The problems of exponential stability and L 2-gain for a class of time-delay systems with
impulsive effects are studied. The main tool used is the construction of an impulse-time …

In this paper, the stability and L 2-gain properties of linear impulsive delay systems with
delayed impulses are studied. Commonly employed techniques, in which the delayed …

This paper studies the dwell-time-dependent stability analysis of impulsive systems by using
a new time-square-dependent looped-functional. Based on the Lyapunov theory and two …

This paper presents a new approach for analyzing delay-dependent stability and hybrid L 2×
l 2-gain performance of linear impulsive delay systems. The new approach is inspired by the …

This article investigates the ultimately bounded proportional–integral–derivative (PID)
control problem for a class of discrete-time Takagi–Sugeno fuzzy systems subject to …

A new type of discretized Lyapunov functional is introduced for stability and hybrid L 2× l 2-
gain analysis of linear impulsive delay systems. This functional consists of three parts. The …

In this paper, a novel observer design has been suggested for fault detection of networked
control systems under random measurement delays. A randomly varying communication …

Event-triggered control (ETC) has been proposed in the networked control systems (NCSs)
literature to reduce the need of data transmissions, and the main focus has been on the …

This brief studies the stability and-gain properties of dynamic periodic event-triggered
control systems with large time-varying communication delays. By introducing recursive …

Communication constraint is prominent under the networked architecture, for which the
scheduling problem needs to be considered. This paper aims at validating scheduling …