基于协同过滤的个性化学习环境下的学习内容推荐

Adhyfa Fahmy Hidayat, D. D. J. Suwawi, K. A. Laksitowening
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引用次数: 8

摘要

个人学习环境(PLE)是一种电子学习概念,允许用户从内容和过程两方面管理他们的学习环境。然而,在远程学习中实施PLE的主要问题是信息过多和学习者难以找到合适的学习内容。为了克服这些问题,我们进行了一项针对学习者的学习内容推荐系统的实验研究。学习内容推荐系统采用协同过滤(CF)算法为基础。CF是一种通过收集评分并将其与其他用户的类似信息需求或兴趣相结合来过滤信息的方法。本研究拟通过CF推荐系统寻找适合学习者需求的学习内容,构建PLE远程学习的概念。测试结果表明,所提出的应用程序符合PLE属性。本研究还成功地将CF算法与PLE概念应用于远程学习的推荐系统。此外,平均绝对误差(MAE)计算表明,K=10时获得的最佳推荐结果。根据得到的实验数据,CF算法中使用的K值越大,平均误差越大。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Learning Content Recommendations on Personalized Learning Environment Using Collaborative Filtering Method
Personal Learning Environment (PLE) is an e-learning concept that allows users to manage their learning environment both in terms of content and process. However, significant problems with PLE implementation in distance learning are excessive information and difficulties in finding the suitable learning content for learners. To overcome these problems, an experimental study was conducted to explore a learning content recommendation system for learners. The learning content recommendation system uses the Collaborative Filtering (CF) algorithm for the basis. CF is a method for filtering information by collecting ratings and combining it with similar information needs or interests of other users. This study intends to build the concept of PLE distance learning by applying the CF recommendation system to find learning content that is appropriate to the needs of learners. The test results reveal that the proposed PLE application is compliant with the PLE attributes. This study has also succeeded in applying a recommendation system using the CF algorithm with the concept of PLE in distance learning. Moreover, the Mean Absolute Error (MAE) calculation reveals that the best-obtained recommendation results reached by K=10. Based on the experimental data obtained, the greater the value of K used in the CF algorithm, the greater the average error.
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