基于android的增强现实作为生物学科双子叶植物教材的教与学媒体的实现

Cut Nurul Qamari, M. Ridwan
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引用次数: 5

摘要

到目前为止,教育领域经常使用诸如演示幻灯片和交互式程序等技术作为学习和教学媒体。本研究尝试运用基于Android的增强现实(AR)技术,将学习材料以数字形式展示出来,让学生借助Android应用程序观察整个学习对象。本研究的主要目的是了解学生对所提供的学习对象的兴趣程度和投入,以便在下次机会中更好地开发。本研究采用定性研究方法,研究结果来源于观察和模拟研究方法,采用问卷形式对24名学生进行问卷调查,问卷的问题基于Android智能手机的直接模拟。结果显示,85.4%的学生对使用AR媒体非常感兴趣,95.8%的学生表示强烈同意使用AR媒体生物学习材料变得更容易理解,86.5%的学生表示AR媒体非常简单实用,76%的学生表示强烈同意他们的Android智能手机可以很好地使用AR媒体,65.6%的学生表示本研究中使用的AR卡可以通过使用应用程序轻松扫描。总体而言,所有学生的平均意见百分比为81.9%,这被解释为强烈同意AR媒体作为生物学学科中研究双子叶植物的媒体是有趣的选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of Android-based augmented reality as learning and teaching media of dicotyledonous plants learning materials in biology subject
The field of education so far often make use of technology such as presentation slides and also interactive programs as a learning and teaching media. This study attempted to apply the Android-based augmented reality (AR) technology to display the learning materials in the digital format so the students can observe the overall learning object with the help of Android application. The main aim of this study was to understand the level of interest and inputs from the students related to the provided learning object, so it can be developed better in the next chance. This study was done using the qualitative approach method with the results sourced from the observation and simulation research method, using questionnaire form given to 24 students where the questions were based from the direct simulation using Android smartphone. The results show that 85,4% of the overall students are very interested in using AR media, 95,8% stated strongly agree that the biology learning material becomes more easily understood using AR media, 86,5% stated that AR media is very easy and practical to use, 76% stated strongly agree that their Android smartphone can function well to use AR media, and 65,6% stated that the AR cards used in this study can be scanned easily with using the application. Overall, the average percentage of all students' opinions was 81,9%, which was interpreted as a strongly agreed option that AR media is interesting to be applied as a media for studying dicotyledonous plants in the biology subject.
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