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FSQ-Based 5G Mobile Cellular Systems for Urban Canyons

机译:基于FSQ的5G移动蜂窝系统,用于城市峡谷

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摘要

Over the last few years, there has been a rapid increase in the number of people who are using high data rate services and applications. To be able to support the ever-increasing data rates to the end users, the time has come to consider other technologies which use the upper parts of electromagnetic spectrum other than the Radio Frequency (RF) spectrum. One such technology which can be used as an alternative to RF is Free-Space optical (FSO) communications. It provides higher bandwidth and improved Bit Error Rate (BER) performance because of negligible multipath and fading effect. In this article, the performance of an RF system and an FSO system using BPSK-subcarrier intensity modulation (BPSK-SIM) in a weak turbulent atmosphere are compared. It is found that from simulation results, FSO system has a performance gain of 62% over RF for achieving a BER of 10~(-5).
机译:在过去几年中,使用高数据速率服务和应用程序的人数迅速增加。为了能够支持最终用户的不断增加的数据速率,时间来考虑使用除射频(RF)频谱之外的电磁谱的上部的其他技术。可以用作RF的替代的一种这样的技术是自由空间光学(FSO)通信。它提供更高的带宽和改进的误码率(BER)性能,因为多径和衰落效果可忽略不计。在本文中,比较了RF系统的性能和使用BPSK - 子载波强度调制(BPSK-SIM)在弱湍流气氛中的性能。结果发现,从仿真结果,FSO系统的性能增益为62%的RF,用于实现10〜(-5)的BER。

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