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A Coverage and Connectivity Method to Cluster Topology in Wireless Sensor Networks

机译:无线传感器网络中群集拓扑的覆盖和连接方法

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That is always an important topic to extend the whole lifetime in wireless network environment. How to make use of the consumption of the limited energy in the sensor nodes? How many sensor nodes can establish an optimum cluster? This paper proposes an optimum nodes number on clustering-based routing protocol called CCC (Coverage and Connectivity method to Cluster topology), which utilizes a node of its驴 optimum coverage and connectivity to transmit to another node and calculate the quantity of the nodes of an optimum cluster. In this article, the CCC, which is distributed the energy dissipation of sensor nodes and average energy savings. The performance of CCC is then compared to clustering-based schemes such as Low-Energy Adaptive Clustering Hierarchy (LEACH). Simulation results show that CCC improves network lifetime and reduces whole average of energy consumption.
机译:延长无线网络环境下的整个生命周期一直是一个重要的话题。如何利用传感器节点中有限能量的消耗?多少个传感器节点可以建立最佳群集?本文提出了一种基于群集的路由协议CCC(群集的覆盖和连接方法)的最佳节点数,该协议利用其最佳覆盖范围和连接性的一个节点传输到另一个节点并计算一个节点的数量。最佳集群。在本文中,CCC分配了传感器节点的能耗和平均节能量。然后将CCC的性能与基于群集的方案(例如低能耗自适应群集层次结构(LEACH))进行比较。仿真结果表明,CCC可以提高网络寿命,并降低整体平均能耗。

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