Adaptive Recommendations to Students Based on Working Memory Capacity

Tingwen Chang, J. Kurcz, M. El-Bishouty, S. Graf, Kinshuk
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引用次数: 7

Abstract

An adaptive learning system is able to consider students' cognitive characteristics and then provide them with personalized content, presentation, and navigation supports. Working memory capacity (WMC) is one of the important cognitive characteristics to keep active a limited amount of information for a very brief period of time. Students might forget the important information or the learning guidelines from their limited working memory among all the information available in learning systems. Therefore, this paper proposes a mechanism to provide students with suitable and timely recommendations in learning systems based on individual student's WMC. Six types of adaptive recommendations are used to remind and suggest additional learning activities to students based on their WMC. In this mechanism, we also consider different types of objects in different situations to suit different learning scenarios.
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基于工作记忆容量的学生适应性建议
自适应学习系统能够考虑学生的认知特征,然后为他们提供个性化的内容、展示和导航支持。工作记忆容量(Working memory capacity, WMC)是一个重要的认知特征,它能使人在很短的时间内对有限的信息保持活跃。在学习系统提供的所有信息中,学生可能会因为有限的工作记忆而忘记重要的信息或学习指南。因此,本文提出了一种基于个体学生WMC的学习系统中为学生提供合适和及时的建议的机制。六种类型的适应性建议被用来提醒和建议学生根据他们的WMC进行额外的学习活动。在这种机制中,我们还考虑不同情况下不同类型的对象,以适应不同的学习场景。
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