Considering the complex of space environment, the influence of flexible attachments, the restraint of measurement and control precision, it makes difficult to control the attitude precisely. In order to improve the attitude maneuver's rapidity and its stability, this paper studied the attitude maneuver's path programming method of satellite with the flexible attachments. Through the establishment of the dynamic model of flexible satellites, and using multi-objective optimization algorithm to select the optimal parameter, an asymmetric sinusoidal maneuver path was planned. Simulation results show that the planned path could suppress flexible appendages vibration which brought by attitude changes, then the effectiveness of the planning algorithm is demonstrated.
Sinusoidal Path Planning for Attitude Maneuver of Flexible Spacecraft
Applied Mechanics and Materials ; 532 ; 187-190
2014-02-27
4 pages
Article (Journal)
Electronic Resource
English
Spacecraft Attitude Maneuver Planning for the Mission Support
British Library Conference Proceedings | 1999
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