Event-triggered control of switched linear systems

Observer‐based reliable control for switched systems with immeasurable states by the parallel triggering mechanism

“…This is helpful to reduce unnecessary sampling with better system performances kept. When system states cannot be measured, the observer-based control [33,34] and the observer-based event triggering control [35,36] was studied respectively. However, since system modes and controller modes may be mismatched, the event triggeringbased asynchronous switching was researched for switched neutral systems in [37].…”

“…Controllers and sampling instants are updated when two triggering conditions are both satisfied. By this triggering mechanism, the execution number of control tasks is reduced; similar system performances are kept in the meantime; decay rates of observer states are reflected in triggering conditions, compared with the triggering mechanism in [35][36][37]. (2) In [37], it is assumed that the maximal asynchronous period is less than the minimal dwell time, which is relaxed in this paper.…”

Modelling and Estimation for Uncertain Systems with Transmission Delays, Packet Dropouts, and Out‐of‐Order Packets

“…For modelling problem, Brizhinev et al [33] proposed a modelled method through the notions of power transition and power diffusion. Miao et al [34] investigated the containment control of multi-agent systems with constant time delays under event-triggered conditions, and Li et al [35] presented an event-triggered sampling mechanism and develops a sampled-data-based stabilizer for switching linear systems. Considering that random transmission delays inevitably generate out-of-order packets phenomenon in the communication, holding or dropping packet disorders is necessary to signal processing in networked systems.…”

Finite-time event-triggered control and fault detection for singular Markovian jump mixed delay systems under asynchronous switching

“…In practical situations, the periodical sampling is often used to control physical plants since it can simplify the design and analysis [16]. However, the communication burden is neglected in the framework of the periodic sampling; especially when the difference between consecutive sample-data is not distinct, it is obviously a waste of limited communication resources transmitting the sampled data to the controller [17].…”