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Friday, March 7, 2014< ^ >
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[08:44:36] Lorenzo Miniero joins the room
[08:59:26] Takaomi Murakami joins the room
[09:01:30] <Lorenzo Miniero> Slide 1: Routing Area WG
[09:01:32] <Lorenzo Miniero> Current presenter: Chairs
[09:01:33] <Lorenzo Miniero> Slide 1: Routing Area WG
[09:02:27] Giang Nguyen joins the room
[09:03:51] Lizhong joins the room
[09:03:53] <Lorenzo Miniero> Slide 2: Note Well
[09:04:16] <Lorenzo Miniero> Slide 3: IPR Disclosure
[09:05:00] Lorenzo Miniero leaves the room
[09:05:19] Takaomi Murakami leaves the room
[09:05:25] Lorenzo Miniero joins the room
[09:05:58] <Lorenzo Miniero> Slide 5: IETF 89 Routing Area WG Agenda
[09:07:00] <Lorenzo Miniero> Slide 6: Document Status
[09:07:03] <Lorenzo Miniero> Slide 7: WG Last Call
[09:08:37] <Lorenzo Miniero> Slide 8: Document Status (3)
[09:10:42] <Lorenzo Miniero> Slide 9: IETF 89 Routing Area WG Agenda
[09:10:47] <Lorenzo Miniero> Presentation stopped
[09:10:59] <Lorenzo Miniero> Slide 1: Advanced Multipath
[09:11:07] <Lorenzo Miniero> Current presenter: Curtis Villamizar
[09:11:08] <Lorenzo Miniero> Slide 1: Advanced Multipath
[09:11:41] akatlas joins the room
[09:12:09] <Lorenzo Miniero> Slide 2: Status of Advanced Multipath WG Document
[09:12:17] <akatlas> I am serving as jabber scribe if anyone has something to be spoken.
[09:12:25] <akatlas> is anyone remote?
[09:13:11] <Lorenzo Miniero> Lizhong and Giang Nguyen are
[09:14:38] <akatlas> ok - thanks
[09:14:55] <Lorenzo Miniero> Slide 3: Work Cited by Advanced Multipath Framewo
[09:16:18] <Lorenzo Miniero> Slide 4: Resolved Document Issues
[09:19:03] Juan-Pedro Cerezo Martin joins the room
[09:19:15] <Lorenzo Miniero> Slide 5: Unresolved Document Issues
[09:21:18] Lizhong leaves the room
[09:21:27] <Lorenzo Miniero> Slide 6: Other Simplifications
[09:22:40] Lizhong Jin joins the room
[09:23:18] <Lorenzo Miniero> Slide 7: Summary of Framework Status
[09:25:34] <Lorenzo Miniero> Presentation stopped
[09:26:17] <Lorenzo Miniero> Slide 1: draft-ietf-rtgwg-lfa-manageability03
[09:26:20] <Lorenzo Miniero> Slide 2: Reminder
[09:26:27] <Lorenzo Miniero> Current presenter: Stephane Litkowski
[09:26:28] <Lorenzo Miniero> Slide 2: Reminder
[09:27:25] <Lorenzo Miniero> Slide 3: Diffs between -01
[09:28:39] <Lorenzo Miniero> Slide 4: Diffs between -01
[09:29:23] Stewart Bryant joins the room
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[09:30:59] <Lorenzo Miniero> Slide 5: Diffs between -01
[09:31:05] <Lorenzo Miniero> Slide 6: Diffs between -01
[09:32:05] <Lorenzo Miniero> Slide 7: Diffs between -01
[09:33:01] <Lorenzo Miniero> Slide 8: Implementations
[09:33:29] <Lorenzo Miniero> Slide 9: Next steps ?
