In this article, we study the distributed control problem of vehicular platooning by taking into
account network imperfections, namely the input delay and the packet dropout. The delay …

The model-free adaptive secure tracking control (MFASTC) problem of nonlinear networked
control systems is explored in this paper with the consideration of DoS attacks and RTT …

This paper considers finite-time stability and stabilization for time-varying systems. By
developing classical Lyapunov method, sufficient conditions are presented to guarantee the …

Based on Lyapunov finite-time stability theory and backstepping control strategy, we put
forward a novel fast finite-time dynamic surface tracking control scheme for a single-joint …

This paper is focused on the finite-time sliding mode fault-tolerant control problem for a class
of discrete networked control systems with intermittent fault and time-varying delay under the …

In this paper, the stability issue of networked system with dynamical topology in intelligent
vehicle is studied. The systems are comprised by multi-vehicles coupled by vehicle network …

This article investigates the robust stability of fractional order neutral‐type systems involving
nonlinear perturbations and time varying delays in the presence of input saturation. Design …

This article investigates the issue of H∞ security output feedback control for a nonlinear
networked cascade control system with deception attacks. First, to further reduce the amount …

In this article, the topic of event-triggered H∞ control is investigated for a singular networked
cascade control system (SNCCS) under periodic DoS attacks, norm-bounded uncertainty …

In this paper, a H∞ controller with an event-triggered mechanism is designed for a singular
networked cascade control system (SNCCS) under periodic denial-of-service (DoS) attacks …