EEG dataset from a flanker paradigm with visually presented four-letter words and pseudowords. Targets appeared with no flankers, identical flankers, or different flankers, and participants judged each item as a real word or pseudoword using a game controller. Data were collected at the NeuroCognition Laboratory in San Diego across 270 trials per participant.
…in collaboration with the Integrated Systems Laboratory, ETH Zurich. ## Contents - Subjects: 50…
EEG recordings from fifteen healthy participants who executed and imagined six sustained upper limb movements (elbow flexion/extension, forearm supination/pronation, hand open/close) plus a rest condition, in two separate sessions. The dataset supports decoding of single upper limb movements from the time-domain of low-frequency EEG. It is relevant to non-invasive control of motor neuroprostheses and robotic arms. This BIDS version was generated from the original BNCI Horizon 2020 data using MOABB.
…180 Hz) and 1365 ms mirrored buffers. The powers are log-transformed…
EEG recordings from 23 participants performing a passive viewing task with partially occluded and subsequently uncovered scenes containing game pieces on a game board. Conditions varied the number of initially visible pieces (4 or 32) and the number of pieces revealed after the occluder was removed (0 to 32). The dataset supports investigation of neural responses to object numerosity in occluded and uncovered visual scenes.
Raw multimodal recordings of 18-channel EEG and functional near-infrared spectroscopy (fNIRS) from seven participants with orthopedic impairment performing motor imagery tasks. Each participant completed three sessions of 40 trials, with four motor imagery tasks (reach, twist, lift, grasp) presented in random order. The dataset supports research on multimodal brain-computer interfaces for people with motor impairments.
…They mirror the upstream HuggingFace `Alljoined/Alljoined-1.6M`'s `stimuli.zip…
…The video was presented via a mirror attached to the head coil…
A multi-modal neuroimaging dataset combining structural MRI (T1w), magnetoencephalography (MEG), and EEG recorded during electrical median nerve stimulation at the right wrist. Participants responded to each stimulus by lifting the left index finger as quickly as possible, allowing study of somatosensory and motor responses. Anatomical fiducials were digitized to align MEG with MRI, and event triggers mark stimuli and finger-lift responses.
…180 Hz) and 1365 ms mirrored buffers. The powers are log-transformed…