Networked control systems have gained considerable attention over the last decade as a
result of the trend towards decentralised control applications and the emergence of cyber …

Feedback control of dynamical systems has benefited from recent development of sensing
and actuation nodes with strong local computation capabilities and from the use of digital …

This paper presents a model-based event-triggered (MB-ET) control framework for
stabilization of networked systems. The controller and the events are designed in a …

This paper provides the theoretical foundation for the modeling, analysis and control of
integrated chemical process networks, or, in short,“process networks.” The dynamics of …

This paper develops an integrated model-based networked control and scheduling
framework for plants with interconnected units and distributed control systems that exchange …

This work presents a methodological framework for the design of a resource-aware
supervisory control system for process networks with model uncertainty and communication …

Decentralized observer-based event-triggered control for an interconnected fractional-order
system with stochastic Cyber-attacks Page 1 AIMS Mathematics, 9(1): 1861–1876. DOI …

This paper presents a methodology for supervisory event-based control of networked
process systems subject to uncertain dynamics and communication constraints. The …

This work presents a quasi-decentralized net worked control structure with a dynamic
communication logic for plants with limited state measurements and interconnected units …

This paper presents a survey on the event-triggered control of a class of distributed
networked control systems called physically interconnected systems. Conservation of …