基于AODV的分流故障路由协议

Sayid Mohamed Abdule, S. Hassan
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引用次数: 14

摘要

本文提出了一种基于AODV协议解决Ad hoc网络中链路失效问题的新模型。由于节点的移动性,链路故障是当前Ad hoc网络的主要问题,如果路由协议能够快速响应网络拓扑变化,则可以避免链路故障。在本研究中,我们研究了Ad hoc按需距离矢量(AODV)路由协议,特别是链路失效特征进行了深入的分析。我们提出了一种分流故障路由协议方案(DFRP)作为链路故障的解决方案。DFRP试图提前避免链路故障。DFRP监控到下一跳的链路,通过信号强度预测链路状态。DFRP包括两个模型;“检测模型和新路径构造模型”。这些模型的主要功能分别是预测信号强度和寻找新的路径将数据转移到新的路径上。这个新协议的主要好处是减少了将链路故障信息发送回发送方所造成的延迟。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Divert Failure Route Protocol Based on AODV
This paper prototypes a new model for resolving link failure problem in Ad hoc network based on AODV protocol. Link failure is the major issue of the current Ad hoc network due to the nodes mobility, which can be avoided if the routing protocol responses quickly to the network topology change. In this research, we studied the Ad hoc on demand Distance Vector (AODV) routing protocol, especially link failure features with profound analysis. We have proposed a Divert Failure Route Protocol scheme (DFRP) as a solution to link failure. DFRP tries to avoid a link failure in advance. DFRP monitors the link to next hop and predict the link status through the signal strength. DFRP consists of two models; “DETECTION–MODEL and NEW-PATH CONSTRUCTOR-MODEL”. Main functions of these Models are to predict the signal strength, and to find a new route to divert the data to the new path, respectively. The main benefit of this new protocol is reducing the delay resulting from sending link failure information back to the sender.
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