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Fast Online Attitude Maneuver Planning of Spacecraft Using Finite Fourier Series Shape-based Method

机译:采用有限傅里叶系列形状的方法快速在线态度操纵宇宙飞船

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摘要

In this paper, problem of online fast attitude planning and obstacle avoidance for spacecraft is addressed. A new approach to generate three dimensional trajectory used finite Fourier series (FFS) shape-based method is proposed. By which, time-optimal trajectory under constraints of attitude dynamics and satisfies demand of collision avoidance with obstacles is obtained. Simulation example is set up to validate the effectiveness of the proposed attitude maneuver planning method.
机译:在本文中,解决了航天器的在线快速态度规划和避障问题。提出了一种生成三维轨迹的新方法,采用了使用的有限傅里叶系列(FFS)形状的方法。通过,获得姿态动态的约束下的时间最佳轨迹,满足避免障碍物的碰撞需求。建立仿真示例以验证拟议的态度操纵计划方法的有效性。

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