Broadcast Scheduling Problem in TDMA Ad Hoc Networks using Immune Genetic Algorithm
Keywords:Ad hoc networks, Broadcast Scheduling, Genetic algorithm, Immune genetic algorithm.
In this paper, a new efficient immune genetic algorithm (IGA) is proposed for broadcastÂ scheduling problem in TDMA Ad hoc network. Broadcast scheduling is a primaryÂ issue in wireless ad hoc networks. The objective of a broadcast schedule is to deliver aÂ message from a given source to all other nodes in a minimum amount of time. BroadcastÂ scheduling avoids packet collisions by allowing the nodes transmission that doesÂ not make interference of a time division multiple access (TDMA) ad hoc network. ItÂ also improves the transmission utilization by assigning one transmission time slot toÂ one or more non-conflicting nodes such a way that every node transmits at least onceÂ in each TDMA frame. An optimum transmission schedule could minimize the lengthÂ of a TDMA frame while maximizing the total number of transmissions. The aim ofÂ this paper is to increase the number of transmissions in fixed Ad hoc network withÂ time division multiple access (TDMA) method, with in a reduced time slot. The resultsÂ of IGA are compared to the recently reported algorithms. The simulation resultÂ indicates that IGA performs better even for a larger network.
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