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Energy utilization strategies using novel approach in wireless sensor networks

机译:在无线传感器网络中使用新方法的能源利用策略

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Wireless Sensor Networks, emerged as a promising technology, offering unique benefits and supporting diverse applications, in terms of sensing. The challenging issue in these networks is optimal utilization of energy of its node, which maximizes its lifetime. In this proposed algorithm, energy efficient strategies are focused to optimize the energy consumption of the node. The cross layer approach provides a generic solution to increase the performance and energy efficiency of the wireless sensor networks. The different techniques in energy efficient strategies are energy efficient routing, scheduling the node's sleeping state and reducing the volume of information transferred. Special protocols are proposed for each technique. Multi path routes with multi- Hop of the data transmission to the destination node with less node failures. We show that extensive simulation is done by shortest path flat routing technique using Network simulator2 and Java. The best energy efficiency will be obtained by combining and following all these techniques. Using an active node set the node participating in several sets may improve network lifetime.
机译:无线传感器网络作为有前途的技术,在感知方面提供独特的好处和支持各种应用。这些网络中的具有挑战性的问题是其节点能量的最佳利用,这最大限度地提高了其寿命。在这种提出的算法中,节能策略集中于优化节点的能量消耗。横梁方法提供了一种通用解决方案,以提高无线传感器网络的性能和能效。节能策略中的不同技术是节能路由,调度节点的睡眠状态并减少传输的信息量。为每种技术提出了特殊协议。多路径路由具有多跳的数据传输到目标节点,节点故障较少。我们表明,使用网络Simulator2和Java最短路径平面路由技术完成了广泛的仿真。通过结合和跟随所有这些技术,将获得最佳能效。使用活动节点设置参与多个集合的节点可以改善网络生命周期。

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