Characterization of multi-channel denial-of-service

The embedded closed -loop in integrated systems can be compromised when attackers execute a successful malicious attack. Hence, over the past decade, interest in enhancing the safety of Cyber -Physical Systems (CPSs) has risen. This article examines the resilient control problem for CPSs with numerous transmission channels under Denial -of -Service (DoS). To begin with, a partial observer technique is developed in response to the Multi -Channel DoS (MCDoS) condition. Secondly, the changing frequency of MCDoS is characterized while maintaining the Input -to -State Stability (ISS) of the closed -loop system. Next, an event -based control strategy is developed to address Full -Scale DoS (FSDoS). Finally, the optimal control parameters are designed to make the system resilient against maximum MCDoS changing frequency.