This repository contains the simulation files, code, and detailed documentation for a Human Following Robot Simulation developed using Arduino and simulated in Proteus. The project demonstrates how to design, implement, and simulate a robot that autonomously follows a human while avoiding obstacles.

Learn how to write Arduino code for a human-following robot using infrared and ultrasonic sensors, motor drivers, Bluetooth, and a battery.

Apr 2, 2022 · There are several technologies that can detect and maintain a certain distance between a Robot and a Human. The most commonly used are ultrasonic sensors, infrared sensors, laser range sensor, voice and face recognition camera sensors etc..

Mar 9, 2024 · Here is the simple Arduino and 3 Ultrasonic sensor based Human-following robot code that you can use for your project. This code reads the distances from three ultrasonic sensors (‘ frontDistance ’, ‘ leftDistance ’, and ‘ rightDistance ’).

I built an awesome robot using Arduino Uno and a motor shield. It uses two sensors, IR sensor and ultrasonic sensor. Here is a step-by-step guide for making the human-following robot using Arduino

Hello people in this instructables i will show you how you can make human following robot using arduino in a simple way. I say it as simple because of the resources i have given here on this detailed instructables including circuit diagram and arduino program and …

What is Human following Robot | Arduino robot; How does it work? Components Required: Human following robot Circuit Diagram. Human following Robot Arduino robot code

Human Following Robot Using Arduino Uno Below 20$: so I made this robot about an year ago and I loved it it can follow you anywhere and everywhere. this is the best alternative for a dog. it is still with me till now.

Mar 23, 2021 · Human following robot using Arduino, ultrasonic sensor and IR sensor this tutorial includes arduino codes and circuit diagram

Nov 27, 2021 · This Arduino robot has a sensor that can detect any object near it and can follow this object.