Developing Simulink Device Driver Blocks: Step-By-Step Guide and Examples
This is a model of a Renewable Compressed Air Energy Storage System (CAES)
Simulink sensor and motor driver library for Arduino
Ant Colony is used to find the PID parameters for DC motor speed control
Simulink Models to control a DC Motor with a Raspberry Pi.
Three different implementations of a kalman filter in Simulink(R).
ANN Based Speed Control of Solar Powered DC Motor
Yet another demonstration for my students.
Yet another demonstration for my students.
Two Quadrant phase controlled DC motor drive -- Current control
Version 1.0.0.0
Syed Abdul Rahman KashifTwo quadrant phase controlled DC motor drive
DC motor is working in all four quadrant 1. Forward Motoring 2. Reverse motoring 3.Reverse Braking 4.Forward Braking
Simulation of lead compensator for a given system and comparison of compensated and uncompensated systems responses for step and ramp input
fuzzy Logic control based speed control of DC motor using Arduino Mega 2560 Hardware
Version 1.0.0.0
PIRCfuzzy Logic control based speed control of DC motor using Arduino Mega 2560 Hardware
Induction motor driven by DC motor (primary mover)
The mathematical model for closed-loop control of separately excited dc motor
Simulation of a lag compensator for a given system and comparison of compensated and uncompensated systems responses for step and ramp input
a model of dc motor in simulink
Simulation of a model of DC motor using Simulink.
Simple encoder with Arduino, LED and LDR
Code detects the red object in the image captured by webcam and communicates with micro-controller
Speed Controlof DC motor Using Hysterisis PWM -- DC motor Drive
Version 1.0.0.0
Syed Abdul Rahman KashifSpeed control of DC motor using Hysteresis pulse width modulation.
DC Motor Model (Simulink model) with Voltage input, speed and current output graph
DC Motor Driver Block using Soft PWM of WiringPi Library
Chopper Fed DC motor drive -- Speed control of Dc motor
Modeling of Dc motor is demonstrated
Basic Mathematic Modeling and Close loop Speed Control of Separately Excited DC Motor
Controlling of D.C. Motor using PI and PI-Fuzzy Logic Controller
first: 3 to single phsae conversion & second : PI controller
Complete simulator for brushless dc motor based on MATLAB R13.
This is a repo containing research work on NN speed control of DC motor using MATLAB. The aim is to implement this on FPGA.
Twelve pulse converter for DC motor control.
Speed control of DC motor using Fuzzy Logic Controller
Simulation of a separately excited DC motor in regenerative braking mode
DC MOTOR TRANSFER FUNCTION
This simulation is properly working only in MATLAB 2017 and higher version of MATLAB
A DC motor Control using Driver L298N & Arduino UNO, By using this _slx_ file model we can control motor Speed & motor Direction.
This submission presents the new groundbreaking method of imposing limits in control systems using a state feedback.
Model of DC motor
In this, Ideal Relay is simulated with a closed loop system. The system is DC Motor.
This script demonstrates the modeling of a DC Motor using the first principle differential equation approach.
This simulation is properly working only in MATLAB 2017 and higher version of MATLAB
LQR has been implemented on the real DC motor with different modification of complexity and its comparison has been shown with PID
This file shares the idea of how to design and develop an adaptive MPC for a position servomechanism
modelling of dc motor
This file presents a circuit simulation of a Separately Excited DC motor speed .
Direct Current Motor Simulation ( DC Motor) using Simulink Matlab
This simulation is properly working only in MATLAB 2017 and higher version of MATLAB
Battery backed-up DC Motor model
LQi based speed tracking for DC motor
DC Motor Direction Controller is the simulatin that shows the direction of a small DC Motor.
Another example of a cascade PI motion control system designed using SYSTUNE.
Demonstrates how to use the Simscape™ language to model a DC motor with thermal effects.
This simulation is properly working only in MATLAB 2017 and higher version of MATLAB
This project aims to demonstrate speed control of a DC series motor.
An algorithm to compute the Remaining Useful Life (RUL) for a Separately Excited DC Motor using Similarity-Based Algo.