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An Alternative Approach to Improving Independence and Fault Tolerance of Solving the Problem of Determining Nanosatellite Attitude

机译:解决确定纳米卫星姿态问题的独立性和容错性的另一种方法

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The approach proposed in this paper is based on the idea of creating a knowledge database aboard a nanosatellite that allows the reconfiguration of onboard software in order to choose the most appropriate algorithm for attitude determination and change parameters of the algorithms used. The paper presents the results of the research concerned with the SamSat nanosatellite platform: analysis of performances and formation of requirements to the instrument errors of the sensors used in the attitude control system to ensure the required accuracy of the problem solution; structure of knowledge database; logic of the onboard computer operation in terms of the choice of the applied attitude determination problem solution algorithm; simulation results of realization of the given approach on the model problem.
机译:本文提出的方法基于在纳米卫星上创建知识数据库的思想,该知识数据库允许重新配置机载软件,以便选择最合适的算法来确定姿态并更改所用算法的参数。本文介绍了与SamSat纳米卫星平台有关的研究结果:对姿态控制系统中使用的传感器的性能进行分析并确定对仪器误差的要求,以确保问题解决方案的所需准确性;知识数据库的结构;根据所应用的姿态确定问题解决算法的选择,车载计算机操作的逻辑;仿真结果,给出了关于模型问题的给定方法。

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