During the past decades, much attention has been paid to the stability problem of linear time‐
delay systems. In order to obtain tractable stability conditions shown in the linear matrix …

This article is concerned with the local stabilization problem for discrete-time systems with
both distributed state delay and fast-varying input delay under actuator saturations. By …

It is proved in this paper that the existence of a delay-dependent suitable Lyapunov function
is a necessary and sufficient condition for a discrete-time fully nonlinear time-delay system …

In this paper, an adaptive fuzzy control scheme is addressed for switched nonlinear systems
with uncertain dead-zone, unknown nonlinearities and immeasurable states. A novel …

This article mainly explores the local input-to-state stability (LISS) property of a class of
nonlinear systems via a saturated control strategy, where both the external disturbance and …

The main subject of this work is the stability analysis of Switched Auto-Regressive models
with eXogenous inputs (SARX), which constitute a reference class for switched and hybrid …

This study addresses the gain‐scheduled control problem for discrete‐time delayed non‐
linear parameter‐varying (NLPV) and linear parameter‐varying (LPV) systems. First, by …

In this paper, a two-layer supervisory control scheme is proposed for discrete-time linear
systems with state/input constraints, including multiple state time-delays, parametric …

This letter aims to study the problem of stability for discrete-time fully nonlinear time-delay
systems with constrained time-varying delays. A delays digraph is used to model the …

The compensation for uncertain deadzone is of both theoretical and practical importance in
the adaptive fixed-time control of switched systems. So far, there exists no result reported on …