Estimation of students' attention in the classroom from kinect features

J. Zaletelj
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引用次数: 18

Abstract

This paper proposes a novel approach to automatic estimation of attention of students during lectures in the class-room. The approach uses 2D and 3D features obtained by the Kinect One sensor characterizing both facial and body properties of a student, including gaze point and body posture. Machine learning algorithms are used to train attention model, providing classifiers which estimate attention level of individual student. Human encoding of attention level is used as a training set data. The experiment included 3 persons whose attention was annotated over 4 minute period in a resolution of 1 second. We review available Kinect features and propose features matching the visual attention and inattention cues, and present the results of classification experiments.
从kinect功能判断学生在课堂上的注意力
本文提出了一种在课堂上自动估计学生注意力的新方法。该方法使用Kinect One传感器获得的2D和3D特征来描述学生的面部和身体特征,包括凝视点和身体姿势。使用机器学习算法来训练注意力模型,提供分类器来估计单个学生的注意力水平。使用人类注意力水平编码作为训练集数据。实验包括3人,在4分钟的时间内以1秒的分辨率注释他们的注意力。我们回顾了现有的Kinect特征,提出了与视觉注意和不注意线索相匹配的特征,并给出了分类实验的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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