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Fujitsu HOAP2 telepathically controled

News and announcements related to Humanoids/walkers, robo-one/other conferences, intelligent servos, advanced robot controllers/sensors, and interesting new humanoid related developments.
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Fujitsu HOAP2 telepathically controled

Post by limor » Sun Dec 17, 2006 8:14 pm

Post by limor
Sun Dec 17, 2006 8:14 pm

We thought that BlueTooth and ZigBee were the epitomy of human-humanoid remote control and interraction. Turns out that humanoid can be controled by pure thought.

ImageImage

University of Washington have experimenting with human students who's heads have been plugged into a computer.
The discovered objects are sent to the Brain-Computer interface, where the subject focuses on the object they want the robot to pick up. The interface works by flashing a tiny border around each image in succession. When the border around the attended-to image flashes, the user’s brain signals register this event. The brain signals are measured noninvasively from the user's scalp, using EEG electrodes.


http://neural.cs.washington.edu/


but the really interesting research that they did and which may be relevant to what us hobbyist going forward is this one:
http://neural.cs.washington.edu/people/ ... earch.html

basically they sampled a real human walking like they do in games and movies and then optimized a dynamic gait such that it corresponds with the sampled data.
We thought that BlueTooth and ZigBee were the epitomy of human-humanoid remote control and interraction. Turns out that humanoid can be controled by pure thought.

ImageImage

University of Washington have experimenting with human students who's heads have been plugged into a computer.
The discovered objects are sent to the Brain-Computer interface, where the subject focuses on the object they want the robot to pick up. The interface works by flashing a tiny border around each image in succession. When the border around the attended-to image flashes, the user’s brain signals register this event. The brain signals are measured noninvasively from the user's scalp, using EEG electrodes.


http://neural.cs.washington.edu/


but the really interesting research that they did and which may be relevant to what us hobbyist going forward is this one:
http://neural.cs.washington.edu/people/ ... earch.html

basically they sampled a real human walking like they do in games and movies and then optimized a dynamic gait such that it corresponds with the sampled data.
limor
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