A Multi-Label EEG Dataset for Mental Attention State Classification in Online Learning
Huan Liu, Yuzhe Zhang, Guanjian Liu, Xinxin Du, Haochong Wang, Dalin, Zhang

TL;DR
This paper introduces a new multi-label EEG dataset for classifying mental attention states in online learning, addressing data scarcity and standardization issues, and providing a valuable resource for future research.
Contribution
The authors created and validated a standardized, multi-label EEG dataset with attention and psychological state annotations for online learning environments.
Findings
Collected 1,060 minutes of EEG data from 20 subjects
Validated dataset quality through extensive analysis
Provided insights into attention and psychological state relationships
Abstract
Attention is a vital cognitive process in the learning and memory environment, particularly in the context of online learning. Traditional methods for classifying attention states of online learners based on behavioral signals are prone to distortion, leading to increased interest in using electroencephalography (EEG) signals for authentic and accurate assessment. However, the field of attention state classification based on EEG signals in online learning faces challenges, including the scarcity of publicly available datasets, the lack of standardized data collection paradigms, and the requirement to consider the interplay between attention and other psychological states. In light of this, we present the Multi-label EEG dataset for classifying Mental Attention states (MEMA) in online learning. We meticulously designed a reliable and standard experimental paradigm with three attention…
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Taxonomy
TopicsEEG and Brain-Computer Interfaces
