Simulation and Analysis of Network Address Translation (NAT) & Port Address Translation (PAT) Techniques

Anchit Bansal, Priyanka Goel.
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引用次数: 8

Abstract

Advancements in Internet lead to the shortage of available IPV4 addresses. The main long-term solution to the IP address scalability problem was to increase the size of the IP address. To subside this problem temporarily, a specific subset of IPV4 address was termed as private. The size of routing table can be managed using certain techniques. Instead of holding information about whole route, the routing table holds information which results in next hop in next hop routing technique. Using network specific routing technique searching process is simplified as only one entry in routing table is used which defines the address of complete network. In this paper we will stimulate the network address translation and port address translation routing technique.
网络地址转换(NAT)和端口地址转换(PAT)技术的仿真与分析
互联网的发展导致可用IPV4地址的短缺。IP地址可伸缩性问题的主要长期解决方案是增加IP地址的大小。为了暂时解决这个问题,IPV4地址的一个特定子集被称为私有地址。路由表的大小可以通过一定的技术进行管理。在下一跳路由技术中,路由表不是保存整个路由的信息,而是保存导致下一跳的信息。采用网络专用路由技术,简化了搜索过程,只需使用路由表中的一个表项来定义整个网络的地址。本文将对网络地址转换和端口地址转换路由技术进行研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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