Synchronization of two chaotic coronary artery systems using modified feedback method

Abstract

Periodically excited coronary artery system is a nonlinear system with rich dynamic approach. In this work the chaotic behavior of nonlinear coronary artery system and the synchronization of two coronary artery systems are studied. The chaotic behavior plays a vital role on the controllability and synchronization of the coronary artery systems. The designed controller is to synchronize two nonlinear chaotic coronary artery systems. The dynamics of the controller guaranties global stability. The simulation results justify the feasibility of the controller. The controller is simple enough to implement in a simple hardware.