Networked finite state machines consider the delay factor in real-time communication
networks, and the security has become an important research topic in cyber-physical …

Conventional supervisory control synthesis techniques are not adequate anymore when a
network between the plant and the supervisor introduces communication delays. This paper …

In this technical note, we continue the work of [6] to investigate the networked control
problem of discrete event systems. The problem is to find a networked supervisor so that the …

We investigate state estimation and safe controller synthesis for networked discrete-event
systems (DESs), where supervisors send control decisions to plants via communication …

In this article, we study the supervisory control problem of networked discrete event systems
with timing structure assuming bounded communication delays and intermittent loss of …

This paper proposes a new framework for modeling networked discrete-event systems
(DES) with channel delays and losses. We construct a more elaborated model for the plant …

In this article, we investigate security and privacy issues in networked supervisory control
systems over multiple channel networks. We consider a networked discrete-event system …

This paper considers modeling and state estimation of timed discrete-event systems
(TDESs) with communication delays and losses. In the previous framework, the specified …

Finite-state machines are among the most important models for studying the logical dynamic
behavior of cyber–physical systems, and their security and privacy are urgent problems to …

This paper surveys recent advances in supervisory control theory since its 30 th anniversary
in 2017. We performed a systematic literature search and selected 272 relevant papers, with …