Interval observers provide an interval state estimate for system states that cannot be
measured directly at any moment. The core idea for the interval observer design is to …

The issue of finite-time sliding mode control (SMC) is studied for a class of Markov jump
systems, in which parameter uncertainties, external disturbances and time-varying delay are …

A fault estimation and compensation approach is presented for discrete-time systems with
event-triggered scheme based on zonotope techniques in this paper. Instead of energy …

The prime intent of this study is to scrutinize the state estimation and finite‐time (FT)
stabilization problems for a class of periodic piecewise time‐varying systems (PPTVSs) in …

This work addresses the problem of reachable set-based consensus for positive multiagent
systems affected by typical classes of bounded disturbances. In the presence of …

This paper is devoted to the problem of quantized control for Markovian jump systems with
general transition rates. Meanwhile, the considered system suffers from sensor attack …

The constrained stabilization problem of switched positive linear systems (SPLS) with
bounded inputs and states is investigated via the set-theoretic framework of polyhedral …

The fundamental objective of this study is to focus on the control design for a class of Takagi–
Sugeno fuzzy chaotic semi-Markov jump systems afflicted with multi-source disturbances …

In this paper, the problem of input–output finite-time mean square stabilisation for semi-
Markov jump cyber–physical systems is addressed under the frame of generally uncertain …

In this paper, we explore the stabilization problem of discrete-time Markov jump linear
systems from a new perspective. We establish a novel learning-based framework that …