Source code for learning-based thermal control with STM32L4 MCU
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Updated
Dec 26, 2024 - C
Source code for learning-based thermal control with STM32L4 MCU
Simulation and Experiment Projects for the Paper "Desired Model Compensation-Based Position Constrained Control of Robotic Manipulators" using MATLAB Simulink and C
Import and export Functional Mock-up Units with Simulink
A 3-DOF Robotic Manipulator built from scratch. This project includes a data acquisition card design interfacing between the robot and computer, a 3-DOF planar robotic manipulator design, and a Simulink template for implementing and simulating control algorithms.
BLDC motor control Arduino Due and Mega
Design and Implementation of an Underwater Glider including design, models and source code
This project was part of my undergraduate thesis research. It enables the connection between a TCP/IP Client Blocks in Simulink to TCP/IP Server Blocks in Eclipse 4DIAC Forte.
The aim of this project is implementing a level indicator composed by and ultrasonic ranging sensor and a ranging estimator exchanging a trig and an echo response signal and a level output (provided by the ranging estimator) using the Model based software design approach in Matlab and simulink.
Getting started with SIMULINK for electronics/mechanical/electrical engineers.
A tool to generate FMUs from Simulink models using the C-API of Simulink Coder
Simulation of Parrot mini drone for MathWorks Minidrone Competitions
The testbed simulates a small-scale smart zone substation, including the primary plant (physical process), the process bus communication (GOOSE and SV protocols), the protective relays (Intelligent electronic devices or IEDs), the station bus communication (MMS protocol), and the human-machine interface (HMI).
Dominic Riccoboni's Mechanical Engineering Master's Thesis at California Polytechnic State University, San Luis Obispo. Follows the creation of a nonlinear dynamic model of a motor actuated ball and plate robotic system. Development of a trajectory control system is currently underway.
Modeling, controlling, and flight testing of the Parrot Mambo minidrone with MATLAB and Simulink
This is my second robot, it uses a Teensy 4.1 and can balance itself. A simple project for an experienced person, but a great learning opportunity for a novice!
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