/sheep

The objective of this project is to implement a mini robot car that can move around on its own without running into any obstacles in its way. The car is controlled using an Arduino UNO (a digital microcontroller) and an ultrasonic sensor for detecting obstacles. This is a fairly simple implementation where the algorithm is constantly checking the distance value of the closest object and makes a decision to turn left, right or 180 based on how far the car can go through each route.

Primary LanguageArduinoBSD 3-Clause "New" or "Revised" LicenseBSD-3-Clause

Obstacle Avoiding Robot Car (SHEEP)

Semester and Year : 2013 SPRING
Course Number : CS-492
Course Title : ST: Kinect Programming
Work Number : PR-06
Work Name : Final Project Report
Work Version : Version 1
Long Date : Thursday, 09 May 2013
Author(s) Name(s) : Anup Shrestha and Nevena Dragovic

The objective of this project is to implement a mini robot car that can move around on its own without running into any obstacles in its way. The car is controlled using an Arduino UNO (a digital microcontroller) and an ultrasonic sensor for detecting obstacles. This is a fairly simple implementation where the algorithm is constantly checking the distance value of the closest object and makes a decision to turn left, right or 180 based on how far the car can go through each route.