Learner Face Detection and Analysis in Smart Learning Environments

The widespread adoption of wearable smart devices has increased expectations for the development of personalized learning environments. These environments offer real-time analysis of learners' study states by utilizing sensor data from wearable devices and tablets, as well as facial image data captured during learning sessions. In this study, we propose a smart learning environment that integrates multiple smart devices, with a particular focus on detecting and analyzing learners' facial images recorded by the front camera of a tablet used as a learning terminal. Facial image analysis was performed using the InsightFace library, which accurately extracts facial landmarks from angled facial images. The results highlight the feasibility of capturing learners' facial orientations using this monitoring function and explore how these data can contribute to enhancing smart learning environments.

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Publication Details

Published
2025-02-20
DOI
https://doi.org/10.1145/3731806.3731830
Primary Topic
Hand Gesture Recognition Systems
Type
article
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article

Learner Face Detection and Analysis in Smart Learning Environments

Masashi Katsumata
Hand Gesture Recognition Systems
article

Learner Face Detection and Analysis in Smart Learning Environments

Masashi Katsumata
article en

Abstract

The widespread adoption of wearable smart devices has increased expectations for the development of personalized learning environments. These environments offer real-time analysis of learners' study states by utilizing sensor data from wearable devices and tablets, as well as facial image data captured during learning sessions. In this study, we propose a smart learning environment that integrates multiple smart devices, with a particular focus on detecting and analyzing learners' facial images recorded by the front camera of a tablet used as a learning terminal. Facial image analysis was performed using the InsightFace library, which accurately extracts facial landmarks from angled facial images. The results highlight the feasibility of capturing learners' facial orientations using this monitoring function and explore how these data can contribute to enhancing smart learning environments.

Nippon Institute of Technology (JP)
Openalex Percentile: Top 74%
Hand Gesture Recognition Systems
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