Agustinus Rudatyo Himamunanto, Desri A.F. Waruwu, G. C. Setyawan
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引用次数: 0
Abstract
The current recognition and learning system still uses magazines, books and websites. This makes the lessons of the topics taught still difficult to understand. In this study, a fruit recognition learning model was created in early childhood education based on Augmented Reality and digitalized teaching aids. Augmented Reality is a technology that embodies the merging of the real world (reality) and virtual world (virtual) where this technology is also known as Virtual Reality. The marker in the form of an image will be captured by the camera, processed and a 3D fruit animation will appear on the mobile screen. The purpose of this research is to produce a fruit recognition learning model in PAUD TK Aba Sukoharjo Kalasan based on Augmented Reality and to create digitalized teaching aids. By using Augmented Reality the application can be educational and attract interest in children's curiosity. The method used in this study is the Multimedia Development Life Cycle (MDLC). The fruit recognition application has been applied to several child respondents. Based on research trials, before there was an application for interest in learning, children learned fruit recognition with a score of 73% with the predicate agreeing. The effect of positive trends on children to learn with augmented reality learning media is shown by a score of 81% of 30 child respondents stating that the application is very effective as an increase in the recognition of fruits
目前的识别和学习系统仍然使用杂志、书籍和网站。这使得所教主题的课程仍然难以理解。本研究基于增强现实和数字化教具,在幼儿教育中建立了水果识别学习模型。增强现实是一种体现现实世界(Reality)和虚拟世界(virtual)融合的技术,这种技术也被称为虚拟现实。标记物以图像的形式被摄像头捕获,处理后,3D水果动画将出现在手机屏幕上。本研究的目的是建立基于增强现实的PAUD TK Aba Sukoharjo Kalasan水果识别学习模型,并创建数字化教学辅助工具。通过使用增强现实,应用程序可以具有教育意义,并吸引孩子们的好奇心。本研究使用的方法是多媒体开发生命周期(MDLC)。水果识别应用程序已应用于几个儿童受访者。根据研究试验,在有学习兴趣的应用程序之前,儿童在谓词同意的情况下学习水果识别的得分为73%。在30名儿童受访者中,81%的人表示该应用非常有效,增加了对水果的识别,这表明了积极趋势对儿童使用增强现实学习媒体学习的影响