Comparison of analog and numerical chaotic system simulation

T. Karimov, D. Butusov, A. Karimov
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引用次数: 7

Abstract

This paper is devoted to the comparison of the numerically simulated Chua's circuit and the real circuit. The aim of the research was to figure out the factors affecting the computer simulation accuracy, and to find the ways to improve it. It was discovered that the most influence is exerted by an inaccuracy of the nonlinear Chua's diode characteristic measurement, a numerical integration method used for simulation and the operational amplifier properties. A possibility of an analog circuit application as a source of an accurate signal in order to find the most appropriate numerical method for the chaotic systems simulation is shown.
模拟与数值混沌系统仿真的比较
本文对数值模拟的蔡氏电路与实际电路进行了比较。研究的目的是找出影响计算机仿真精度的因素,并找出提高计算机仿真精度的方法。研究发现,非线性蔡氏二极管特性测量的不准确性、模拟采用的数值积分法和运算放大器的性能是影响蔡氏二极管性能的主要因素。为了找到最适合混沌系统仿真的数值方法,给出了将模拟电路作为精确信号源的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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