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| Goal: To build an EEG that has enough resolution to read a persons mind and interpret what his/her thoughts into a known command. This project is going to be used in conjunction with the quadcopter to make a mind controlled quadcopter! You can also use it in other projects with very little modifications. Think of all the new cool possibilities! | Goal: To build an EEG that has enough resolution to read a persons mind and interpret what his/her thoughts into a known command. This involves building both the hardware and the computer software that interrupts the data. We might have an EEG borrowed for a semester (and a semester only) from the NITRO lab on campus (http://nitrolab.engr.wisc.edu/) so we can check the differences and improve our eeg. This project is going to be used in conjunction with the quadcopter to make a mind controlled quadcopter! You can also use it in other projects with very little modifications. Think of all the new cool possibilities! |
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| Current progress: Haven't started yet... | Current progress: Haven't started yet, but will start soon (possibly on Friday 10/11 or the week after that!) |
Goal: To build an EEG that has enough resolution to read a persons mind and interpret what his/her thoughts into a known command. This involves building both the hardware and the computer software that interrupts the data. We might have an EEG borrowed for a semester (and a semester only) from the NITRO lab on campus (http://nitrolab.engr.wisc.edu/) so we can check the differences and improve our eeg. This project is going to be used in conjunction with the quadcopter to make a mind controlled quadcopter! You can also use it in other projects with very little modifications. Think of all the new cool possibilities!
Current progress: Haven't started yet, but will start soon (possibly on Friday 10/11 or the week after that!)
Some inspirational videos:
http://www.youtube.com/watch?v=-h3kiws4I54 (mind controlled quadcopter)
http://www.washington.edu/news/2013/08/27/researcher-controls-colleagues-motions-in-1st-human-brain-to-brain-interface/ (a mind to mind interface)
If interested contact Ahmed Saif at saif@wisc.edu