使用机器学习技术和矩阵分数来预测大学一年级学生的成功

Nastassja Philippou, Ritesh Ajoodha, Ashwini Jadhav
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引用次数: 3

摘要

学生入学和履历数据是丰富的信息来源,可以帮助大学和工作人员解决各种各样的问题,例如识别有风险的学生、学生入学限制和课程内容调整。南非面临着独特的经济和政治历史,这在确定哪些学生有可能无法获得学位方面带来了一系列新的挑战。本文调查了学生的哪些属性最能预测他们是否会毕业,从而识别弱势学生并为他们提供关键的帮助。将不同的机器学习算法应用于数据,并对结果进行比较。这些数据是使用贝叶斯网络合成的,其中包含学生选择的专业、学校五分之一、高中成绩以及NBT分数等特征。Bagging产生了最好的结果,正确分类了75.97%的数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Using Machine Learning Techniques and Matric Grades to Predict the Success of First Year University Students
Student enrolment and biographical data are rich sources of information that could help universities and staff tackle a diverse range of problems, such as identifying at risk students, student intake limitations, and course content adjustments. South Africa faces a unique economic and political history which creates new sets of challenges in the determination of which students are at risk of failing their degrees. This paper investigates which attributes of a student best predict whether they will graduate so as to identify vulnerable students and offer them crucial assistance. Different machine learning algorithms are applied to the data and the results are compared. The data was synthetically generated using a Bayesian network with features such as the major a student chooses, their school quintile, high school grades as well as NBT scores. Bagging produced the best results, correctly classifying 75.97% of the data.
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