Security Control for Adaptive Event-Triggered Networked Control Systems Under Deception Attacks

This paper addresses the problem of security control for adaptive event-triggered networked systems under deception attacks. For considered systems, data transmission is based on network. To alleviate network bandwidth pressure, an mechanism, triggered condition which can be regulated adaptively according to system states, employed. By considering effects attacks, a novel mathematical model established discussion. Then by implementing Lyapunov stability theory, co-design controller gain and parameter mechanism achieved. Finally, simulated example offered illustrate feasibility proposed method.