The attitude control of 3-axis stabilization satellite was studied under the disturbance due to the movement of payload in this paper.
研究了考虑有效载荷运动部件干扰时三轴稳定卫星的姿态控制。
Experiments results prove that this hardware structure can realize realtime, efficient and accurate control of the opto-axis stabilization.
实验证明，该硬件结构能够实时地、有效地、精确地实现光轴的稳定控制。
Experiments results prove that this hardware structure can realize realtime, efficient and accurate control of the opto-axis stabilization.
实验证明，该硬件结构能够实时地、有效地、精确地实现光轴的稳定控制。
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