首页> 外文会议>Proceedings of the 15th IFAC World Congress: International Federation of Automatic Control >OPTIMALITY OF DECENTRALIZED SIMPLE DYNAMIC DISPLACEMENT FEEDBACK FOR LARGE SPACE STRUCTURES
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OPTIMALITY OF DECENTRALIZED SIMPLE DYNAMIC DISPLACEMENT FEEDBACK FOR LARGE SPACE STRUCTURES

机译:大空间结构分散简单动态位移反馈的最优性

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摘要

This paper considers position and attitude control of large space structures composed of a number of subsystems which are interconnected by springs and dampers. It is assumed that sensors and actuators are collocated. A decentralized simple dynamic displacement feedback, proposed by Fujisaki, Ikeda, and Miki, is transformed to a controller whose input contains the control input and the measured output of the space structure. The objective of this paper is to present a condition under which the controller is optimal for a quadratic cost function.
机译:本文考虑了由多个子系统组成的大型空间结构的位置和姿态控制,这些子系统通过弹簧和阻尼器相互连接。假设传感器和执行器并置。由Fujisaki,Ikeda和Miki提出的分散的简单动态位移反馈被转换为控制器,该控制器的输入包含空间结构的控制输入和测得的输出。本文的目的是提出一种条件,在该条件下,控制器对于二次成本函数而言是最优的。

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