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IPv4/IPv6的共存、过渡与寻址 被引量:6

IPv4/IPv6 Coexistence,Transition and Addressing
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摘要 本文从技术人员的角度对有关IP技术和IP网络的发展前景进行展望。当前的互联网正面临着从传统IPv4协议向IPv6协议的过渡,作者将着重分析过渡需求和主要的技术问题及其当前进展,以及遗留的其他课题。为了实现这一目标,还需要对互联网协议的历史、现状以及未解决的问题进行说明。 This paper seeks to give a technologist's view of the road ahead for IP and IP networks. The Internet faces a transition from its traditional IPv4 to IPv6. The author will discuss requirements and major technical issues, the progress on them, and the topics that remain. To do so, it will have to discuss history, present status, and open questions as well.
机构地区 IETF IPv 不详
出处 《电信科学》 北大核心 2008年第10期30-37,共8页 Telecommunications Science
关键词 IPV4 IPV6 IPV6过渡 IPv4, IPv6, IPv6 transition
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参考文献27

  • 1Kalin R. Simplified NCP protocol. RFC0060, July 1970.
  • 2Postel J. Internet protocol. STD 5, RFC0791, September 1981.
  • 3Fuller V, Li T. Classless inter-domain routing (CIDR): the lnternet address assignment and aggregation plan. BCP122, RFC4632, August 2006.
  • 4Bradner S, Mankin A. IP: next generation (IPng) white paper solicitation. RFCI550, December 1993.
  • 5Callon R. TCP and UDP with bigger addresses (TUBA), a simple proposal for Internet addressing and routing. RFC1347, June 1992.
  • 6Francis P. Pip near-term architecture. RFC1621, May 1994.
  • 7McGovem M, Ullmann R. CATNIP: common architecture for the Intemet. RFC1707, October 1994.
  • 8Hinden R. Simple Internet protocol plus (SIPP) white paper. RFC1710, October 1994.
  • 9Castineyra I, Chiappa N, Steenstrup M. The Nimrod routing architecture: RFC1992, August 1996.
  • 10Bradner S, Mankin A. The recommendation for the IP next generation protocol. RFC1752, January 1995.

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