…orthogonal ECoG neural representations. > *Nature Communications*. https://doi.org/10.1038/s41467…
This dataset contains behavioral events and electrophysiological (EEG) recordings from a hybrid spatial-navigation and free recall experiment in which participants act as couriers delivering items to stores in a virtual town and later recall their deliveries. Sessions were either read-only, used to collect training data, or closed-loop, in which classifier predictions of memory encoding were used to time stimulus presentation. It represents the non-invasive portion of a project aimed at improving memory through closed-loop stimulus timing optimization.
…electrophysiological dynamics during > internal-external attention switching. *Communications Biology* 7:1105. https…
EEG recordings from 22 analyzed normal-hearing adults (24 enrolled) listening to clicks, music, and speech, collected to derive auditory brainstem responses (ABR) from continuous natural stimuli by deconvolution. The dataset compares subcortical and cortical responses to six music genres and six speech types. Raw BrainVision EEG files, event annotations, and the audio stimuli are included.
…cursor_control, communication - **Environment**: laboratory - **Online feedback**: False ## Tags - **Pathology**: Healthy - **Modality…
This dataset contains raw EEG and transcranial magnetic stimulation (TMS) data from healthy adults, collected to test real-time, personalized brain state-dependent stimulation. Whole-brain activity patterns were decoded in real time to predict activation of the corticospinal tract, with motor evoked potentials as the outcome measure. The companion publication (Khatri, Pulliam, Manesiya, Cortez, Millán and Hussain, 'Personalized whole-brain activity patterns predict human corticospinal tract activation in real-time', Brain Stimulation, 2024) is in press and has no DOI yet.
…82.0 ## BCI Application - **Applications**: communication, motor_function_restoration - **Environment**: rehabilitation center…
Multimodal dataset from a bi-focal, MRI-navigated TMS-EEG study of cortico-cortical paired associative stimulation (ccPAS) targeting left and right primary motor cortex (M1). Pulses were delivered with inter-hemispheric asynchronies of 4, 9, or 14 ms. Single-pulse TMS-EEG and resting-state EEG were recorded before and at 10 and 60 minutes after ccPAS to assess modulation of effective connectivity. Structural T1w MRI is provided for all subjects, with resting-state fMRI and HARDI diffusion imaging for some. Additional sessions stimulated left M1 or DLPFC at various intensities.
…sleep - Event markers via serial communication (paradigm triggers) ### Paradigms *(Dataset contains only…
This dataset contains EEG recordings, along with PPG, respiration, ECG and accelerometry, from 20 healthy volunteers performing cued left- versus right-hand motor imagery of a bimanual rowing task. Sessions were part of brain-computer interface training in the NeuRow environment, comparing Graz and virtual-reality conditions with optional haptic and head-mounted-display feedback. The data are a BIDS re-release of the original Zenodo deposit, produced via MOABB, for neurorehabilitation-oriented BCI research.