…3389/fninf.2021.773890, Results 'Electrode localization validation'). Channel names are shaft…
EEG dataset from an instruction-following study in which participants received novel verbal instructions combining integration or selection of animate and inanimate images, a relevant feature (color or shape), and a response key. Each participant completed a main instruction-following task and a 1-back localizer task in a single session. The dataset supports investigation of neural representations of novel instructions.
…Neural source localization places the anatomical origins of the different predictive models…
…or next to VLp (P, "Electrode localization", Results). D/contact_info.mat…
A placeholder EEG dataset named FT, formatted according to BIDS with HED annotations. The README provides no further information about the experimental paradigm, participants, or recording setup. The dataset is a NEMAR-hosted copy of an OpenNeuro deposit.
Raw 64-channel EEG, electrocardiography, photoplethysmography, pupillometry and behavioral data from 86 participants during 4 minutes of eyes-closed rest and a digit span serial recall task. Participants memorized or passively listened to auditory digit sequences of 5, 9, or 13 items. The dataset supports work on cognitive load discrimination, event-related and oscillatory dynamics during encoding and maintenance, and links between working memory, central and peripheral physiology.
…PD weighted (UTE) scan for electrode localization is provided (defacing was performed…
A BIDS-standardized subset of the EEGEyeNet dataset containing simultaneously recorded EEG and eye-tracking data from a single subject. The original EEGEyeNet resource was designed as a dataset and benchmark for eye movement prediction from EEG. This version was reformatted to BIDS to support reuse and standardized analysis.
…Each subject with SEEG implantation, also has an Excel table, called `electrode…
A multimodal dataset of simultaneous 64-channel EEG, head-mounted eye-tracking, photoplethysmography (PPG), and galvanic skin response (GSR) recordings from 23 healthy adults. Participants took part in a naturalistic smartphone use condition and a standardized video viewing condition. Hardware TTL pulses synchronize the EEG and eye-tracking streams for temporal alignment across modalities.