Steer the Ship
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- 3.30 GB
- Version
- v1.0.0
- Updated
- Jul 10, 2026
100 results for "orientation perception" · page 3 of 10 · ranked by relevance
[ recordings from patients performing a forced two-choice response task, collected in the epilepsy monitoring unit at Oregon Health & Science University. The data extends characterization of movement-related neural oscillations using intracranial electrode recordings, providing insights into canonical motor-related activity patterns across distributed brain regions.
…No effect of rhythmic visual stimulation on experimental pain perception. *[Journal Name…
…Participants performed a spatial orientation task in a sparse virtual environment (WorldViz…
…82901/nemar.on007096) # README Face Perception Task from the PURSUE project (pursureerp…
This dataset contains 128-channel EEG recordings from 20 observers (19 included in final analysis) viewing object images at 3.33 Hz to investigate how contextual associations, perceptual attributes, and conceptual properties of objects are represented in neural activity. One participant was excluded due to a technical error in EEG recording. Time-resolved neural decoding was applied to disentangle these distinct representational dimensions from the EEG signals.
…rest, perception, preparation, and silent speech production. The rest segment lasted five…
This EEG dataset investigates the neural dynamics of visual object coding across cerebral hemispheres using rapid serial visual presentation. Participants viewed object and word stimuli presented at 5 Hz to the left visual field, right visual field, or central location while performing an orthogonal red target detection task. The dataset provides insights into how visual information is processed and integrated within and across hemispheric regions during peripheral and central vision.
…W_vs_S.xls ├── IMU_Orientation.xls ├── Training-OpenLoop-Stats.xls ├── Trial…
This dataset comprises synchronized multimodal neurophysiological and biomechanical recordings from 128-channel EEG, electromyography (EMG), electrooculography (EOG), and motion capture during a perturbed beam-walking task. Participants performed four 10-minute sessions of standing or walking on a narrow balance beam while exposed to sensorimotor perturbations (visual field rotations or waist pulls). The dataset includes preprocessed EEG data with identified good channels and independent component analysis results, enabling investigation of cortical mechanisms underlying balance control and responses to perturbations.