard to > not upsetting anyone at ITU-T. > > My suggestion is that we bring the issue to the WG of definition of > key terms, potential confusion resulting from our references to G.800, > Y.1540, and Y.1541, and desire not to conflict with ITU-T terms and > see what option is favored by the WG. > > Options are: > > 1. Use the term "Composite Link" and redefine it. > (potentially politically problematic, but tractable) > > 2. Use the term "Composite Link" as-is from ITU-T. > (potentially technically problematic) > > 3. Use the term "Advanced Multipath" and define that to mean > "Classic Multipath" plus the requirements and extensions defined > in the set of documents. Rename the documents to -amp- rather > than -cl- and change titles. > s/Composite Link/Advanced Multipath/. > > 4. Punt for now, reference Use Cases and put definitions there for > "Composite Link" using one of the above approaches. > > Component Link need not change because it is already used in RFC4201 > (Link Bundling) which preceded G.800 by two years. (Published 2005, > first draft 2001 vs published 2007, first draft 2005). > > The use of the term Composite Link also predated G.800 (for example > the Avici registered trademark was issued in 2004 and the trademark > may have been used as early as 1998 before being registered, see > http://www.trademarkia.com/composite-links-78363042.html or > https://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=2&cad=rja&ved=0CDIQFjAB&url=http%3A%2F%2Fwww.businesswire.com%2Fnews%2Fhome%2F20050607005203%2Fen%2FAvici-Systems-TSR-Composite-Links-Deliver-Top&ei=Q7jJUeHoGZPH0AGU4IC4CQ&usg=AFQjCNEwEcQlIa7AhWySJ6yK9C7zFSCi9g&bvm=bv.48293060,d.dmQ > , or just google "composite link avici" ). > > BTW- If you google Composite Link you will find it used in biology for > quite some time and in things like plastic chain link fencing long > before any use in networking. :-) > > I like option 4 the least and don't care for option 2. I'm fine with > option 3, but acknowledge that Lou's "this ship has sailed" comment is > right. Therefore we have option 1. If we can't do option 1 for some > reason, I would favor the tough road of option 3. > > IMHO we can use the terms Composite Link, and Component Link and have > strong ground to stand on that both terms were either used by IETF or > generic before ITU-T began using them. We should not mention G.800 > except to note that they use the same term and their definition > differs slightly. We should not use the term NPO at all and should > delete references to Y.1540 and Y.1541. > > If we go with option 1, the definitions can remain unchanged. We > would drop some text on top and add a note at the end of the > definitions sections. > > DELETE: > > ITU-T G.800 Based Composite and Component Link Definitions: > Section 6.9.2 of ITU-T-G.800 [ITU-T.G.800] defines composite and > component links as summarized in Appendix A. The following > definitions for composite and component links are derived from > and intended to be consistent with the cited ITU-T G.800 > terminology. > > ADD (to end of section 3 Definitions): > > Note: The term Composite Link had been a registered trademark of > Avici Systems since 2004, but was abandoned in 2007. In Avici's > use of the term, Composite Link applied solely to IP/MPLS networks. > The term Composite Link was later defined by the ITU [ITU-T.G.800]. > The ITU definition includes multipath as defined here, plus inverse > multiplexing which is explicitly excluded from the definition of > Composite Link used here. The term Component Link is used in > RFC4201 and also defined in G.800. The term Component Link as > defined here differs slightly from RFC4201 and G.800. Both terms, > "Composite Link" and "Component Link" predated any ITU-T use of > these terms in G.800 and are considered to have been widely used > technical terms prior to G.800. To be perfectly clear, the G.800 > definitions and descriptions of Composite Link and Component Link > may not perfectly agree with this document. > > Also delete all other references to G.800 including all of Appendix A. > > Lou has also called for a new abstract and changes to the introduction > section. I'll propose changes to those sections later. > > If this is OK with everyone, I will edit the response below to Lou and > then send diffs. If Alia or Stewart agree with this approach then one > of them can then recommend that we take this back to the WG and we can > have a repeat WGLC and IETF LC emphasizing the changes. > > I'm sending this prior to sending the response below to the much wider > Cc (after getting responses to this email and then editing). > > Curtis > > > ******************** DRAFT RESPONSE ******************** > * > * ------- Forwarded Message > * > * Message-Id: <201306250321.r5P3LlNY061873@gateway1.orleans.occnc.com> > * To: Lou Berger > * cc: curtis@ipv6.occnc.com > * Reply-To: curtis@ipv6.occnc.com > * From: Curtis Villamizar > * Subject: PREVIEW: Re: RtgDir review: draft-ietf-rtgwg-cl-requirement-10 > * In-reply-to: Your message of "Mon, 24 Jun 2013 19:14:38 EDT." > * <51C8D2DE.4020807@labn.net> > * Date: Mon, 24 Jun 2013 23:21:46 -0400 > * > * > * Lou, > * > * This is a preview. Cc is empty. We can discuss this on the phone > * tomorrow. If we don't hook up, I'll just send it. > * > * Please don't reply to this email. Reply after the Cc is added. > * > * If we talk I'll edit the response to reflect any agreement we come to. > * > * Besides technical points, one thing I would like to understand is, > * given that we are making a lot of last minute change, where does this > * put us in the process and how would you like this to go forward. > * > * Curtis > * > * > * In message <51C8D2DE.4020807@labn.net> > * Lou Berger writes: > * > > * > Hi Curtis, > * > > * > Thank you for the detailed response. I have included specific responses > * > in-line below. Before we go there, I'd like to jump ahead to one point > * > that is (indirectly) pointed to in a number of spots. > * > * It would have helped if this had come up in WGLC. If we need to > * change the document enough that we need to go back to that step, then > * maybe we need to notify MPLS and CCAMP of the RTGWG WGLC. > * > * > I asked: > * > >> So where does one go to get an intro/definition of the IETF work on > * > >> composite links? Is it G.800, the framework draft, the use cases > * > >> draft, this draft? ... > * > > * > Your response is: > * > > I'd say "Use Cases". I'm in favor of de-emphasizing G.800. > * > > * > Okay, then I think a bunch of detailed