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Performance Evaluation of WDM-FSO Based Hybrid Optical Amplifier Using Bessel Filter

机译:基于贝塞尔滤波器的基于WDM-FSO的混合光放大器的性能评估

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Free space optics systems (FSO) has been proved to be for cost effective providing high security, easy installation, wider bandwidth and high data rate information exchange. FSO also solve the last mile problem to solution. Main limitation of FSO is the attenuation effect due to environment. Haze and rain are the most important factor to the free space optical (FSO) link. Signal power has been increased using optical amplifier in FSO by WDM and then analyzed at 2.5 Gbps to get the desired signal. The WDM based FSO system for worst weather condition using hybrid configuration of optical amplifier (EDFA, SOA) is proposed which provide a solution for more efficient system and low cost. Further the system is compared with the existing results. The proposed model enhance the performance in terms of BER and Q-factor at the receiver end of the system.
机译:自由空间光学系统(FSO)已被证明具有成本效益,可提供高安全性,易于安装,更宽的带宽和高数据速率的信息交换。 FSO还解决了最后一英里的问题。 FSO的主要局限性是由于环境造成的衰减效应。雾霾和雨淋是影响自由空间光学(FSO)链接的最重要因素。使用WDM在FSO中使用光放大器提高了信号功率,然后以2.5 Gbps的速率进行分析以获得所需的信号。提出了使用光放大器(EDFA,SOA)的混合配置的基于WDM的恶劣天气条件下的FSO系统,该系统为更高效的系统和低成本提供了解决方案。进一步将该系统与现有结果进行比较。所提出的模型在系统接收器端提高了BER和Q因子方面的性能。

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