Sliding Mode Controller for Global Chaos Synchronization of Two Chaotic Systems

One of the characteristics of chaotics systems is that chaotics signals can not be easily synchronized. In this paper we give a Sliding Mode Control wich proposed for a global chaos synchronization of two identical and nonidentical high-order chaotic systemes. The results derived in this work are established by using Sliding Mode and Lyapunov stability theory. The Sliding Mode Control is very effective to achieve global synchronization of the identical and nonidentical high-order systems. The chotic systems studied is Aizawa and Chuas'Circuit. The principal configuration of the synchronization techniques belong to the “Master-Slave Configuration”. Numerical simulation is shown to illustrate the synchronization of high-order chaotic systems.