基于Wiener模型的混沌系统辨识与控制研究
STUDY OF CHAOS IDENTIFICATION AND CONTROL BASED ON WIENER MODEL
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摘要: 本文采用Wiener模型来辨识混沌系统,利用扩展Kalman滤波算法加快辨识过程.在此基础上,设计非线性广义预测控制算法对混沌系统加以控制,引入增量因子改善了动态过渡过程特性.大量的辨识和控制仿真验证了本文的有效性.Abstract: An identification structure based on Wiener model is presented for chaotic system,and an extended kalman filter algorithm is used to quicken neural training.A novel nonlinear general predictive control paradigm is developed to control chaos,and a incremental gene is introduced to improve dynamic system performance.Simulation studies verify effectiveness of our proposed identification and control structure.