Gender Prediction of the European School’s Teachers Using Machine Learning: Preliminary Results

C. Verma, A. Tarawneh, Z. Illés, Veronika Stoffová, S. Dahiya
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引用次数: 27

Abstract

An experiential study is conducted to solve binary classification problem on big dataset of European Survey of Schools: ICT in Education (known as ESSIE) using IBM modeler version 18.1. The survey was conducted by ESSIE at various levels [1]-[3] of schools ISCED (International Standard Classification of Education). To predict the gender of teachers based on their answers, the authors applied 4 supervised machine learning algorithms filtering out of 12 classifiers using auto classifiers on ISCED-1 and ISCED-2 level of schools. Out of total 158 attributes, self-reduction and auto classifier stabilized only 134 attributes for the Bayesian Network (BN) and Random Tree (RT) at level-1 and 134 attributes for logistic regression and 41 attributes for Decision Tree (C5) at level-2. The MissingValue filter of Weka 3.8.1 tool handled well 55641 in ISCED-2 level and 19415 at the ISCED-1 level and normalization is also applied as well. The outcomes of the study reveal that decision tree (C5) classifier outperformed the logistic regression (LR) after feature extraction at ISCED-2 level schools and Random Tree classifier predicted more accurately gender of the teacher as compare to the Bayesian Network at level-1 schools. Further, presented predictive models stabilized 134 attributes with 2926 instances for predict gender of teachers of level-1 schools and 134 attributes with 7542 instances for level-2 schools.
使用机器学习对欧洲学校教师的性别预测:初步结果
利用IBM modeler 18.1版本对欧洲学校调查:ICT in Education (ESSIE)大数据集进行了二元分类问题的实证研究。该调查由ESSIE对ISCED(国际教育标准分类)的各级学校[1]-[3]进行。为了根据教师的答案预测教师的性别,作者在ISCED-1和ISCED-2级别的学校使用自动分类器,从12个分类器中过滤出4种监督机器学习算法。在总共158个属性中,自约简和自动分类器在第一级为贝叶斯网络(BN)和随机树(RT)稳定了134个属性,在第二级为逻辑回归稳定了134个属性,为决策树(C5)稳定了41个属性。Weka 3.8.1工具的MissingValue过滤器很好地处理了ISCED-2级别的55641和ISCED-1级别的19415,并且也应用了规范化。研究结果表明,在ISCED-2级学校,决策树(C5)分类器在特征提取后优于逻辑回归(LR),在一级学校,随机树分类器比贝叶斯网络更准确地预测了教师的性别。此外,所提出的预测模型稳定了134个属性(2926个实例)和134个属性(7542个实例)对一级学校教师性别的预测。
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