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Distributed Coverage-Hole Repair Algorithm towards Nodes Failure in Wireless Sensor Networks

机译:朝向无线传感器网络中节点故障的分布式覆盖空穴修复算法

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In order to preserve the coverage and ensure the efficiency of Wireless Sensor Networks (WSNs), a distributed coverage-hole repair algorithm towards nodes failure is proposed in this paper. Every node has a energy threshold, if node's energy is lower than its threshold, it sends a failure message to the nearest node and appoints it as the head node, the head node consideres all the neighbors of the failure node are preparatory boundary nodes at first, then judges every preparatory boundary nodes whether be a non-boundary node through the intersection angle with the failure node. In the last, the head node activates the redundant node within the sensing range of failure node which has the most boundary nodes as neighbor nodes. Analyzes and simulation on Matlab platform indicate that this algorithm has a low time complexity and the repair efficiency has a grate relation with node density and node sensing radius.
机译:为了保留覆盖范围并确保无线传感器网络(WSNS)的效率,本文提出了一种朝向节点故障的分布式覆盖空穴修复算法。每个节点都有一个能量阈值,如果节点的能量低于其阈值,则它将故障消息发送到最近的节点,并将其指定为头节点,头部节点考虑失败节点的所有邻居是首先是准备边界节点然后,判断每个预备边界节点是否是通过与故障节点的交叉角度的非边界节点。在最后,头节点在失败节点的感测范围内激活冗余节点,其具有最大边界节点作为邻居节点。 MATLAB平台上的分析和仿真表明该算法具有低时间复杂性,修复效率具有与节点密度和节点传感半径的格栅关系。

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