comments can be replaced by using > * > references. More on this below. The issue with the use case document > * > being the authoritative definition for CL (and presumably NPO?) is that > * > * It would be best if the authoritative definitions where in > * draft-ietf-rtgwg-cl-requirement (this document). I would not like to > * see draft-ietf-rtgwg-cl-use-cases have to be a normative reference > * over the definitions of Composite Link and Performance Objective. > * > * My preference is to embed the authoritative definitions for all of the > * composite link work in this document. This also removes the circular > * references. > * > * > I think you currently have circular references. > * > draft-ietf-rtgwg-cl-use-cases starts out: > * > > * > Composite link requirements are specified in > * > [I-D.ietf-rtgwg-cl-requirement]. A composite link framework is > * > defined in [I-D.ietf-rtgwg-cl-framework]. > * > > * > BTW ietf-rtgwg-cl-framework adds > * > > * > Classic multipath, including Ethernet Link Aggregation has been > * > widely used in today's MPLS networks [RFC4385][RFC4928]. Classic > * > multipath using non-Ethernet links are often advertised using MPLS > * > Link bundling. A link bundle [RFC4201] bundles a group of > * > homogeneous links as a TE link to make IGP-TE information exchange > * > and RSVP-TE signaling more scalable. A composite link allows > * > bundling non-homogenous links together as a single logical link. The > * > motivations for using a composite link are descried in > * > [I-D.ietf-rtgwg-cl-requirement] and [I-D.ietf-rtgwg-cl-use-cases]. > * > > * > A composite link is a single logical link in MPLS network that > * > contains multiple parallel component links between two MPLS LSR. > * > Unlike a link bundle [RFC4201], the component links in a composite > * > link can have different properties such as cost, capacity, delay, or > * > jitter. > * > > * > I think answering this question (of which document has the CL > * > definition) and ensuring the documents line up accordingly would be > * > really helpful. -- I'll assume it's the use case draft for my comments > * > below. > * > * I'd rather we put the authoritative definitions directly in the > * requirements document. See block of text very far below. > * > * > At the nit level, the defining document should be listed as a Normative > * > Reference by this (and other CL) documents. > * > * For that reason I would rather move the definition. I would also like > * to get it right in the first step of this process and have Use Cases > * follow as strictly an informtional document about current practices, > * then have the framework follow that. > * > * > On 6/20/2013 3:51 PM, Curtis Villamizar wrote: > * > > In message <51C27E22.1070308@labn.net> > * > > Lou Berger writes: > * > > > * > >> Hello, > * > >> > * > >> I have been selected as the Routing Directorate reviewer for this draft. > * > >> The Routing Directorate seeks to review all routing or routing-related > * > >> drafts as they pass through IETF last call and IESG review, and > * > >> sometimes on special request. The purpose of the review is to provide > * > >> assistance to the Routing ADs. For more information about the Routing > * > >> Directorate, please see http://www.ietf.org/iesg/directorate/routing.html > * > >> > * > >> Although these comments are primarily for the use of the Routing ADs, it > * > >> would be helpful if you could consider them along with any other IETF > * > >> Last Call comments that you receive, and strive to resolve them through > * > >> discussion or by updating the draft. > * > >> > * > >> Document: draft-ietf-rtgwg-cl-requirement-10 > * > >> Reviewer: Lou Berger > * > >> Review Date: 6/19/2013 > * > >> IETF LC End Date: 2013-06-19 > * > >> Intended Status: Informational > * > > > * > > Hi Lou, > * > > > * > >> Summary: > * > >> I have significant concerns about this document and recommend > * > >> that the Routing ADs discuss these issues further with the authors. > * > > > * > > OK. Lets go through them. > * > > > * > >> Comments: > * > >> > * > >> My comments really fall into three categories: (a) understanding > * > >> document objectives, (b) comments/questions on technical details, and > * > >> (c) readability/editorial. As this document is informational and does > * > >> not represent IETF consensus, the AD together with the document Shepherd > * > >> and WG may reasonably choose to publish the document as is. > * > > > * > > Does not reflect IETF consensus? > * > > > * > > * > Sure, see http://tools.ietf.org/html/rfc5741, informational documents > * > can represent IETF consensus, but don't need to; it depends on LC and is > * > represented in the boilerplate. The datatracker represents this and > * > says "Consensus: says unknown". I translated this into no request for > * > IETF consensus was to be made -- I accept that this may be a mistake on > * > may part. (Perhaps it was wishful thinking ;-) > * > > * > The document Shepherd should be able to answer this. > * > > * > Alia? > * > * Awaiting response from Alia. > * > * > >> Major Issues: > * > >> > * > >> - At the highest level the objective/purpose of the document is unclear > * > >> to me. It states: > * > >> > * > >> The purpose of this document is to describe why network operators > * > >> require certain functions in order to solve certain business problems > * > >> (Section 2). > * > > > * > > Forward reference for brevity in "1. Introduction". Is that bad? > * > > * > Brevity is great, but what's that quote "As brief as possible (but no > * > briefer)"... > * > * The quote is Einstien. Simple as possible and no simpler. > * > * > I genuinely am confused as to the purpose of the document so it's my > * > conclusion that the Intro is too brief. Other conclusions are of course > * > possible. > * > * You are right. The Introduction is too short (and some sentences are > * poorly worded). See further comments below regarding your suggested > * replacement for the first sentence. > * > * > > Section 1 is brief and forward references sections 2, 4, 5, and > * > > appendix A. > * > > > * > >> Thankfully (for hopefully obvious reasons), section 2 covers > * > >> "Assumptions" and not "business problems". Section 4 does provide what > * > >> is termed "Network Operator Functional Requirements", which relies on > * > >> Y.1541 defined Network Performance Objectives. While this section title > * > >> appears to be defining provider requirements, the document also appears > * > >> to be placing requirements on CL