Design and implementation of a Radio on visible light system for indoor communication

A. Devi, S. Prince
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引用次数: 3

Abstract

Visible light communication is a data communication medium, uses the light spectrum between 390nm-700nm. LEDs are used for data transmission along with illumination purpose in visible light communication (VLC). LEDs can easily switch ON and OFF with logical `1' & `0' and data can be sent serially. There are many areas where we can implement VLC but one of the promising stretches that could possibly revolutionize the telecommunication industry is deployment of optical wireless in GSM system. Because of the restriction of Radio Frequency (RF) in some places like hospitals, airplane, petrol stations etc. VLC can be used as an alternative solution for those. The main aim of this project is to design and analyses the optical wireless system to provide connectivity to users in low restricted RF region. A prototype model of the Radio on visible light (RoVL) is proposed to be developed and tested.
一种室内通信可见光无线电系统的设计与实现
可见光通信是一种数据通信介质,使用的光谱在390nm-700nm之间。led在可见光通信(VLC)中用于数据传输和照明目的。led可以很容易地用逻辑' 1'和' 0'切换开和关,数据可以串行发送。我们可以在许多领域实现VLC,但有可能彻底改变电信行业的一个有前途的延伸是在GSM系统中部署光无线。由于医院、飞机、加油站等场所的射频限制。VLC可以作为这些问题的替代解决方案。本课题的主要目的是设计和分析光无线系统,为低限制射频区域的用户提供连接。提出了一种可见光无线电(RoVL)的原型模型,并进行了开发和测试。
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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