An example of a logical interface is a tunnel interface that is used to send IPv6 packets across an IPv4 network.
逻辑接口的一个示例是用于通过IPv 4网络发送IPv 6数据包的隧道接口。
IPV6 technology is still in study and has not totally replaced existing IPV4 network yet, the short-term solution, NAT technology, is very important for abating the problem of lacking address.
IPV 6技术尚在研究中且还未完全取代现有的IPV 4网络的情况下，短期解决方案——NAT技术对于缓解目前的地址缺乏问题显得尤为重要。
And IPV6 technology is still in study and has not totally replaced existing IPV4 network yet, the short-term solution, NAT technology, is very important for abating the problem of lacking address.
在IPV 6技术尚在研究中且还未完全取代现有的IPV 4网络的情况下，短期解决方案——NAT技术对于缓解目前的地址缺乏问题显得尤为重要。
IPv4 also had a mobile variant, which relied on triangular routing-in simple terms, the old network acted as a relay for packets, which added latency every time you moved.
IPv4也有一个针对移动的变种，依赖于三角路由——简单来说，老的网络连接充当数据包的中继，每当你移动数据包就暗中增加。
As the supply of new, unique IPv4 addresses dwindles, some enterprises and service providers will use traditional NAT （network address translation） to conserve the addresses they already have.
随着新的、唯一的IPv4地址供应数量的下降，一些企业和服务提供商使用传统的NAT（网络地址转换）技术作为保持现有地址的措施。
IPv4 was conceived in the early 1980s as a way of identifying individual connections to a computer network.
IPv4在19世纪80年代早期应运而生，它是一种识别连接到计算机网络中的个人终端的方式。
Mobile networks typically use an IPv4 NAT to allocate devices one of the "private" classes of network, such as the 10.x.x.x network or the 192.168.x.x network commonly found at hotspots.
移动网络通常都会使用IPv4NAT为每个设备分配一个“私有”类型的网络，比如人们在热点通常会找到10.x.x.x网络或是192.168.x.x网络。
Network routing experts have been aware of the limitations of IPv4 addressing since the 1980s — before most of the world even knew the Internet existed, and before the Web became ubiquitous.
网络路由专家，早在80年代在世界上大多数人还没知道互联网之前，在互联网变得无处不在之前就意识到IPv4的局限性。
Network routing experts have been aware of the limitations of IPv4 addressing since the 1980's — before most of the world even knew the Internet existed, and before the Web became ubiquitous.
网络路由专家，早在80年代在世界上大多数人还没知道互联网之前，在互联网变得无处不在之前就意识到IPv4的局限性。
But because the IPV4 design goal only takes the simple network agreement, at that time consideration security.
但由于IPv 4设计的目的只是作为简单的网络协议，并没有考虑其安全性。
Finally, we set up an IPV6 network, communication between IPV6 islands, and the accomplished successfully visit to the existing IPV4 nodes.
最后本文将组建一个ipv 6网络，ipv 6孤岛之间的通信，并能够访问现有的ipv 4网络中的节点。
IPV6 fixes a number of problems in IPV4, such as the limited number of IPV4 address. It also adds many improvements to IPV4 in areas such as routing and network auto configuration.
IPV6能够解决IPV 4存在的如地址短缺等问题，同时，还对IPV 4作了大量的改进，包括和网络自动配置等。
Another drawback to IPv4 has been the way in which addresses are assigned; it's difficult to tell where a given address is located, either geographically or with regard to network topology.
ipv4的另一个缺陷是它地址分配的方法，给出一个地址很难从地理上或从网络拓扑结构上说出它的位置。
Veno2 the term reflects the company 's aim is to develop a most innovative technology, global seamless network integration of the two great works (IPV4 and IPV6).
Veno2这个术语反映了公司的宗旨，即开发一个最具创新性的技术，在全球范围内无缝的整合两个巨大的网络工程(IPV4和IPV6)。
Veno2 the term reflects the company 's aim is to develop a most innovative technology, global seamless network integration of the two great works (IPV4 and IPV6).
Veno2这个术语反映了公司的宗旨，即开发一个最具创新性的技术，在全球范围内无缝的整合两个巨大的网络工程(IPV4和IPV6)。
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