A pendant to warn you when you touch your face
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Updated
Aug 12, 2020
A pendant to warn you when you touch your face
A Wiimote implementation using WebHID - AKA: Wiimote for the Web
16 IR Sensor Array for Advanced Line Follower Bot
Robot Car realized using Arduino able to follow a path and to detect and avoid obstacles during the way.
IoT based Smart Parking System
The smart car parking system uses an ESP32 microcontroller, an IR sensor, a servo motor, and an Arduino Cloud account to efficiently manage parking spaces, reduce traffic congestion, and improve air quality while providing real-time data for monitoring and accessibility.
Learn Python, Cloud, Arduino, SQL and other technologies at IDEATIONOLOGY Lab.
A simple Arduino-based line-following robot that uses IR sensors and an L298N motor driver to follow a black line on a white surface.
differential-drive robot odometry using IR sensors and wheel encoders
This repo contains source code and other resources for Normalized Difference Vegetation Index (NDVI) experiments
IoT-based security system using ESP8266 and IR sensor to detect unauthorized refrigerator access and send alerts via Blynk mobile application.
Mirror of https://forgejo.remote.kovacsbalinthunor.com/kbalinthunor/thinkpad-t480-night-vision-camera . A small python script that combines the ThinkPad T480's IR sensor with the main Camera and creates a night vision output that works at night.
A Line following RoboCar
Python utility controls the color of RC lights based on the dominant color of an image on your screen.
Exploring the captivating realm of microcontrollers on a journey fueled by curiosity and academic ambition.
Traffic Monitoring and Management system built using Arduino, IR sensors and RFID tags and reader
A chronograph used for airsoft to get the barrel exit velocity of the bb & RPS of the replica(working on the RPS part)
A microcontroller based Room Ventilation Control System, which uses a signal from a remote control to dynamically close and open ventilators.
A robot that competes in a sumo-style arena, trying to push the opponent out while staying within the ring. This involved designing a smart strategy, fast reactions, and strong control, showing teamwork, creativity, and analytical thinking.
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