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Design of chaotic system with sinusoidally forced threshold controller

机译:具有正弦强制阈值控制器的混沌系统设计

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In this paper, the ordered and chaotic behaviors of sinusoidally excited threshold controller based second-order non-autonomous system is explored. The advantage of this analog simulation circuit is to make the system to exhibit periodic, quasiperiodic (torus) and chaotic dynamics. The analysis like time series, phase portrait and frequency spectra are revealed to show the variety of dynamics obtained from this system. Moreover, this proposed system is studied experimentally and simulated using Multisim.
机译:本文研究了基于正弦激励阈值控制器的二阶非自治系统的有序和混沌行为。这种模拟仿真电路的优点是使系统表现出周期性的,准周期的(torus)和混沌动力学。诸如时间序列,相图和频谱之类的分析被揭示,以显示从该系统获得的动力学的多样性。此外,对所提出的系统进行了实验研究,并使用Multisim进行了仿真。

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