Analysis of free space optical system under 4-channel spectrum slicing wavelength division multiplexing (SS-WDM)

Shubham Mahajan, Davinder Prakash, Harjeevan Singh
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引用次数: 4

Abstract

"In this research paper, Spectrum segmentation is preferred for numerous FSO system. This strategy is utilized for efficient cost and power MIMO-FSO system to fulfill the demand of transmission capacity. The SS-WDM MIMO-FSO communication system is being designed and explored for four channel FSO with information rate of 10 Gbps utilizing a continues wave laser with source intensity ranging from 0-4 dBm. The proposed simulation model uses wavelength ranges from 1550 nm to 1554 nm. The ASE source is noticed under four EDFA amplifiers. The attenuation offered by different climate conditions decreases the performance of system. System performance is affected by attenuation. The outcome demonstrates the upsides of SS-WDM are empowered on the environmental conditions which builds the exhibition of system. The responsibility of FSO towards weakening has exhibited the need of MIMO system in FSO system.
4通道频谱切片波分复用(SS-WDM)下自由空间光学系统分析
在本研究中,频谱分割是众多FSO系统的首选。利用该策略可以有效地满足MIMO-FSO系统对传输容量的需求。SS-WDM MIMO-FSO通信系统正在设计和探索,用于4通道FSO,信息速率为10 Gbps,使用源强度为0-4 dBm的连续波激光器。所提出的仿真模型使用的波长范围从1550 nm到1554 nm。在四个EDFA放大器下可以注意到ASE源。不同的气候条件所带来的衰减会降低系统的性能。衰减会影响系统性能。结果表明,SS-WDM的优势被赋予了建立系统展示的环境条件。FSO对弱的责任表明了在FSO系统中MIMO系统的必要性。
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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