基于最终吸引子自适应模糊方法的混沌系统控制
Controlling Chaos System by Using Adaptive Fuzzy Method Based on Terminal Attractors
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摘要: 对一类未知模型的混沌系统提出一种基于输入 输出线性化的最终吸引子自适应模糊控制方案。由于引入具有快速收敛和稳定性的最终吸引子概念, 使该控制方法能更有效、更快速地控制强非线性的混沌系统。证明了所设计的控制器是全局稳定的, 并用它控制了两类混沌系统, 仿真结果证实了该方法的有效性和快速性Abstract: An adaptive fuzzy method with terminal attractor based on input output linearization for a class of uncertain chaos systems is presented. It controls the strong nonlinear chaos systems validly and rapidly for introducing the concept of terminal attractors that has the properties of stability and fast convergence. Global stability of the controller is established. Two kinds of chaos systems are controlled by using this approach. The results of simulation demonstrate the validity and rapidity of the method.