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Negotiation for Keying Pairwise Routing Protocols in IKEv2
draft-mahesh-karp-rkmp-06

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Document history

Date Rev. By Action
2019-01-22
06 (System) Document has expired
2018-07-21
06 Mahesh Jethanandani New version available: draft-mahesh-karp-rkmp-06.txt
2018-07-21
06 (System) New version approved
2018-07-21
06 (System)
Request for posting confirmation emailed to previous authors: Joseph Touch , Dacheng Zhang , Mahesh Jethanandani , Uma Chunduri , Albert Tian , Keyur Patel …
Request for posting confirmation emailed to previous authors: Joseph Touch , Dacheng Zhang , Mahesh Jethanandani , Uma Chunduri , Albert Tian , Keyur Patel , Sam Hartman , Brian Weis
2018-07-21
06 Mahesh Jethanandani Uploaded new revision
2013-11-15
05 Mahesh Jethanandani New version available: draft-mahesh-karp-rkmp-05.txt
2013-02-25
04 Dacheng Zhang New version available: draft-mahesh-karp-rkmp-04.txt
2013-02-25
03 Dacheng Zhang

Name: Congestion Control Working Group (CCRG)


Description


RFC 5033 describes a Best Current Practice to evaluate new congestion control algorithms as Experimental or Proposed Standard …

Name: Congestion Control Working Group (CCRG)


Description


RFC 5033 describes a Best Current Practice to evaluate new congestion control algorithms as Experimental or Proposed Standard RFCs. TCP was the dominant consumer of this work, and proposals were typically discussed in research groups, for example the Internet Congestion Control Research Group (ICCRG).

Since RFC 5033 was published, many conditions have changed. Congestion control algorithm proponents now often have the opportunity to test and deploy at scale without IETF review. The set of protocols using these algorithms has spread beyond TCP and SCTP to include DCCP, QUIC, and beyond. There is more interest in specialized use cases such as data centers and real-time protocols. Finally, the community has gained much more experience with indications of congestion beyond packet loss.

The Congestion Control Working Group will review some of the impediments to congestion control work occurring in the IETF and can generalize transports from TCP to all of the relevant transport protocols. This will inform a revision of RFC 5033 that encourages IETF review of congestion control proposals and standardization of mature congestion control algorithms.

The congestion control expertise in the working group also makes it a natural venue to take on other work related to indications of congestion such as delay, queuing algorithms, rate pacing, multipath, interaction with other layers, among others. In particular, it can address congestion control algorithms with empirical evidence of safety and stated intent to deploy by major implementations. The working group is intended to be a home for such work, and it is chartered to adopt proposals in this space if such congestion control algorithms are presented before or after the completion of the primary deliverable i.e. 5033bis.

Formation of this working group was and has been discussed in tsvarea, tsvwg and congress mailing list.


Required Details



  • Status: WG Forming

  • Responsible AD: Zaheduzzaman Sarker

  • BOF proponents: Martin Duke

  • BOF chairs:  Eric Kinnear, Reese Enghardt

  • Number of people expected to attend: 60

  • Length of session (1 or 2 hours): 2 hours

  • Conflicts (whole Areas and/or WGs)

  • Chair Conflicts: TAPS, MASQUE

  • Technology Overlap: transport area

  • Key Participant Conflict: Martin Duke

draft-mahesh-karp-rkmp-03.txt
2012-10-22
02 Brian Weis New version available: draft-mahesh-karp-rkmp-02.txt
2012-03-08
01 Mahesh Jethanandani New version available: draft-mahesh-karp-rkmp-01.txt
2011-10-19
00 (System) New version available: draft-mahesh-karp-rkmp-00.txt