[09:35:19] <Lorenzo Miniero> Presentation stopped
[09:35:29] <Lorenzo Miniero> Slide 1: Remote-LFA Node Protection and
[09:35:32] <Lorenzo Miniero> Current presenter: Chris Bowers
[09:35:33] <Lorenzo Miniero> Slide 1: Remote-LFA Node Protection and
[09:35:54] <Lorenzo Miniero> Slide 2: Example topology illustrating node prote
[09:38:44] <Lorenzo Miniero> Slide 3: Example topology illustrating general us
[09:39:46] <Lorenzo Miniero> Slide 4: Example topology illustrating general us
[09:40:29] <Lorenzo Miniero> Slide 5: Draft history
[09:42:37] <Lorenzo Miniero> Slide 6: Next steps
[09:43:43] <Lorenzo Miniero> Slide 7: Overview of analysis of PQ selection heu
[09:43:52] <Lorenzo Miniero> Slide 8: Why select a subset of PQ nodes from whi
[09:45:55] <Lorenzo Miniero> Slide 9: Topology A – Link protection coverage
[09:47:58] <Lorenzo Miniero> Slide 10: Topology B – Link protecting coverage
[09:49:32] <Lorenzo Miniero> Slide 11: PQ selection heuristics assessed
[09:50:29] <Lorenzo Miniero> Slide 12: Topology A - Link protecting coverage wi
[09:50:35] Lizhong Jin leaves the room
[09:51:07] <Lorenzo Miniero> Slide 13: Topology A - Node protecting coverage wi
[09:52:00] <Lorenzo Miniero> Slide 14: Topology B – Node protecting coverage
[09:53:47] <Lorenzo Miniero> Presentation stopped
[09:53:59] <Lorenzo Miniero> Slide 1: draft-litkowski-rtgwg-uloop-delay-03
[09:54:02] <Lorenzo Miniero> Current presenter: Pierre Francois
[09:54:02] <Lorenzo Miniero> Slide 1: draft-litkowski-rtgwg-uloop-delay-03
[09:54:30] <Lorenzo Miniero> Slide 2: Diffs
[09:54:44] <Lorenzo Miniero> Slide 3: Microloop prevention by introducing a lo
[09:55:31] <Lorenzo Miniero> Slide 4: Motivation
[09:56:47] <Lorenzo Miniero> Slide 5: Link down
[09:57:30] <Lorenzo Miniero> Slide 6: Link up
[09:59:59] <Lorenzo Miniero> Slide 7: Uloop-delay, oFIB, and PLSN
[10:01:15] Lizhong Jin joins the room
[10:01:43] <Lorenzo Miniero> Slide 8: Possible future items
[10:03:09] <Lorenzo Miniero> Slide 5: Link down
[10:03:21] <Lorenzo Miniero> Slide 4: Motivation
[10:07:10] <Lorenzo Miniero> Presentation stopped
[10:07:23] <Lorenzo Miniero> Slide 1: draft-francois-segment-routing-ti-lfa-00
[10:07:30] <Lorenzo Miniero> Current presenter: Pierre Francois
[10:07:31] <Lorenzo Miniero> Slide 1: draft-francois-segment-routing-ti-lfa-00
[10:07:33] <Lorenzo Miniero> Slide 2: Topology Independent Fast Reroute using
[10:08:52] <Lorenzo Miniero> Slide 3: Which failover path?
[10:10:35] <Lorenzo Miniero> Slide 4: Why that choice?
[10:11:56] Stewart Bryant leaves the room
[10:12:01] <Lorenzo Miniero> Slide 5: Exercise
[10:13:20] <Lorenzo Miniero> Slide 6: How to do TI-LFA
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[10:15:14] <Lorenzo Miniero> Slide 4: Why that choice?
[10:16:33] <Lorenzo Miniero> Slide 7: How many segments?
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[10:17:59] <Lorenzo Miniero> Slide 8: Protecting AdjSID’s
[10:18:25] Lizhong Jin leaves the room
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[10:23:01] <Lorenzo Miniero> Slide 9: Protecting AdjSID’s
[10:23:05] Giang Nguyen leaves the room
[10:23:59] <Lorenzo Miniero> Slide 10: Summary
[10:24:27] Ines Robles joins the room
[10:25:30] Yoshikazu GOTO joins the room
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[10:25:44] <Lorenzo Miniero> Slide 11: Thank you!
[10:28:27] <Lorenzo Miniero> Presentation stopped
[10:28:35] <Lorenzo Miniero> Slide 1: Dynamic Path Sélection Based on Applica
[10:28:40] <Lorenzo Miniero> Current presenter: Arun Arumuganainar
[10:28:41] <Lorenzo Miniero> Slide 1: Dynamic Path Sélection Based on Applica
[10:29:29] <Lorenzo Miniero> Slide 2: Outline
[10:29:34] <Lorenzo Miniero> Slide 3: Problem Statement
[10:30:25] <Lorenzo Miniero> Slide 4: What is the problem with QOS?
