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Analysing graduation project rubrics using machine learning techniques

机译:用机器学习技术分析毕业项目尺度

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摘要

When grading a student's performance, determining the assessment factors is a substantial step in course evaluation. The aim of this paper is to improve the quality of the assessment criteria for our Computer Engineering Department's graduation reports. We employ machine learning methods to identify the most important evaluation rubrics that affect the overall grade given to graduation projects. First, we eliminate the redundant factors by computing the correlations between them. Second, we apply K-Means & Hierarchical Clustering methods and third, we analyze the proportion of variance values to find the sufficient amount of eigen values to explain the data. Our results show that Overall Performance is the most important, whereas References is the least important evaluation rubric affecting the graduation project grades. The techniques we use can be used to analyze the graduation rubric grading practices and also to come up with an equivalent rubric with smaller set of questions.
机译:评分学生的表现时,确定评估因素是课程评估中的实质性步骤。本文的目的是提高计算机工程署毕业报告的评估标准的质量。我们采用机器学习方法来确定影响毕业项目的整体成绩的最重要的评估策略。首先,我们通过计算它们之间的相关性来消除冗余因素。其次,我们应用K-means和分层聚类方法和第三,我们分析方差值的比例,以找到足够的eIgen值来解释数据。我们的结果表明,整体性能是最重要的,而参考资料是影响毕业项目成绩的重要评估量度。我们使用的技术可用于分析毕业标题分级实践,并提出等效的标题,具有较小的问题。

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