brain-computer-interfacing/dev/first-experiments at master · rameerez/brain-computer-interfacing · GitHub

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Riemannian_paper		Riemannian_paper
data		data
web-interface		web-interface
1-getting-familiar-with-eeg-data.ipynb		1-getting-familiar-with-eeg-data.ipynb
2-bitbrain-eeg-16ch-analysis-jesus.ipynb		2-bitbrain-eeg-16ch-analysis-jesus.ipynb
2-bitbrain-eeg-16ch-analysis.ipynb		2-bitbrain-eeg-16ch-analysis.ipynb
3-predicting-eeg-time-series.ipynb		3-predicting-eeg-time-series.ipynb
4-exploring-artifacts.ipynb		4-exploring-artifacts.ipynb
BCI_IV_2a_EstaBien.ipynb		BCI_IV_2a_EstaBien.ipynb
BCI_WheelChair_model_J.ipynb		BCI_WheelChair_model_J.ipynb
BCI_WheelChair_model_J_2.ipynb		BCI_WheelChair_model_J_2.ipynb
BCI_workshop.ipynb		BCI_workshop.ipynb
EEGLearn.ipynb		EEGLearn.ipynb
README.md		README.md
array_preparing.py		array_preparing.py
eye_blinks.ipynb		eye_blinks.ipynb

README.md

Electrode placement

Four electrodes related to motor imagery were placed along the primary motor cortex area (C1, C2, C3 and C4)

Fp1, Fp2, Fp3 and Fp4 were used to record blinking artifacts.

P7, 01, 02 and P8 were also used.