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…noninvasive way to measure electrical brain activity. Recent advances in artificial intelligence…
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100 results for "brain activity" · page 6 of 10 · ranked by relevance
…noninvasive way to measure electrical brain activity. Recent advances in artificial intelligence…
The Brain, Body, and Behaviour Dataset (Experiment 2) is a multimodal neurophysiological dataset comprising 31 subjects across 2 sessions designed to investigate incidental learning and attentional modulation. Participants watched five educational videos under attentive and distracted conditions while simultaneous recordings of EEG, ECG, EOG, eye-tracking, and pupil dynamics were acquired. This derivative dataset includes preprocessed physiological signals and behavioral responses to memory questionnaires, providing a comprehensive resource for studying the neural and physiological correlates of attention, learning, and cognitive load.
…only facilitating exploration of neural activity differences across pinyin articulations but also…
…research emphasizes measures of neural activity during memory retention. The primary aims…
…and the Sea" and their brain activity was recorded using a 128…
Imported from OpenNeuro ds006126
…The released dataset includes: * EEG recordings (8 channels, 250 Hz) * Electrodermal Activity…
The Brain, Body, and Behaviour Dataset (Experiment 4) is a multimodal neurophysiological dataset comprising simultaneous recordings of EEG, eye-tracking, cardiac, respiratory, and electrooculographic signals from 43 subjects across two sessions. Participants watched three educational videos (Stim-04, Stim-05, Stim-06) under two attention conditions. In Session 1 (attentive condition), participants viewed the videos and answered comprehension questions afterward. In Session 2 (distracted condition), participants viewed the same three videos in the same order while performing a concurrent backward counting task, with no comprehension testing. This derivative dataset supports investigation of neural and behavioral correlates of attention, learning, and cognitive load during naturalistic video viewing.