Embedded System Design Laboratory Homework, 嵌入式系統設計實習與正課的作業
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Updated
May 4, 2021 - C++
Embedded System Design Laboratory Homework, 嵌入式系統設計實習與正課的作業
Embedded system for self driving
Embedded Systems project
STM32 custom devlopment board.
The Line Follower, which utilizes Arduino, is a straightforward robot design. Its primary objective is to identify black lines with the aid of two IR sensors and navigate the robot by employing the L298N motor driver module.
House Automation Embedded System Project with STM32F446RET6 and C++, Keil IDE.
This is a mirror of my fabacademy course repository.
This project is an experimental work of embedded system when I was in college, controlling the motion trajectory of Alisa3 trolley, involving PWM, finite state machine, PID, etc.
Ambiance is an air quality monitoring system developed by PUP Hygears for our university. Designed to be user-friendly, it offers comprehensive web interfaces without compromising accuracy. This project served as a testing ground for my embedded system skills and provided an opportunity to teach my members about embedded systems, web design, github
openObserver makes it easy to develop and run embedded software that runs complex machine learning models
Firmware sistem konter terget produksi pada mesin kounter berbasis Internet of Things
Packages missing in Buildroot
Automated Irrigation System for Backyard and Kitchen gardens
This system would help a 'running car' to detect the concrete type of an obstacle and then take different approaches according to the 'type' detected by multi-sensor fusion and CV.
With using timer interrupt , Lm35 (Temprature sensor) ,LCD 2*16 and DC fan , An interrupt is executed when the temperature reaches 50 degrees or higher. The ISR sends a signal that operates the fan and keeps working until the temperature is back below 50 degrees and display the elipsaed time
Logiciel embarqué pour le pilotage d'un volet battant motorisé et connecté
Implementación de un sistema operativo expropiativo básico para un procesador CortexM4
Implementation of a electronic controller for telescope mounts. The main objective is to create an open platform to control telescopes with simple components and to implement a reinforcement learning algorith for fine tunning of the image-based autoguiding system.
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