This toolbox contains the functions which can be used to simulate some of the well-known fractional order chaotic systems, such as:
- Chen's system,
- Arneodo's system,
- Genesio-Tesi's system,
- Lorenz's system,
- Newton-Leipnik's system,
- Rossler's system,
- Lotka-Volterra system,
- Duffing's system,
- Van der Pol's oscillator,
- Volta's system,
- Lu's system,
- Liu's system,
- Chua's systems,
- Financial system,
- 3 cells CNN.
The functions numerically compute a solution of the fractional nonlinear differential equations, which describe the chaotic system. Each function returns the state trajectory (attractor) for total simulation time.
For more details see book:
Ivo Petras, Fractional-Order Nonlinear Systems: Modeling, Analysis and Simulation, Springer, Series: Nonlinear Physical Science, 2011, ISBN 978-3-642-18100-9.
or Chinese edition:
Higher Education Press, Series: Nonlinear Physical Science, 2011, ISBN 978-7-04-031534-9.
Zentralblatt MATH Database review:
perfect，exactly what i needed，thank you for your selfless contribution 。
Thank you sir for your invaluable contribution.
An excellent contribution,thanks for your selfless share!
very useful to me. thanks
Very useful materials. Thank you very much.
Thank you for your unselfish dedication！
An excellent contribution. Thank you!
Hi I really appreciate your toolbox. I have a question. Does the numerical technique you have used in your code has a name? I mean the way you approximate the systems with the fractional derivatives has a name?. Thanks
Plug-and-play workable code. Excellent!
very good, but when adaptive controller is added to them, some problems seems arise. Will the author teach me? Thanks.
nice it is so helpful for beginner...
Updated description. Added tag.
Added a link to book with more details.
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