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Impact Of Fix Cluster Head Selection (FCHS) Routing Protocol For Wireless Sensors Network

机译:Fix Cluster Head选择的影响(FCHS)无线传感器网络的路由协议

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Today main objective of wsn is to minimize the energy dissipation for the whole network. Clustering is one of the most knows methods widely used to face these challenges. Fix Cluster Head Selection (FCHS) routing protocol analyses how the system lifetime is improved by fixing the selection of clusters head. In this paper a cluster based communication protocol with considering the low energy consumption in wireless sensor networks, is introduced which balanced the energy load among the sensor node. Fix Cluster Head Selection (FCHS) analyses the cluster head selection to find the optimal probability of becoming a cluster head. Simulation result of FCHS corresponding to LEACH in mat lab shows that these designs increase the lifetime of the network 105 %. We found that FCHS yield longer stability region for higher values of extra energy brought by more powerful nodes. Finally, LEACH protocol and the improved algorithm simulate in MATLAB, and make Performance analysis and comparison in number of nodes alive, total energy consumption in network and a round of node death distribution. The results show that, FCHS compared with LEACH protocol, the improved algorithm prolongs the network life cycle, raises energy utilization and has good load balance.
机译:如今,WSN的主要目标是最大限度地减少整个网络的能量耗散。聚类是最广泛地用于面对这些挑战的方法之一。修复群集头选择(FCHS)路由协议通过修复群集头的选择来分析系统生命周期。在本文中,介绍了基于集群的通信协议,考虑了无线传感器网络中的低能量消耗,其平衡了传感器节点之间的能量负载。修复群集头选择(FCHS)分析群集头选择以找到成为群集头的最佳概率。 MAT实验室中对应于LEACH的FCH的仿真结果表明,这些设计增加了网络的寿命105%。我们发现FCHS产生更长的稳定性区域,以获得更强大的节点所带来的额外能量的更高值。最后,LEACH协议和改进的算法模拟在MATLAB中,并对节点数量进行性能分析和比较,网络中的总能耗和一轮节点死亡分布。结果表明,与浸出协议相比,改进算法延长了网络生命周期,提高了能量利用率并具有良好的负载平衡的FCH。

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