Outage probability performance in mobile indoor Optical Wireless Communication environment

S. S. Torkestani, S. Sahuguède, A. Julien-Vergonjanne, L. Aveneau, P. Combeau, Ounse Gueu
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引用次数: 5

Abstract

In this paper, we study an Optical Wireless Communication system for indoor healthcare monitoring application, taking into account the impact of indoor environment. We consider a diffuse link between an emitter placed on a mobile monitored patient and a base station located on the ceiling considering a one-bounce model. Thanks to Ray Propagation Simulator (RaPSor) developed at the Xlim-SIC laboratory, wall, floor and ceiling reflections are taken into account so that the system is more accurately designed, even for low data rates. This is of main concern for healthcare application because it is important to evaluate the required emitter power, related to the power autonomy of monitoring system.
移动室内光通信环境下的中断概率性能
本文在考虑室内环境影响的前提下,研究了一种用于室内健康监测的无线光通信系统。我们考虑放置在移动监测患者上的发射器和位于天花板上的基站之间的漫射链路,考虑单弹跳模型。由于在Xlim-SIC实验室开发的射线传播模拟器(RaPSor),考虑了墙壁,地板和天花板的反射,因此即使在低数据速率下,系统也可以更准确地设计。这是医疗保健应用的主要关注点,因为评估所需的发射器功率非常重要,这与监测系统的功率自治有关。
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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