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Multivariable closed-loop identification: from indirect identification to dual-Youla parametrization

机译:多变量闭环识别:从间接识别到双Youla参数化

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摘要

Classical indirect methods of closed-loop identification can be applied on the basis of different closed-loop transfer functions. Here the multivariable situation is considered and conditions are formulated under which identified approximative plant models are guaranteed to be stabilized by the present controller. Additionally it is shown in which sense the classical indirect methods are generalized by a previously introduced identification method based on the dual-Youla parametrization. For stable controllers the two methods are shown to be basically equivalent to each other.
机译:可以基于不同的闭环传递函数来应用经典的间接闭环识别方法。在此考虑多变量情况并制定条件,在此条件下,通过本控制器可确保已确定的近似工厂模型稳定。此外,还显示了在某种意义上,经典的间接方法是通过先前引入的基于双重Youla参数化的识别方法进行概括的。对于稳定的控制器,这两种方法显示为基本上彼此等效。

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