iGLS: Intelligent Grouping for Online Collaborative Learning
Shuangyan Liu, Mike Joy, Nathan Griffiths
Abstract
Shuangyan Liu, Mike Joy, Nathan Griffiths
Abstract
One of the factors that affect successful collaborative learning is the composition of collaborative groups. Due to the lack of intelligent grouping according to learnerspsila pedagogic needs in current online collaborative learning environments, developing intelligent grouping according to individual learnerspsila cognitive characteristics is highly desired. In this paper, we propose a new approach to supporting intelligent grouping based on learnerspsila learning styles. Our approach achieves the balance of different levels of learning styles in group composition. We demonstrate how it can fit into current activity-based collaborative learning environments and how it could be applied in a real world application.
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One of the factors that affect successful collaborative learning is the composition of collaborative groups. Due to the lack of intelligent grouping according to learnerspsila pedagogic needs in current online collaborative learning environments, developing intelligent grouping according to individual learnerspsila cognitive characteristics is highly desired. In this paper, we propose a new approach to supporting intelligent grouping based on learnerspsila learning styles. Our approach achieves the balance of different levels of learning styles in group composition. We demonstrate how it can fit into current activity-based collaborative learning environments and how it could be applied in a real world application.
Key concepts: Collaborative learning, Computer science, Learning styles, Affect (linguistics), Intelligent decision support system, Intelligent agent, Composition (language), Human–computer interaction