Discover datasets

This dataset comprises multimodal neurophysiological and kinematic recordings from 25 participants engaged in real-world table tennis gameplay. The collection includes high-density dual-layer electroencephalography, cervical electromyography, inertial measurement unit acceleration data, structural MRI, and synchronized video recordings. Participants completed 60 minutes of table tennis play against both a ball machine and human opponent, with 10 minutes of standing baseline recording. Processed data include independent component analysis decomposition and dipole modeling for EEG signals.

Citations

24

Size

523 GB

Updated

Jun 24, 2026

…Cue-based motor imagery paradigm (Step B of Brain Switch campaign) for…

Size

99.6 MB

Updated

May 16, 2026

…2020 Motor imagery dataset from Ma et al. 2020. ## Dataset Overview - **Code…

Citations

50

Size

22.4 GB

Updated

May 18, 2026

The Brain, Body, and Behaviour Dataset - Experiment 3 is a multimodal neurophysiological dataset comprising 29 subjects across 2 sessions designed to investigate the effects of attentional state on learning from educational videos. Participants watched six educational videos under two conditions: attentive (with post-video testing) and distracted (with concurrent cognitive load), while simultaneous recordings of brain activity, cardiovascular function, eye movements, and head motion were collected. The dataset includes concurrent EEG, ECG, EOG, gaze tracking, pupil size, and head position data, along with behavioral measures including memory questionnaires and ADHD symptom assessments.

Size

7.44 GB

Updated

Jun 3, 2026

This dataset comprises electroencephalography (EEG) recordings from a visuo-spatial working memory task designed to investigate oscillatory neural dynamics during sequence encoding and recall across age groups. Participants performed a computerized spatial span task while EEG was recorded to examine theta and gamma band oscillations and their phase-amplitude coupling. The study aims to elucidate the neural mechanisms supporting visuo-spatial working memory for sequences and characterize potential age-related changes in these processes.

Citations

1

Size

25.1 GB

Updated

Jun 25, 2026

…An investigation of in-ear sensing for motor task classification. Journal of…

Citations

10

Size

4.93 GB

Updated

May 16, 2026

…Two-class motor imagery: right hand and feet. Cue-guided Graz-BCI…

Citations

89

Size

553 MB

Updated

Jun 19, 2026

Citations

1

Size

26.4 GB

Updated

Jun 1, 2026

…subjects performed motor imagery (left hand, right hand, or right foot) according…

Citations

86

Size

493 MB

Updated

Jun 19, 2026

This randomized controlled trial investigates the differential effects of forward and backward span training on working memory capacity. Event-related potentials (ERPs) were recorded during a distractor version of the change detection task at pre-, mid-, and post-test timepoints, while behavioral measures were collected from additional cognitive tasks. The study demonstrates that both training types enhance working memory maintenance compared to control conditions, with backward span training providing superior benefits for interference control based on ERP indices.

Citations

1

Size

77.1 GB

Updated

Jun 23, 2026