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Active Collision Avoidance Control for Fractionated satellite Clusters in Ellipse Orbit

机译:椭圆轨道中分馏卫星簇的主动碰撞控制

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摘要

The active collision avoidance maneuver of fractionated satellite cluster is studied. Especially, two clusters with different structure configuration in ellipse orbit and the collision description method between them are discussed. Due to the limitation of the collision probability based on the minimum distance, a new method is developed which including the effect of relative velocity on collision. Only J2 perturbation is considered in the relative dynamics and a PD controller based on BP neural network using automatic differentiation method is adopted when a collision is imminent. The simulation results validate that the presented active collision avoidance control law is effective.
机译:研究了分级卫星簇的主动碰撞避免机动。特别是,讨论了在椭圆轨道中具有不同结构配置的两个簇以及它们之间的碰撞描述方法。由于基于最小距离的碰撞概率的限制,开发了一种新方法,其包括相对速度对碰撞的影响。在碰撞迫在眉睫时采用仅基于BP神经网络的相对动力学和基于BP神经网络的PD控制器考虑J2扰动。仿真结果验证了所呈现的主动碰撞避免控制法是有效的。

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