Virtual Reality Technologies For E-Learning Framework

Q3 Engineering
M. N. Abdullah
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引用次数: 0

Abstract

-E-learning can be defined as one of the ways of teaching with the use of the latest means of communication, remote as well as in classrooms. The E-learning Platform helps the learners to learn in anytime and from anywhere also includes educational material that expands the learners' knowledge. The existing tools of learning are 2-D visualization tools, and that is complicating to the construction of the mental models of the 3-D anatomical structures which consist of elements of width, depth, and breadth. For the sake of overcoming this issue, a virtual 3-D tool of the anatomical visualization has been advanced and assessed according to the technology of the virtual reality which runs on the web. In this study, an E-learning platform for anatomy laboratories has been built depending on the webGL and ADDIE model to be used for the Higher Health Professions Institute The proposed platform contains many pages that include many learning resources to the learners such as E-books, video lectures, documents, 3D images, 3D models for human organs and students can interact with those organs, in addition to that, it provides the ability of communications between instructors and other learners, through the chats. The platform has been tested and evaluated by 20 teachers and 87 students from the Higher Health Professions Institute in Iraq and the results showed that the platform motives them toward their lessons and increase their understanding of human anatomy.
用于电子学习框架的虚拟现实技术
电子学习可以被定义为使用最新的通信手段进行教学的一种方式,无论是在远程还是在课堂上。电子学习平台帮助学习者随时随地学习,还包括扩展学习者知识的教育材料。现有的学习工具是二维可视化工具,这使得三维解剖结构的心理模型的构建变得复杂,三维解剖结构由宽度、深度和宽度元素组成。为了克服这一问题,根据网络上运行的虚拟现实技术,提出并评估了一种虚拟三维解剖可视化工具。本研究基于webGL和ADDIE模型,构建了一个解剖学实验室电子学习平台,该平台包含多个页面,为学习者提供了许多学习资源,如电子书、视频讲座、文档、3D图像、人体器官3D模型等,学生可以与这些器官进行交互,并提供教师与其他学习者之间的交流能力。通过聊天。来自伊拉克高等卫生专业研究所的20名教师和87名学生对该平台进行了测试和评价,结果表明,该平台激励他们学习课程,增加了他们对人体解剖学的了解。
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来源期刊
CiteScore
0.70
自引率
0.00%
发文量
4841
期刊介绍: Journal of Xi'an University of Architecture and Technology (Natural Science Edition) is referred to as the Natural Science Edition. It is publicly distributed at home and abroad, bimonthly, ISSN1006-7930, CN61-1295/TU. Founded in February 1957, it is a comprehensive academic journal focusing on academic papers on basic research and applied research in related disciplines such as architecture and civil engineering. The Natural Science Edition is one of the top 100 scientific and technological journals of Chinese universities and a high-quality journal of Shaanxi universities. It is a Chinese core journal (Peking University core), a Chinese science and technology core journal, a T2 journal in the classification catalog of high-quality scientific and technological journals in the field of architectural science, and an authoritative academic journal in China by the China Center for Science Evaluation (RCCSE).
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