Difference between revisions of "Line following Robot"
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'''Activity: ''' R.U.R. - Summer School 2010 <BR> | '''Activity: ''' R.U.R. - Summer School 2010 <BR> | ||
== Abstract == | == Abstract == | ||
− | + | '''Hardware Design:''' Our robot is an Acrob robot to which we have attached a set of 2 sensors: distance detecting sensor and light intensity detecting sensor. | |
We wanted to use minimal amount of sensors and get a line following robot which stops when obstacle occure. | We wanted to use minimal amount of sensors and get a line following robot which stops when obstacle occure. | ||
− | + | '''Software Design:''' In the main loop, detected color is compared with constant value. Depending on result, robot is going forward and turning to left/right at the same time. | |
Before this is done, program is checking if there is any obstacle detected. If it is true, it stops, otherwise it going. | Before this is done, program is checking if there is any obstacle detected. If it is true, it stops, otherwise it going. | ||
Revision as of 13:02, 8 July 2010
Project: Hovercraft
Overview
Author(s): Maria Munoz, Damian Ryciak
Country(s): Spain/Poland
Date: 8.07.2010
Activity: R.U.R. - Summer School 2010
Abstract
Hardware Design: Our robot is an Acrob robot to which we have attached a set of 2 sensors: distance detecting sensor and light intensity detecting sensor. We wanted to use minimal amount of sensors and get a line following robot which stops when obstacle occure.
Software Design: In the main loop, detected color is compared with constant value. Depending on result, robot is going forward and turning to left/right at the same time. Before this is done, program is checking if there is any obstacle detected. If it is true, it stops, otherwise it going.
Project Files
Description | Download |
Project documentation | Media:MyDocumentation.pdf |
Project sourcecode | Media:MySource.zip |
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