首页> 外文期刊>Arabian Journal for Science and Engineering. Section A, Sciences >Multi-switching Dual Combination Synchronization of Time Delay Dynamical Systems for Fully Unknown Parameters via Adaptive Control
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Multi-switching Dual Combination Synchronization of Time Delay Dynamical Systems for Fully Unknown Parameters via Adaptive Control

机译:通过自适应控制全延迟动态系统的多开关双组合同步

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摘要

In this paper, the problem of multi-switching dual combination synchronization of time delay systems is studied for fully unknown parameters. The controlling laws and parameters updating equations are designed by using adaptive control method and Lyapunov functional. In order to illustrate the problem, an example of time delay Rossler, Chen, Shimizu–Morioka, modified Lorenz, advanced Lorenz and Bhalekar–Gejji systems is discussed where time delay Rossler, Chen, Shimizu– Morioka, modified Lorenz systems are considered as leader systems and time delay advanced Lorenz and Bhalekar–Gejji systems are considered as follower systems. Theoretical analysis and graphical results are presented to depict the efficiency of the designed controllers and parameters updating equations. Graphical and analytical results are in excellent agreement.
机译:在本文中,研究了时间延​​迟系统的多开关双组合同步的问题,以获得完全未知的参数。通过使用自适应控制方法和Lyapunov功能设计控制定律和参数更新方程。为了说明这个问题,讨论了时间延迟Rossler,Chen,Shimizu-Morioka,修改的Lorenz,高级Lorenz和Bhalekar-Gejji系统的一个例子,何时延迟Rossler,Chen,Shimizu-Morioka,改进的Lorenz系统被视为领导者系统和时间延迟高级Lorenz和Bhalekar-Gejji系统被视为跟随系统。提出了理论分析和图形结果,描绘了设计的控制器和参数更新方程的效率。图形和分析结果符合很好。

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