Fully distributed adaptive dynamic event-triggered secure consensus of lipschitz nonlinear multiagent systems under DoS attacks

Key Points

• Secure consensus is achieved despite the presence of DoS attacks, showcasing an important feature of the control strategy.
• Performance metrics indicate that the proposed method significantly outperforms traditional approaches in settings with disruptions.
• Observational analysis involves Lipschitz nonlinear systems undergoing event-triggered controls in the presence of cyber threats.
• These findings support the development of resilient systems, emphasizing the need for further exploration into adaptive dynamic control methods.