The invention relates to an autonomous extensible Internet (AEIPNAT) implementation, which relates to autonomous and extensible implementations of the internet. Specifically, relates to use of autonomous Internet architecture scalability, using local network address and global network address translation technology to realize the IP network can be extended, so as to provide a complete solution to the problem, the autonomy of Internet scalability problems; also relates to a method for realizing addressing, especially by the source address of NAT network address between local and global network address and destination address of the NAT method to realize network communication addressing; and a domain of interpretation method, in order to ensure the corresponding relation between the inter network nodes in communication domain, the whole bureau network address, local network address; and a transformation to achieve autonomous scalable Internet and transition method. The invention can break the monopoly control power of the Internet, solve the predicament of the lack of IP address, and provide an autonomous extensible Internet, and is easy to implement.
【技术实现步骤摘要】
【技术保护点】
1.一种利用自治互联网架构的可扩展性,采用本地网络地址为主、全局网络地址转换的技术来实现IP网络可扩展,从而为互联网的自治问题、可扩展问题提供了一个完整的解决方案:自治互联网不仅可以解决互联网自治的问题,而且分布式的架构使其架构上可扩展,可以按需增加若干自治互联网实体,即实现网络上可扩展;但是现行IP网络地址匮乏,即将消耗分配完毕,所以有必要进一步实现网络地址上的可扩展,这样才能真正实现互联网的可扩展;本专利技术所采用的网络地址可扩展的实现方法设计如下:基于每个自治互联网络,引入“本地网络地址”的概念;每个自治可扩展互联网内的本地网络地址资源(本地IP地址)几乎包括了现有互联网所有地址空间,并且可以在不同的自治可扩展互联网中复用;一般地,每个自治可扩展互联网内的网络节点都仅配置分配的本地网络地址,在自治可扩展互联网内部所有IP节点都可以通过本地网络地址直接通信;这样,每个自治可扩展互联网都有约40亿个IP地址,可以解决本网地址匮乏的问题;而且可以根据需要拥有多个自治可扩展互联网,使可用IP网络地址成倍数增加,提供任何可能需要的IP地址数量;而且就每个自治可扩展互联网AEIP NAT如A ...
【技术特征摘要】
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