An energy approach to controllability

M. Wicks, R. Decarlo
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引用次数: 18

Abstract

The authors formulate an energy approach to the control of linear systems. Recent ideas developed for balancing coordinate transformations motivate this approach. Specifically, the geometry of the controllability Gramian and its relationship to the system eigenstructure underlie the controllability of a system from an input energy perspective. After detailing these ideas, the authors describe an algorithm for constructing state feedback to achieve a desired Gramian geometry in a minimum-norm sense. This provides a means of eigenstructure improvement without direct eigenstructure assignment.<>
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一种能量控制方法
作者提出了线性系统控制的能量方法。最近为平衡坐标转换而发展的思想激发了这种方法。具体地说,从输入能量的角度来看,可控性Gramian的几何形状及其与系统特征结构的关系是系统可控性的基础。在详细介绍了这些想法之后,作者描述了一种用于构造状态反馈的算法,以在最小范数意义上实现所需的格拉曼几何。这提供了一种无需直接赋值的特征结构改进方法。
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