Dealing with final state sensitivity for synchronous communication

We show differences of the synchronization basins of two Matsumoto-Chuaʹs circuit (operating in either the Rössler-type attractor regime or the Double-Scroll-type attractor regime), coupled unidirectionally or bidirectionally through a negative feed-back controller. The knowledge of the structure of the synchronization basins allows one to design a communication system robust to imperfections on the setting of the initial condition.