Algorithm for Solving Optimal Sensor Devices Placement Problem in Areas with Natural Obstacles

I. N. Dziubenko, T. Tatarnikova
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引用次数: 9

Abstract

This paper proposes a genetic algorithm for solving the problem of placing sensor devices in the monitoring area with obstacles in the form of buildings, trees and other objects. The correspondence of terms borrowed from evolutionary theory to terms of the genetic algorithm is given, which allows the algorithm to be adapted for solving the placement problem. Methods for coding parameters of the algorithm and solution of the placement problem are described. The paper demonstrates the results of the program implementation of the genetic algorithm in which the solution is visualized as a map of the monitoring territory with recognized obstacles and placed sensor devices with their coverage areas.
自然障碍物区域传感器设备最优安置问题的求解算法
本文提出了一种遗传算法,用于解决在有建筑物、树木等障碍物的监控区域放置传感器设备的问题。给出了从进化理论中借用的术语与遗传算法中的术语的对应关系,使该算法适用于求解布局问题。描述了算法参数的编码方法和定位问题的求解方法。本文演示了遗传算法的程序实现结果,其中解决方案被可视化为具有识别障碍物的监测区域地图,并放置传感器设备及其覆盖区域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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