In this study, a binate hop cooperative satellite–terrene link with correlated line-of-sight (LOS) components has been considered. The satellite–terrene link is assumed to follow shadowed-Rician fading. Specifically, higher-order moments of the considered system have been derived. Using the expression of higher-order moments, the expressions of the amount of fading and channel quality estimation index of the considered cooperative complex have been obtained. The symbol error rate of the considered cooperative satellite–terrene link for M-ary phase-shift keying constellation has been derived and the denouement of signal-to-noise ratio and inclination angle has been scrutinised as well. Moreover, outage probability and average channel capacity of the considered system have been derived with the help of the Meijer-G approach. It has been manifested by simulation and analysis that the performance of the considered system enhances with the inflation in the aggregate of antennas and inclination angle.

中文翻译：

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具有相关LOS成分的Binate Hop级联卫星Terrene链路分析

在这项研究中，已经考虑了具有相关视线（LOS）组件的二元跳跃合作卫星-地心链路。假定卫星-地心链路遵循阴影-Rician衰落。具体来说，已经得出了所考虑系统的高阶矩。使用高阶矩的表达式，获得了所考虑的合作体的衰落量和信道质量估计指标的表达式。推导了所考虑的用于M进制相移键控星座的合作卫星-地面连接的符号误码率，并且还研究了信噪比和倾角的衰减。此外，借助Meijer-G方法已经得出了所考虑系统的中断概率和平均信道容量。