未知参数系统的反同步与参数辨识

Mihua Ma, Meili Lin
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引用次数: 0

摘要

讨论了具有未知参数的两个相同混沌系统的反同步问题和未知参数辨识问题。将一个参数未知的混沌系统作为主系统,构造一个包含主系统未知参数估计值的从系统。设计了由自适应控制器和估计参数更新律组成的控制器,使主从系统实现反同步。然后估计值的负值收敛到主系统未知参数的精确值。因此,可以识别主系统的未知参数。以一个新的混沌系统为例,表明该方法具有较高的精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Anti-synchronization of Systems with Unknown Parameters and Parameters Identification
Anti-synchronization of two identical chaotic systems with unknown parameters and unknown parameters identification are discussed. A chaotic system with unknown parameters is considered as master system, and a slave system containing the estimated values of unknown parameters of the master system is constructed. We design some controllers consisting of adaptive controller and the update law of estimation parameters to make the master-slave systems achieve anti-synchronization. Then the negatives of the estimated values can converge to the exact values of unknown parameters of the master system. Therefore, the unknown parameters of the master system can be identified. A new chaotic system is taken as example to show that the presented method can give a result of high accuracy.
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