Series and parallel D-spectra for multi-input-multi-output linear time-varying systems

J.J. Zhu
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引用次数: 10

Abstract

In this paper some previously developed series and parallel differential spectral concepts for scalar linear time-varying (LTV) systems are extended to some subclasses of multi-input-multi-output (MIMO) LTV systems. The extension is facilitated by the new concepts of differential determinant and differential adjoint matrix introduced herein, which are natural extensions of the familiar concepts of determinant and adjoint matrix to a noncommutative differential ring. Explicit matrix fractional representations are obtained for the subclasses of MIMO LTV systems for which the new results are applicable. The new results have important applications in the analysis and control of MIMO LTV systems.
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多输入-多输出线性时变系统的串联和并联d谱
本文将已有的关于标量线性时变(LTV)系统的串联和并联微分谱概念推广到多输入多输出(MIMO) LTV系统的一些子类。本文引入了微分行列式和微分伴随矩阵的新概念,它们是对非交换微分环的熟悉的行列式和伴随矩阵概念的自然推广。得到了适用于新结果的MIMO LTV系统子类的显式矩阵分数表示。这些新结果在MIMO LTV系统的分析和控制中具有重要的应用价值。
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