PPT-Translation Spot Negotiation in IPv4/IPv6-Coexist Mesh

draftcuisoftwirepet03 Yong Cui Mingwei Xu Peng Wu Jianping Wu Xing Li Chris Metz Challenges of translation Basic IPv4IPv6 transition techniques Tunnel for IPv4overIPv6IPv6overIPv4 traversing. MinJae Hwang. Overview. 1. IPv6?. 2. What are required to run Condor in IPv6?. 3. Issues in Porting Condor to IPv6. 1. ?. What is IPv6?. Internet Protocol 6 by . IETF. Simply, extension of address space. Chapter . 2: IPv6 Protocol. Rick Graziani. Cabrillo College. graziani@cabrillo.edu. Fall 2013. This chapter describes the IPv6 . header by comparing it with the IPv4 header. . It . examines the . fields . ietf. -. softwire. -map. IETF85, . softwire. WG. ot@. cisco.com. , . Document Editor. MAP “modes”. Shared IPv4 address, Mesh mode, embedded address bits:. Shared IPv4 prefix, Mesh mode, embedded address bits:. IPv4/IPv6 Translators. 2009-11-03 v01 prepared by X. Li, C. Bao. 2009-11-03 v02 updated by Med. 2009-11-04 v03 updated by X. LI, C. Bao. 2009-11-05 v04 insert slides provided by M. Bagnulo. 2009-11-06 v05 updated by Med. Rick Graziani. Cabrillo College. Rick.Graziani@cabrillo.edu. For more information please check out my Cisco Press book and video series:. IPv6 Fundamentals: A Straightforward Approach to Understanding . draft-korhonen-v6ops-3gpp-eps-04. Jouni. . Korhonen. , . Jonne. . Soininen. , . Basavaraj. . Patil. , . Teemu. . Savolainen. , Gabor . Bajko. , . Kaisu. . Iisakkila. V6OPS IETF #79. Overview. Describes 3GPP Release-8 Evolved Packet System and Evolved Packet Core architectures.. draft-sunq-v6ops-ivi-sp-. 01. Qiong Sun(. China Telecom). Heyu Wang(. China Telecom). Xing Li(. Tsinghua University. ). Congxiao Bao(. Tsinghua University. ). Ming Feng(. China Telecom). IPv6 Transition Overview. Rick Graziani. Cabrillo College. Rick.Graziani@cabrillo.edu. For more information please check out my Cisco Press book and video series:. IPv6 Fundamentals: A Straightforward Approach to Understanding . Geoff Huston. APNIC. What’s . a . “more specific”?. A prefix advertisement that refines a “covering” advertisement. 10.0.0.0/8. 10.1.0.0/16. Why advertise a more specific?. I. : . To redirect packets to a different network: “. Connecting Networks. Chapter 4 - Sections & Objectives. 4.1 Standard ACL Operation and Configuration. Configure standard IPv4 ACLs.. 4.2 Extended IPv4 ACLs. Configure extended IPv4 ACLs.. 4.3 IPv6 ACLs. IPv4 Addresses Running Out. “. Montevideo, 3 February . 2011. —. The . Number Resource Organization (NRO) announced today that the free pool of available IPv4 addresses is now fully depleted. ”. Amogh. . Dhamdhere. , . Matthew Luckie. ,. Bradley . Huffaker. , . kc. . claffy. (CAIDA / UC San Diego). Ahmed . Elmokashfi. (. Simula. Research). . Emile . Aben. (RIPE NCC). IPv6 Will Be Deployed Any Day Now. ! Why?. Because we’ve run. out of addresses. again. We’ve been here before .... The original . ARPAnet. design from 1969 used the NCP protocol, which used 8 bit addresses. Maximum network of 256 nodes.