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 …

In this study, a robust fractional-order controller design methodology for a type of fractional-
order or integer-order model with dead time is proposed using phase and gain margin …

In current studies, non-integer order (NIO) plants with dead time have gained the significant
attention of many researchers in the area of control theory. However, the design methods for …

The unity feedback where delayed Bode's transfer function is placed in forward path is used
as reference transfer function in controller design for fractional time delay systems. In this …

This paper aims to achieve two goals. First, the tracking problem with a ramp-type setpoint
and disturbance is addressed, where classical methods provide steady-state error. Second …

In this paper, a novel fractional-order Proportional-Integral Derivative (PID) controller design
depending on optimal selection of frequency domain specifications is proposed for time …

To achieve good servo and regulatory responses, a generalized fractional-order tilt-integral-
derivative (FOTID) control is developed in this study for time-delayed fractional-order …

Nonlinearity constraints are inherent in all physical systems and can impact the system
output. The windup issue occurs when actuators reach their limits, causing a disparity …

First-order plus dead-time (FOPDT) models are broadly used in process control to represent
damped dynamic processes with time delays. An explicit condition for parameter-and delay …

This work implements a cascaded control for the LCL filter‐based grid‐connected neutral
point clamped (NPC) inverter with the reduced sensor. The conventional three‐loop control …