Secure communication using generalized synchronization in the case of the influence of chaotic signal on periodic generators

Method for secure information transmission on the basis of generalized synchronization in the case of the influence of chaotic signal on periodic generators has been proposed. The efficiency of the method has been testified by the numerical simulation both of model (Rössler generators) and real (low-voltage vircators) systems using as generators of transmitter and receiver. The proposed method is shown to possess principal advantages in comparison with the known analogues eliminating the problem of instability of its performance when the control parameters of interacting systems are not identical, increasing its stability to noise and the quality of information transmission.