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We investigate the problem of energy conservation in ClusterHead rotation in wireless sensor networks. Nodes are battery powered without being replenished, thus maximizing lifetime of network by minimizing energy consumption poses challenge in design of protocols. We argue, though clustering addresses lifetime and scalability goals, it results to an expensive load-balancing scheme based on ClusterHead...
Self-organizing capability enables remote deployment of wireless sensor network to form an ad hoc network having constrained lifetime due to non-replaceable battery source. To enhance lifetime, Sensor network protocols need reconfiguration to re-assign the roles of clusterhead to the high energy nodes for load balancing. We use our approach which is known as 'clusterhead-clique' to localize rotation...
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