Routing Optimization Design of Wireless Ad Hoc Network Based on Electric Energy Data Acquire System

This paper puts forward an improved AODV routing algorithm after analyzing the characteristics of wireless ad hoc network desired by electric energy data acquire system in smart grid and the topological structure of intelligent power consumption community. The proposed algorithm decides delay time of node access and means of link maintenance by residual energy and buffer queue length. Thus nodes which have more energy and fewer loads can access route more quickly. The theoretical analysis and simulation results show the improved algorithm effectively improves network throughput, reduces packet loss rate and end-to-end delay.