Experimental Channel Measurement for Indoor Office Visible Light Communication

A. Yazgan, Cemaleddin Şimşek, Cenk Albayrak, E. Tugcu, K. Türk
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引用次数: 2

Abstract

Channel measurement for visible light communication (VLC) is theoretically and experimentally performed in a real office platform. Six armatures composed of phosphor based white LED arrays are fed by designed analog LED drivers. Measurements are taken in a 6m x 7.8m office room which is formed as 10×13 matrix with 60 cm grid distance for both simulation and experiment studies. The link distance between LED arrays and optical receiver is kept minimum 2.5 meters for each measurement. Experimental results are generally in good agreement with simulation results, which are obtained using Barry's theoretical channel model.
室内办公室可见光通信信道实验测量
在实际办公平台上对可见光通信(VLC)信道进行了理论和实验研究。由基于荧光粉的白光LED阵列组成的六个电枢由设计的模拟LED驱动器供电。测量是在一个6米× 7.8米的办公室内进行的,该办公室内形成了一个60厘米网格距离的10×13矩阵,用于模拟和实验研究。每次测量时,LED阵列和光接收器之间的链路距离保持在最小2.5米。利用Barry的理论信道模型得到的仿真结果与实验结果基本吻合。
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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