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Control of Adaptive Synchronization of Continuous-time Chaotic Systems

机译:连续时间混沌系统的自适应同步控制

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Because of parameter sensitivity of chaotic systems, the minute variation of system parameters results in entirely different activation of system. Aimed to solve the problem resulted from the variation of parameters in the period of chaos synchronization, a adaptive synchronization controlling rule was presented and analyzed. According to the controlling rule an adaptive synchronization controller was designed. The theoretical analyses and simulations show that continuous-time chaotic systems with the unknown parameters and the different initial conditions can be quickly synchronized by the controlling rule. In addition, the parameters of driver system can be accurately identified by the controlling rule.
机译:由于混沌系统的参数灵敏度,系统参数的微小变化导致系统的完全不同的激活。旨在解决问题由混沌同步时段中参数的变化引起的问题,提出和分析了自适应同步控制规则。根据控制规则,设计了自适应同步控制器。理论分析和仿真表明,通过控制规则可以快速同步具有未知参数和不同初始条件的连续时间混沌系统。此外,可以通过控制规则准确地识别驱动系统的参数。

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