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A framework for stabilization of nonlinear sampled-data systems based on their approximate discrete-time models

机译:基于非线性离散数据模型的稳定非线性采样数据系统的框架

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摘要

A unified framework for design of stabilizing controllers for sampled-data differential inclusions via their approximate discrete-time models is presented. Both fixed and fast sampling are considered. In each case, sufficient conditions are presented which guarantee that the controller that stabilizes a family of approximate discrete-time plant models also stabilizes the exact discrete-time plant model for sufficiently small integration and/or sampling periods. Previous results in the literature are extended to cover: 1) continuous-time plants modeled as differential inclusions; 2) general approximate discrete-time plant models; 3) dynamical discontinuous controllers modeled as difference inclusions; and 4) stability with respect to closed arbitrary (not necessarily compact) sets.
机译:提出了一个统一的框架,用于通过其近似离散时间模型设计样本数据差分包含物的稳定控制器。同时考虑了固定采样和快速采样。在每种情况下,都提供了足够的条件,这些条件保证了稳定一组近似离散时间工厂模型的控制器也可以在足够小的积分和/或采样周期内稳定精确的离散时间工厂模型。文献中的先前结果扩展到:1)建模为差异包含物的连续时间植物; 2)一般近似离散时间工厂模型; 3)建模为差异包含的动态不连续控制器; 4)关于封闭的任意(不一定紧凑)集合的稳定性。

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