Web Application to Track Student Attentiveness during Online Class using CNN and Eye Aspect Ratio

D. Deepa, S. Selvaraj, D. M. Vijaya Lakshmi, Sarneshwar S, V. N, Vikash M
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引用次数: 1

Abstract

During this COVID-19 pandemic online class platforms are the only solution to transfer the knowledge in the field of education. Even though the physical classes are being practiced slowly in some countries, still academicians are in the need of online classes. In addition to content delivery, teachers are in the need to concern about throughout the class time whether the students are listening and be active in online classes. Due to more bandwidth consumption of the audio and video streaming, students can't be compelled to unmute the audio and video when the teacher delivers the content. So, there is no option for the teachers to observe the student’s activity. With the advancement of technology and enhanced image analysis capacity of deep learning techniques, a system is proposed to compute the student’s activity and can report it to the teachers during the class time itself. Drowsiness detection is tested using CNN based segmentation on our own set of 5000 images collected from 1000 students. The observed result shows 90% accuracy in predicting the drowsiness of the student by observing the face pattern of the student without streaming the video to the teacher’s device.
使用CNN和眼睛宽高比跟踪在线课堂学生注意力的Web应用程序
在2019冠状病毒病大流行期间,在线课程平台是教育领域知识转移的唯一解决方案。尽管在一些国家,物理课程的实践进展缓慢,但学者们仍然需要在线课程。除了内容传递之外,教师还需要在整个课堂时间内关注学生是否在听,是否在网络课堂上活跃。由于音频和视频流的带宽消耗较多,在教师授课时不能强制学生取消音频和视频的静音。因此,教师没有办法观察学生的活动。随着技术的进步和深度学习技术图像分析能力的增强,提出了一个系统来计算学生的活动,并可以在课堂上向教师报告。困倦检测使用基于CNN的分割,在我们自己收集的1000名学生的5000张图像上进行测试。观察结果显示,通过观察学生的面部模式来预测学生的困倦程度,而无需将视频流式传输到教师的设备上,准确率达到90%。
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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