embeddedsystems
There are 11 repositories under embeddedsystems topic.
AbhishekMali21 / MICROPROCESSOR-AND-MICROCONTROLLER-LABORATORY
MM LAB PROGRAMS FOR SCHEMES +2015 +2017 +2018
Language:Assembly 11arm-university / Arduino-Projects-for-Schools
Arduino MKR Projects for Schools is a colourful entry-level resource, which introduces learners to the exciting world of microcontrollers, the Internet of Things and Data Science. Learners use both simulators and physical devices to build systems and solve real-life problems.
Language:Jupyter Notebook 11RezaGooner / Traffic-Light-with-Counter
This repository contains C code(Code vision file) and Proteus simulation files for a traffic light control system. The system includes three lights (red, yellow, and green) and a two-digit counter to display the remaining time for each light. The duration of each light can be adjusted in real-time using buttons.
Language:C 6sarincr / PIC-Microcontroller-using-MPLAB-and-XC8
Basic exercises for PIC Micro-controllers using MPLAB IDE and XC8 Compiler for PIC16F877A
Language:Makefile 6esencgr / Cpp_Arduino_Basics_and_Projects
Arduino Basics & Projects with C++ - Embedded Systems
Language:C++ 4- gmostofaBD
gmostofabd / gmostofaBD
⚙️Welcome to my GitHub profile! As an Electronics Engineer and Control Systems Instructor, I showcase a diverse array of projects and contributions here. Explore my repositories to discover work on Microcontroller Programming, IoT, Robotics, and more. Dive into these and see how I integrate my technological supports with forward-looking innovations
yezzfusl / FlexComSwitch
VHDL controller for dynamic protocol switching (CAN, LIN, FlexRay).
Language:VHDL 4Apoll011 / Avi-core
A high-performance, modular voice assistant framework built in Rust. AVI powers voice and command interfaces across devices with a custom DSL, contextual awareness, and multi-language support. The evolution of ALEX reimagined for reliability, speed, and scalability.
Language:Rust 2- Language:C++ 2
Sathish111j / Handwritten-digit-classification-using-Raspberry-Pi-Pico-and-Machine-Learning
Handwritten digit classification using Raspberry Pi Pico and Machine Learning
Language:Python 2- Language:C 2
amith152003 / Power-Track--Energy-Monitoring-with-IoT-Metering
PowerTrack is an advanced energy monitoring system designed to track electricity usage in real-time. Powered by an ATmega328P microcontroller and an ESP32 module, it measures voltage, current, power, and energy consumption, enabling users to analyze their energy usage and optimize efficiency.
Language:C++ 1- Wind-Tunnel-Smart-Air-Flow-Stabilization-System
This project implements a smart air flow stabilization system for wind tunnels, ensuring precise and stable airflow conditions. The system dynamically adjusts fan speed based on real-time feedback from a flex sensor measuring the angular displacement of a flap. This flap angle directly reflects airflow stability.
Language:C 1 cepdnaclk / e16-3yp-smart-meeting-automaton
Smart Meeting Automaton is a revolutionary idea of controlling devices automatically within a meeting room. In most of our day-to-day life, we have experienced that air conditioners, projectors are working unnecessarily even without a presence of a meeting and sometimes those devices should be controlled with a human involvement using several types of remote controllers which is really an inefficient way. Our approach to that matter is automating this process introducing a control unit per each meeting room and a client application. Client application is basically used for scheduling meetings and meeting room configurations that data related to air conditioners and projectors is set. Control unit in meeting room sends required signals to turn on/off devices according to the schedules added to the system by the client application. In addition to that, mobile application can be used to control devices by scanning a QR code.
Language:JavaScript 1Kevin-Vivas / Arquitectura_Procesadores_GIT
Unleash the power of processor architecture! Discover groundbreaking projects like the 4-bit Multidrop Bus and Public modules. Watch captivating videos, and explore documentation. Join us in shaping the future of technology! Exciting innovation awaits in our repository!
Language:Verilog 1- major_lang
Major-Cod3 / major_lang
Uma linguagem orientada a hardware projetada para fornecer controle direto e preciso sobre dispositivos e componentes físicos.
