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Genetic Algorithms based parameters identification of induction machine ARMAX model

机译:基于遗传算法的感应电机ARMAX模型参数辨识

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For a high dynamic performance induction machine (IM) control, parameters have to be precisely known. In this paper we propose a detailed study of the extensive recursive least squares (ERLS) method to estimate these parameters in real time. We use this algorithm with its various extensions to identify the parameters of the Autoregressive Moving Average with Extra Inputs (ARMAX) model associated to the IM. This method is based on the minimization of a quadratic criterion. As advanced technique, this paper proposes Genetic Algorithms (GA) to identify model parameters with biased estimations. A comparison of these two methods confirms the effectiveness of the last one.
机译:对于高动态性能感应电机(IM)控制,必须精确知道参数。在本文中,我们对扩展递归最小二乘(ERLS)方法进行了详细研究,以实时估计这些参数。我们使用此算法及其各种扩展来识别与IM关联的带有额外输入的自回归移动平均线(ARMAX)模型的参数。该方法基于最小二乘准则。作为一种先进技术,本文提出了遗传算法(GA)来识别带有偏差估计的模型参数。这两种方法的比较证实了最后一种方法的有效性。

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