solutions. To add to the confusion, it > * > >> sometimes also seems to also be placing requirements on the "network > * > >> layer" that supplies component links for the CL, and even on the > * > >> performance of a vendor implementation(DR#7)! > * > > > * > > It seems the objection is to the phrase "business problems". If we > * > > change the first sentence in section 1, would that solve it? > * > > > * > > OLD > * > > > * > > The purpose of this document is to describe why network operators > * > > require certain functions in order to solve certain business > * > > problems (Section 2). > * > > > * > > NEW > * > > > * > > The purpose of this document is to describe why network operators > * > > require certain functions and to clearly enumerate a set of > * > > requirements related to the use of MPLS based Composite Links > * > > (see Section 2). > * > > * > > * > Well, I see a couple of phrases that confuse me in the context of the > * > document. Certainly the phrase "... to solve certain business problems > * > (Section 2)" caused me to be a bit concerned that an IETF document was > * > going to discuss business issues; it also led me to believe that section > * > 2 was going to discuss these problems. As I said, there are no > * > "business problems" covered in section 2, so aligning the Intro with the > * > section contents is a fine improvement. > * > * I didn't add the "business problems" text but I think the intent was > * to say that the requirements reflect serious provider needs. > * > * > The other phrase that confuses me is "... describe why network operators > * > require certain functions ... (See Section 2)". Section 2 is titled > * > Assumptions and only references network operators to say that "...in > * > general network operators do not rely on the DSCP...". So I think your > * > revised text isn't really aligned with the section. > * > * OK. > * > * > Finally, you now say the draft documents requirements on the "use of > * > MPLS based Composite Links". So this reads like the document places > * > requirements on the user, i.e., the operator. Do you perhaps mean "on > * > the protocols and mechanisms used to provide MPLS based Composite Links"? > * > * Yes. > * > * > Taken all together, perhaps the following better matches the/your intent. > * > The purpose of this document is to clearly enumerate a set of > * > requirements related to the protocols and mechanisms that > * > provide MPLS based Composite Links. MPLS based Composite Links > * > are defined in [I-D.ietf-rtgwg-cl-use-cases]. Section 2 describes > * > MPLS based Composite Links assumptions. > * > * Yes. This is a much better sentence than the existing first > * sentence. I think you are also right that the rest of the paragraph > * lacks clarity as well. > * > * > > Then in section 2, change "The services supported include ..." to > * > > "Services which may be supported over MPLS based Composite Links > * > > include ...". > * > > * > That is helpful. Do you perhaps mean: > * > "Any MPLS-based service may be supported over MPLS based Composite Links > * > including, for example, ..." > * > * It is at least IP and MPLS services. IP services can also be carried > * with certain limitations. The document discusses measuring and > * compensating IP and LDP traffic. Both IP and LDP are not traffic > * engineered (and the requirement to NOT add TE to LDP is also stated). > * > * > >> I think clearly stating the document's objective/purpose and where the > * > >> stated requirements are to be applied/satisfied, is one of major issues > * > >> that should be corrected. > * > >> > * > >> Once this is done, it may turn out that there are derivative > * > >> comments/changes that are needed in the body of the draft. For example > * > >> clarifying what it means to "meet the NPO" and who needs to "meet" it. > * > > > * > > The reason the term NPO is used it because of objections to using the > * > > term SLA. A Service Level Agreement (SLA) is interpreted as > * > > contractual. A Network Performance Objection (NPO) may simply be an > * > > interal goal that an organiztion would like to meet. The NPO may or > * > > may not be based on Y.1540 and Y.1541. The term NPO is defined in > * > > Y.1541 and the use of the term in this docuement is consistent with > * > > that definition. > * > > > * > > The use cases document has a long paragraph defining SLA, SLS, and > * > > NPO. Those definitions are in an appendix intended to be illustrative > * > > and entitled "More Details on Existing Network Operator Practices and > * > > Protocol Usage". > * > > * > The use case document also says: > * > In this > * > document we use the term Network Performance Objective (NPO) as > * > defined in section 5 of [ITU-T.Y.1541] since the SLA and SLS measures > * > have network operator and service specific implications. > * > * Yes. If we continued to reference the Use Case document, we would > * have to fix that. If we put the definition directly in this document, > * then we could not take that definition verbatim given your > * interpretation that using the term NPO requires meeting all > * requirements for NPO defined in Y.1540 and Y.1541, which was > * definitely not the intent. > * > * See comments below where s/NPO/performance objectives/ is mentioned > * (search for "3a."). > * > * > > The definition here is simply: > * > > > * > > Network Performance Objective (NPO): Numerical values for > * > > performance measures, principally availability, latency, and > * > > delay variation. See [I-D.ietf-rtgwg-cl-use-cases] for more > * > > details. > * > > > * > > I can expand on this and say "NPO may or may not be based on ITU > * > > specifications." I prefer not to get too wordy when all we are trying > * > > to say "like SLA or SLS (in diffserv), but NPO is really a better > * > > term". > * > > > * > > * > Why not just say: > * > Network Performance Objective (NPO): as defined by > * > [I-D.ietf-rtgwg-cl-use-cases]. > * > * We would have to change the definition in Use Cases. We want to use > * the term "performance objective" term rather than SLA as used in > * Diffserv, and one was conveniently defined in Y.1541, but make using > * any other part of Y.1540 or Y.1541 completely oprional. It would be > * best to drop all mention of Y.1540 or Y.1541 and avoid any further > * confusion. > * > * See comments below where s/NPO/performance objectives/ is mentioned > * (search for "3a."). > * > * > > As to what it means by "meet the NPO", it means "falls within the > * > > numerical