This paper proposes a simple way to design a proportional integral derivative proportional
integral derivative (PID) controller for a DC-DC buck converter. This work concerns getting …

Many problems are associated with dynamic changes in the power system, mainly because
the number of switching loads has increased. These loads induce ineffective system …

The need for tuning the PI controller is to improve its performance metrics such as rise time,
settling time and overshoot. This paper proposed the Grey Wolf Optimizer (GWO) tuning …

Traditionally underwater robotic devices are driven with the help of hydraulic systems or
motors. However, with the current advancement in technology and inclination towards smart …

Proportional integral derivative controller is commonly used to control devices, which is a
transfer function consisting of three parameters which are: Proportional Gain (kp), Integral …

Electric vehicles are highly preferred in today's scenario to provide an environmentally
friendly nature and preserve natural resources such as petroleum and diesel. Many studies …

The technique of PI-controller tuning, which is based on a modification of the particle swarm
optimization method, has been developed in the article. In order to take into account the …

This study presents the software and implementation for proportional-integral-derivative
(PID) tuning of a DC motor control system using genetic algorithm (GA). The PID parameters …

Alongside the rapid advancement of technology, researchers are looking for accurate,
flexible, and efficient ways to control systems. One big breakthrough in technology is the PID …

Proportional-integral-derivative (PID) control underlies of automation across many industries
including high-radix optical circuit switches based on PID-controlled piezoelectric-actuator …