Detects when something is moving in a room and sends warnings to owner via LED lights, an alert noise, and a text message.
A simple game that uses the power of the Leapmotion device to control your bomber and an optional power glove
Virtual Reality environment for immersive teaching of hands-on activities.
Use Raspberry Pi, SmartEdge Agile, Brainium Portal, and PyQt to visualize motion capture/recognition, in this case exercises, on the fly.
In this tutorial we will use Arduino UNO , servo motor and Visuino to rotate the servo motor. Watch a demonstration video.
A smart and assistive IoT and Machine Learning-Based Device for people who have mild cognitive and motor impairments.
DIY door alarm triggered by touch—even with gloves! Uses TTP223, IRFZ44N & 18650. Loud buzzer alerts, reset with one button.
Several photos were taken with a webcam. One of them is uploaded to the GUI, then the face image, eyes and pupil are identified
The RGB led consists of three different led's, from the name you can guess that these LEDs are red, green and blue. We can obtain many othe
4-Legged Walking Robot software that can control music and motion synchronously.
Don't rely on parking lot cameras! — Build Your Own VSS with the SONY Spresense! Get Started with this Completed Arduino Sketch and How-To!
Track your migration patterns on land, you crazy fish!
Did you ever want to start making a four legged bot and did not know where to start?
Control a robotic hand with a Leap Motion hand tracker, plus save hand animations to replay later.
Teach your PIPER arm once, replay perfectly. Master trajectory recording and replay with time-series precision.
This project uses the web or motion to control a light.
Use Particle Argons, Blynk IoT app, and a motion sensor to activate and change colors of an LED light strip.
Basically this system lights up your room.
Perform gesture recognition on the SAMD21 ML Eval Kit using the SensiML Toolkit.
Teach and replay robotic arm positions using Python SDK for automated tasks.
Fully 3D-printable hydraulics for all your robotics projects
This project aims to provide a tool that can compare the amount of time during which the light in a room to the time that it's occupied.
Calculating distance and developing a feature intended for a smart car.
An innovative retail 3D solution.
