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Implementation of direct routing mobile IP for solving triangular routing

机译:直接路由移动IP解决三角路由的实现

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Mobility support on the network layer is of special importance, as the network layer holds together the huge Internet with common protocol IP. Although based on possibility different wireless or wired technologies, all nodes of the network should be able to communicate. Therefore, mobile IP(an extension of the classical IP) has been designed which enables mobility in the Internet without changing existing wired systems. However, mobile IP leaves some points unsolved. Especially, if it comes to security, efficiency of the packet flow that is called triangular routing. Especially triangular routing can cause unnecessary overhead for the network. Furthermore latency can increase dramatically. This is particularly unfortunate if two communicating hosts are separated by transatlantic links. In order to this problem, many methods like IPv6 and ROMIP are proposed. But these methods have limitation. In other words, they have not compatibility because of needing modification of original IP scheme. Especially ROMIP is very complex and the overhead of control message & processing are serious. The problem of inconsistency of Binding caches may occur too. We therefore propose and analyze the performance of the DRMIP(Direct Routing Mobile IP) which do not modify IP source needed in the sender, is compatible with IP and Mobile IP.
机译:网络层上的移动性支持特别重要,因为网络层将具有通用协议IP的庞大Internet连接在一起。尽管基于不同的无线或有线技术,网络的所有节点都应该能够通信。因此,已经设计了移动IP(传统IP的扩展),该移动IP能够在不更改现有有线系统的情况下实现Internet移动。但是,移动IP仍有一些问题尚未解决。特别是在安全性方面,称为三角路由的数据包流效率。特别是三角形路由会给网络造成不必要的开销。此外,延迟可能会急剧增加。如果两个通信主机被跨大西洋的链接分隔开,这将特别不幸。为了解决这个问题,提出了许多方法,例如IPv6和ROMIP。但是这些方法都有局限性。换句话说,由于需要修改原始IP方案,它们不兼容。特别是ROMIP非常复杂,控制消息和处理的开销很严重。绑定缓存不一致的问题也可能发生。因此,我们提出并分析了DRMIP(直接路由移动IP)的性能,它不修改发送方所需的IP源,并且与IP和移动IP兼容。

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