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用于改善教学过程的实时情感识别:一项范围综述

Real-Time Emotion Recognition for Improving the Teaching-Learning Process: A Scoping Review.

作者信息

Llurba Cèlia, Palau Ramon

机构信息

Department of Pedagogy, University Rovira i Virgili, 43007 Tarragona, Spain.

出版信息

J Imaging. 2024 Dec 9;10(12):313. doi: 10.3390/jimaging10120313.

Abstract

Emotion recognition (ER) is gaining popularity in various fields, including education. The benefits of ER in the classroom for educational purposes, such as improving students' academic performance, are gradually becoming known. Thus, real-time ER is proving to be a valuable tool for teachers as well as for students. However, its feasibility in educational settings requires further exploration. This review offers learning experiences based on real-time ER with students to explore their potential in learning and in improving their academic achievement. The purpose is to present evidence of good implementation and suggestions for their successful application. The content analysis finds that most of the practices lead to significant improvements in terms of educational purposes. Nevertheless, the analysis identifies problems that might block the implementation of these practices in the classroom and in education; among the obstacles identified are the absence of privacy of the students and the support needs of the students. We conclude that artificial intelligence (AI) and ER are potential tools to approach the needs in ordinary classrooms, although reliable automatic recognition is still a challenge for researchers to achieve the best ER feature in real time, given the high input data variability.

摘要

情绪识别(ER)在包括教育在内的各个领域越来越受欢迎。ER在课堂上用于教育目的的好处,比如提高学生的学业成绩,正逐渐为人所知。因此,实时ER被证明对教师和学生都是一种有价值的工具。然而,其在教育环境中的可行性仍需进一步探索。本综述提供了基于与学生进行实时ER的学习经验,以探索其在学习和提高学业成绩方面的潜力。目的是展示良好实施的证据以及成功应用的建议。内容分析发现,大多数实践在教育目的方面都带来了显著改善。尽管如此,分析也确定了可能阻碍这些实践在课堂和教育中实施的问题;其中确定的障碍包括学生隐私的缺失和学生的支持需求。我们得出结论,人工智能(AI)和ER是满足普通课堂需求的潜在工具,尽管鉴于输入数据的高度变异性,可靠的自动识别对于研究人员实时实现最佳ER功能仍是一项挑战。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/ad3a/11677434/c2dc3ba45d96/jimaging-10-00313-g001.jpg

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