Feedback Controller To Control and Synchronize Chaotic Fractional-Order System

In this article, the linear feedback control technique is used to control and stabilize a new chaotic fractional-order system to equilibrium point. next, we obtain the control parameters by routh-hurwitz conditions for fractional-order differential equations. we then design control laws to synchronize two identical chaotic fractional-order systems. furthermore, we reveal complex behaviors of the system numerically. we further emphasize that the order of fractional derivative plays significant roles as the chaos controlling parameter.