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首页> 外文期刊>電子情報通信学会技術研究報告. 教育工学. Educational Technology >Non-negative Matrix Factorization to Identify Motivation and Learning Strategies from Portfolio
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Non-negative Matrix Factorization to Identify Motivation and Learning Strategies from Portfolio

机译:非负矩阵分解可从组合中识别出动机和学习策略

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摘要

The paper provides an effective method to give appropriate supervision. Students are classified into personas, which are student groups similar in motivation and learning strategies. The paper uses the non-negative matrix factorization to classify students into personas. The characteristics of the each student group are identified from past student learning behavior, which is represented with their portfolio. A matrix indicating the portfolio of past students is decomposed into 2 matrixes: a wait matrix and persona matrixes. The former represents the degree of each student belonging to each persona, while the latter represents features each persona has. Assuming the persona matrix remains unchanged over years, the portfolio matrix of the current year are decomposed into the current weight matrix and the persona matrix. Based on the current weight matrix, supervisors can grasp motivation and learning strategies of them.
机译:本文提供了一种有效的方法,可以进行适当的监督。学生分为人物角色,是动机和学习策略相似的学生群体。本文使用非负矩阵分解将学生分类为角色。每个学生组的特征都是从过去的学生学习行为中识别出来的,并以他们的学习档案来表示。表示过去的学生档案的矩阵被分解成两个矩阵:等待矩阵和角色矩阵。前者代表每个学生属于每个角色的程度,而后者代表每个角色具有的特征。假设角色矩阵在多年内保持不变,则将当年的投资组合矩阵分解为当前权重矩阵和角色矩阵。基于当前的权重矩阵,主管可以掌握他们的动机和学习策略。

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