Event-triggered controllers are well known for guaranteeing the desired stability for a
sampled-data system with minimum resource utilization. Over the past decade, the study has …

Event-triggering strategy is one of the real-time control implementation techniques which
aims at achieving minimum resource utilisation while ensuring the satisfactory performance …

The authors discuss here the robust stabilisation of a linear time‐invariant system using
sliding‐mode control (SMC) with the self‐triggering strategy. In self/event‐triggering, the …

In this paper, a framework for designing an event-based sliding mode controller is proposed
to track a time-varying reference signal by a single-input, single-output non-linear system. In …

This paper proposes an event-triggered control strategy based on nonsingular fast terminal
sliding mode for nonlinear dynamical systems with disturbances. It can not only to guarantee …

Event-triggered control is a novel control implementation strategy where control signal is
updated in aperiodic manner such that the stability of the system is retained. Here, event …

SMC is a robust control technique that ensures the robust (insensitive) stabilization of the
system against (matched) disturbance. This property holds when it is designed and …

This chapter presents an event-triggering approach to the design of sliding mode control
(SMC) for an uncertain linear dynamical system. In the event-triggering mechanism, only …

The load frequency control problem is addressed in this paper and the event-triggered
sliding-mode control (SMC) technique is suggested in multi-area interrelated power …

This paper presents an event-triggered sliding mode control (SMC) scheme for a class of
uncertain stochastic systems over networks. System output is adequately sampled for further …