An Algorithm to Enable the More Effective Spacebased Antenna during Data Transmission

Hu Jiang, Lei Deng, Ruifeng Su, Wen Chen, Y. Jiang
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Abstract

Data transmission between spacecraft and Earth-based data receiving stations is one of the vitally important subsystem for any space mission. The time interval of visibility between spacecraft and ground stations is most valuable to accomplish scheduled data transmission volume. An algorithm to enable the more effective space-based antenna during data transmission process is put forward and analyzed in detail in this paper. A series of detailed phases are formulated, which helps space mission software engineers to easily code the smart algorithm and carry out code-testing conveniently. Once this algorithm is realized in a space mission, it could help to enhance the smartness of onboard computer software and minimize the manned intervention on the ground, which meets the current demands of artificial intelligence in space.
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一种提高天基天线数据传输效率的算法
航天器与地面数据接收站之间的数据传输是任何空间任务中至关重要的子系统之一。航天器与地面站之间的能见度时间间隔对于完成预定的数据传输量是最有价值的。本文提出了一种使天基天线在数据传输过程中更有效的算法,并对其进行了详细的分析。制定了一系列详细的阶段,帮助航天任务软件工程师轻松编写智能算法并方便地进行代码测试。该算法一旦在太空任务中实现,将有助于提高星载计算机软件的智能性,最大限度地减少地面人员的干预,满足当前太空人工智能的需求。
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