Control Systems Design for Flexible Satellite with Star Tracker
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Updated
May 5, 2019 - MATLAB
Control Systems Design for Flexible Satellite with Star Tracker
This repository contains the code snippets for the power analysis of an electrical bus under various loading scenarios, weather conditions and vehicle parameters.
Code, Resources - Personal project - Arm Robot 3DOF - August 7, 2020.
Mechatronics Lab @ SRMIST
Exercises for my Robust Control of Mechatronic Systems course
nonlinear control system, non-linear system
Modelado, diseño, simulación y análisis de desempeño de un sistema de control automático de posición y movimiento para un accionamiento electromecánico de 4 cuadrantes.
My work in the mini-project "Design of a conversion chain for a flywheel" during my Mechatronics course, about control of a synchronous machine using the Park transformation
Underactuated Robotics based on Double Pendulum on Cart
Quadruped gait control using reinforcement learning (TD3, DDPG) with MATLAB/Simulink and Simscape simulation.
Simulation of the navigability - Medical robot
A MATLAB & Simulink project for modeling and PID control of a cruise control system for a Toyota Corolla 1.8L. Demonstrates system dynamics, controller design, and performance analysis under disturbances in both continuous and discrete-time domains.
This repository contains an overview of my coding projects from my MMET303 coding focused class at Texas A&M. Each folder contains a Prompts.md file with all the project prompts and their respective file(s). View the README for specific background information regarding the class.
Matlab Simulink simulation for hexapod movement in place and walking
This repository contains an overview of my coding projects from my MXET375 coding focused class at Texas A&M. Each folder contains a Prompts file with all the project prompts and their respective file(s). View the README for specific background information regarding the class.
Integrated Mechatronic System: 2-DOF planar manipulator with mechanical design (SOLIDWORKS), power electronics (LTspice), and control systems (MATLAB/Simulink) | ME408 Course Project
This code was developed as a final project for the "Interactive Robotic Systems" course at CentraleSupélec. The project consisted of the modelling of an open tree robot with revolute joints developed by the CEA Laboratory.
Application Studies for Control Systems Design
Dynamic modeling and PID control of a magnetic levitation system using MATLAB & Simulink.
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