Detail publikace

On the derivation of Piecewise-Linear Chaotic Oscillators using Simulated Annealing Method and Hspice.

Originální název

On the derivation of Piecewise-Linear Chaotic Oscillators using Simulated Annealing Method and Hspice.

Anglický název

On the derivation of Piecewise-Linear Chaotic Oscillators using Simulated Annealing Method and Hspice.

Jazyk

en

Originální abstrakt

The several novel structures of the chaotic oscillators with piecewise-linear vector field are derived and verified. For the synthesis of the linear part of the circuit the so-called simulated annealing method is utilized. For the rapid calculation of the fitness function the circuit simulator Hspice is used. Starting with the given mathematical model, namely the eigenvalues for each state space region, the final circuits consist of parallel connection of idealized nonlinear resistor and higher-order linear admittance.

Anglický abstrakt

The several novel structures of the chaotic oscillators with piecewise-linear vector field are derived and verified. For the synthesis of the linear part of the circuit the so-called simulated annealing method is utilized. For the rapid calculation of the fitness function the circuit simulator Hspice is used. Starting with the given mathematical model, namely the eigenvalues for each state space region, the final circuits consist of parallel connection of idealized nonlinear resistor and higher-order linear admittance.

BibTex


@article{BUT50602,
  author="Josef {Slezák} and Roman {Šotner} and Jiří {Petržela}",
  title="On the derivation of Piecewise-Linear Chaotic Oscillators using Simulated Annealing Method and Hspice.",
  annote="The several novel structures of the chaotic oscillators with piecewise-linear vector field are derived and verified. For the synthesis of the
linear part of the circuit the so-called simulated annealing method is utilized. For the rapid calculation of the fitness function the circuit simulator
Hspice is used. Starting with the given mathematical model, namely the eigenvalues for each state space region, the final circuits consist of parallel
connection of idealized nonlinear resistor and higher-order linear admittance.",
  chapter="50602",
  journal="Przeglad Elektrotechniczny",
  number="1",
  volume="87",
  year="2011",
  month="january",
  pages="262--265",
  type="journal article - other"
}