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基于双栈和隧道技术构建校园网IPv6实验床
引用本文:伍孝金.基于双栈和隧道技术构建校园网IPv6实验床[J].计算机工程与设计,2007,28(10):2332-2334.
作者姓名:伍孝金
作者单位:荆门职业技术学院网络中心,湖北,荆门,448000
摘    要:介绍了IETF工作组提出IPv6过渡机制的背景,详细分析和研究了双栈协议、隧道技术和翻译器技术等3种常用的过渡机制,重点论述了双栈、隧道技术以及双栈与隧道协同工作的实现原理,并通过一个IPv6实验床的建设,利用IPv6的过渡机制如双栈协议和隧道技术,提供了校园网用户IPv6接入服务,真正实现了IPv4网络和IPv6网络之间的互联互通,为在校园网全面开展IPv6的组网和研究积累了经验.

关 键 词:双栈  隧道  地址/协议转换  手工配置隧道  试验床  双栈协议  隧道技术  技术构建  校园网用户  实验床  tunneling  stack  dual  campus  network  积累  组网  互联互通  网络  服务  接入  利用  建设  原理  协同工作  重点
文章编号:1000-7024(2007)10-2332-03
修稿时间:2006-05-19

Lonstructing IPv6 testbed about campus network on dual IP stack and tunneling
WU Xiao-jin.Lonstructing IPv6 testbed about campus network on dual IP stack and tunneling[J].Computer Engineering and Design,2007,28(10):2332-2334.
Authors:WU Xiao-jin
Affiliation:Network Center, Jingmen Technical College, Jingmen 448000, China
Abstract:The background of IPv6 transitional mechanism is introduced, which is brought forward by the IETE The three common transitional mechanisms are analysed and researched including dual stack, tunnel tech and translation tech. The principle of dual stack, tunnel tech and translation tech is mainly discussed. Besides, a service of connecting the IPv6 with campus network is provided, by using the transitional mechanism of IPv6 such as the dual stack and tunnel tech. Finally, the interconnection between the IPv4 network and IPv6 network is realized, which accumulates some experience for the complete expansion of IPv6 network research and establishment of IPv6 in campus network.
Keywords:dual stack  tunnel  NAT-PT  configured tunneling  testbed
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