Detail publikace
Modeling deterministic chaos using electronic circuits
Originální název
Modeling deterministic chaos using electronic circuits
Anglický název
Modeling deterministic chaos using electronic circuits
Jazyk
en
Originální abstrakt
This paper brings a note on systematic circuit synthesis methods for modeling the dynamical systems given by mathematical model. Both classical synthesis and integrator based method is demonstrated via the relatively complicated real physical systems with possible chaotic solution. A variety of the different active building blocks are utilized to make the final circuits as simple as possible while preserving easily measurable voltage-mode state variables. Brief experimental verification, i.e. oscilloscope screenshots, is presented. The observed attractors have some structural stability and good relationship to their numerically integrated counterparts.
Anglický abstrakt
This paper brings a note on systematic circuit synthesis methods for modeling the dynamical systems given by mathematical model. Both classical synthesis and integrator based method is demonstrated via the relatively complicated real physical systems with possible chaotic solution. A variety of the different active building blocks are utilized to make the final circuits as simple as possible while preserving easily measurable voltage-mode state variables. Brief experimental verification, i.e. oscilloscope screenshots, is presented. The observed attractors have some structural stability and good relationship to their numerically integrated counterparts.
BibTex
@article{BUT46142,
author="Jiří {Petržela} and Tomáš {Götthans} and Zdeněk {Hruboš}",
title="Modeling deterministic chaos using electronic circuits",
annote="This paper brings a note on systematic circuit synthesis methods for modeling the dynamical systems given by mathematical model. Both classical synthesis and integrator based method is demonstrated via the relatively complicated real physical systems with possible chaotic solution. A variety of the different active building blocks are utilized to make the final circuits as simple as possible while preserving easily measurable voltage-mode state variables. Brief experimental verification, i.e. oscilloscope screenshots, is presented. The observed attractors have some structural stability and good relationship to their numerically integrated counterparts.",
chapter="46142",
journal="Radioengineering",
number="2",
volume="20",
year="2011",
month="june",
pages="438--444",
type="journal article - other"
}