Using Feed-forward Backprop, Perceptron, and Self-organizing Algorithms to Predict Students’ Online Behavior

Ha Thi The Nguyen, Ling-Hsiu Chen, Vani Suthamathi Saravanarajan
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Abstract

Pandemic situation has opened up an e-learning environment for students. Understanding of students’ reaction towards e-learning environment based on the evaluation of students’ performance to understand students’ behavior is very important. In the paper, techniques for evaluating the online reactions to predict behavior via students’ performance from their classmates are discussed. Data were collected about students from a Brazilian University and secondary education of two Portuguese schools for explorative data analysis. Feed-forward Back prop, Perceptron, and Self-organizing Algorithms using Matlab are applied to predict students’ behavior. The finding shows that the accuracy of Feed-forward Backprop, Perceptron, and Self-organizing algorithms is 68, 80, and 76 percent, respectively. The examination of students’ behavior is based on reactions from the assessment of learning outcomes and the usage of social features in the classroom.
使用前馈反向、感知器和自组织算法预测学生在线行为
疫情为学生提供了网络学习环境。了解学生对电子学习环境的反应,通过对学生表现的评价来了解学生的行为是非常重要的。本文讨论了评估在线反应的技术,通过学生从同学那里的表现来预测行为。收集了一所巴西大学的学生和两所葡萄牙学校的中学学生的数据,进行探索性数据分析。在Matlab中应用前馈反馈、感知器和自组织算法来预测学生行为。研究结果表明,前馈Backprop、感知器和自组织算法的准确率分别为68%、80%和76%。对学生行为的检查是基于对学习成果的评估和在课堂上使用社会特征的反应。
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