values for measures, principally availability, latency, and > * > > delay variation". I'm not sure why that is not obvious. > * > > * > Try using this expansion in the identified requirements and see if you > * > think it makes sense in all cases. Also, recall that Table 1 in section > * > 5 of [ITU-T.Y.1541] provides absolute time values based on traffic "QoS > * > class" and that a number of values are also specified as "U", which is > * > stated as meaning U", performance with respect to > * > that parameter may, at times, be arbitrarily poor. > * > * Again, where s/NPO/performance objectives/ and performance objectives > * need not be based on Y.1540 or Y.1541. The service provider (SP) > * defines their performance objectives and "meeting the performance > * objectives" means falling within the parameters of the SP performance > * objectives regardless of how they came about defining them. > * > * > For example: > * > > * > FR#1 The solution SHALL provide a means to summarize some routing > * > advertisements regarding the characteristics of a composite > * > link such that the routing protocol converges within the > * > timeframe needed to [meet the network performance objective] > * > fall within the numerical values for measures, principally > * > availability, latency, and delay variation > * > > * > > * > FR#2 The solution SHALL ensure that all possible restoration > * > operations happen within the timeframe needed to [meet the NPO] > * > fall within the numerical values for measures, principally > * > availability, latency, and delay variation > * > > * > I really think more is needed to make these requirements meaningful in > * > the design of any solution. For example, I could see something along > * > the lines of the following as being meaningful: > * > > * > (Note this text is for discussion not inclusion in the draft.) > * > FR#2 The solution SHALL enable restoration operations to occur > * > within the timeframe need to provide an Upper bound on the > * > packet loss probability (NPO IPLR) of 1x10^-3 in a > * > network with a diameter of XYZ. > * > > * > Do you think I'm wrong? > * > * Yes. Absolutely. There is no intent to mandate use of Y.1540 or > * Y.1541. Apparently that was not clear and we need to make it clear. > * > * Re FR#1. SP have existing convergence performance objectives. Those > * objectives are *never* based on Y.1541 IPLR. The point of the first > * sentence of FR#1 is to not make changes to the IGP that will make > * convergence worse. The point of the second sentence is that we want > * to summarize the CL, but also provider more detailed information about > * the component links, or preferably groups of compont links. > * > * For example: Link has 2TB, delay is <= 12 ms, etc. One group of > * component links has 1 TB, delay <= 12 ms. Another group of component > * links has 1 TB, delay <= 10 msec. This could be the case with two > * slightly different fiber paths. > * > * > On an aside, how do FR#1 and DR#6 really differ? > * > * FR#1 expose info on component but don't affect convergence > * FR#2 don't make restoration time any worse > * FR#3 for the "simple link" case (not across the network) don't require > * additional protocol > * FR#4 minimally disruptive migration if new protocols are defined > * FR#5 no (or minimal) oscillation - stability - bounded frequency of > * path change > * FR#6 don't break network management > * > * So these are base functional requirements. FR#1 is key. Expose > * information about component links or groups of component links. > * > * The derived requirements are supposed to provide more practical detail > * on how there requirements can be met. > * > * > DR#6 seems to be the > * > better formulated to me. > * > * DR#6 could refer back to FR#1. DR#6 is where we imply that we need to > * retain a mechanism to at least advertise groups of component links. > * For example, this is so we don't have 80 TLVs with one component link > * each if a 8TB link is made up of 80 x 100 Gb/s component links. > * > * > > As to the "who", it is the provider but the protocols and > * > > implementation have to provide the means for the provider to do so. > * > > * > I think this point is now understood, assuming there's no substantive > * > disagreement on the revised intro. > * > * Your change to the first sentence is accepted. > * > * > > As to the scope of the NPO: if the NPO is defined over a link, the > * > > link needs to meet it; if it is defined as edge-to-edge within an > * > > internal infrastructure, it must be met edge-to-edge; if it is defined > * > > for a specific customer end-to-end, then it must be met end-to-end > * > > (and may correlate strongly with a specific SLA). > * > > * > Humm, the mechanisms needed to satisfy timing requirements between > * > adjacent nodes can be radically different (simpler) than between network > * > paths. I'm not sure NPO-based requirements can be meaningful without > * > some design targets/constraints. At least ITU-T.Y.1541 provides some > * > absolute time values. > * > * This is why we need s/NPO/performance objective/. We used NPO just to > * avoid using SLA which implies a contract. > * > * > > At what point does clarifying what is meant by an NPO and what it > * > > means to meet an NPO just overly wordy and stating the obvious? > * > > * > I think this is covered above. > * > * Do you then agree that we should remove all reference to NPO and to > * ITU-T.Y.1540 and ITU-T.Y.1541? > * > * If so, then we have settled the definitions issue. Again see text > * regarding s/NPO/performance objective/ below (search for "3a."). > * > * > >> - The scope of the composite links referenced in this document is not > * > >> clear. The document seems to be using G.800 terminology and concepts, > * > >> yet the G.800 related summary is relegated to an Appendix. If this CL > * > >> is being driven/constrained by the G.800 CL, then this relationship > * > >> should be made explicit and in the (early) body of the document, or by > * > >> reference to another document that defines CL as such. (In other words > * > >> Appendix A should early in the document, perhaps in section 1.) > * > > > * > > We give a definition for composite link and component link. ITU gives > * > > a definition for the same two terms. We have give a summary of a few > * > > ITU-T G.800 definitions in Appendix A. I would be perfectly happy > * > > getting rid of Appendix A and simply being more clear in our > * > > definitions section. > * > > > * > > OLD > * > > > * > > ITU-T