Synchronizion chaotic fractional Genesio_Tesi system by active sliding mode control (ASMC)

Common characteristic of chaotic system is unpredictable behavior and sensitivity to initial conditions. Regarding high application in different sciences, synchronizing chaotic systems has attracted researchers in recent years and various methods are presented and suggested for synchronizing chaos. A controller based on controlling active sliding mode control was designed in this study for synchronization of chaotic fractional systems. Controlled systems in this research are in master-slave format. Stability analysis was conducted for proposed controller and it is shown that sliding control nature improves the resistance of controller. Finally, using numerical simulation, usefulness of proposed controller for synchronizing chaotic fractional system is shown

Keywords:

chaotic fractional system , active sliding mode control , synchroniztion