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Fog Mitigation Using SCM and Lens in FSO Communications

机译:FSO通信中使用SCM和镜头的雾气缓解

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A free space optical (FSO)communications link performance is highly affected by the atmospheric conditions. This paper compares the effectiveness of employing a spherical concave mirror (SCM)and a convex lens at the receiver to compensate for the effect of fog in FSO communication links. The results show that, for the fog induced signal attenuation lower than 9.17dB there is a marginal improvement in the FSO link performance in terms of the Q-factor by a maximum of 8% when using an SCM at the receiver compared with a regular lens.
机译:自由空间光学(FSO)通信链路性能受到大气条件的高度影响。本文比较了在接收器处采用球面凹面镜(SCM)和凸透镜的有效性来补偿FOS通信链路中的雾的效果。结果表明,对于低于9.17dB的雾诱导信号衰减,在与常规镜头上使用SCM时,FSO链路性能的边际改善为Q系数,最大为8%,与常规镜头相比使用SCM 。

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