Modeling and analyzing a magnetic levitation system, including the design and evaluation of PID and PI controllers to achieve stability and desired performance in both time and frequency domains.
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Updated
Aug 14, 2024
Modeling and analyzing a magnetic levitation system, including the design and evaluation of PID and PI controllers to achieve stability and desired performance in both time and frequency domains.
Linear and Digital Control Systems Lab @ SRMIST
Writing(Drawing) Machine - LCS Project
Object Tracking system using OpenCV and Python, implemented on Raspberry Pi 4
Controlling Speed of DC Motor using PID Controller
The final project of the Linear Control Systems course - Spring 2019
Dynamical Model of a Pistol in Simulink
Making the Solar Panel Efficiency to Maximum
This repository holds the code and materials related to my reports/projects for the LCS laboratory in the Linear Control Systems Lab course within the Electrical Engineering department. Lab Instructor: Ms. Marufkhanie; Colleague: Nima HajiHeidari
Faculty of Electrical and Computer Engineering - Spring 2020
Controlling Speed of DC Motor using Potentiometer
This course is about MATLAB application in linear control systems.
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