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Estimation of Students' Attention in the Classroom From Kinect Features

机译:从Kinect功能估算学生注意力的关注

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This paper proposes a novel approach to automatic estimation of attention of students during lectures in the classroom. 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.
机译:本文提出了一种自动估算学生在课堂讲学中的一种新方法。该方法使用通过Kinect一个传感器获得的2D和3D特征,其特征在于学生的面部和身体特性,包括凝视点和身体姿势。机器学习算法用于培训注意力模型,提供估计个人学生关注水平的分类器。人类注意力水平的编码用作训练集数据。该实验包括3人,其注意在4分钟内以1秒的分辨率注释。我们审查可用的Kinect功能,并提出符合视觉关注和疏忽的功能,并呈现分类实验的结果。

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