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Predicting student personality based on a data-driven model from student behavior on LMS and social networks

机译:基于数据驱动的模型,根据LMS和社交网络上的学生行为来预测学生个性

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E-learning has become an essential factor in the modern educational system. In today's diverse student population, E-learning must recognize the differences in student personalities to make the learning process more personalized. The objective of this study is to create a data model to identify both the student personality type and the dominant preference based on the Myers-Briggs Type Indicator (MBTI) theory. The proposed model utilizes data from student engagement with the learning management system (Moodle) and the social network, Facebook. The model helps students become aware of their personality, which in turn makes them more efficient in their study habits. The model also provides vital information for educators, equipping them with a better understanding of each student's personality. With this knowledge, educators will be more capable of matching students with their respective learning styles. The proposed model was applied on a sample data collected from the Business College at the German university in Cairo, Egypt (240 students). The model was tested using 10 data mining classification algorithms which were NaiveBayes, BayesNet, Kstar, Random forest, J48, OneR, JRIP, KNN /IBK, RandomTree, Decision Table. The results showed that OneR had the best accuracy percentage of 97.40%, followed by Random forest 93.23% and J48 92.19%.
机译:电子学习已成为现代教育体系中的重要因素。在当今多样化的学生群体中,在线学习必须认识到学生个性的差异,以使学习过程更加个性化。这项研究的目的是创建一个数据模型,以基于Myers-Briggs类型指标(MBTI)理论识别学生的人格类型和主导偏好。所提出的模型利用了来自学生与学习管理系统(Moodle)和社交网络Facebook互动的数据。该模型可以帮助学生意识到自己的个性,从而使他们的学习习惯更加有效。该模型还为教育者提供了重要信息,使他们对每个学生的性格有了更好的了解。有了这些知识,教育工作者将更有能力根据他们各自的学习风格来匹配学生。提议的模型应用于从埃及开罗的德国大学商学院收集的样本数据中(240名学生)。该模型使用10种数据挖掘分类算法进行了测试,这些算法是NaiveBayes,BayesNet,Kstar,Random forest,J48,OneR,JRIP,KNN / IBK,RandomTree,Decision Table。结果表明,OneR的准确率最高,为97.40%,其次是随机林93.23%,J48为92.19%。

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