Separately Excited DC motors (SEDCM) are widely used in industries because of their
advantages in easy speed control and high performance. Their speed can be controlled by …

Experience Mapping based Prediction Controller (EMPC) is a recently proposed controller
for DC motor based position control, whose design is inspired from human motor control. As …

English In this work, sensorless control speed/torque of a separately-excited DC motor
(SDCM) utilizing transfer function characteristics is used with two suggested power drive …

Transfer function characteristics of a DC machine are used in this paper to estimate speed
and torque in four quadrant operation modes. Estimation speed and torque control based on …

This paper presents a new and simple approach to sensorless speed control based on
adaptive reference model and applied to a permanent magnet DC motor. A suitable Kalman …

This paper offers a novel use of a 3-4-2-1 artificial neural network (ANN) for the real-time
estimation of a separately excited DC motor's speed during the critical starting transients …

currently, cruise controllers and cruise systems are given a lot of attention by the automotive
industry since they are one of the most important factors that call for a precise controller that …

This paper presents an intelligent method to design a proportional-integral-derivative (PID)
controller to control the speed of a separately excited DC motor (SEDCM). There are various …

Three-phase bridge controlled rectifier is used in this paper to regulate the speed of a
separately excited DC motor (SEDCM). A controller based on a neural network-PI controller …

This paper presents theoretical analysis and experimental implementation of a classical
controller with intelligent properties. The controller has constant parameters, but it performs …