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首页> 外文期刊>International Journal of Information and Communication Technology Research >Prediction the Loyal Student Using Decision Tree Algorithms
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Prediction the Loyal Student Using Decision Tree Algorithms

机译:使用决策树算法预测忠诚学生

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One of the most important challenges that higher education system facing today is Providing more effective, efficient and higher quality education service to students, and predicting the pattern of loyal students. Because the universities are trying to raise educational quality, Applying data mining in higher education helps the manager, lecturer, and students to make higher performance. The aim of research paper is to understand the external factors that may cause the student loyalty. By doing that, the university can identify students who have decided to continue studying, so it can invest on them, and thus increase its educational quality. One of the best ways to achieve this is by using valid management and processing of the students database. In this study, using dataset from the Private University and applying data mining techniques, classify master students based on input characteristics and finally the pattern of faithful students (students who have decided to continue studying)were extracted. Classified students are based on personal information of students, student academic status, type of their pervious university (private or state university), finances and occupation status, and educational status of their parents. To classify students, the rule generation process is based on the decision tree algorithms like C.5, CART and CHAID. The results showed that CART decision tree algorithm is the best predictor with 94% accuracy on evaluation sample.
机译:当今高等教育系统面临的最重要挑战之一是为学生提供更有效,高效和高质量的教育服务,并预测忠诚学生的模式。由于大学正在努力提高教育质量,因此在高等教育中应用数据挖掘可帮助经理,讲师和学生提高绩效。研究论文的目的是了解可能导致学生忠诚度的外部因素。这样,大学可以确定决定继续学习的学生,从而可以对他们进行投资,从而提高其教育质量。实现此目标的最佳方法之一是使用对学生数据库的有效管理和处理。在这项研究中,使用私立大学的数据集并应用数据挖掘技术,根据输入特征对硕士生进行分类,最后提取出忠实学生(决定继续学习的学生)的模式。分类学生是根据学生的个人信息,学生的学业状况,其过往大学(私立或州立大学)的类型,财务和职业状况以及其父母的教育状况而定的。为了对学生进行分类,规则生成过程基于C.5,CART和CHAID等决策树算法。结果表明,CART决策树算法是评估样本的最佳预测器,准确度达94%。

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