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Learning Path Recommendation System for Programming Education Based on Neural Networks

机译:基于神经网络的程序设计教育学习路径推荐系统

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摘要

Programming education has recently received increased attention due to growing demand for programming and information technology skills. However, a lack of teaching materials and human resources presents a major challenge to meeting this demand. One way to compensate for a shortage of trained teachers is to use machine learning techniques to assist learners. This article proposes a learning path recommendation system that applies a recurrent neural network to a learner's ability chart, which displays the learner's scores. In brief, a learning path is constructed from a learner's submission history using a trial-and-error process, and the learner's ability chart is used as an indicator of their current knowledge. An approach for constructing a learning path recommendation system using ability charts and its implementation based on a sequential prediction model and a recurrent neural network, are presented. Experimental evaluation is conducted with data from an e-learning system.
机译:由于对编程和信息技术技能的需求不断增长,编程教育最近受到了越来越多的关注。但是,缺乏教材和人力资源是满足这一需求的主要挑战。弥补训练有素的教师短缺的一种方法是,使用机器学习技术来协助学习者。本文提出了一种学习路径推荐系统,该系统将递归神经网络应用于学习者的能力表,从而显示学习者的分数。简而言之,使用试错法从学习者的提交历史中构建学习路径,并将学习者的能力表用作其当前知识的指标。提出了一种使用能力图构建学习路径推荐系统的方法,以及基于顺序预测模型和递归神经网络的实现方法。实验评估是使用电子学习系统中的数据进行的。

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