AODV-based Routing Assignment Design And Simulation For Wireless Mesh Networks

This paper designs a Multi-channel routing assignment design and simulationfor wireless mesh networks based on AODV (Ad hoc On-Demand Distance VectorRouting) standard. First we note the reason why Multi-channel routing assignmentcan not be widely used nowadays. Then we concluded four characteristics ofwireless mesh networks which contains there having different between wirelessnodes,the data flow is Directional,optimization In the advanced node is moreeffective,the number of interface is uncertain. According to these characteristics,this paper made a design principle of route standard. we study two kinds ofalgorithm on typical Multi-channel technology which consists of Hyacinth Frameand Minimun interference Multi-channel Multi-radio Multicast and note theadvantages and disadvantages. We design a AODV-GBM4standard of GBM4contains two advantages of both standard based on Game Theory.At last, it isrealized on NS2and simulated.This standard is based on AODV standard. It separates the whole net intoseveral league of wireless nodes by Static cooperative game theory in the HyacinthFrame.In each league, M4is used to minimize the inside backdrop. This standarduses gateway node as supervisor and distributes channel by Centralized allocationchannel mode. The backdrop inside the league of wireless nodes must be minimumor the league of wireless nodes is completely separated. New nodes’ distribution isdecided by Harloy Shapley value of Static cooperative game theory to join theleague of which the Harloy Shapley value is maximum. Minimun interferencebetween leagues will be realized after it joined the league. In this way, themaximum through out of net will be realized.