RobAIR-HW: Difference between revisions
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==Matériel== |
==Matériel== |
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[[Image:koenigswr12up.jpg|200px|right|thumb|H Koenig SWR 12]] |
[[Image:koenigswr12up.jpg|200px|right|thumb|H Koenig SWR 12]] |
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* Base de Voiture Radiotélécommandée (voir [http://www.instructables.com/id/Arduino-controls-cheap-RC-car-transmitter/?ALLSTEPS Arduino controls cheap RC car transmitter], [http://www.instructables.com/id/How-to-convert-almost-any-27-or-49-MHz-RC-Car-in/?ALLSTEPS How to convert (almost) any 27 or 49 MHz RC Car into a Robotic car] et le [http://www.instructables.com/files/orig/FWW/CD13/GV525G0X/FWWCD13GV525G0X.pdf RX2/TX2]) |
* Base de Voiture Radiotélécommandée (voir [http://www.instructables.com/id/Arduino-controls-cheap-RC-car-transmitter/?ALLSTEPS Arduino controls cheap RC car transmitter], [http://www.instructables.com/id/How-to-convert-almost-any-27-or-49-MHz-RC-Car-in/?ALLSTEPS How to convert (almost) any 27 or 49 MHz RC Car into a Robotic car] et le [http://www.instructables.com/files/orig/FWW/CD13/GV525G0X/FWWCD13GV525G0X.pdf RX2/TX2]) |
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* Robot [[Wifibot]] (voir Olivier Aycard, UFR IMAAG) |
* Robot [[Wifibot]] (voir Olivier Aycard, UFR IMAAG) |
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* Base robotique [[Wild Thumper]] |
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* 2 webcams + servomoteurs + [[Pan/Tilt_Bracket]] |
* 2 webcams + servomoteurs + [[Pan/Tilt_Bracket]] |
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* [[Arduino]] ou [[STM32 Discovery]] |
* [[Arduino]] ou [[STM32 Discovery]] |
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Revision as of 14:51, 27 December 2012
Matériel
- Base de la plateforme robotique 3I
- Base de robot aspirateur Roomba
- Base de robot aspirateur HKoenigSWR
- Base de Voiture Radiotélécommandée (voir Arduino controls cheap RC car transmitter, How to convert (almost) any 27 or 49 MHz RC Car into a Robotic car et le RX2/TX2)
- Robot Wifibot (voir Olivier Aycard, UFR IMAAG)
- Base robotique Wild Thumper
- 2 webcams + servomoteurs + Pan/Tilt_Bracket
- Arduino ou STM32 Discovery
- Carte ARM11 embarquée (Tegra, Raspberry Pi)
- XBox Kinect
- Tablette Androïd
- AllWinner A10 boards
- 2 dongles WiFi
- capteurs distance (ultrason) , contact, ...
- pointeur laser
- Gyroscope WiiMotion+ (I2C)
- Lidar
Logiciels
- OpenCV (pour le face tracking et l'orientation automatique des cameras et du robot)
- OpenNI
- OAR
- GStreamer
- FreeRT OS
- Robot Operating System (ROS)
- Urbi
- ...
Structure
- Modelage (Polycaprolactone)
- Makerbot' Thing-o-Matic
- Plateforme d'usinage GI NOVA
- Fablab CCSTI