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In order tO reduce the energy loss of routing nodes in wireless sensor networks(WSN)and improve the life— time of the network,it is necessary to design the optimal distribution of routing nodes.Traditional methods use channel alocation model based on CSMA/CA limited competition for WSN routing detection tO achieve energy balance,but with the expansion of the network nodes and interference enhancement,saving energy consumption costs more.A W SN rou— ring detection algorithm based on energy quantitative conduction was proposed in this paper.Firstly,the cluster energy consumption scheduling model of WSN is established and the routing detection control objective function is constructed when taking the energy control overhead,packet loss rate and transmission delay as the constraint parameters.Then the coordination mechanism of routing conflict is used to realize the quantitative distribution of energy consum ption,and the optimization of W SN routing detection and W SN node deployment is achieved by the energy equilibrium model of W SN transmission channe1.Simulation results show that the proposed method iS superior tO the traditiona1 methods in WSN routing detection design due tO its higher energy efficiency of network,lower transmission delay and bit error rate.

基于能耗量化传导的WSN路由探测算法 (WSN Routing Detection Algorithm Based on Energy Consumption Quantization).