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A zone adaptive distance and failure analysis approach for reliable target tracking

机译:用于可靠目标跟踪的区域自适应距离和故障分析方法

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摘要

A sensor network is defined with normal nodes and critical target nodes. To improve the network lifetime it is required to monitor these target nodes effectively. In traditional algorithm distance analysis based approach is used for target acceptability. In this paper, a zone adaptive distance approach is defined to identify the cover node to track the target. The work is defined in three main stages. In first stage, the zone distance, energy and fault based analysis is performed to identify the cover nodes. In second stages, the cover fault analysis based approach is used to identify the coverset. In third stage, the energy and fault adaptive coverset activation sequence is defined so that effective target tracking will be obtained. The presented work is implemented in matlab environment. The result shows the significant improvement in network life.
机译:用普通节点和关键目标节点定义传感器网络。为了延长网络寿命,需要有效地监视这些目标节点。在传统算法中,基于距离分析的方法用于目标可接受性。在本文中,定义了区域自适应距离方法来识别覆盖节点以跟踪目标。这项工作分为三个主要阶段。在第一阶段,进行区域距离,基于能量和故障的分析以识别覆盖节点。在第二阶段,基于覆盖物故障分析的方法用于识别覆盖物。在第三阶段,定义能量和故障自适应覆盖集激活序列,以便获得有效的目标跟踪。提出的工作是在matlab环境中实现的。结果表明网络寿命显着改善。

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