This article investigates input-to-state stability (ISS) of nonlinear systems via event-triggered
impulsive control method. A novel impulsive event-triggered mechanism (IETM) which can …

We propose an overview of the modeling approaches for the mathematical description and
analysis of processes that combine continuous and discontinuous behavior, namely …

This article develops the sliding mode control (SMC) strategy for linear impulsive systems
with matched disturbances. Such systems describe dynamical systems that evolve …

This article aims to provide a unified theoretical framework for studying the dynamic
behavior of uncertain impulsive systems involving saturation structure and packet loss …

In this work, we consider impulsive dynamical systems evolving on an infinite-dimensional
space and subjected to external perturbations. We look for stability conditions that guarantee …

This survey addresses stability analysis for impulsive systems with delayed impulses, which
constitute an important generalization of delayed impulsive systems. Fundamental issues …

Finite-time stability analysis for general dynamical system is presented under event-
triggered control mechanism in this paper. By designing a novel event-triggered mechanism …

This paper develops new practical stability criteria for impulsive stochastic functional
differential systems with distributed-delay dependent impulses by using the Lyapunov …

This article is concerned with the input-to-state stability (ISS) and stochastic input-to-state
stability (SISS) of impulsive stochastic nonlinear systems. By constructing a general SISS …

The average impulsive interval is widely used to describe the frequency of impulsive
occurrence (FIO), where the occurrence number of impulses is bounded by a linear function …