…One-dimensional two-target box task; up target = sustained right-hand grasping…
A left/right-hand motor-imagery EEG dataset from 29 healthy participants recorded at the University of West Bohemia for brain-computer interface research. Participants performed cue-based, single-class imagery of left- or right-hand movement across four runs in one session. The data are re-released in BIDS format with HED event annotations via MOABB.
…Imagining grasping a spherical object with left or right hand while watching…
A longitudinal MEG dataset investigating brain activity during early skill learning, overnight consolidation, and longer-term retention in 31 healthy right-handed adults. Participants performed a sequential finger tapping task with the non-dominant left hand across up to three MEG sessions (initial training, about 24 hours later, and about 30 days later), with resting-state scans before and after practice. Anatomical MRI, behavioral responses, eye tracking and pupillometry, and forearm EMG were also recorded and synchronized with MEG.
…neuroprosthesis, robotic arm control, upper limb restoration - **Environment**: laboratory - **Online feedback**: True…
EEG recordings from four participants performing motor imagery of the left hand, right hand, and feet, originally reported by Zhou et al. (2016) in a study on automated trial selection for motor imagery brain-computer interfaces. Each participant completed three sessions of two runs, giving 450 trials per subject. Data were recorded from 14 channels at 250 Hz and reformatted into BIDS from a MOABB-generated Zenodo version.
…Binary-class motor imagery (left/right hand grasping). Two sessions on different…
…Three-class motor imagery (left-hand grasping, right-hand grasping, foot hooking…
MetaRDK contains intracranial EEG (stereo-EEG) high-gamma activity from patients with pharmacologically intractable epilepsy performing a perceptual random-dot motion decision task followed by a confidence judgement. The data comprise average power modulation in five non-overlapping frequency bands between 70 and 150 Hz, segmented from trial onset to trial offset and sampled at 512 Hz. Behavioral tables (stimulus onset, response times, confidence, changes of mind) accompany the recordings to study the neural correlates of decision making and metacognition.
Simultaneous electroencephalography (EEG), electrospinography (ESG), electroneurography (ENG) and electromyography (EMG) recordings from 26 participants, together with electrocardiographic and respiratory signals. Somatosensory evoked potentials were elicited by mixed nerve stimulation (median and tibial nerves) and sensory nerve stimulation of fingers and toes, alongside a resting-state condition with eyes open. ESG electrode positions are provided for each participant. The study was pre-registered on OSF.