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Network Optimization in WSN's

机译:WSN的网络优化

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摘要

Recently wireless sensor network (WSN) is very popular for monitoring the remote or hostile environments. One major challenge in WSN is to build energy efficient network with total coverage & connectivity. The WSN consist of a large number of tiny nodes having sensing, computation & communication capability. The deployment of sensor nodes is the first step in establishing a sensor network. The large number of sensor nodes are deployed randomly & must be in the form of cluster, as a location of each particular node cannot be fully guaranteed a priori so that nodes must completely cover the target area. To build energy efficient network with the stochastically placed nodes, it is necessary to activate only vital number of nodes at any particular moment. In this paper we introduce a heuristic that will find out the mutually exclusive set called disjoint complete set of sensor nodes, where the member of each set together will completely cover the target area and work by turns. As the more number of sensor covers can be found the sensorsnetwork lifetime can be prolonged.
机译:最近,无线传感器网络(WSN)在监视远程或敌对环境中非常流行。 WSN的一项主要挑战是建立具有总覆盖范围和连通性的节能网络。 WSN由大量具有传感,计算和通信功能的微小节点组成。传感器节点的部署是建立传感器网络的第一步。大量的传感器节点是随机部署的,并且必须采用群集的形式,因为不能完全事先保证每个特定节点的位置,因此节点必须完全覆盖目标区域。为了使用随机放置的节点构建节能网络,有必要在任何特定时刻仅激活重要数量的节点。在本文中,我们介绍了一种启发式方法,该方法将找出互斥的集合,称为不相交的完整传感器节点集,其中每个集合的成员将完全覆盖目标区域并轮流工作。随着传感器盖数量的增加,传感器网络的寿命可以延长。

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