Dynamic output feedback control for network‐based switched linear systems with performance dependent event‐triggering strategies

Event-triggered dynamic output feedback control of switched cyber-physical systems with stochastic cyber attacks

“…27 In addition, the results mentioned above all assume that the full system state information is available, which is somewhat conservative in practical engineering control systems because the actual system state is usually unavailable due to the presence of limited communication resources, attacks, or noises. [28][29][30] How to take ETC, switched systems, attacks, and unavailable state information into consideration simultaneously is still an open problem, which motivates present work.…”

“…2. DOFC problem for switched systems was studied by Qi et al, 28 but possible attacks by adversaries in the network were not considered. The influence of stochastic cyber attacks with two different characteristics on switched CPSs is taken into consideration in this article.…”

“…And this scenario is more in line with reality compared to a single-feature cyber attack. Besides, the mode-dependent average dwell time (MDADT) method is used instead of the average dwell time method used in the work of Qi et al, 28 which reduces the conservativeness to some extent. 3.…”

Synthesis andL2‐gain analysis for switched systems under event‐triggered switching

“…The event-triggered control design for switched systems has been discussed with time-dependent switching [32][33][34][35]. For switched linear systems subject to exogenous disturbances or communication delay, eventtriggered feedback control and self-triggered feedback control were performed (see other studies [33,[35][36][37]). Motivated by the above results, we combine the eventtriggering scheme with the region function to design a switching law and utilize the event-based switching rule to solve the stabilization problem of linear switched systems subject to external disturbance in this paper.…”

Event-Triggered $\mathscr{H}_{\infty}$ -Type Robust Model Predictive Control of Linear Systems With Disturbances

“…Several strategies have been proposed to alleviate the computational burden, such as reducing the prediction horizon length and carrying out off-line computations. In recent years, eventtriggered control has been investigated intensively [4]- [10]. MPC and robust MPC (RMPC) with event-triggered fashions also draws much attention more recently, for example, the relevant practical applications can be found in [11], [12], while the theoretical achivements are presented in [13]- [19], et al The main feature of the event-triggered MPC/RMPC approaches lies in the fact that the implementation of control algorithms, including the sampling and/or optimization,…”