reading problem is much easier when dealing with motor imagery or visual imagery, because the motor and vision parts of the brain do have an organization that reflects the body's or the visual image'

With the Motor Imagery, it's best activated when you 'imagine' moving the left or right hand. So 'thoughts' of left or right would not work as well. The reason for this is that the cortex "motor

the laptop. If you do indeed need something like motor control or relay output, etc. -- then an Arduino attached to the laptop via serial usb port could perform that output function. So in such a cas

The long answer is related to the preparation of scientific work and the study of paradigms. As you said, you came to the conclusion that "Motor imagery" might work. But method "cVEP&qu

As Richard @retiutut says, the conventional way to do EEG with OpenBCI, is to run your program on the laptop. Then if you need to do motor control, device control, etc, you can send commands to an att

Motor imagery does NOT require moving the hand. Only imagining that you are moving it. Thus activating motor cortex, in a way that is relatively easier to detect than arbitrary "mental commands&q

papers that might satisfy your requirements. Motor imagery is used for a wide variety of BCI paradigms, precisely because the motor cortex activation patterns are more consistent.

Since this is not a hand, "Motor imagery" is ruled out. As far as I understand, of the presented paradigms on the site, "P300" and "Code-based BCI" are suitable. Maybe s

https://www.google.com/search?as_q=motor+imagery&as_sitesearch=openbci.com

* Motor imagery (3 class right/left hand and feet)

I am currently developing a Motor Imagery BCI and am wondering if it is possible to either acquire data from the Ganglion board without the OpenBCI GUI. I can use the SLS stream but want the program t

http://openvibe.inria.fr/motor-imagery-bci/

* Motor imagery (2 class right/left hand or 3 class right/left hand and feet)

* Motor imagery (2 class right/left hand or 3 class right/left hand and feet)

with. For reference, I am working on running a motor imagery experiment with a protocol very similar to that in the BCI2000 paper. I am wondering what processing steps need to be taken to get the dat

It seems that the P300 uses visual feedback to generate EEG signals, which I assume requires that the wearer have full motor control over their eyes. I'm not sure this solution will work with locked-i

Glad you found Irene's post. Your original question mentioned ERP / P300, which requires a precise external trigger aligned with the presented stimuli. Irene's page is oriented toward a Motor Imagery

Thanks for the information. May my question was not cleared . I wanted to something like, "https://irenevigueguix.wordpress.com/2016/06/07/motor-imagery-vs-motor-execution-and-right-hand-vs-left-

I've just designed and printed a desktop fan that I will control with the Arduino. I will add it to the Instructable when it is done. Still waiting on a motor driver to come in the mail.

https://www.google.com/search?as_q=motor+imagery&as_sitesearch=openbci.com