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Combined Relay-Adaptive Control of Flexible Spacecraft Orientation

机译:挠性航天器定向的组合继电自适应控制

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摘要

Consideration was given to high stabilization of the angular position of the flexible spacecraft with the use of a new physically realizable adaptation algorithm. For the single-loop orientation system with a flywheel-engine, a structure of the combined system was proposed where a subsystem is used to stabilize the elastic oscillations over the intervals of passive motion of the flexible spacecraft within the insensitivity zone of the relay algorithm. A procedure for designing an adaptive algorithm with a reference model based on the direct Lyapunov method was described. Operability of the combined system was investigated using the methods of mathematical modeling.
机译:考虑使用新的可物理实现的自适应算法来高度稳定挠性航天器的角位置。对于具有飞轮发动机的单环定向系统,提出了组合系统的结构,其中使用子系统在中继算法的不敏感区域内的柔性航天器的被动运动间隔内稳定弹性振荡。描述了基于直接李雅普诺夫方法设计具有参考模型的自适应算法的过程。使用数学建模方法研究了组合系统的可操作性。

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