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Relative coupled dynamics and control using dual number

机译:使用双数的相对耦合动力学和控制

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摘要

Control of relative position and orientation are usually split into two parts in rendezvous and docking missions. It is simple but not precise enough. Based on dual number, this paper derives coupled dynamics equations of two spacecrafts in which the coupling effect of relative position and orientation is indicated. Furthermore, an incremental PID control law is designed to control the coupled system. And a simulation of coupled dynamics and control for the rendezvous problem during final approach phrase is done. The simulation results show that the coupled system can satisfy the accuracy and security requirements.
机译:在会合和对接任务中,相对位置和方向的控制通常分为两部分。它很简单,但不够精确。基于对偶数,推导了两个航天器的耦合动力学方程,其中指出了相对位置和方向的耦合效应。此外,设计了增量PID控制律来控制耦合系统。并对最终进近阶段交会问题的动力学和控制耦合进行了仿真。仿真结果表明,该耦合系统能够满足精度和安全性要求。

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