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Design of Terminal Sliding Mode Controllers with Application to Automotive Control Systems with Model Uncertainties

机译:终端滑动模式控制器的设计与模型不确定性的汽车控制系统

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The paper describes the design of terminal sliding model controllers for several types of dynamical systems with model uncertainties. First- and second-order representations of the systems are investigated. These representations are mathematically described by matrix differential equations. Both linear and non-linear systems are considered. Sliding surfaces are defined by equations involving the state of the system and the expected trajectory. Finite-time stability of the corresponding closedloop systems is proved via Lyapunov stability theory. Applications of the designed controllers are illustrated on automotive control systems.
机译:本文介绍了具有模型不确定性的几种类型动态系统的终端滑动模型控制器的设计。 调查了系统的第一和二阶表示。 这些表示由矩阵微分方程数学描述。 考虑线性和非线性系统。 滑动表面由涉及系统状态和预期轨迹的方程来限定。 通过Lyapunov稳定性理论证明了相应的闭合系统的有限时间稳定性。 设计控制器的应用在汽车控制系统上示出。

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