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On the relation between a bias-eliminated least-squares (BELS) and an IV estimator in closed-loop identification

机译:闭环辨识中偏倚最小二乘法(BELS)与IV估计量之间的关系

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摘要

A bias-correction method for closed-loop identification, introduced in the literature as the bias-eliminated least-squares (BELS) method (Zheng & Feng, Automatica 31(1995)1019), is shown to be equivalent to a basic instrumental variable estimator applied to a predictor for the closed-loop system. This predictor is a function of the plant parameters and the known controller. Corresponding to the related method using a least-squares criterion, the method is referred in as the tailor-made IV method for closed-loop identification. The indicated equivalence greatly facilitates the understanding and the analysis of the BELS method.
机译:文献中介绍了一种用于闭环识别的偏差校正方法,称为偏差消除最小二乘法(BELS)(Zheng&Feng,Automatica 31(1995)1019),等效于基本工具变量估计器应用于闭环系统的预测器。该预测器是工厂参数和已知控制器的函数。与使用最小二乘法标准的相关方法相对应,该方法称为定制IV方法用于闭环识别。所示的等效性极大地促进了对BELS方法的理解和分析。

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