Predicting Students’ Algebra I Performance using Reinforcement Learning with Multi-Group Fairness

Fan Zhang, Wanli Xing, Chenglu Li
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Abstract

Numerous studies have successfully adopted learning analytics techniques such as machine learning (ML) to address educational issues. However, limited research has addressed the problem of algorithmic bias in ML. In the few attempts to develop strategies to concretely mitigate algorithmic bias in education, the focus has been on debiasing ML models with single group membership. This study aimed to propose an algorithmic strategy to mitigate bias in a multi-group context. The results showed that our proposed model could effectively reduce algorithmic bias in a multi-group setting while retaining competitive accuracy. The findings implied that there could be a paradigm shift from focusing on debiasing a single group to multiple groups in educational attempts on ML.
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基于多组公平的强化学习预测学生代数I成绩
许多研究已经成功地采用了学习分析技术,如机器学习(ML)来解决教育问题。然而,有限的研究已经解决了机器学习中的算法偏见问题。在少数尝试制定具体减轻教育中的算法偏见的策略中,重点是消除具有单一组成员的机器学习模型的偏见。本研究旨在提出一种算法策略,以减轻多群体背景下的偏见。结果表明,我们提出的模型可以有效地减少多组环境下的算法偏差,同时保持竞争精度。研究结果表明,在机器学习的教育尝试中,可能会有一个范式转变,从专注于消除单个群体的偏见到多个群体。
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