应用增强现实技术提高程序性知识获取的效果

Jia Zhang, Kuo-En Chang
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引用次数: 5

摘要

程序性知识的获取对于学习强调步骤和顺序的内容至关重要。然而,在传统的教学环境中,这种学习对学习者来说是困难的。虽然有研究证实增强现实(AR)在增强学习相关记忆方面是有效的,但还没有研究证实AR是否能有效增强程序性知识的记忆。在本研究中,使用AR移动应用程序辅助Microsoft Excel的教学,通过指导学生执行Excel操作的步骤,从而建立他们对8个Excel公式的程序性知识。目的是验证AR是否能有效地帮助学生保留程序性知识的记忆。通过对68名学生参与者的实证研究发现,使用AR系统的学生在完成Excel课程2周后仍能保留足够的程序操作记忆。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Applying Augmented Reality to Improve the Outcomes of Procedural Knowledge Acquisition
The acquisition of procedural knowledge is vital to learning content that emphasizes steps and sequences. However, such learning is difficult for learners in conventional teaching settings. Although research has confirmed that augmented reality (AR) is effective in enhancing learning-related memory, no studies have verified whether AR can effectively enhance memory of procedural knowledge. In this study, an AR mobile application was used to assist in the teaching of Microsoft Excel by guiding students through steps for performing Excel operations and thereby establishing their procedural knowledge of eight Excel formulas. The objective was to verify whether AR could effectively help students retain memory of procedural knowledge. This empirical study on 68 student participants revealed that students using the AR system retained adequate memory of procedural operations 2 weeks after completing the Excel classes.
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