On State-Space Modeling and Signal Localization in Dynamical Systems

A. Ray
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引用次数: 1

Abstract

This letter focuses on two topics in engineering analysis, which are (1) degree-of-freedom (DOF) in modeling of dynamical systems and (2) simultaneous time and frequency localization of signals. These issues are explained from the perspectives of decision and control by making use of concepts from applied mathematics and theoretical physics. Specifically, a new definition is proposed to clarify the notion of “DOF,” which is consistent with the dimension of the state space of the dynamical system model. Relevant examples are presented on (finite-dimensional) vector spaces over the real field R and/or the complex field C.
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动态系统的状态空间建模与信号定位
这封信主要关注工程分析中的两个主题,即(1)动力系统建模中的自由度(DOF)和(2)信号的同时时间和频率定位。利用应用数学和理论物理的概念,从决策和控制的角度对这些问题进行了解释。具体来说,提出了一个新的定义来澄清“自由度”的概念,这与动力系统模型的状态空间维度相一致。在实场R和/或复场C上的(有限维)向量空间上给出了相关的例子。
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