With the appearance of digital computers and microprocessor technologies, the control
systems used in nuclear reactors continue to transform from analog devices to digital ones in …

This paper mainly studies the modeling, stability analysis and proportional-integral (PI)
controller design for a class of discrete-time cascade control systems (CCSs). In the existing …

Load frequency control (LFC) aims to stabilize grid frequency fluctuations by countering load
disturbances with generation-side controllers. In smart grids, demand response (DR) and …

For a continuous-time linear system with constant reference input, the network-based
proportional-integral (PI) control is developed to solve the output tracking control problem by …

This paper considers the problem of extended dissipativity analysis and synthesis for
network control systems under an event-triggered scheme, where the extended dissipativity …

In this paper, a novel observer based networked PI controller has been designed by
considering bounded disturbance and measurement noise under specified probability of …

The practical realization of remote control systems enforces handling network-induced
effects: information transfer and processing delay, delay variability, packet loss and …

In this paper, the potential improvement in performance of an NCS (Networked Control
System) subject to variable delays controlled by means of an adaptive system is analyzed …

A scheduling algorithm based on fuzzy controller with self-tuning scale factor for networked
control system with resource constraints is proposed in this paper. The scheduling algorithm …

This paper presents a study on delay robustness improvement ability of a digital Smith
predictor based delay compensator for networked control systems with bounded network …