通过端口预测方法实现对称型网络地址转换的穿越。
The symmetrical NAT traversal is achieved by using port prediction method.
这意味着它无法通过网络地址转换(NAT)，因此不能接收呼入服务。
This means that it's behind a Network Address Translation (NAT) and therefore cannot receive inbound connections.
它是一种把内部私有网络地址转换成合法网络IP地址的技术。
It is capable of translating the interior private network address to the legal network IP address.
应用程序系统不能包含内部IP地址和网络地址转换(NAT)的网络通信。
The application system must not involve communication between networks that use internal IP addresses and network address translation.
Win4L in会话可以配置为使用桥接连网或网络地址转换(NAT)连网。
Win4Lin sessions can be configured with bridged networking or network address translation (NAT) networking.
当有多台内部计算机和一个公共ip地址时，客户端可能也需要网络地址转换(NAT)。
Clients may also need Network address Translation (NAT) when there are multiple internal computers and only one public IP address.
最常用的是一个叫做NAT64的网络地址转换技术，它工作在可以连接到服务提供者网络的装置上。
The most common one is a network address translation technique called NAT64, which can run on an appliance attached to a service provider's network.
针对会话发起协议（SIP）穿越网络地址转换（NAT）的问题，提出一种基于端口探测的解决方案。
To solve the problem of Session Initiation Protocol(SIP) traversing Network Address Translator(NAT), this paper describes a new method based on port detection.
网络地址转换（NAT）是一种在目前网络环境中比较有效的方法，即，将某些IP地址留出来供专用网络重复使用。
NAT, some IP addresses left for special nets to use repeatedly, is one of the effective way in Internet.
第五章和第六章分别在第四章所实现的基本数据通路的基础上实现了一些安全特性，它们是包过滤和网络地址转换(NAT)。
Chapter 5 and chapter 6 implements some security functions based on the basic data path implemented in the chapter 4, they are packet filtering and network address transition (NAT).
分析了高校网络的应用现状，利用策略路由技术并结合网络地址转换技术，提出了高校校园网具有多出口接入方式下的解决方案。
By use of the policy routing technique and combined with the network address translation technique the solution of the multi-interface connection in the campus network is presented.
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。
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.
有些人断言NAT（网络地址转换）会解决IP地址在客户端的短缺问题（客户端在单一的全球可路由IP地址后隐藏了一套不可路由的地址），但这其实是很有限的。
There are those who claim that NAT will solve the shortage at the client side (which hides a set of non-routable addresses behind a signle globally routable IP address) - but even this has limits.
如果你正在阅读本文，那你很有可能已经连上了因特网，这就是你用网络地址转换(Net work Address Translation,NAT)的一个很好的机会！
If you are reading this, you are most likely connected to the Internet and there's a very good chance that you are using Network Address Translation (NAT) right now!
如果你正在阅读本文，那你很有可能已经连上了因特网，这就是你用网络地址转换(Net work Address Translation,NAT)的一个很好的机会！
If you are reading this, you are most likely connected to the Internet and there's a very good chance that you are using Network Address Translation (NAT) right now!
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