将多种方法应用于电子电路混沌同步中

Abu-Talib Yousif
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摘要

文摘:在研究一类电子电路的蔡氏吸引子混沌时,得到了蔡氏吸引子混沌,其中,非线性部分来自于电感,在成功地发现了电路的吸引子混沌后,我们从同步混沌的方法中研究了许多。第一种方法是Pecora和Carroll (PC),但由于误差率不等于零,未能达到完全同步。当我们采用自适应观测器的方法时,选择反馈增益c=10的值,可以得到相同的结果。除此之外,我们还讨论了另一种自适应反馈同步方法,该方法实现了完全同步,其比率误差为零,但存在一定的噪声,可以通过低频滤波器加以消除。同时,我们从类型反馈的角度提出了新的方法,该方法也实现了完全同步,并且噪声明显消失,自适应方法在时间t=0.05s后实现了完全同步。
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Applying many of the methods to synchronization of chaos on the electronic circuit chaotic from type memductance
Abstract : the attractor chaotic from the type Chua’ attractors, was obtained at study one types of electronic circuit chaotic affiliate for family Chua’ circuit, where, the nonlinear part from type memductance, after we succeeded in found the attractor chaotic for circuit, we study many from the methods of synchronization chaos.  It was the first method is Pecora and Carroll (PC), but it failed to reach for case complete synchronization, because the ratio of error not equal zero.  The same as of result can reach for it, when we applying the method of  adaptive-observer, at choose the value of feedback gain c=10. In addition to that, we discussed another method call adaptive feedback synchronization, which Succeed complete synchronization, and the ratio error equal to zero, but exist some noise, which can get rid of it by using the low frequency filter. Also, we suggested new method from the type feedback, which also achieved the complete synchronization, and the noise is disappear clearly, in the method adaptive the complete synchronization achieved after time t=0.05s.
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