Mobile node, router, server and method for mobile communications under IPV6 protocol.
移动节点，路由器，服务器和根据IP版本6 (IPV6)协议的移动通信的方法。
The test outlined a security issue due to a possible immature implementation of the IPv6 protocol.
这项测试概述了一个可能由于当前IPv 6协议应用的不成熟导致的安全隐患。
On the network side, we've upgraded IPv6 protocol support to include additional platforms and services.
在网络方面，我们对IPv 6协议支持进行了升级，以包括其他平台和服务。
The move to the IPv6 protocol will also necessitate some changes to domestic set-ups, said Pickles, but it should be a relatively straightforward process.
皮克莱斯还指出，为升级到IPv6，家庭用户的网络也需要一些变化，但会是一个相对简单的过程。
In order to support IPV6 protocol, it's need to extend current DNS to make it possible to implement of current addresses and domain name system from IPV6.
为了实现对IPv 6协议的支持，需要对现有IPv 4协议下的域名系统进行相应的扩展，以使其能在IPv 6协议下正确地进行IP地址与域名的解析。
On Wednesday, World IPv6 day will turn the new protocol on at hundreds of companies, agencies and universities for testing.
周三，在这个全球IPv 6日里，将在几百所企业、机构和大学里启用新的协议并进行测试。
This is because unlike the current protocol, which USES 32-bit addresses, IPv6 USES 128-bit addresses.
这是因为不像当前的协议使用32位地址，IPv 6使用了128位地址。
Eventually, all IPv4 equipment will be replaced by attrition and IPv6 will be the only address protocol in use.
最后，所有的IPv4的设备将被消耗替换，IPv6将是唯一使用的地址协议。
With IPv6 as the protocol requirement, it is possible to achieve interoperability between different IPv6 implementations.
使用IPv6作为协议要求，就有可能实现不同 IPv6 实现之间的互操作性问题。
For example, modern Windows and Macintosh computers already come equipped to support a new Internet protocol known as IPv6 that would fix many of the shortcomings of the current IPv4 version.
例如，现代的Windows和Macintosh电脑已经配备了支持IPv6的新互联网协议。IPv6将修正目前IPv 4协议版本的许多缺陷。
For example, under Solaris, you get detailed statistics for each protocol, and separate information for IPv4 and IPv6 connections (see Listing 9).
例如，在Solaris上，会获得针对每个协议的详细统计数据，以及分别针对IPv4和IPv 6连接的信息(见清单9)。
IPv6 is expected to slowly replace IPv4, with the two protocol systems expected to run simultaneously for many years.
IPv 6预计将缓慢替代IPv4，这两种协议系统将共存很多年。
First let's look at the new support for the next generation Internet Protocol version 6 (IPv6) addressing architecture.
首先让我们研究一下对下一代因特网协议v6 (Internet Protocol v 6,IPv6)寻址体系结构的新支持。
It has many features, including escalations and repeated notifications and support of Internet Protocol version 6 (IPv6).
它有许多特性，包括扩展和重复的通知以及对InternetProtocolversion6 (IPv6)的支持。
For instance, you can build PHP to interoperate with the new Internet Protocol version 6 (IPv6) Internet addressing scheme.
例如，您可以构建PHP，以便与新的网际协议版本6 (IPv6)Internet寻址方案进行互操作。
The next Internet Protocol generation is IPv6, which provides four billion times more space, to help ensure the web continues its current growth rate.
IPv 6是下一代的互联网协议，它提供了四十亿倍以上的空间，确保网络继续其目前的增长速度。
The IANA recognized this possibility early on, and in 1999, Internet Protocol version 6 (IPv6) was born.
IANA可能很早就意识到了这一问题，在1999年，互联网协议第6版(IPv6)诞生了。
IP address an Internet Protocol (IP) address conforming to the Ipv6 standard which is a numerical label assigned to devices participating in a computer network that USES the Internet Protocol.
Ip地址互联网协议(Ip)地址遵循Ipv 6标准，是分配给参与使用互联网协议的计算机网络的数字标签。
Support for recording and playback using Internet protocol version 6 (IPv6) has been added to the current release for HTTP, Siebel, SIP, SOA, and socket protocols.
当前版本中已经添加了对于HTTP、Siebel、SIP、SOA，和socket协议的利用InternetProtocolv6 (IPv6)记录及回放的支持。
This paper first introduce the present and immigration technology from IPV4 to IPV6, then design immigration method based on tunnel and double protocol stack. Technology.
首先介绍了IPv4和IPv6网络的现状及目前采用的几种过渡技术，然后提出了一种基于隧道技术和双协议栈技术迁移方案。
IPV6 is the "next generation" protocol designed by the IETF9 (Internet Engineering Task Force) to replace the current version Internet protocol, IP Version4 (" IPV4 ").
IPV 6是由IETF设计的下一代互联网协议，目的是取代现有的互联网第四版(IPV4)。
IPV6 is the "next generation" protocol designed by the IETF9 (Internet Engineering Task Force ) to replace the current version Internet Protocol , IP Version 4("IPV4").
IPV6是由IETF设计的下一代互联网协议，目的是取代现有的互联网协议第四版（IPV4 ）。 IPV4在过去的应用具有辉煌的业绩，但是现在看来已经暴露出很多弊端。
IPV6 is the "next generation" protocol designed by the IETF9 (Internet Engineering Task Force ) to replace the current version Internet Protocol , IP Version 4("IPV4").
IPV6是由IETF设计的下一代互联网协议，目的是取代现有的互联网协议第四版（IPV4 ）。 IPV4在过去的应用具有辉煌的业绩，但是现在看来已经暴露出很多弊端。
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