In this tutorial, we will use machine learning to build a gesture recognition system that runs on a tiny microcontroller, the RP2040.
This device automatically detects and uploads the location of road hazards, creating a safer driving environment!
Have you ever been wondering what forces are exerted on your body when doing your favourite sports? Here is an easy project to measure them.
An improvement from my previous fall detector. It can send an email by sensing a fall or with the simple press of a button.
Learn to use I2C by hooking up an accelerometer and reading data off of it.
If an accident or any gas or smoke leakage is detected, it notifies through call and through Blynk app.
Cabs4Cabs: Consolidated Arduino Based Sureveillance for Cabs.
Prevent back pain by detecting bad posture and correct it immediately!
This project connects the ADLX345 3-Axis accelerometer to display a location on an 8x8 LED matrix using the MAX7219 LED driver chip.
An interactive Cinderella dress that lights up with the wearer's movements.
Robotic arm controlled over the internet to perform pick and place operation.
Classificate gestures using an Esp32, MPU6050 and Edge Impulse.
After many hours of work, I present thee! Navi, the NavBall! Based on the Navball in Kerbal Space Program. Als works with mouse, or ADXL345.
How to use a 3-axis digital accelerometer.
When it comes to bicycle safety and theft-prevention, The Wingman has your back.
Erase your board according to your smart phone accelerometer sensor values or using the 1sheeld gamepad
Sphero automatically follows you as you walk around, using your phone as leash.
This IMU-equipped pen is trained to recognize handwritten numbers
Single channel LoRaWAN gateway using Seeed studio Wio-E5 Module, ESP8266, And Blynk.
Need to debug your code? Got stuck? Stack Overflow doesn't have the answer? Then ask the Dialectic Ball!
A robot capable of motion in response to our gestures.
A small but very optimised 3 axis accelerometer, 3 axis gyroscope having inbuilt temperature sensor. Let's pair it with Arduino
This tutorial will take you step-by-step to get your RAK815 module programmed via the Arduino IDE and use the on-board peripherals.
Wear the hat, get transported to a different 360° VR experience.