G.800 Based Composite and Component Link Definitions: > * > > Section 6.9.2 of ITU-T-G.800 [ITU-T.G.800] defines composite and > * > > component links as summarized in Appendix A. The following > * > > definitions for composite and component links are derived from > * > > and intended to be consistent with the cited ITU-T G.800 > * > > terminology. > * > > > * > > NEW > * > > > * > > ITU-T G.800 Based Composite and Component Link Definitions: Section > * > > 6.9.2 of ITU-T-G.800 [ITU-T.G.800] defines composite and > * > > component links. The following definitions for composite and > * > > component links are derived from and intended to be consistent > * > > with the cited ITU-T G.800 terminology, but differ slightly. > * > > > * > > We can then point out that we are specifically excluding inverse > * > > multiplexing from our definition of Composite Link and that we are not > * > > using the ITU definition. > * > > > * > > I would like to see us use the definition of multipath in > * > > draft-ietf-mpls-multipath-use but this work started out using the term > * > > composite link so we may be stuck with it. Some key definitions in > * > > draft-ietf-mpls-multipath-use are: > * > > > * > > Multipath > * > > The term multipath includes all techniques in which > * > > > * > > 1. Traffic can take more than one path from one node to a > * > > destination. > * > > > * > > 2. Individual packets take one path only. Packets are not > * > > subdivided and reassembled at the receiving end. > * > > > * > > 3. Packets are not resequenced at the receiving end. > * > > > * > > 4. The paths may be: > * > > > * > > a. parallel links between two nodes, or > * > > > * > > b. may be specific paths across a network to a destination > * > > node, or > * > > > * > > c. may be links or paths to an intermediate node used to > * > > reach a common destination. > * > > > * > > Composite Link > * > > The term Composite Link had been a registered trademark of Avici > * > > Systems, but was abandoned in 2007. The term composite link is > * > > now defined by the ITU in [ITU-T.G.800]. The ITU definition > * > > includes multipath as defined here, plus inverse multiplexing > * > > which is explicitly excluded from the definition of multipath. > * > > > * > > Inverse Multiplexing > * > > Inverse multiplexing either transmits whole packets and > * > > resequences the packets at the receiving end or subdivides > * > > packets and reassembles the packets at the receiving end. > * > > Inverse multiplexing requires that all packets be handled by a > * > > common egress packet processing element and is therefore not > * > > useful for very high bandwidth applications. > * > > > * > > We can also add the following: > * > > > * > > Classic Multipath > * > > Classic multipath refers to the most common current practice in > * > > implementation and deployment of multipath where multipath > * > > consist only of homogeneous links and in cases such as Ethernet > * > > Link Aggregation are entirely transparent to upper layer > * > > control planes. > * > > > * > > These IMHO are more clear definitions. > * > > > * > > If you prefer these, I'd be glad to put them in and then indicate that > * > > inverse multiplexing is the only form of composite link that is out of > * > > scope for this document. > * > > * > Given that you stated that the use case document is the one that > * > provides the definition/intro to IETF CLs, I'd just refer to that > * > document and drop all references to G.800, including the Appendix, in > * > this document. Also use the following definitions: > * > > * > Composite Link: As defined in [I-D.ietf-rtgwg-cl-use-cases]. > * > > * > Component Link: As defined in [I-D.ietf-rtgwg-cl-use-cases]. > * > > * > BTW I like your ideas WRT multipath, but I suspect that that ship has > * > sailed. > * > * Please explain your "ship has sailed" comment. > * > * I am fine with the substitution above except that we now have a > * normative refernce to the Use Cases document which I would rather > * avoid. > * > * I was under the (apparently very mistaken) impression that the > * existing definition was sufficient with the reference to Use Cases > * being intended to provide additional information. > * > * If the definitions in draft-ietf-rtgwg-cl-requirement of "Composite > * Link", "Component Link", and "Performance Objective" are not > * sufficient, then we need to make them sufficient. If that means that > * we need to go back to the WG step, then we will have to do so. > * > * > >> - On a more detailed level, it seems that this document really just has > * > >> MPLS (composite link) over MPLS (component links) use cases/solutions in > * > >> mind. (Yes there is one line about other technology examples, but that > * > >> is in just one spot and the MPLS is mentioned throughout.) If this is > * > >> correct, then this should be made explicit in the early part of the > * > >> document. If not, then the MPLS related assumptions/limitations need to > * > >> removed. > * > > > * > > That is not true. The definition of component link should make this > * > > clear. > * > > > * > > Component Link: A point-to-point physical link (including one or > * > > more link layer) or a logical link that preserves ordering in > * > > the steady state. > * > > > * > > If also gives examples which include Ethernet, PPP, SONET or OTN over > * > > a physical link. It also states "A set of link layers supported over > * > > pseudowire is a logical link that appears to the client to be a > * > > physical link." > * > > > * > > In all cases it is MPLS over something, but not necissarily MPLS over > * > > MPLS. I don't see a basis for the statement "it seems that this > * > > document really just has MPLS (composite link) over MPLS (component > * > > links) use cases/solutions in mind". > * > > > * > > Could you please point out any "MPLS related assumptions/limitations" > * > > that are related to MPLS being used as a server layer rather than > * > > using a link layer as a server layer. I don't see any. The existance > * > > of section 4.2. Component Links Provided by Lower Layer Networks does > * > > not state, nor does it in any way imply that only MPLS lower layers > * > > are being considered. The one descriptive paragraph even gives > * > > circuit switched or MPLS-TP as examples, further indicating that MPLS > * > > over MPLS is not the sole focus. This section gives four requirements > * > > related to passing information from the sever layer up to the client > * > > layer that apply to