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A new model-free adaptive controller versus non-linear H_∞ controller for levitation of an electromagnetic system

机译:用于电磁系统悬浮的新型无模型自适应控制器与非线性H_∞控制器

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摘要

In this paper we aim to survey the performance of a non-linear H_∞ method and a new proposed controller on a magnetic levitation model (maglev). The proposed controller is a new model-free adaptive design approach using an adaptive-fuzzy procedure based on feedback linearization. The main idea of the new controller comprises two steps: first, by means of the feedback linearization method, a measured signal is taken to a specific level with an error less than a defined value and second, proposed rules are applied to the system to keep the error near zero. The major advantage of new controller is that there is no need for identification of the system dynamics and only the output error is required.
机译:在本文中,我们旨在调查非线性H_∞方法的性能以及在磁悬浮模型(maglev)上新提出的控制器的性能。提出的控制器是一种新的无模型自适应设计方法,该方法使用基于反馈线性化的自适应模糊过程。新控制器的主要思想包括两个步骤:首先,通过反馈线性化方法,将测量信号带到特定水平,且误差小于定义值,其次,将建议的规则应用于系统以保持误差接近零。新控制器的主要优点是无需识别系统动态,而仅需要输出误差。

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