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Chaotic behaviour in a three element memristor based circuit using fourth order polynomial and PWL nonlinearity

机译:基于四阶多项式和PWL非线性的三元忆阻器电路中的混沌行为

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This work presents a comparative study of two new chaotic systems obtained from a LCM (inductor-capacitor-memristor) chaotic circuit. We use a fourth order polynomial and piecewise linear nonlinearities for the memristance functions. These systems have only one equilibrium point and use only three fundamental circuit elements, nevertheless, they still generate 2-scroll and 4-scroll attractors. Chaotic behavior is illustrated using phase portraits, bifurcation diagrams and Lyapunov exponent spectra, revealing several chaotic attractors and notably similar dynamical behavior in both systems.
机译:这项工作对从LCM(电感-电容器-忆阻器)混沌电路获得的两个新混沌系统进行了比较研究。对于忆阻函数,我们使用四阶多项式和分段线性非线性。这些系统只有一个平衡点,并且仅使用三个基本电路元件,尽管如此,它们仍会生成2滚动和4滚动吸引子。使用相图,分叉图和Lyapunov指数谱图说明了混沌行为,揭示了几个混沌吸引子和两个系统中明显相似的动力学行为。

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