Near eigenaxis maneuver for on-orbit-servicing spacecraft

Feng Wang, Xibin Cao, Xueqin Chen, Dai Gao
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引用次数: 4

Abstract

Servicer is required to fast attitude capture after capturing/releasing target. Considering the variable model and nonzero initial angular rate, the paper presents a model independent control law to realize the attitude capture by a move-to-rest eigenaxis rotation. The law adopts the attitude information and the deviation information of eigenaxis to enable the servicer to perform attitude capture rapidly within constraints of slew rate and control torque by the cascade-saturation control logic. Finally, a simulation is also illustrated, and the results prove that the law has validity and reliability
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在轨服务航天器的近特征轴机动
在捕获/释放目标后,要求服务人员快速捕获姿态。考虑变量模型和非零初始角速度,提出了一种模型无关的控制律,通过运动到静止的特征轴旋转来实现姿态捕获。该律采用姿态信息和特征轴的偏差信息,通过级联饱和控制逻辑,使伺服器在回转速率和控制力矩约束下快速进行姿态捕获。最后进行了仿真,结果证明了该方法的有效性和可靠性
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