A relay node selection technique for opportunistic routing in mobile Ad Hoc networks

Nie Zhi, Liu Jing, Botong Li, Hanchun Liu, Youyun Xu
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引用次数: 6

Abstract

In this paper, we propose a new relay node selection algorithm: relay node selection Considering Future Path(CFP) for opportunistic routings in mobile Ad Hoc networks, aiming to provide enhanced performance of successful delivery ratio. CFP based on the shortest distance algorithm and it not only considers the current distance towards the destination but also considers the future hops and estimates whether through the current node can a packet arrive at the destination. CFP can enhance the performance of successful delivery ratio by solving the potential problem of no forwarding relays in the shortest distance algorithm. Simulation results show that contrast against the shortest distance algorithm in opportunistic routing protocol GeRaF, CFP has better performance on both delivery ratio and goodput.
移动Ad Hoc网络中机会路由的中继节点选择技术
本文针对移动Ad Hoc网络中的机会路由,提出了一种新的中继节点选择算法:考虑未来路径的中继节点选择算法(CFP),以提高传输成功率。CFP基于最短距离算法,它不仅考虑到当前到目的地的距离,而且考虑到未来的跳数,并估计数据包是否可以通过当前节点到达目的地。CFP解决了最短距离算法中可能存在的没有转发中继的问题,提高了成功率的性能。仿真结果表明,与机会路由协议GeRaF中的最短距离算法相比,CFP在投递率和goodput方面都具有更好的性能。
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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