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Realization Theory for Discrete-Time Semi-algebraic Hybrid Systems

机译:离散时间半代数混合系统的实现理论

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We present realization theory for a class of autonomous discrete-time hybrid systems called semi-algebraic hybrid systems. These are systems in which the state and output equations associated with each discrete state are defined by polynomial equalities and inequalities. We first show that these systems generate the same output as semi-algebraic systems and implicit polynomial systems. We then derive necessary and almost sufficient conditions for existence of an implicit polynomial system realizing a given time-series data. We also provide a characterization of the dimension of a minimal realization as well as an algorithm for computing a realization from a given time-series data.
机译:我们提出了一类称为半代数混合系统的自治离散时间混合系统的实现理论。在这些系统中,与每个离散状态相关的状态和输出方程式由多项式等式和不等式定义。我们首先表明,这些系统产生的输出与半代数系统和隐式多项式系统相同。然后,我们得出实现给定时间序列数据的隐式多项式系统的存在的必要条件和几乎充分条件。我们还提供了最小实现的维度的特征以及用于根据给定时间序列数据计算实现的算法。

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