the case of a server layer that is more complex > * > > than a simple physical link plus link layer. > * > > * > Some of my comment was certainly biased by other drafts, including the > * > framework draft which more clearly shows this. In terms of this > * > document, I don't see how you expect arbitrary technologies used to > * > provide component links to meet requirements FR#7 and FR#8. Do you > * > really expect them to be met by non-MPLS (or perhaps GMPLS) controlled > * > technologies? Did you think about making these objectives, or limited > * > to MPLS/GMPLS controlled networks, rather than a requirement? > * > * There is a lot of discussion in the framework draft as it now stands > * of the problematic cases. Most of the problematic cases are unique to > * MPLS over MPLS and do not occur in the MPLS over simple link case. > * > * > Also, I read FR#11 as the labeling of the component not composite link, > * > otherwise why mention "labeled traffic flow". > * > * We need to reword FR#11. The point is to get identified flows or > * groups of flows assigned to components. The existing hashing > * techniques move around groups of flows where a group is those that > * hash to the same value. To make the dynamic techniques work, > * measurement of the traffic contribution of a group avoids trial and > * error movement of groups of flows in response to traffic imbalance. > * > * OLD: > * > * FR#11 The solution SHALL measure traffic on a labeled traffic flow > * and dynamically select the component link on which to place > * this flow in order to balance the load so that no component > * link in the composite link between a pair of nodes is > * overloaded. > * > * NEW: > * > * FR#11 The solution SHALL measure traffic flows or groups of > * traffic flows > * and dynamically select the component link on which to place > * this traffic in order to balance the load so that no component > * link in the composite link between a pair of nodes is > * overloaded. > * > * A group of flows can be identified by label stack, by IP headers, or > * cheating a bit and looking below the label stack at the IP headers. > * PWE3 CW acknowledges that that form of cheating is widespread and > * rectifies it for PW. Entropy Label makes it no longer necessary to do > * that form of cheating (once sufficiently deployed). > * > * > >> Minor Issues: > * > >> > * > >> - Abstract > * > >> > * > >> This whole section seems to be some early text that hasn't been > * > >> revisited as the document progressed. I'd suggest throwing it out and > * > >> just picking up (with slight modification) the Abstract from the > * > >> cl-framework document which seems pretty good. > * > > > * > > Alia asked for an edit to the existing abstract. With the change that > * > > Alia requested the abstract is now: > * > > > * > > There is often a need to provide large aggregates of bandwidth that > * > > are best provided using parallel links between routers or carrying > * > > traffic over multiple MPLS LSP. In core networks there is often no > * > > alternative since the aggregate capacities of core networks today far > * > > exceed the capacity of a single physical link or single packet > * > > processing element. > * > > > * > > The presence of parallel links, with each link potentially comprised > * > > of multiple layers has resulted in additional requirements. Certain > * > > services may benefit from being restricted to a subset of the > * > > component links or a specific component link, where component link > * > > characteristics, such as latency, differ. Certain services require > * > > that an LSP be treated as atomic and avoid reordering. Other > * > > services will continue to require only that reordering not occur > * > > within a microflow as is current practice. > * > > > * > > The point of the second paragraph is that some LSPs have specific > * > > requirements (such as bounded delay) and some (most) do not. > * > > Flexibility in accommodating both is the requirement. Composite Links > * > > supporting non-homogenous Component Links is the basis for the > * > > solution. That is why the framework mentions "group of homogenous or > * > > non-homogenous links". > * > > > * > > The fact that Alia just commented on and we just changed the abstract > * > > is indication that it has been read and is not just left over text > * > > from ancient times that no longer applies. Could you please be more > * > > specific about your objections to this text. > * > > * > It's also an indication that it needed some work. Given that you say > * > the use-case is the source for IETF CL definition and that the abstract > * > provides so much more information than the Intro, I'd suggest replacing > * > with something really simple, perhaps along the lines of: > * > > * > This document provides a set of requirements for MPLS composite > * > links. > * > > * > Composite link is a formalization of multipath techniques currently > * > in use in IP and MPLS networks and a set of extensions to existing > * > multipath techniques. > * > * Agree that Alia's last minute comment indicates the abstract could be > * better. > * > * I like your substitution and would not mind moving the existing text > * in the abstact to the Intro. > * > * > >> - 1. Introduction > * > >> > * > >> So where does one go to get an intro/definition of the IETF work on > * > >> composite links? Is it G.800, the framework draft, the use cases draft, > * > >> this draft? If the last, then this section needs a serious revision. If > * > >> not, then this document should reference that definition and address the > * > >> major issues identified above. > * > > > * > > I'd say "Use Cases". I'm in favor of de-emphasizing G.800. > * > > * > (Covered above). > * > * Given the two choice you gave, Use Cases was the better choice, but as > * stated above an even better way to handle this is to put a correct set > * of defintions in draft-ietf-rtgwg-cl-requirement (this document) and > * not refer to G.800 at all and refer to Use Cases only for further > * information on current practices (the intent). > * > * > > Please be clear. What major issues? > * > > * > "Major Issues" as identified in the RtgDir review template and above. > * > > * > > Do you means the definitions of the well known terms CL and NPO? > * > > * > Yes. > * > * My preference is to put definitive definitions into > * draft-ietf-rtgwg-cl-requirement (this document). I proposed > * definitions on this thread but I think this change would be enough to > * require