rh1-y

1
Facts First time at Robocup Success in other competitions 100% Eurobot qualifications 1998-todate 4th European out of several hundred teams Winner of Per’Ac robot competition Numerous publications Ten previous robots and more Methods Architecture and Tools Star network with TCP-IP and Ethernet Compact computer for supervisory control and MMI PLC for I/O’s Distributed low-level vision and joint control Real-time interaction and multi-agent programming in Piaget Special aspects Extremely fine-grained multi-threading VAL-style instructions for high-level specifications of compound transforms, motions, and trajectories Thorough capabilities for visual engineering, general simulation, and debugging Novel additional contributions for Robocup-at-Home application Vision primitives for guide recognition and tracking Multi-sensory data fusion Integration of vocal communication (analysis and synthesis) Map and trajectory management Wireless remote control ("chat" mode) Concept 3D vision with TOF camera Path thinning Obstacle-based path management RH1-Y HESSO.HEIG-VD, Yverdon-les-Bains, 7.5.2006, JDD, re. http://rahe.populus.ch

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RH1-Y. Facts First time at Robocup Success in other competitions 100% Eurobot qualifications 1998-todate 4th European out of several hundred teams Winner of Per’Ac robot competition Numerous publications Ten previous robots and more Methods Architecture and Tools - PowerPoint PPT Presentation

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Page 1: RH1-Y

Facts First time at Robocup Success in other competitions

100% Eurobot qualifications 1998-todate 4th European out of several hundred teams Winner of Per’Ac robot competition Numerous publications

Ten previous robots and more

Methods Architecture and Tools

Star network with TCP-IP and Ethernet Compact computer for supervisory control and

MMI PLC for I/O’s Distributed low-level vision and joint control Real-time interaction and multi-agent

programming in Piaget Special aspects

Extremely fine-grained multi-threading VAL-style instructions for high-level

specifications of compound transforms, motions, and trajectories

Thorough capabilities for visual engineering, general simulation, and debugging

Novel additional contributions for Robocup-at-Home application Vision primitives for guide recognition and

tracking Multi-sensory data fusion Integration of vocal communication (analysis

and synthesis) Map and trajectory management Wireless remote control ("chat" mode)

Concept 3D vision with TOF camera Path thinning Obstacle-based path management

RH1-Y

HESSO.HEIG-VD, Yverdon-les-Bains, 7.5.2006, JDD, re. http://rahe.populus.ch