IPv6

The transition from IPv 4 to IPv 6 , though, won't be painless.

尽管如此, 从IPv4向IPv6过渡不会很顺利.

However, because of the bug of IPv 4, the replacement of IPv 6 has been inevitable trend.

但是目前, 由于IPv4本身的缺陷, IPv6替代IPv4已成大势所趋.

In the case, IPv 6 is designed.

在这种情况下, 下一代的IP协议 IPv6应运而生.

IPv 6 uses a header with a fixed size of 24 bytes.

IPv6采用24字节固定长度的报头.

With IPv 6, the IP header is 40 octets for a total of 60 octets.

如果使用IPv6协议, IP报头增加到40字节,整个报头长度增加为60个字节.

IPv 6 also uses the Stream Control Transmission Protocol ( SCTP ) at the transport layer.

IPv6同样在传输层使用流控制传输协议 ( SCTP ).

It uses incentives to encourage the many idle resources to join the grid.

引入了激励措施鼓励IPv6环境下众多闲散资源加入到网格中来.

P 2 P Instant Messaging based on IPv 4 and IPv 6.

IPv4和IPv6下的P2P即时通信.

The paper presents the improved problem to the Snort , an open source intrusion detectonsystem, in the IPv 6 platform.

本文提出了在IPv6平台下, 对开放源码的网络入侵检测系统Snort的扩展问题.

Possibility to define the rules based on IPv 4 and IPv 6 address.

具有定义基于IPv4与IPv6地址的规则的可能性.

With the advent of IPv 6 , testing of IPv 6 routers has redrawn attentions of the network community.

随着IPv6协议族及相关产品的出现,路由协议测试又成为热点.

IPv 6 also includes improved packet headers, which are quite different from IPv 4's packet headers.

IPv6还包含了改进的包报头, 它与IPv4的包报头差别很大.

It has been inevitable history that IP agreement carries out the transition to IPv 6 from IPv 4.

IP协议从IPv4过渡到IPv6已经是历史必然.

This paper introduces the principle of IPv 6 network router and the implementation under Linux.

介绍了IPv6的网络路由器的原理和在Linux上的具体实现方法.

And then, a IPv 6 global anycast model is proposed.

并在此基础上建立了一种IPv6全局选播模型.