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A new identification method of linear system based on the feature of step response curve

机译:一种基于步进响应曲线特征的线性系统的新识别方法

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The purpose of this paper is to obtain the transfer function of the linear time-invariant system from the feature of step response curve. According to the theory that the typical first-order and second-order component can comprise high order linear system in parallel form, we should firstly sum up laws of various parameters' aspect on the shape of the curve; Secondly, we can use these laws to adjust the value of various parameters in typical component, so as to make the parallel estimation model's step response curve get close to the actual system's step response curve, and we will obtain the mathematical model if the two curves are closed enough. In order to validate the feasibility and correctness of the algorithm, we develop an identification software with the help of MATLAB Graphical User Interface (GUI). The simulation results show that this method is reliable with high accuracy.
机译:本文的目的是从步进响应曲线的特征获得线性时间不变系统的传递函数。根据典型的一阶和二阶组分可以包括并行形式的高阶线性系统的理论,我们应该首先总结在曲线形状的各种参数方面的规律;其次,我们可以使用这些法律来调整典型组件中各种参数的值,以使并行估计模型的步骤响应曲线接近实际系统的步骤响应曲线,如果两个曲线,我们将获得数学模型足够关闭。为了验证算法的可行性和正确性,我们在Matlab图形用户界面(GUI)的帮助下开发识别软件。仿真结果表明,该方法高精度可靠。

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