I want to ask, is there any customization made by OpenBCI in their design to improve their signal strength and can I use Cyton board for motor imagery and is there any other board better than Cyton bo

Han, hi.

Best way to do the type of motor control you mention with an Arduino is with a laptop, using TWO serial ports: one for the Cyton dongle, the other for the Arduino usb serial. The laptop does the signa

the main things is I want to use the data from cyton and use it with a code in Arduino Uno  so I can control such as servo motor or Led light depending on the frequency that I receive from brain .

to perform a task, in this case, to control a motor. The problem is, the arduino is not picking up the serial data I am sending out through the networking widget. The widget says it is sending the da

the application will be used to control a stepper motor driver, based on specific frequency bands (alpha and beta primarily), so it is a 'live' scenario.The GUI will not be used in the final applicati

I have no experience with these packages, but they seem all related to machine learning from MRI imagery. Do any of these packages work with EEG data? OpenBCI is EEG only. There are some excellent Pyt

I think you can separate the arm motor control functions, from the idea of using a Brain Computer Interface, to give the motors their instructions. The BCI part is considerably harder. The easier aven

https://www.google.com/search?q=bci+drone+control+motor+imagry

Almost any motor imagery will cause a small drop of amplitude in the scalp recorded EEG on the middle opposite side of the head. So, the number of such may be pretty arbitrary.

What is the approximate number of motor imagery movements that can be identified using the Ultracortex "Mark IV" EEG Headset?

Here is Jeremy Frey's motor imagery tutorial,

Good morning

https://www.google.com/search?q=bci+motor+imagery

Then to output to the Arduino (for example to control an LED or motor, etc.), the laptop program will send 'commands' to the Arduino, over the serial COM port.

Motor Action Potentials (CMAP) 

The BrainBay tutorial link you mention, is a single channel protocol that rewards alpha (8-12) and inhibits beta. You could easily experiment with it to for example reward SMR (12-15) instead. Look th

of old TV monitors with an un-shielded electric motor, but if you play the video on screen back next to the motor, of course, nothing much happens to the motor. Higher powered cortical stimulation is

That paper is from 1959, but was one of the first published papers on these sorts of arousal responses. There are more recent literatures on motor and EEG phenomena during such arousals and such thing

Hi @cerealkiller! I've tried doing this multiple times and checking the text files/comparing with MATLAB when I was working on my senior design project. It does seem that filtering occurs when sendin…