Mass telemetry cluster storage and autonomous health assessment system of spacecraft control system in orbit

Junliang Cai, Dawei Li, Ye Ji, Yujia Zhang, Fan Yang, Xiao Chang
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Abstract

During the operation of spacecraft control system in orbit, a large amount of telemetry data will be generated. These data can characterize the operation performance of spacecraft control system and have high analytical value, which can identify the health status and operation performance of spacecraft from the telemetry in orbit. This paper presents a cluster storage system and an autonomous health assessment system. Simulation analysis and practical application show that the system supports the efficient storage of more than 800 spacecraft telemetry data, realizes the data elimination of 99.3% accuracy, realizes the fault self-diagnosis of 98.7% accuracy, can complete a comprehensive health assessment of the spacecraft in 3.5 seconds, and automatically generates the evaluation report.
航天器在轨控制系统质量遥测集群存储与自主健康评估系统
航天器在轨控制系统运行过程中,会产生大量的遥测数据。这些数据可以表征航天器控制系统的运行性能,具有较高的分析价值,可以从在轨遥测中识别航天器的健康状态和运行性能。本文提出了一个集群存储系统和一个自主健康评估系统。仿真分析和实际应用表明,该系统支持800余个航天器遥测数据的高效存储,实现了99.3%精度的数据消除,实现了98.7%精度的故障自诊断,可在3.5秒内完成对航天器的全面健康评估,并自动生成评估报告。
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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