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中国物理学会期刊

一种基于间歇性正比于系统参量的脉冲微扰控制混沌方法

CSTR: 32037.14.aps.48.2196

A METHOD OF CONTROLLING CHAOS BASED ON INTERMITANT PROPORTIONAL PULSE PERTURBATION TO THE SYSTEM PARAMETERS

CSTR: 32037.14.aps.48.2196
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  • 提出了用间歇性正比于系统参量的脉冲微扰控制混沌方法.用此法分别研究了一维和二维离散混沌系统的控制,获得了稳定的2nP,2n*3mP序列和128P,192P的高周期轨道.分析表明,对于一维逻辑斯谛映象的混沌控制,间歇性正比于系统参量的脉冲微扰法与间歇性正比于系统变量的反馈控制法是等效的.

     

    A method of controlling chaos based on intermitant proportional pulse perturbation to the system parameters is proposed. The unidimensional and two-dimensional discrete chaotic systems are studied respectively with the method proposed, and a series of stable 2nP and 2n*3mP as well as 128P,192P high periodic orbits are obtained. The analysis shows that the method of intermitant proportional pulse to the system parameters is equivalent to the method of intermitant proportional feedback to system variables for controlling chaos in unidimensional logistic map.

     

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