Development of a Mobile Observation Support System for Students: FishWatchr Mini

This paper presents a system called FishWatchr Mini (FWM), which supports students in observing and reflecting on educational activities such as presentation practices. Although video annotation systems are supposed to support such activities, especially reflection, they have been used by researchers and teachers outside the classroom, rather than by students inside the classroom. To resolve problems with introducing video annotation systems in the classroom, we propose three solutions: (a) to facilitate preparation of devices, FWM is implemented as a Web application on students’ smartphones; (b) to facilitate students’ learning to use the system, FWM is designed to automate as many operations as possible, apart from annotation; and (c) FWM allows students to examine annotation data through reflection, by providing functions such as visualization. The results of applying FWM to presentation practices in a university validated the effectiveness of FWM in terms of its ease of use and applicability of annotation results. Since annotated video data could also provide language resources for teachers, it is anticipated that they will contribute to improving their classes in the future.

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Development of a Mobile Observation Support System for Students: FishWatchr Mini

Semantic Scholar · Computer Science · 2018

Abstract

This paper presents a system called FishWatchr Mini (FWM), which supports students in observing and reflecting on educational activities such as presentation practices. Although video annotation systems are supposed to support such activities, especially reflection, they have been used by researchers and teachers outside the classroom, rather than by students inside the classroom. To resolve problems with introducing video annotation systems in the classroom, we propose three solutions: (a) to facilitate preparation of devices, FWM is implemented as a Web application on students’ smartphones; (b) to facilitate students’ learning to use the system, FWM is designed to automate as many operations as possible, apart from annotation; and (c) FWM allows students to examine annotation data through reflection, by providing functions such as visualization. The results of applying FWM to presentation practices in a university validated the effectiveness of FWM in terms of its ease of use and applicability of annotation results. Since annotated video data could also provide language resources for teachers, it is anticipated that they will contribute to improving their classes in the future.

References (15)

06Investigations of usage time and information activities of information-communication media2017 · http://www.soumu.go.jp/main content/000492875.pdf.
07A video annotation system for learners to observe educational activities2014 · Motoko Ueyama et al . , editors , Digital Resources for Learning Japanese
09Video annotation tools: Technologies to scaffold, structure, and transform teacher reflection2009 · Journal of teacher education, 60(1):52–67.
10Supporting for teaching improvement by integrating video recording with real-time feed-back through response analyzers2008 · Japan Journal of Educational Technology
11Step 2b Students as observers make real-time annotations to scenes that they considered importantevaluation
12Step 2a Each group does their presentation practice in front of other students. A teacher shoots videos for their practices

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