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The examples they gave are EEG readers which have terrible resolution. There will need to be muchhigher resolution devices that can read more neural activity b
by toisanji 13y ago
The examples they gave are EEG readers which have terrible resolution. There will need to be muchhigher resolution devices that can read more neural activity before we have anything close to mainstream BMI devices.
- cinquemb 13y agoPart of me wonders if one could use bio-nano-sensors[1] to amplify the electrochemical signals from the brain(or body) so they can be picked up easier or transformed into some other kind of language to be processed better/more efficiently (through an EEG reader or receiver of some kind). [1]https://ieeexplore.ieee.org/xpl/articleDetails.jsp?arnumber=6374200 https://ieeexplore.ieee.org/xpl/articleDetails.jsp?arnumber=...
- figital 13y agoWish I hadn't ran out of time for this ... https://vimeo.com/mindhead https://vimeo.com/mindhead. You can easily get to "on/off" with equipment like this. The rest depends on training protocols and the software design needed to implement them.
- cinquemb 13y agoThis is pretty cool, though probably a bit obtrusive for consumer applications. Also it doesn't look like the signal strength is that strong or varying (from what i can see in the video) which would make it pretty hard to try to fit equations that would match a specific actions induced from the brain.