Robotics: Difference between revisions
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== References == |
== References == |
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# {{note|Butiá}} [http://www.fing.edu.uy/inco/proyectos/butia/ Butiá Project] - A economic robotic platform for the XO computer |
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# {{note|lego}} [http://en.wikipedia.org/wiki/Lego_Mindstorms Lego Mindstorms], [http://ldd.lego.com/ LEGO Digital Designer] |
# {{note|lego}} [http://en.wikipedia.org/wiki/Lego_Mindstorms Lego Mindstorms], [http://ldd.lego.com/ LEGO Digital Designer] |
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# {{note|Robot_Odyssey}} [http://en.wikipedia.org/wiki/Robot_Odyssey Robot Odyssey] - A 1984 TRS-80 Color Computer robot programming game from The Learning Company (Java Version [http://www.droidquest.com/ DroidQuest] is free for personal or educational uses) |
# {{note|Robot_Odyssey}} [http://en.wikipedia.org/wiki/Robot_Odyssey Robot Odyssey] - A 1984 TRS-80 Color Computer robot programming game from The Learning Company (Java Version [http://www.droidquest.com/ DroidQuest] is free for personal or educational uses) |
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Revision as of 21:21, 5 September 2010
To educate more engineers pupils may need some encouragement. Robotics seem a sensible choice.
Virtual robotics
A combination of LEGO Digital Designer and Lego Mindstorms [1] could allow to design and program virtual robots.
An interesting goal for expert users (e.g. to pass an exam) could be to create a factory that built other robots.
Robotics Mentoring
A small number of actual hardware robots (e.g. one) could create motivation (through "artificial" scarcity) for pupils to want to be allowed to work with the hardware robots. Robot games like Robot Odyssey [2] could be used as qualification and for mentoring purposes: Pupils are motivated to solve the game as qualification, as entertainment and because a mentor offers support and encouragement in solving the puzzles in the game. A mentor would probably need guidance in how to help a pupil to solve puzzles him - or herself, not through solutions given by the mentor. A Journal entry stating that the game had been solved could be required to run the software that allowed to program actual robots.
Butiá Project
Butiá aims to create an inexpensive educational platform to teach robotics and computer science with the XO computer. Students can program their own robot using the existing activities in the XO computer like Tortugarte, PyPy, Chat and in the near future Scratch and others. The kit consist in a acryl platform wich the XO sits on and connect with motors and sensors. It's designed to promote a constructive use, permiting to select where to put sensors in the plataform using perfored pieces in the kit. The project is perform by the Computer institute of the Universidad de la Republica and it could be done thanks to the support of the ANII
For more information please visit Butiá Project
In this image you can see a program that tries to avoid obstacles, detect the white line to avoid falling from the dojo and stops when a magnet is near the robot.
tortugarte example program
here you can see the tortugarte example presented in action
Butia Robot acryl platform
Butia Robot in boxes
References
- ^ Butiá Project - A economic robotic platform for the XO computer
- ^ Lego Mindstorms, LEGO Digital Designer
- ^ Robot Odyssey - A 1984 TRS-80 Color Computer robot programming game from The Learning Company (Java Version DroidQuest is free for personal or educational uses)
External links
Hardware
- Fischertechnik Robotics (The "ROBO Pro" language is being ported to Linux)
- ASURO - 40 € robot from DLR School Lab (German Wikipedia), English: arexx.com
- http://www.roberta-home.eu/ - project of the Fraunhofer Institute IAIS
- c't Bot - 200 € robot from c't magazine with onboard JavaVM, simulator and WLAN extension.