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Towards an Optimal Affect-Sensitive Instructional System of cognitive skills

机译:朝着认知技能的最佳情感敏感教学制度

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While great strides have been made in computer vision toward automatically recognizing human affective states, much less is known about how to utilize these state estimates in intelligent systems. For the case of intelligent tutoring systems (ITS) in particular, there is yet no consensus whether responsiveness to students' affect will result in more effective teaching systems. Even if the benefits of affect recognition were well established, there is yet no obvious path for creating an affect-sensitive automated tutor. In this paper we present the first steps of the OASIS project, whose goal is to develop Optimal Affect-Sensitive Instructional Systems. We present results of a pilot study to develop affect-sensitive tutors of “cognitive skills”. The study was designed to: (1) assess the importance of affect to teaching, and also (2) collect training data with ecological validity that could later be used to develop an automated teacher. Experimental results suggest that affect-sensitivity is associated with higher learning gains. Behavioral analysis using automatic facial expression coding of recorded videos also suggests that smile may reveal embarrassment rather than achievement in learning scenarios.
机译:虽然在计算机愿景中已经在自动识别人类情感状态的计算机视觉中进行了大踏步方面,但是如何了解如何利用智能系统中的这些状态估计。对于智能辅导系统(其)特别方案,尚未共识,无论对学生的影响是否会导致更有效的教学系统。即使影响识别的好处已经成熟,尚未有明显的路径,用于创建影响敏感的自动导师。在本文中,我们介绍了OASIS项目的第一步,其目标是开发最佳的影响敏感的教学系统。我们呈现试点研究的结果,以发展&#x201c的影响敏感辅导员;认知技能”该研究旨在:(1)评估对教学的重要性,并(2)收集培训数据,以稍后可以用于开发自动教师。实验结果表明,影响敏感性与高等学率有关。使用录制视频的自动面部表情编码的行为分析也表明微笑可能会揭示尴尬而不是学习情景的成就。

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