Robust controllability and stabilization are two fundamental issues in modern control theory.
This article investigates the robust controllability and stabilization of Boolean control …

This article studies an algebra‐logic mixed representation of gate networks and its
application to stuck‐at fault diagnosis. First, the gate network is characterized through a logic …

The paper studies the restabilization problem of Boolean control networks (BCNs) under the
function perturbation. First, an important concept‐absorbable attractor is proposed for BCNs …

This paper investigates the existence and convergence of weighted Nash equilibrium for
incomplete‐profile networked evolutionary games with multiple payoffs. First, the incomplete …

This paper investigates the complete synchronization of drive‐response Boolean networks
(BNs) using the semi‐tensor product of matrices. First, a necessary and sufficient condition …

This study investigates finite-time observability of probabilistic logical control systems
(PLCSs) under three definitions (ie, finite-time observability with probability one, finite-time …

This paper proposes a fixed‐time convergence adaptive sliding mode fault‐tolerant
controller (ASFTC) to address the air cushion vehicle (ACV) trajectory tracking problem …

Constraints are very common for practical control systems. For logical systems, the existing
technique of pre-feedback is an effective way of treating state-dependent constraints in …

In this paper, we investigate the problem of controlling probabilistic Boolean control
networks (PBCNs) to achieve reachability with maximum probability in the finite time …

This paper deals with the issues of reconstructibility analysis and set‐observer design for
Boolean control networks (BCNs). A state estimation set is considered to find the state …