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An adaptive switching scheme for uncertain discrete time-delay systems

机译:不确定离散时滞系统的自适应切换方案

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In this paper, an adaptive switching control algorithm is proposed for the stabilization of uncertain discrete-time systems with time-varying delay. It is assumed that the time delay is unknown and time varying, nonetheless bounded with a known bound. It is supposed that the system is highly uncertain, and that a set of controllers are designed (off-line) to stabilize the system in the whole uncertain parameter space; subsequently, a switching scheme is developed to stabilize the uncertain time-delay system. A thorough stability analysis for the uncertain time-delay system under the mentioned control scheme is provided. Furthermore, an upper bound on the allowable rate of change of the system parameters and delay is obtained. Simulation results are presented to show the efficacy of the proposed switching scheme.
机译:提出了一种具有时变时滞的不确定离散时间系统稳定化的自适应切换控制算法。假定时间延迟是未知的并且随时间变化,但是以已知范围为界。假定系统是高度不确定的,并且设计了一组控制器(脱机)以在整个不确定的参数空间中稳定系统。随后,开发了一种开关方案来稳定不确定的时滞系统。针对上述控制方案,对不确定时滞系统进行了全面的稳定性分析。此外,获得了系统参数的允许变化率和延迟的上限。仿真结果表明了所提出的切换方案的有效性。

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