Ameliorated Dynamic Control Scheme for Synchronization of Distinct Chaotic Systems and Stability Analysis

The dynamic control synchronization schemes proposed in previous studies can synchronize chaotic systems with different initial values of the same type; however, not all chaotic systems can achieve synchronization.Therefore, previous synchronization schemes have been improved.In this study, we investigated the synchronization of two entirely different chaotic systems using the ameliorated dynamic control scheme, where a new controller design is integrated into the system signals to achieve synchronization between distinct systems.The stability of synchronization between the two different chaotic systems is analyzed using the Lyapunov theory and the master stability function approach.The results confirm that the previously proposed improved scheme is effective and can be utilized in the development of chaotic synchronization decrypters.