This paper provides an overview of various control strategies for DC–DC converters along
with a brief discussion on various performance indices for evaluating the reliability of …

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 …

This paper proposes a discrete time distributed state feedback controller design strategy for
a homogenous vehicle platoon system with undirected network topology which is resilient to …

In this study, a new discrete proportional integral–proportional retarded (D-PI–PR) controller
design method is proposed. The proposed controller involves replacing the PD controller in …

In order to handle second order lead processes with time delay, this paper provides a
unique dominant pole placement based filtered PID controller design approach. This …

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

Handling time delays in industrial process control is a major challenge in the dominant pole
placement based design of proportional-integral-derivative (PID) controllers due to variable …

In this paper, a decentralized proportional–integral proportional–retarded (PI-PR) controller
design method is proposed for two-input two-output (TITO) systems in discrete-time domain …

In this paper, a scheme is proposed for selecting the bounds of controller parameters
required for tuning proportional integral and derivative controllers for linear time-invariant …

The paper deals with tuning the filtered PID controller applied to third order plants with
delay. This model option is chosen as a representative case where the loop characteristic …