H∞ Control for ICPS with Hybrid-Triggered Mechanism Encountering Stealthy DoS Jamming Attacks

In recent years, with the upgrading of attack technology, stealthy DoS jamming attacks have become primary factor to threaten security Industrial Cyber-Physical Systems (ICPS). Considering complex industrial scenarios ICPS, which are influenced by a variety external and internal interference, H∞ controller designing problem is studied in this paper for an ICPS deploys hybrid-triggered mechanism (HTM) wireless channel encountering attacks. By employing compensation employed mitigate impacts attacks, disturbance, limited capacity, noise, we establish closed-loop system prove mean square exponentially stable can achieve desired disturbance rejection level theoretically. Finally, simulation examples used demonstrate effectiveness proposed controller.