State Feedback Control of Chaotic Systems and Electronic Implementations

Günyaz Ablay

This work designs a state feedback chaos control approach in which it is possible to use only one state variable with a control parameter for controlling chaos. The method utilizes the controllability condition and Routh’s stability criterion to find stable and periodic solutions for a chaotic system. Numerical and an electronic circuit implementation on a Rössler-like system is provided to show effectiveness, validity and feasibility of the chaos control approach.

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