Automated Generation of Learning Paths at Scale

J. Z. Jia, Gulsen Kutluoglu, Chuong B. Do
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Abstract

Content creation has long been regarded as one of the most challenging obstacles to personalized learning. In recent years, however, online platforms have managed to mobilize both audiences and content creators in large numbers, creating new opportunities to revisit the pursuit of personalization at scale. We describe initial results from a real-world implementation of a system for algorithmically generating learning paths at Udemy.com, a two-sided online educational marketplace with over 150,000 courses and over 50 million users. Our initial investigations suggest the potential effectiveness of automated approaches for guiding self-directed learners toward courses that help them achieve their desired learning outcomes.
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大规模自动生成学习路径
内容创作一直被认为是个性化学习最具挑战性的障碍之一。然而,近年来,在线平台已经成功地动员了大量的受众和内容创作者,为重新审视大规模个性化的追求创造了新的机会。我们描述了在Udemy.com上算法生成学习路径系统的实际实现的初步结果,Udemy.com是一个双边在线教育市场,拥有超过15万门课程和超过5000万用户。我们的初步调查表明,自动化方法在指导自主学习者学习帮助他们实现预期学习成果的课程方面具有潜在的有效性。
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Trust, Sustainability and [email protected] L@S'22: Ninth ACM Conference on Learning @ Scale, New York City, NY, USA, June 1 - 3, 2022 L@S'21: Eighth ACM Conference on Learning @ Scale, Virtual Event, Germany, June 22-25, 2021 Leveraging Book Indexes for Automatic Extraction of Concepts in MOOCs Evaluating Bayesian Knowledge Tracing for Estimating Learner Proficiency and Guiding Learner Behavior
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