Node State and Backup Reverse Path Based LAODV Routing Protocol

Li Xia, Xin Su, Zhiyuan Wang, Qilong Li
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Abstract

AODV routing protocol is a classical protocol in Ad Hoc network. The scientists have already conducted the extensive research. In order to perfect the protocol, an improved protocol LAODV is proposed in this paper, which has two improvements. One improvement is that LAODV involves a delayed algorithm based on node state. It adopts a novel delayed broadcast scheme which combines the shortest route selection criterion with the node states including power and traffic load to select the intermediate nodes during the route discovery phase; The other is that a backup reverse path between the intermediate nodes and the source request nodes is established, when the route breaks down, it makes sure that the intermediate node can still work smoothly. By analysing the simulation results of LAODV, the performance is demonstrated.
基于节点状态和备份反向路径的LAODV路由协议
AODV路由协议是Ad Hoc网络中的一种经典协议。科学家们已经进行了广泛的研究。为了完善该协议,本文提出了一种改进的协议LAODV,该协议有两个改进。一个改进是LAODV涉及到一个基于节点状态的延迟算法。在路由发现阶段,采用一种新颖的延迟广播方案,将最短的路由选择准则与包括功率和流量负载在内的节点状态相结合,选择中间节点;二是在中间节点和源请求节点之间建立备份反向路径,当路由发生故障时,保证中间节点仍能正常工作。通过对LAODV仿真结果的分析,验证了该方法的性能。
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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