The issue of finite-time state estimation is studied for a class of discrete-time nonlinear two-
time-scale complex networks (TTSCNs) whose measurement outputs are transmitted to a …

This paper intensively studied the finite-time (FNT) and fixed-time (FXT) synchronization
issues for complex networks (CNs) with semi-Markovian switching and impulsive effect. The …

This paper studies the intra/inter-layer synchronization and quasi-synchronization in two-
layer coupled networks via event-triggered control, in which different layers have mutually …

This paper mainly investigates the globally exponential synchronization of complex
networks (CNs) via delayed impulsive control, where the stabilizing effects of time-delay in …

This paper considers the mean-square pinning control problem of fractional stochastic
discrete-time complex networks. First, a new fractional stochastic discrete-time complex …

This study investigates the problem of event‐triggered based finite‐frequency control for
vehicle electrohydraulic suspensions with force tracking. A novel hierarchical control …

This article explores the criteria for fixed‐time stability (FxTS) within nonlinear impulsive
dynamical systems, encompassing both stabilizing and destabilizing impulses. Initially …

This paper considers the finite-time synchronization (FTS) for the drive-response (DR)
coupled heterogeneous complex networks. By adopting differential inequality approach, two …

In this article, the saturated threshold event‐triggered (STET) adaptive fixed‐time control
problem for a class of nonlinear pp‐normal systems with external disturbances is studied …

In this work, we consider a class of coupled stochastic reaction–diffusion systems (CSRDSs,
in short) on networks, the criterion on the finite time stability of the trivial solution for CSRDSs …