物理研究中的视听注释

João Marçal, M. M. Borges, Paula Viana, Paulo Carvalho
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引用次数: 2

摘要

视频在学习环境中的支持如今被用于许多目的,无论是演示,研究还是分享。它旨在加强课前和课后的空间,并在课堂本身引入新的动态和互动。教学Innovació可以通过不同的方法来实现,以激励学生并获得更好的结果。本文使用开源注释工具,对有关在教育环境中使用视频注释的潜力的文献进行了修订,特别是在物理领域。对视听参考资料的创建进行了分析,无论是为了快速访问教师组织的视频注释内容的部分,还是为了其他学生的知识构建或修改。本研究辅以一个试验台,展示了在k-12背景下使用视听注释内容的潜力。学生可以选择视频内容,进行注释、整理和发布,以支持物理领域的学习过程。结果表明,所分析的大部分方面都得到了肯定的评价。唯一的例外是这种方法能否激励学生学习物理,因为大多数学生并不认为这种方法是一种激励手段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Audiovisual Annotation in the Study of Physics
The support of video in the learning environment is nowadays used to many ends, either for demonstration, research or share. It is intended to reinforce the space before and after class and introduce a new dynamic and interaction in the classroom itself. Pedagogical Innovació may be achieved by different approaches to motivate students and obtain better results. This paper presents a revision of the literature about the potential of using video annotation in the education context, specifically in the domain of Physics, using an open source annotation tool. The creation of audiovisual references, either for quick access to parts of organized video annotated content by the teacher, knowledge building or revision by and for other students is analyzed. This study is complemented with a testbed, showing the potential of using audiovisual annotated content, within a k-12 context. Students were invited to select video content, annotate, organize and publish the annotations, which could support the learning process in the domain of Physics. Results show that most of the aspects under analysis received a positive evaluation. The only exception relates to the capacity of the approach to motivated students to the study of Physics, as most of the students did not see this methodology as a motivating means.
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