Multi-Channel Transmission of Signal using Optical Wireless Communication (OWC) Channel : Channel Diversity Using OWC

S. Singh, Rishabh Aggarwal
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引用次数: 1

Abstract

Optical Wireless Communication (OWC) channel is for inter-satellite communication. It is used as a subsystem of two telescopes or the wireless communication between two satellites. It is best suited for the modeling of satellite-satellite and earth-satellite links. The OWC channels are used for zero attenuation loss caused by atmospheric effects and no propagation delay Signal propagation delay. In this paper we basically deal with the designing of OWC link system. Further, comparative study has been made to ascertain which modulation technique proves better for communication. This paper investigates the transmission of signal through multiple number of OWC channel for better transmission of signal and better use of channel bandwidth. It also shows that as the channel diversity increase the efficiency of the system and thereby decreasing bit error rate (BER).The BER for different numbers of channels and get the accurate result at the receiver side with the high Q factor, accurate eye diagram and high data rate with proper signal and minimum bit error rate and result is shown in BER analyzer.
利用光无线通信(OWC)信道的多路信号传输:利用OWC信道分集
光无线通信(OWC)信道用于卫星间通信。它被用作两个望远镜的子系统或两个卫星之间的无线通信。它最适合于卫星-卫星和地球-卫星链路的建模。OWC信道用于零大气效应引起的衰减损失和无传播延迟信号传播延迟。本文主要讨论的是OWC链路系统的设计。在此基础上,进行了比较研究,以确定哪种调制技术更适合通信。为了更好地传输信号和更好地利用信道带宽,本文研究了通过多个OWC信道传输信号的方法。信道分集可以提高系统的效率,从而降低误码率。在接收端以高Q因子、准确的眼图和高数据率、合适的信号和最小的误码率和结果显示不同信道数下的误码率。
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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