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IPv6技术与IPv4的比较及过渡方案分析 被引量:4

Comparison between IPv6 and IPv4 and Analysis of Transition Technologies
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摘要 互联网的迅速扩展已经逐渐制约其自身的发展,需要新技术支撑它的进一步发展。作为下一代互联网的核心技术——IPv6技术,相对于原有IPv4技术在诸多方面有着无法替代的优势。对IPv6技术和IPv4技术进行比较,并对目前主要的几种过渡机制进行详细分析,比较了各种过渡技术的优缺点。指出IPv6作为下一代互联网的核心技术,将带动相关技术和服务的迅速发展。 The rapid expansion of Internet is becoming restriction of its development,and the new technologies are required to support its future progress. IPv6 as core technology of the next Internet has more advantages than the customary technologies. The comparison between IPv6 and IPv4 is given,and the transition technologies in present are analyzed,then their advantage and shortcoming are presented. IPv6 as main technology for next generation Internet can improve development of related technology and service.
作者 陈鹏
机构地区 西安政治学院
出处 《现代电子技术》 2009年第11期58-60,共3页 Modern Electronics Technique
关键词 IPV6 IPV4 过渡技术 双协议栈 隧道 IPv6 IPv4 transition technologies dual stack L tunnel
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  • 1Pete Loshin 沙斐.IPv6详解[M].北京:机械工业出版社,2000..
  • 2[1]Gilligan,E.NordmarkTransition Mechanisms for IPv6 Hosts and Routers R[S]-RFC1933,1996-04.
  • 3[3]卢显良,宋杰,黄淳.新一代Internet协议一IPv6[M].北京:清华大学出版社,2000.
  • 4RFC2543:SIP.
  • 5RFC3261:SIP.
  • 6RFC1883:IPv6.
  • 7RFC2663:NAT.
  • 8RFC3303:Middlebox communication architectureand framework.
  • 9RFC2824:Call processing language framework and requirements.
  • 10Gilligan R, Norark E. Transition mechanisms for IPv6 hosts and routers[S]. IETF RFC 2893. August 2000.

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