Title of article :
Dynamics and circuit simulation of a fractional-order hyperchaotic system
Author/Authors :
Lassoued ، A. National Institute of Applied Sciences and Technology, Centre Urbain Nord - University of Carthage , Nazarimehr ، F. Department of Biomedical Engineering - Amirkabir University of Technology , Boubaker ، O. National Institute of Applied Sciences and Technology, Centre Urbain Nord - University of Carthage
Abstract :
A hyperchaotic system with fractional terms and fractional-order derivativesis investigated in this paper. Simulations show that different attractors suchas equilibrium point, limit cycle and hyperchaotic attractor can be generatedby the system. Circuit of fractional-order integrator is designed and it is usedto implement the circuit of the studied system. The circuit implementationof the studied system proofs its feasibility. A hyperchaotic system with fractional terms and fractional-order derivativesis investigated in this paper. Simulations show that different attractors suchas equilibrium point, limit cycle and hyperchaotic attractor can be generatedby the system. Circuit of fractional-order integrator is designed and it is usedto implement the circuit of the studied system. The circuit implementationof the studied system proofs its feasibility.
Keywords :
Fractional , order derivatives , Hyperchaotic systems , Circuit design , Charef approximation
Journal title :
Scientia Iranica(Transactions D: Computer Science and Electrical Engineering)
Journal title :
Scientia Iranica(Transactions D: Computer Science and Electrical Engineering)
