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On the providing signal coverage for a dense map of receivers in Indoor environment using integrating Ray Tracing — Genetic algorithm

机译:使用集成的光线跟踪为遗传算法在室内环境中的密集接收器提供信号覆盖范围—遗传算法

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The aim of this paper is suitable locating minimum number of transmitter antennas to provide adequately signal coverage in a given indoor environment. To calculate the Received Signal Strength (RSS) according to channel parameters a Ray-Tracing Engine (RTE) is realized. This engine integrated with Genetic Algorithm (GA) provides an intelligent system in optimization process. The optimum location of transmitter(s) is determined using Genetic Algorithm (GA). Each corner of every room contains a receiver. This provides freedom in furniture placement. According to Simulation results a full coverage is achieved through suitably locating three transmitters. Furthermore, GA avoids the time consuming process of antenna location finding in an exhaustive search method.
机译:本文的目的是确定最小数量的发射机天线,以在给定的室内环境中提供足够的信号覆盖范围。为了根据信道参数计算接收信号强度(RSS),实现了射线跟踪引擎(RTE)。该引擎与遗传算法(GA)集成在一起,可在优化过程中提供智能系统。发射机的最佳位置是使用遗传算法(GA)确定的。每个房间的每个角落都包含一个接收器。这提供了家具摆放的自由度。根据仿真结果,可以通过适当定位三个发射机来实现全覆盖。此外,GA避免了详尽搜索方法中费时的天线位置查找过程。

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