利用三维长方体跟踪器实现增强现实作为脑解剖的数字道具

A. Wahyudi, Joe Yuan Mambu, Andreuw Vandy Lengkong, Nurhadi, Zalfie Ardian
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引用次数: 1

摘要

作为一种教学辅助手段,增强现实可能比传统方法有几个优势,包括在健康教育中学习大脑解剖学。为了替代典型的道具,我们提出了一种AR移动应用形式的学习辅助工具,学生可以以3D数字道具的形式持有和观察人类的大脑。通过利用3D长方体跟踪器,所提出的系统提供了一个经济实惠的数字支柱,但允许自然处理对象,这提供了一个新的学习体验。通过性能测试,我们发现设备规格可能会轻微影响提议的系统性能。然而,通过可用性测试,建议的系统和方法优于其他方法,如书籍,屏幕上的信息和2D AR对象。这项研究表明,所提出的系统和方法在帮助更具互动性和刺激性的学习活动方面具有很大的潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementing Augmented Reality as a Digital Props of Brain Anatomy using 3D Cuboid Tracker
Augmented Reality may propose several advantages over the conventional method as a teaching aid, including in learning brain anatomy in health education. To gives an alternative to the typical props, and we proposed a learning aid in the form of AR mobile application where a student can hold and observe the human brain in the form of a 3D digital props. By utilizing the 3D cuboid tracker, the proposed system offers an affordable digital prop and yet allow natural handling of the object, which gives a new learning experience. Through performance testing, we found how the device specifications' may slightly affect the proposed system performance. However, through a usability testing, the proposed system and method is preferred over other methods such as a book, information on the screen, and 2D AR object. This research shows the proposed system and method have a lot of potential in aiding much more interactive and stimulating learning activities.
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