[Local Address Study Group] . [802 Architecture Group] . [Data Center Bridging Task Group] [Time-Sensitive Networking Task Group]
[Email] . [Ancient Email] . [802.1 MIBs] . [802.1 OIDs] . [IEEE 802] . [IEEE 802 PARs]
TSN:  . [802a] . [802b] . [802.1D] . [802.1D-2004] . [802.1G] . [802.1H-REV] . [802.1Q] . [802.1Q-2014] . [802.1s] . [802.1v] . [802.1w] . [802.1AB-2005] . [802.1AB-2009] . [802.1AC-2012] . [802.1AC-2016] . [802.1ad] . [802.1ag] . [802.1ah] . [802.1aj] . [802.1ak] . [802.1ap] . [802.1aq] . [802.1Qaw] . [802.1AX-2008] . [802.1Qay] . [802.1Qbc] . [802.1Qbe] . [802.1Qbf] . [802.1AXbk] . [802.1Qbp] . [802.1AX-2014] . [802.1AX-Rev] . [802.1Qbz] . [802.1Qca]
[802.1AS] . [802.1AS-Rev] . [802.1Qat] . [802.1Qav] . [802.1BA] . [802.1Qbu] . [802.1Qbv] . [802.1CB] . [802.1Qcc] . [802.1Qch] . [802.1CM] . [802.1Qcn] . [802.1Qcp] . [802.1Qcr]
Security: [802.1X-2001] . [802.1X-2004] . [802.1X-2010] . [802.1AE] . [802.1af] . [802.1AR] . [802.1AEbn] . [802.1AEbw] . [802.1Xbx] . [802.1ARce] . [802.1AEcg] . [802.1Xck] . [802E]
DCB: [802.1Qau] . [802.1Qaz] . [802.1Qbb] . [802.1Qbg] . [802.1Qbh] . [802.3bd] . [802.1BR] . [802.1Qcd] . [802.1Qcj] . [802c] . OmniRAN: [802.1CF]
The full title of this PAR is "Standard for Local and Metropolitan Area Networks - Bridges and Bridged Networks Amendment: Asynchronous Traffic Shaping".
This project specifies procedures and managed objects for a bridge to perform asynchronous traffic shaping over full-duplex links with constant bit data rates. Asynchronous traffic shaping provides an additional layer of shaped egress queues to merge flows into the existing queue structure. The required minimum number of independent queues at an egress port is adjustable and is at least the number of ingress ports of the particular bridge that require merging. The project provides an informative framework for worst case delay analysis in static networks/configurations.
There is well defined traffic that requires zero congestion loss and deterministic latency. Current bridging standards do not provide a sufficiently fine grained asynchronous traffic mechanism to meet these requirements without using network topology information. This project specifies mechanisms that do not rely on synchronous communication, thereby providing independence from clock synchronization mechanisms and higher link utilization than synchronous mechanisms.
|Status||PAR approved Jun 30, 2016.|
|09 Jan 2017||802.1Qcr, Draft 0.0|
|21 May 2015||Presentation new-tsn-specht-ubs-queues-0521-v0.pdf|
|24 May 2016||Presentation Qcr-specht-specification-mapping-proposal-0516-v01.pdf|
|27 Jul 2016||Presentation cr-nadas-combining-ATS-and-SRS-0716-v01.pdf|
|13 Sep 2016||Presentation cr-nadas-combining-ATS-and-SRS-0916-v01.pdf|
|10 Nov 2016||Presentation Qcr-specht-editing-1116-v01.pdf|
|12 Dec 2016||Presentation cr-nadas-SRS-for-TSN-use-cases-1216-v01.pdf|
|21 Feb 2017||Presentation cr-seaman-paternoster-policing-scheduling-0217-v02.pdf|
|13 Mar 2017||Presentation cr-seaman-paternoster-policing-scheduling-0317-v03.pdf|
|15 Mar 2017||Presentation cr-seaman-paternoster-ppt-0317-v01.pdf|
|16 Mar 2017||/web/infotree/groups/802//1/files/public/docs2017/liaison.IETF, Draft private-VLANs-0317-v01|
Pages copyright © Institute of Electrical and Electronics Engineers, Inc. Please read the rules on Confidentiality Statements and Copyright Notices on Communications. Information on Privacy and opting out of cookies is available. If you have any comments on these pages, please send them to me.