针对这一棘手问题，最受青睐的一种解决方案是从目前的互联网通信协议“IPv4”转换到“IPv6”。IPv 6可以提供数万亿个网络通信地址，而IPv 4提供的地址大概只有40亿个，相比之下少得可怜。
The touted solution to the problem is a switch to a standard called IPv6 that allows trillions of Internet addresses, while the current IPv4 standard provides a meager four billion or so.
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.
接着研究了NAT协议的原理，深入地分析了NAT协议在各种应用场景下地址转换处理流程；
Then with in-depth understanding of NAT principles, we analyse the process flow of network address translation in NAT protocol on various application scenarios.
协议转换过程的确依赖所用的地址类型，但是协议转换的核心思想和所涉及的问题不依赖于任何地址转换机制。
The protocol translation procedure indeed depends on the type of address used, but its core concepts and associated issues are generally independent of any address translation mechanism.
讨论IP协议数据格式与ATM信元格式之间转换方法、ATM地址与IP地址映射方法及利用信令系统建立虚通路连接传输IP业务的方法。
The format translation between ATM cell and IP packet, the address resolution between ATM address and IP address, and the signalling system setting up virtual channel connection are discussed.
论文内容主要包括了地址转换模块、协议转换模块和用户管理配置模块三个部分的设计和实现。
There are three main parts this paper, and they are the design and realization of address translation modular, protocol translation modulation and user management modular.
论文内容主要包括了地址转换模块、协议转换模块和用户管理配置模块三个部分的设计和实现。
There are three main parts this paper, and they are the design and realization of address translation modular, protocol translation modulation and user management modular.
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