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Analysis and Simulation of Multipath Effect in High Precision Satellite Communication Based on Ray-Tracing Approach

机译:基于射线追踪法的高精度卫星通信多径效应分析与仿真

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The multipath caused by solar panels cannot be ignored in satellite high precision communication. Based on multipath theory, the corresponding multipath estimation model is established by ray-tracing. The model is used to simulate the multipath error caused by solar panels during the communication between the LEO orbit satellite and the Beijing ground station. And we summarize the periods of time suitable for high precision communication. The simulation results are consistent with the actual situation, which indicates that the method adopted in this paper has the ability to achieve efficient and accurate multipath estimation. The conclusion of this paper also has important engineering significance for the layout of other payloads near the communication payload and the properly planning of communication resources.
机译:在卫星高精度通信中,不能忽略由太阳能电池板引起的多路径。基于多径理论,通过射线追踪建立了相应的多径估计模型。该模型用于模拟LEO轨道卫星与北京地面站之间的通信过程中由太阳能电池板引起的多径误差。并且我们总结了适合高精度通信的时间段。仿真结果与实际情况相吻合,表明本文所采用的方法具有实现高效,准确的多径估计的能力。本文的结论对于通信有效载荷附近其他有效载荷的布局以及通信资源的合理规划也具有重要的工程意义。

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