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Novel approach to coprime factorization and minimal realization of transfer function matrices

机译:互素数分解的新方法和传递函数矩阵的最小实现

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摘要

A new computationally simple algorithm is presented for calculating coprime matrix fraction description, and minimal state space representation of a multivariable linear system, specified by a transfer function matrix. The algorithm is based on a theorem derived in the paper which permits the calculation of the order of the minimal realization, as well as the observability indices (column degrees) directly from the coefficients of the given transfer function matrix. Existing minimal realization and coprime factorization algorithms are reviewed and compared with the proposed procedure. An illustrative example is given to show feasibility of the suggested method.
机译:提出了一种新的计算简单算法,用于计算互素矩阵分数描述和由传递函数矩阵指定的多变量线性系统的最小状态空间表示。该算法基于论文中得出的一个定理,该定理允许计算最小实现的阶数,以及直接从给定传递函数矩阵的系数中得出的可观察性指标(列度)。审查了现有的最小实现和互质分解算法,并与提出的程序进行了比较。给出了一个说明性的例子来说明所建议方法的可行性。

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