another round trip through a WGLC and so on back to this > * point. If we are in agreement that putting definitive definitions > * into this document is the best option, then I recommend we go with the > * ones cited above (prior to your "ship sailed" comment). > * > * > > If > * > > so, how would you like them changed (see above). > * > As covered above, reference use case document and ensure that the terms > * > are appropriately defined there. > * > * I don't think that is the best option but if others feel this is the > * best way to go, then I'll go along. > * > * The problem that I anticipate is that the Use Cases document, being > * one which describes current practices of the two dominant router > * implementations and may other but not all, we could end up with push > * back on that document. Therefore I would prefer it to be ancilliary > * information only and not listed as normative anywhere. > * > * > > Do you mean your belief that this document only applies to MPLS over > * > > MPLS? In that case, you seem to be objecting to the intent of the > * > > document even when your interpretation of the intent is contradicted > * > > by many statements made in the document. If so, how can we make it > * > > even more clear that a component link can also be a physical link, > * > > circuit switched, pseudowire, besides mentioning that in the > * > > definition of compnent link and in numerous other places. > * > > * > Covered above. > * > * OK. > * > * > >> - 2 Assumptions > * > >> I suspect this section will need to be updated to address the document > * > >> scope comments above. > * > > > * > > AFAIK there is no change to the document scope. > * > > * > Given CL is defined in use cases, it seems more appropriate to me that > * > Assumptions be presented as part of the definition. In other words, > * > assuming the definition of CL is in the use case document, I think this > * > it makes most sense for text to be in/moved to the use cases document. > * > * At this point you have suggested a replacement abstract (above). I > * have agreed to that and suggested that the existing abstract be moved > * into the introduction. This is a lot of change, but I'm OK so far. > * > * You are now suggesting here that the existing "Assumptions" section be > * moved to the Use Cases document. I don't feel that is necessary, but > * I'm OK with it. I would prefer that the "Assumptions" section stay > * where it is. > * > * > >> - Definition of NPO. > * > >> It seems to me that the authoritative definition of NPO is Y.1541 with > * > >> Y.1540 providing additional detail. I think these documents would be a > * > >> much more reasonable reference for NPO than the CL use case draft as is > * > >> currently used. > * > > > * > > Would it be OK to add this text. > * > > > * > > Network operators have a contractual Service Level Agreement (SLA) > * > > with customers for services that are comprised of numerical values > * > > for performance measures, principally availability, latency, delay > * > > variation. Additionally, network operators may have Service Level > * > > Specification (SLS) that is for internal use by the operator. In > * > > this document we use the term Network Performance Objective (NPO) > * > > which may span multiple networks and may be looser than network > * > > operator SLA or SLS objectives. The use of the term NPO in this > * > > document is not entirely consistent with its definition in Y.1540 > * > > and Y.1541 in that it is not restricted to UNI to UNI. There is no > * > > intent to imply that a provider must base their SLA, SLS, or NPO on > * > > Y.1540 and Y.1541. > * > > > * > > If we stay consistent with Y.1540 and Y.1541 then I think we have to > * > > s/NPO/SLS or NPO/ and we did want a single term. > * > > * > Hereto, given the position that the definition of CL is in the use case > * > document, I think the original reference makes sense. (Although I'd > * > probably just say "Network Performance Objective (NPO): as defined in > * > [I-D.ietf-rtgwg-cl-use-cases].") > * > * We can push this document through by moving these definitions out and > * returning to the problem later, but I would rather address the problem > * in this document. > * > * > >> - Many of the requirements refer to "meeting" or "not violating" NPO > * > >> without given any specifics as to which NPO parameter/parameters is/are > * > >> relevant. For example Class 5 QoS has unbounded upper bounds on Network > * > >> performance parameter. Also NPO is defined UNI to UNI (end to end). I > * > >> suggest adding a level of detail identifying the parameters and how the > * > >> fixed values are to be applied relative to "meeting" or "not violating" NPO. > * > > > * > > Please see comments above regarding use of the term NPO. > * > > * > dito on the response ;-) > * > > * > > > * > > We wanted one term. Diffserv uses SLA, even though there may be no > * > > agreement with an outside party. If we can't use SLS because it is > * > > specific to one provider only, can't use NPO because in Y.154[01] it > * > > applies only to UNI to UNI, then we need another term. > * > > > * > > This reminds me of the host and router vs ES and IS arguments back in > * > > the 1990s and the issue of using the term subnet to mean what it meant > * > > in IETF since the early 1980s, ignoring what ITU had defined it to > * > > mean. Eventually we dumped the use of Logical IP Subnetwork (LIS) as > * > > we had to do in RFC1577 and could just say "subnet" again. > * > > > * > > Perhaps the best course of action is s/NPO/performance objective/ and > * > > then define performance objective without any reference to Y.1540 and > * > > Y.1541, but perhaps referring to SLA as defined in RFC2475. > * > > * > Independent of the terminology conundrum, you still have to figure out > * > how to provide requirements that are meaningful in designing new > * > protocols/mechanisms. I know this is a very difficult point, but > * > without do so, it's hard to see how any solution can be evaluated > * > against a requirement. > * > * This document is not trying to mandate Y.1540 and Y.1541 nor is it > * trying to define the set of performance objectives that a provider > * must adhere to. > * > * > BTW I really like the (relative terms) approach taken by DR#6 and DR#7 > * > as they avoid any of the complications inherent in a specific-value > * > performance parameter approach (such as seen in Table 1 of Y.1541) > * > * That is why we should get rid of all reference to Y.1540 and Y.1541. > * I never