Language:Python 1 Mattemn97 / Converter_BLF_2_CSV
Questo programma converte i file di log in formato .blf della rete CAN in file .csv utilizzabili facilmente da ogni tipo di plotter, come PlotJuggler, tramite un file .dbc.
Language:Python 1mrfrankism / SmartWatch
Smart Watch PCB/Code Repository by Franco Baudino
Language:C 1This project is a Digital Clock that displays time in minutes and seconds on a 4-digit 7-segment display. It uses the ATmega32 microcontroller, a BCD to 7-Segment Decoder (IC 7447), and the Multiplexing technique.
Language:Assembly 1AVR Microcontroller - Accelerometer based Servocontroller using PWM. This will change servomotor angle with respect to the variations in Y axis.
Language:Makefile 1- GD32-RISC-V-Tutorials
sshahryiar / GD32-RISC-V-Tutorials
My GD32VFxxx and GD32Vxxx Tutorials
Language:C 1 - CAN-Analyzer
A sophisticated CAN bus analyzer in C, featuring real-time data capture, message filtering, decoding, graphical representation, and advanced statistical analysis
Language:C 1 Anshuman-02 / Counter-Proximity-Sensor-ESP8266
Object counter using IR proximity sensor and 7-segment display with ESP8266
Language:C++ 0bujo-eayn / Arduino_LED_Control
An Arduino project demonstrating various LED control techniques, including blinking, random color generation, secondary color creation, random 16 million colors, and brightness control.
Language:C++ 0oguzhanoztaskin / AutopilotFlightSimulator
Autopilot: Flight Simulator for Embedded Systems Development
Language:Python 0PeterEmad146 / Introduction-to-Embedded-Systems-Software-and-Development-Environments
This repository contains my personal course notes and coding practices for the Coursera's 'Introduction to Embedded Systems Software and Development Environments' course by University of Colorado Boulder.
Language:C 0rewilli5alum / BareMetal_IoTCar
Bare metal embedded systems IoT project
Language:C 0salute-lemonde / ClimateMonitoringDevice
This repository contains files that describe the scope of this project. From images & diagram to videos showing the system functionality.
Language:C++ 0ubersandro / ESProject_Dynamic_Software_Update
Playground for dynamic software update testing and development.
Language:TeX 0uvindugodigamuwa / Smart-Headlight-Using-Assembly-language-AVR-
Controlling intensity level of headlight with light level in environment, and dimming headlight when a vehicle come from front. Also consider whether vehicle is moving or not, engine is started or not. Also turn off headlight after some time delay after engine is turned off.
Language:Assembly 0Python implementation of a fuzzy logic controller for a robotic vacuum cleaner
Language:PythonBoosalatejaswi / LPC1768-Pizza-Factory-Controller-Bare-metal-ARM-project-with-GPIO-Interrupts-UART
A 3-part bare-metal implementation for NXP's LPC1768 Cortex-M3 MCU: 1. **Basic GPIO** - Order button & kitchen light system 2. **Interrupts** - Emergency stop with instant response 3. **UART** - Kitchen display communication *Currently in simulation/testing phase - hardware implementation coming soon!*
Language:Cbrenotainandev / controle-pinos-gpio-teclado-matricial
Controle de pinos GPIO com o emprego de um teclado matricial.
Language:Cgithub4mathews / dkbcode
🔧 Bridging the Gap Between Theory and Practical Engineering 💡 Our mission? To create an educational and industry-ready embedded system that integrates multiple MCUs, real-time execution, and cloud connectivity, making it suitable for students, developers, and researchers.
Language:C++rajbhardivesh / 8051-LoRa-LLCC68
A lightweight, and efficient library designed for interfacing the LLCC68 LoRa module with Nuvoton MS51 microcontrollers.
Language:Csalhina / serial-frequency-generator-oscilloscope
Creating real-time tools that simplify workflows. This project combines a Serial Frequency Generator and an Arduino Oscilloscope using PyQt5, ESP32, and Arduino.
