无线传感器网络中最大覆盖问题的智能果蝇算法

N. D, R. R, M. Ramkumar
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引用次数: 5

摘要

分析节点间的通信和识别是检验无线传感器系统服务是否优良的主要依据。其中覆盖范围可以定义为“传感器以何种方式观察或监测目标”。在无线传感器网络中,为了使暴露面积最大化,减少能量消耗,我们采用果蝇算法。针对多(异构)无线传感器网络,提出了一种基于覆盖概率建立的重叠(冗余)节点消除果蝇算法,使网络周期最大化。将果蝇优化算法与活力高效协议相结合,消除冗余节点(重叠节点)。为了提高感知覆盖质量,减少传感器节点的使用,采用不同感知半径的传感器节点随机部署。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Intelligent Fruit Fly Algorithm for Maximization Coverage Problem in Wireless Sensor Network
Analyzing the communication and recognition among nodes is the main magnitudes using to check whether the excellence of service delivered through the wireless sensor system. In which Coverage can be defined as “In what way the objective is observed or monitored by the sensors”. In order to maximize the exposure area and decrease the energy consumption in the wireless sensor network we use the Fruit fly algorithm. A fruit fly algorithm for eliminating the overlapping(redundant) node established on the coverage probability is suggested to maximize the network period for the diverse(heterogeneous) Wireless Sensor Networks. And merging the Fruit Fly Optimization algorithm with an vitality efficient protocol is used to eliminate the redundant nodes (overlapping nodes). Using the random deployment of sensor node with different sensing radius is used in order to increase the sensing coverage quality and reduce the use of sensor nodes.
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