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Recommendation of Online Educational Resources Based on Neural Network

机译:基于神经网络的在线教育资源建议

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In recent years, online education is developing rapidly. However, it is difficult for students to obtain suitable content from massive online educational resources. Therefore, it is of great significance to recommend personalized educational resources to students. How to effectively model the characteristics of students and educational resources, and to explore the deep relationship between them is one of the core challenges of the recommendation model. In this paper, we propose an educational resources recommendation model based on neural network. Based on the data of Spark Space, the online learning platform of Beijing University of Posts and Telecommunications, we first construct a knowledge concept maps according to the knowledge structure of the course. And then we combine the learning style scale and Bloom’s taxonomy theory to construct the characteristic attributes of students and education resources. Finally, we use a multilayer perceptron network to make personalized recommendations to students. Experiments have proved that the recommendation model proposed achieves a great recommendation result.
机译:近年来,在线教育正在迅速发展。但是,学生很难从大规模的在线教育资源获得合适的内容。因此,向学生推荐个性化教育资源是具有重要意义。如何有效地模拟学生和教育资源的特点,并探讨它们之间的深层关系是推荐模式的核心挑战之一。本文提出了一种基于神经网络的教育资源推荐模型。基于Spark Space的数据,北京邮电大学的在线学习平台,首先根据课程的知识结构构建知识概念地图。然后,我们结合了学习风格规模和盛开的分类学理论,构建学生和教育资源的特征属性。最后,我们使用多层的Perceptron网络向学生提供个性化的建议。实验证明,建议书建议实现了伟大的推荐结果。

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