PPT-Deep Label Stacks MPLS part 2, IETF 84

s peaker curtis voice kireeti Deep Label Stacks Curtiss exploration of several forwarding chips led him to think more about the problems that deep label stacks pose to some of the chips. 1. BEHAVE Working Group. IETF 77 – Anaheim. March, 2010. Chairs: . Dave Thaler, dthaler@microsoft.com. Dan Wing, dwing@cisco.com. BEHAVE – IETF 77. 2. Note Well. Any submission to the IETF intended by the Contributor for publication as all or part of an IETF Internet-Draft or RFC and any statement made within the context of an IETF activity is considered an "IETF Contribution". Such statements include oral statements in IETF sessions, as well as written and electronic communications made at any time or place, which are addressed to: . IETF 83. March, . 2012. Dave . Allan. Tae-. sik. . Cheung. Ping Pan. Contributors. Andrew Malis (. Verizon). Daniel . King (Old . Dog Consulting). Eric . Osborne (. Cisco). Fei . Zhang (ZTE. ). Jeong. Yaakov (J) Stein. September 2011. Outline. MPLS-TP history. Fundamentals. The . GACh. OAM. APS. Control plane. MPLS-TP History. Background. IP is the most popular packet-switched. . protocol. MPLS and. draft-vkst-bfd-mpls-mib-01. . . draft-boutros-pwe3-ms-pw-tp-00 . Sami Boutros . Siva Sivabalan . Luca Martini. Background. This draft extends the PW stitching procedures defined in “draft-ietf-pwe3-segmented-pw-15.txt” to include:-. IeTF78 (Maastricht) – July 25-30 2010. Sriganesh Kini. David sinicrope. Problem statement. Need for a packet service that can carry . any. protocol (similar to an Ethernet pseudowire). Service should be efficient for the most common protocol carried by the service. Shankar Raman. Balaji Venkat. Gaurav Raina. Outline. MPLS VPN Security Issues. Router Configuration. Secure Control Plane Exchange. Label hopping applied to data plane. Tic-Toc based Scheme. Control plane algorithms for PEne. Kireeti Kompella. Balaji. . Rajagopalan. IETF 89. Acknowledgments:. Shane . Amante. Thomas Morin. Luyuan. Fang. The Juniper “MPLS-in-DC” team. Problem Statement (DC). Overlays are all the rage in the data center. of MPLS Global Label. draft-li-mpls-global-label-usecases-00. Zhenbin Li, Quintin Zhao (Huawei). Tianle Yang (China Mobile). IETF 8. 8. , Vancouver, BC, Canada. Introduction. As the SDN concept is introduced, the MPLS global label mechanism are proposed again for new solution such as Segment Routing ([I-. Italo Busi (Editor, Presenter). Huub van Helvoort (Editor). Jia He (Editor). Current contributors. Christian Addeo (Alcatel-Lucent), . Alessandro D’Alessandro (Telecom Italia), Simon Delord (Telstra), . draft-li-mpls-mbb-seamless-mpls-00. Zhenbin Li, L. e. i L. i. (. Huawei. ). . Manuel Julián López Morillo (Vodafone). Tianle Yang (China Mobile). IETF 87, Berlin, Germany. Seamless MPLS Network Architecture. 1. MPLS-TP BFD for CC-CV proactive and RDI functionalities. draft-asm-mpls-tp-bfd-cc-cv-01. MPLS WG, 76th IETF - Hiroshima, . Japan. 2. Authors. Annamaria Fulignoli (Ericsson). Sami Boutros (Cisco Systems ). MEXT WG. 2. Administrativia. We need:. Two note takers. At least one jabber scribe. Blue Sheets. 3. Note Well. Any submission to the IETF intended by the Contributor for publication as all or part of an IETF Internet-Draft or RFC and any statement made within the context of an IETF activity is considered an "IETF Contribution". Such statements include oral statements in IETF sessions, as well as written and electronic communications made at any time or place, which are addressed to:. Shankar Raman. Balaji Venkat. Gaurav Raina. Outline. MPLS VPN Security Issues. Router Configuration. Secure Control Plane Exchange. Label hopping applied to data plane. Tic-Toc based Scheme. Control plane algorithms for PEne.