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Open Source Hardware
Forum OpenBCI: connect your brain to your computer!
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Related

OpenBCI: connect your brain to your computer!

fustini
fustini over 11 years ago

Here's an interesting Open Source Hardware kickstarter that I recently backed.  I thought others might find it interesting too:

image

 

OpenBCI: An Open Source Brain-Computer Interface For Makers

http://www.kickstarter.com/projects/openbci/openbci-an-open-source-brain-computer-interface-fo

OpenBCI is a low-cost, programmable, open-source EEG platform that gives anybody with a computer access to their brainwaves. Our vision is to realize the potential of the open-source movement to accelerate innovation in brain science through collaborative hardware and software development. Behind the many lines of code and circuit diagrams, OpenBCI has a growing community of scientists, engineers, designers, makers, and a whole bunch of other people who are interested in furthering our understanding of the brain

 

image

In the OpenBCI Brainwave Visualizer above, the graphic at the top left shows the electrode placement positions for the experiment. The color intensity of each node indicates the EEG wave amplitude at that region of the scalp [...] The screenshot was captured about 4 seconds after our test subject closed her eyes. There is a high amplitude waveform seen clearly in channels 5-8, which are placed on the back of the scalp. Notice a spike in the FFT graph at about 10-12Hz. This shows a predominance of alpha waves in the occipital region of the brain, which is what one would expect to see when the subject’s eyes are closed and the visual cortex has nothing to do

 

Anyone up for some brain hacking? image

 

cheers,

drew

http://twitter.com/pdp7

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Top Replies

  • michaelkellett
    michaelkellett over 11 years ago in reply to vsluiter +2
    Oh no - I'm going to have to be a PITA again. This is a nice project but it's abosulutely NOT SAFE !!! There is a reason that medical electronics has to pass much more stringent specs for safety than a…
  • morgaine
    morgaine over 11 years ago +1
    The subject area and the goals are interesting, but whoever thought up the "artistic" positioning of connectors in a semicircle deserves a severe whipping. Clearly someone thinks that it's an arts project…
  • shabaz
    shabaz over 11 years ago in reply to morgaine +1
    It's an interesting TI chip they're using. I just skim-read the kickstarter page, and couldn't tell the reason for the board shape, but I think maybe they expect to mount it inside a cap, rather than a…
  • vsluiter
    vsluiter over 11 years ago in reply to morgaine

    Hi Morgaine,

     

    There are some methods, but not as clear / deterministic as EMG or EEG. The amount of bloodflow can be measured both by laser doppler shift, and by measuring thermal step response (reaction to heating of skin with IR lamp, measure the amount of heat transported away with FLIR camera, see this: http://www.neurosipe.nl/project.php?id=26)

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  • morgaine
    morgaine over 11 years ago in reply to vsluiter

    Thanks Victor for the "Project 10730: Beyond Pain" link.  I hadn't come across EMG before -- Electromyography.  There are a couple of low-cost EMG devices listed at the bottom of the Wikipedia article.

     

    It seems that EEG can be done with non-contact sensors too --- here's a paper on a capacitively coupled probe, "A Low-Noise, Non-Contact EEG/ECG Sensor".

     

    Morgaine.

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  • vsluiter
    vsluiter over 11 years ago in reply to morgaine

    EMG is also very weak, but a lot stronger than EEG. Most BCI say they use EEG, but most do actually use EMG, where your frowning( hard thinking to activate EEG) activates so many muscles that any EEG is swamped, but it the device does react to you! Take a look at the project of Cosmin Iorga in the PSOC challenge, he actually used his eye muscles to command his TV.... (EOG)

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  • morgaine
    morgaine over 11 years ago in reply to morgaine

    It seems I was right.  They made it that shape just to be artistically cool, in keeping with their headset design. image

     

    Morgaine.

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