Optimal Routing in Multi-sink Sensor Networks based on Fuzzy Comprehensive Evaluation

Tiantian Yuan, Jingdong Xu, Jianzhong Zhang, Dongying Ning
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Abstract

This paper proposes a new routing protocol, namely Optimal Routing in Multi-sink Sensor Networks based on Fuzzy Comprehensive Evaluation (ORFCE). The protocol applies fuzzy comprehensive evaluation with selecting optimal routing in multi-sink sensor networks by considering three factors, the least residual energy in path, the least average link quality in path, and hop counts from sensor to sink. ORFCE is a multi-path, hierarchical, active and on-demand mixed, and QoS-guaranteed distributed routing protocol. By means of simulating in OMNeT++, the application of the ORFCE protocol will prolong the network lifetime enormously, enhance the packet delivery ratio greatly, and reduce the number of control messages largely.
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基于模糊综合评价的多sink传感器网络最优路由
本文提出了一种新的路由协议,即基于模糊综合评价(ORFCE)的多sink传感器网络最优路由。该协议采用模糊综合评判方法,综合考虑路径剩余能量最小、路径平均链路质量最小和从传感器到汇聚节点的跳数三个因素,在多汇聚传感器网络中选择最优路由。ORFCE是一种多路径、分层、主动和按需混合、qos保证的分布式路由协议。通过在omnet++中进行仿真,发现ORFCE协议的应用将大大延长网络的生存期,大大提高数据包的发送率,并大大减少控制消息的数量。
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