EEG data for observing the video stimuli
UnspecifiedNeurorobotics Lab, MIPTGeneral research guidance
Physics and AstronomyNeurorobotics Lab, MIPTData collection and processing
Maria KomarovaNeurorobotics Lab, MIPTData collection and processing
Grigory RashkovNeurorobotics Lab, MIPTData engineering
Andrey AlekseevNeurorobotics Lab, MIPTData collection and processing
Description of this data
This is EEG dataset collected within the research "Natural image reconstruction from brain waves: a novel visual BCI system with native feedback"
Here we propose that observing visual stimuli of 5 different categories results in the different brain wave patterns decodable from noninvasive EEG. This hypothesis was tested on 17 subjects.
All the data was collected by in autumn 2018, at MIPT Neurorobotics Lab, Dolgoprudny, Moscow Region, Russian Federation.
The data was acquired using 128-channel MCS EEG Cap and NVX136 MCS amplifier, using NeoRec software provided by the manufacturer.
The protocol included two sessions of the same video observing task. The video consisted of 117 different short clips, belonging to 5 different categories: abstract forms, waterfalls, faces, Goldberg mechanisms and speed. The clips were separated with black screen pauses of 2-3 seconds length. As for now, we cannot include the video itself due to copyright issues. We only provide screenshots of the video clips (except for category 2: faces).
The detailed description can be found inside the ZIP archive.
Experiment data files
Cite this dataset
Bobe, Anatoly; Fastovets, Dmitry; Komarova, Maria; Rashkov, Grigory; Alekseev, Andrey (2019), “EEG data for observing the video stimuli”, Mendeley Data, v1 http://dx.doi.org/10.17632/s2dxrv45fr.1
The files associated with this dataset are licensed under a Creative Commons Attribution 4.0 International licence.