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Real-time bicycle crash identification and rear vehicle detection.

A basic driver for the ESP-WROOM-32 to read data from the ADXL-345

Source code of "IoT Aircon Alarm System" (formerly the AC Remote Monitoring System) for the thesis project "Remote Monitoring System for Proactive Fault Detection of Air Conditioning Units"

MicroPython driver for ADXL34X accelerometers

Handwatch using ATMega644, HP 5082-7432, BMP280 and ADXL345

C/C++ library for using the ADXL34x series of accelerometer with the Raspberry Pi Pico SDK

Controller for ADXL345 (an accelerometer)

3-axis accelerometer with pic18f4550 in Mplab compiler in C language

Simple wrapper for ADXL345 accelerometer on I2C.

Unified driver for the ADXL345 Accelerometer

Modifizierte Variante zu dem Original TonUINO Projekt

ADXL345 Library for STM32Cube

Our goal in this project is to make a real-time pedometer. In order for this project to be realized, we need an acceleration sensor. We get the data from the acceleration sensor with Arduino. We transfer the data we receive to the Python software language using serial communication and process this data in Python and count our steps.

This repository has the code that was developed for our CanSat for sensor fusion, control algorithms as well as communication with ground station.

Step counting algorithm based on 3-axis accelerometer

Atmel 8bit MCU chips (AVR) libraries, based on ATmega48/88/168/328(P).

Exemplos de implementação e teoria dos sensores giroscópio/acelerômetro GY521 e ADXL345