Complete Synchronization of Nonlinear Complex Networks with Time-delay and Unknown Parameters
Heshan Lei · 2022
The adaptive complete synchronization for a class of complex networks with dynamic parameters and time-delay is studied. Due to environment and human factors will interfere with the networks and system, thus unknown parameters and time-delay are added to the dynamic equations of the model in order to study how the delays and parameters affect the dynamic behavior. Therefore, the model that we have constructed is more general. In addition, we propose a controller to solve the networks synchronization problem based on Lyapunov stability principle, which simple and useful. Finally, we use our own model for numerical simulation and verify the effectiveness.