[10:31:22] <Lorenzo Miniero> Slide 5: DPS Solution Overview
[10:33:17] <Lorenzo Miniero> Slide 6: DPS Architectural frame work
[10:35:09] adrianfarrel leaves the room
[10:37:42] <Lorenzo Miniero> Slide 7: End to End Packet Flow
[10:37:59] <Lorenzo Miniero> whoops sorry, looks like this slide didn't convert correctly...
[10:38:23] <Lorenzo Miniero> the original slide deck is available here: http://www.ietf.org/proceedings/89/slides/slides-89-rtgwg-6.ppt
[10:38:37] <Lorenzo Miniero> Slide 8: Future Work
[10:46:35] <Lorenzo Miniero> Presentation stopped
[10:46:54] <Lorenzo Miniero> Slide 1: FAR: A Fault-avoidance Routing
[10:47:00] <Lorenzo Miniero> Current presenter: Bhumip Khasnabish
[10:47:01] <Lorenzo Miniero> Slide 1: FAR: A Fault-avoidance Routing
[10:48:15] <Lorenzo Miniero> Slide 2: Outline
[10:48:33] <Lorenzo Miniero> Slide 3: 1. Background
[10:48:43] <Lorenzo Miniero> Slide 4: New Network architectures—Fat-tree
[10:48:51] <Lorenzo Miniero> Slide 5: New Network architectures—BCube
[10:48:59] <Lorenzo Miniero> Slide 6: New Network architectures—MatrixDCN
[10:49:05] <Lorenzo Miniero> Slide 7: 2. Problem Statement
[10:49:15] <Lorenzo Miniero> Slide 8: Challenge 1 — The Impact of Large-scal
[10:50:07] <Lorenzo Miniero> Slide 9: Challenge 2 — Network Addressing Issue
[10:50:15] <Lorenzo Miniero> Slide 10: Challenge 3 — Big Routing Table Issues
[10:50:35] <Lorenzo Miniero> Slide 11: Challenge 4 — Adaptability Issues for
[10:51:00] <Lorenzo Miniero> Slide 12: Challenge 5 — Virtual Machine Migratio
[10:51:13] <Lorenzo Miniero> Slide 13: .
[10:51:15] <Lorenzo Miniero> Slide 14: The Principle of FAR
[10:51:17] <Lorenzo Miniero> Slide 15: FAR Framework
[10:51:48] <Lorenzo Miniero> Slide 16: BRT (Basic Routing Table)
[10:52:06] <Lorenzo Miniero> Slide 17: NRT (Negative Routing Table)
[10:53:09] <Lorenzo Miniero> Slide 18: NRT can decrease the size of a routing t
[10:53:16] <Lorenzo Miniero> Slide 19: Contd../
[10:53:21] <Lorenzo Miniero> Slide 20: Contd../
[10:53:24] <Lorenzo Miniero> Slide 21: Routing Procedure in FAR
[10:53:40] <Lorenzo Miniero> Slide 22: .
[10:53:41] <Lorenzo Miniero> Slide 23: Example: Fat-Tree Network
[10:53:47] <Lorenzo Miniero> Slide 24: The BRT of aggregation switch 10.1.0.1
[10:53:48] <Lorenzo Miniero> Slide 25: The NRT of aggregation switch 10.1.0.1
[10:53:49] <Lorenzo Miniero> Slide 26: How does node 10.1.0.1 forward a packet
[10:53:50] <Lorenzo Miniero> Slide 27: Contd../
[10:53:51] <Lorenzo Miniero> Slide 28: .
[10:53:54] <Lorenzo Miniero> Slide 29: Required Messages
[10:54:27] <Lorenzo Miniero> Slide 30: Routing Table Calculation Time
[10:54:42] <Lorenzo Miniero> Slide 31: Size of the Routing Tables
[10:55:15] <Lorenzo Miniero> Slide 32: .
[10:55:17] <Lorenzo Miniero> Slide 33: Simulation Model
[10:55:26] <Lorenzo Miniero> Slide 34: Reroute in FAR
[10:55:28] <Lorenzo Miniero> Slide 35: .
[10:55:32] <Lorenzo Miniero> Slide 36: .
[10:55:35] <Lorenzo Miniero> Slide 37: Conclusions
[10:55:59] <Lorenzo Miniero> Slide 38: Contd../
[10:56:29] <Lorenzo Miniero> Slide 39: Next Steps
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[11:02:31] <Lorenzo Miniero> Presentation stopped
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