Simultaneous ranging and telecommand in ESA deep-space tracking system: minimization of intermodulation interference

M. Nahvi, R. De Gaudenzi
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Abstract

To investigate potentials for bit error rate degradation in the telecommand, a mathematical model of the ranging signal is developed, and its frequency spectrum is derived in an explicit analytical closed form. The formulation is then used to compute the interference. The probability of error is determined and illustrated by numerical results. The analysis and results can be applied for optimal choice of frequencies and design. It is shown that the telecommand bit error rate degradation due to simultaneous ranging is negligible for all practical cases.<>
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欧空局深空跟踪系统中的同步测距和远程指挥:互调干扰最小化
为了研究远程通信中误码率下降的可能性,建立了测距信号的数学模型,并以显式解析封闭形式导出了其频谱。然后用该公式计算干涉。用数值结果确定了误差的概率并加以说明。分析结果可用于频率的优化选择和设计。结果表明,在所有实际情况下,由同步测距引起的远程命令误码率下降可以忽略不计。
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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