Quasi-synchronization for complex dynamic networks with parameter mismatch and deception attack: A dynamic event-triggered impulsive control method

This paper investigates the quasi-synchronization problem of master-slave systems in the face of parameter mismatch and deception attack by means of dynamic event-triggered impulsive control(DETIC) strategy. Firstly, ensure that the internal dynamic variables in the proposed control methodology can effectively eliminate Zeno phenomenon. At the same time, the impulsive controller is designed to take into account situations where attackers inject false information. Secondly, under the proposed dynamic ETIC strategy, sufficient conditions and error upper bounds are given for the master-slave system to achieve quasi-synchronization. Finally, the effectiveness of the proposed strategy was validated by numerical simulation.