首页> 外文会议>International Conference on Communication and Electronics Systems >Comparison between Hybrid AMI and Duobinary–VLC (Visible light Communication) using WDM (Wavelength Division Multiplexing)–PI (Polarization interleaving) Transmission System
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Comparison between Hybrid AMI and Duobinary–VLC (Visible light Communication) using WDM (Wavelength Division Multiplexing)–PI (Polarization interleaving) Transmission System

机译:使用WDM(波分复用)​​-PI(极化交织)传输系统比较混合AMI和Duobinary-VLC(可见光通信)

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摘要

VLC is need of high-speed data rate transmission for next-generation networks. LOS communication is a must for a high-speed VLC communication system. In the VLC system, we have formed a high-speed Visible light communication system utilizing WDM, and PI scheme for broadcast information in the visible form of eight channels, each one bear 10 Gbps data accomplished by the VLC link of 160 m. We have compared performance improvement using AMI coding and duo binary coding. The bit rate of 10 Gbps up to 160m has been investigated using Q factor in eye diagrams and bit-error-rate (BER) which is targeted to achieve the value greater than 7 and less than 10–9 respectively. VLC system simulation is done on Optisystem 15. □
机译:VLC需要用于下一代网络的高速数据速率传输。 LOS通信是高速VLC通信系统所必需的。在VLC系统中,我们已经形成了一个利用WDM和PI方案的高速可见光通信系统,该方案以8个通道的可见形式广播信息,每个通道承载160 m的VLC链路完成的10 Gbps数据。我们比较了使用AMI编码和双二进制编码的性能提高。已经在眼图中使用Q因子和误码率(BER)研究了长达160 Gbps的10 Gbps比特率,误码率(BER)的目标是分别实现大于7和小于10-9的值。 VLC系统仿真是在Optisystem 15上完成的。

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