Cascades stability analysis applied to a control design for unmatched perturbation rejection based on HOSM

A. Estrada, A. Loría, A. Chaillet
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引用次数: 2

Abstract

We present preliminary results on exact stability of hierarchical high order sliding mode (HOSM) controlled systems with smooth perturbations. We solve the exact tracking control problem for triangular systems of second order hence, our results are a starting point for backstepping HOSM control. The approach is based on the so-called quasi-continuous high order sliding modes algorithm however, we relax the conservative assumption of boundedness of solutions. The stability analysis is based on cascaded systems theory for nonlinear time-varying Lipschitz systems.
级联稳定性分析应用于基于HOSM的非匹配摄动抑制控制设计
给出了具有光滑扰动的层次高阶滑模(HOSM)控制系统精确稳定性的初步结果。我们解决了二阶三角形系统的精确跟踪控制问题,因此,我们的结果为反步HOSM控制提供了一个起点。该方法基于所谓的准连续高阶滑模算法,但我们放宽了解的有界性的保守假设。基于级联系统理论对非线性时变Lipschitz系统进行了稳定性分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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