A SIMPLE APPROACH TO CALCULATION AND CONTROL OF UNSTABLE PERIODIC ORBITS IN CHAOTIC PIECEWISE-LINEAR SYSTEMS
Tetsushi Ueta, Guanrong Chen, Tohru Kawabe
Abstract
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Tetsushi Ueta, Guanrong Chen, Tohru Kawabe
Abstract
Open-access reader
This paper describes a simple method for calculating unstable periodic orbits (UPOs) and their control in piecewise-linear autonomous systems. The algorithm can be used to obtain any desired UPO embedded in a chaotic attractor, and the UPO can be stabilized by a simple state feedback control. A brief stability analysis of the controlled system is also given.
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This paper describes a simple method for calculating unstable periodic orbits (UPOs) and their control in piecewise-linear autonomous systems. The algorithm can be used to obtain any desired UPO embedded in a chaotic attractor, and the UPO can be stabilized by a simple state feedback control. A brief stability analysis of the controlled system is also given.
Key concepts: Simple (philosophy), Attractor, Control theory (sociology), Piecewise linear function, Periodic orbits, Chaotic, Piecewise, Mathematics