The project: a standalone desktop application that performs real-time EEG source localization (sLORETA/eLORETA) using a template head model and renders estimated cortical source activity as a color-ma

* My Software: [Please specify your software, e.g., Python with MNE/BrainFlow, OpenBCI GUI, MATLAB]

I've appended the AI Overview (from that search) at the end of this email. Some of the resulting packages such as EEGLAB and Fieldtrip are based on Matlab. Unless you have academic access, that is exp

I’m wondering if there’s a way to remap these electrode channels directly through the OpenBCI software, so I don’t have to physically adjust the electrodes on the cap. Is there a feature or script ava

https://docs.openbci.com/Software/CompatibleThirdPartySoftware/Matlab/

You should not need to go through LSL / Matlab to obtain good quality recorded data.

option selected to stream the data directly to a MATLAB variable. Setting up MATLAB, I downloaded the liblsl-Matlab library from here: https://github.com/labstreaminglayer/liblsl-Matlab/releases

I am using the Daisy/Cyton and v5.2.1 of the OpenBCI GUI. I am at a bit of a loss for how I could convert the Raw OpenBCI text files generated from data sessions into useable data. I've seen in other

I’m using 8chan cyton. My projrct involves usin matlab to process the EEG signal, so I have to use export the unfiltered data with CSV file.

Could someone provide a tutorial, because the exported csv data needs to be analyzed using Matlab, and it is easier to analyze the signal after it is smoothed.

Could someone provide a tutorial, because the exported csv data needs to be analyzed using Matlab, and it is easier to analyze the signal after it is smoothed.

I have a question now. I got the data from CYTON plus WIFI board and the same rate is 1000HZ or 500HZ. The method of collecting data is OPENBCI GUI software. After opening it with MATLAB, I found that

I used OpenBCI data and performed FFT in MATLAB, and found that it also contains a frequency component of 30Hz. I use a signal generator as input, and the input signal does not include 30Hz.

https://docs.openbci.com/Software/CompatibleThirdPartySoftware/Matlab/

I'm trying to import the saved data from the OpenBCI GUI to EEgLab in Matlab.

If you want a real-time system that receives the data stream in Matlab, then use the Brainflow Matlab binding and forget about using the GUI and LSL.

In any event, this is completely weird, and again, a symptom of something odd going on with the LSL stream. Your best bet is to use the Matlab binding for Brainflow, to directly read the samples from

This lossage could be occurring anywhere in the data stream path: your Matlab code, the app sending samples, the Cyton radio link, etc.

I'm using Cyton board to do surface EMG study. I stream my data via LSL to MATLAB with the sample code provided here. The streaming works well for the channels, but the recorded time gave me negative

As one example, the program EEGLAB can perform various signal processing operations. But it requires that you have MATLAB installed.