摘要
如今,互联网的发展可谓是日新月异,IPV4的局限性日渐显露,地址不足严重影响了互联网的应用与发展。为了弥补IPV4的不足,IPV6技术便横空出世,其IP地址长度为128位,这足够使全球的每一个电子设备连入互联网,并且IPV6在安全方面、网络管理方面、服务质量方面以及移动功能方面都较IPV4有显著的提升。但由于诸多因素IPV6还不能在短时间内普及,IPV4升级到IPV6还需要一个漫长的过渡期。本文浅析当前主流的隧道技术与双栈技术,研究如何通过这两项网络接入技术,以最小的经济代价和最便捷灵活的方式,来实现IPV4向IPV6的平滑过渡。
nowadays, the development of the Internet is changing, the limitations oflPV4 increasingly exposed, the address is insufficient seriously affected the application and development of the Internet.In order to make up for the shortage of IPV4, IPV6 technology was born, its IP address length is 128, this is enough to make the global every electronic device connected to the Internet, and IPV6 in security, network management, service quality and mobile function has markedly improved the IPV4.But as a result of many factors IPV6 can＇t spread in a short time, upgrade the IPV4 to IPV6 will also need a long transition period.In this paper, the current mainstream ofshaUow tunnel with double stack technology, research how to use these two network access technology, with minimal economic cost and the most convenient and flexible way, to realize smooth transition oflPV4 to IPV6.
出处
《网络安全技术与应用》
2014年第9期61-61,63,共2页
Network Security Technology & Application
