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.
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Updated
May 23, 2024
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.
A simple desktop pet 🤖 build on Arduino
16 IR Sensor Array for Advanced Line Follower Bot
(Goal : 16 ⭐ stars) ... Learn Cloud at IDEATIONOLOGY Lab
This project aims to automate the process of surface sanitization using ultraviolet (UV) light. The robot, equipped with UV LED lights and IR sensors, is designed to move autonomously and sanitize surfaces, reducing human exposure to harmful microorganisms. The project utilizes Arduino microcontroller technology for disinfect various areas
An advanced robot car that operates on an Arduino Uno microcontroller. It is equipped with line following, distance measurement, obstacle avoidance, Bluetooth control and two special features.
Instructions for building and programming a line-following robot using infrared sensors and ardiuno.
Putting my basics to test by creating a simple Arduino powered robot that can be autonomous and at the same time controlled using an android app using Bluetooth made using mit app inventor
This contains all the practicals of SE artificial intelligence and data science 2019 PAT
A simple arduino program that blinks a bulb when an object is detected using IR Sensor
Exploring the captivating realm of microcontrollers on a journey fueled by curiosity and academic ambition.
Smart Dustbin that can separate Wet and Dry waste . It also notifies the authorities (workers) when dust-bin is full.
1st year Microcontroller (Arduino) based Project, University of Moratuwa, Faculty of Information Technology.
Making my AC unit a little smarter with MQTT and Home Assistant
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.
This repo contains source code and other resources for Normalized Difference Vegetation Index (NDVI) experiments
This includes a project on designing Car Parking System using PIC-18F452 and IR sensors. A LCD has also been interfaced which displays "Available Slots=".
A Line following RoboCar
A New Paradigm for Robotics Control with Firebird and Arduino for Reimagining Firebird-Arduino Interactions.
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