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Least squares based iterative parameter estimation for output nonlinear systems with piece-wise nonlinearities

机译:具有分段非线性的输出非线性系统的最小二乘迭代参数估计

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This paper presents a least squares based iterative parameter estimation algorithm for a class of output nonlinear systems with piece-wise nonlinearities (also called Wiener systems with saturation and dead-zone nonlinearities). A Wiener nonlinear system can be transformed into a special quasi-linear model by using a decomposition technique. The proposed least squares algorithm can estimate all the parameters of the whole nonlinear systems from all the input-output data. An illustrative example is included.
机译:本文针对一类具有分段非线性的输出非线性系统(也称为具有饱和度和死区非线性的Wiener系统),提出了一种基于最小二乘的迭代参数估计算法。通过分解技术,可以将维纳非线性系统转换为特殊的准线性模型。提出的最小二乘算法可以从所有输入输出数据估计整个非线性系统的所有参数。包括说明性示例。

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