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基于个性化在线教育环境的数据挖掘技术的网络音乐课程资源的开发与优化。

Development and Optimization of Network Music Course Resources Based on Data Mining Technology under the Personalized Online Education Environment.

机构信息

College of Music and Dance, Fuyang Normal University, Fuyang, Anhui 236041, China.

出版信息

J Environ Public Health. 2022 Sep 26;2022:2876063. doi: 10.1155/2022/2876063. eCollection 2022.

Abstract

The ever-evolving Internet technology has brought more information resources for music teaching than ever before. For music educators, figuring out how to create and use these tools more effectively has become a pressing concern. China will usher in a new age of innovation and integration between the Internet and different traditional businesses with the idea of "Internet Plus." MOOCs present significant challenges to traditional teachers and teaching methods as a typical practice of the transformation of education informatization to innovation, and they also drive global education toward a new process of informatization development. This paper adopts Internet thinking as the guiding ideology for the development of future music education concepts and, concurrently, conducts specific transformation research based on Internet technology from four aspects: music teaching content, music teaching methods, music education concepts, and the passing down of traditional music culture. The improved association rule algorithm is used to organise the students' access data, decide which high-frequency websites are accessible to the students, and realize the intuitive positioning of high-frequency access and learning issues. Assist the school's decision-making and educational levels in identifying the issues that students have with their learning, and then, improve the network teaching platform's material to complete the task of personalized network education.

摘要

不断发展的互联网技术为音乐教学带来了比以往更多的信息资源。对于音乐教育者来说,如何更有效地创建和使用这些工具已成为当务之急。随着“互联网+”理念的提出,中国将迎来互联网与各传统行业创新融合的新时代。MOOC 作为教育信息化向创新转型的典型实践,对传统教师和教学方法提出了重大挑战,也推动了全球教育向信息化发展的新进程。本文以互联网思维为指导思想,发展未来音乐教育理念,并基于互联网技术从音乐教学内容、音乐教学方法、音乐教育理念、传统音乐文化传承四个方面进行具体的转型研究。利用改进的关联规则算法对学生的访问数据进行组织,确定学生可访问的高频网站,实现高频访问和学习问题的直观定位。辅助学校决策和教育水平识别学生学习中的问题,然后改进网络教学平台的材料,完成个性化网络教育的任务。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/72c9/9529399/e07422a89d23/JEPH2022-2876063.001.jpg

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