wanted those references in there in the first place just to > * pick up a definition of a term and try to otherwise distance ourselves > * from it. Your interpretation that we are advocating using Y.1541 > * parameters, is so far a unique interpretation, but it is better to > * avoid any potential confusion and completely eliminate references to > * Y.1540 and Y.1541. > * > * > >> - It might be useful to somehow separate data plane requirements from > * > >> control plane requirements (Management/OAM requirements are already > * > >> separated.) > * > > > * > > Too many of the requirements involve both the control plane and the > * > > data plane. Where we are talking solely about physical links and > * > > local decisions can be made, then no control plane signaling is > * > > required. For some requirements, extensions to signaling would be > * > > required for the MPLS over MPLS case. > * > > > * > > A good example is path symetry. In the framework, it is pointed out > * > > that the most general case of path symetry on a per client LSP basis > * > > (FR#22 and FR#23) is close to infeasible where there are multiple > * > > client/server layer relationships. FR#22 and FR#23 works for classic > * > > link bundling where each component link takes a single component > * > > bidirectional path, but would require a lot of extension to work for > * > > MPLS over MPLS over MPLS ad nauseum. > * > > > * > > Whether the solution is done in the data plane or control plane or > * > > using a little contribution from each is a matter for the framework > * > > document. The requirement is simply that an objective be met. > * > > > * > > * > okay. Accepted & point closed. > * > > * > >> Nits: > * > >> > * > >> I have a bunch of more nit level comments, but I suspect much will > * > >> change if/when the above are addressed, so I'm going to defer the > * > >> majority of them until the above issues are resolved. > * > > > * > > I would like one more response from you before making any changes to > * > > the document. > * > > > * > > * > I agree, it makes sense to resolve the higher level comments before > * > jumping on changes (and then on to nits.) > * > * Obviously we still need at least one more iteration (maybe more). > * > * > >> - It looks like you are referencing an old version of g.800. The > * > >> current is G.800 (02/2012). Also the G.800 "Cases" are identified in the > * > >> draft not in G.800. > * > > > * > > I'm in favor of removing reference to G.800 except as a point of > * > > clarification to say that they also define Composite Link and do so > * > > somewhat differently. > * > > > * > > * > I think I go a step further in my comments above and say drop it all > * > together (and let it be covered in the CL-defining use case draft). > * > * We need to resolve that before going forward. In either case we would > * be dropping references to G.800, Y.1540, and Y.1541. We then have two > * options: > * > * 1. Reference use cases and fix up the definitions later. > * > * 2. Fix up the definitions here. > * > * I think that in either case the changes that you are calling for are > * enough to require a quick pass back through WGLC, AD, IESG, IETF LC, > * and back to this point in the process. > * > * > >> Lou > * > > > * > > There is a lot of discussion above, mostly around definitions and > * > > assumptions about document scope. > * > > > * > > In summary: > * > > > * > > 1. Remove the phrase "business problems" as described above. > * > > Please let me know if the OLD/NEW change on this is sufficient. > * > > > * > > 2. In section 2, change "The services supported include ..." to > * > > "Services which may be supported over MPLS based Composite Links > * > > include ...". > * > > > * > > 3. Resovle issue of defintion of NPO. > * > > > * > > 3a. My preference is s/NPO/performance objective/. Remove > * > > definition of NPO. Replace with: > * > > > * > > Performance Objective: Numerical values for performance > * > > measures, principally availability, latency, and delay > * > > variation. Performance objectives may be related to Service > * > > Level Agreements (SLA) as defined in RFC2475 or may be > * > > strictly internal. Performance objectives may span links, > * > > edge-to-edge, or end-to-end. Performance objectives may span > * > > one provider or may span multiple providers. > * > > > * > > 3b. Alternate is use the paragraph clarifying that we don't > * > > quite mean NPO as defined in Y.154[01]. I'd rather just > * > > get rid of the term NPO. > * > > > * > > 4. Replace definitions for "Composite Link" and "Component Link" > * > > with those from draft-ietf-mpls-multipath-use and include > * > > "Multipath" and "Inverse Multiplexing", plus "Classic Multipath" > * > > as suggested above. > * > > > * > > 5. State that "Composite Link is also defined in ITU G.800 but the > * > > usage here specifically excludes inverse multiplexing and is > * > > more similar to multipath but with extensions to support groups > * > > of homogeneous or non-homogeneous links. Remove all other > * > > references to G.800. > * > > > * > > 6. Resolve wording on abstract. Please be more specific about your > * > > objections to this text. > * > > > * > > 7. There is no change to document scope. Please indicate why you > * > > think the document scope is not stated correctly. > * > > > * > > 8. Don't try to separate data plane vs control plane. In too many > * > > cases that is more applicable to solution space than it is to > * > > requirements. > * > > > * > > Please at least comment on only the summary before I make changes. > * > > > * > > * > I think I responded to all the detail points. Let me know if I missed > * > anything. > * > > * > Thanks again for the detailed response. > * > Lou > * > > * > > Curtis > * > * I think you did respond to all points. I think I understand all of > * your objections and your suggestions. The major point remaining may > * be whether we put definitions in Use Cases or put sufficient > * definition in this document as originally intended. > * > * I'm not entirely sure that you will agree with all of my points as it > * didn't seem clear to me in this response from you that you understood > * that our intent was to neither encourage or discourage the use of > * Y.1540 and Y.1541 but to just make use of a common term which turned > * out to be a mistake on our part. We should define "Performance > * Objective" as above in "3a" (or similar if you have better text). > * > * Curtis > * > * ------- End of Forwarded Message