Application of the augmented reality method in training of radio engineering students

A. Gorbunov, E. E. Nechaev
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Abstract

Third quarter of 2021 was marked by the appearance of technologically mature augmented reality (AR) equipment, which is positioned by the leaders of all leading IT companies as the next wave of radical changes in digital technology after the spread of smartphones. The process is accompanied by the beginning of the introduction of AR in education, applications of this kind are becoming widespread. Due to the comparative novelty and attractiveness for users, the educational practice of AR is ahead of the accompanying research activity. Despite the already existing large volume of publications on this topic, most of them are preliminary, dedicated to certain private aspects. A very problematic, although natural for a new technology, circumstance is the lack of publications on the consequences of long-term use of this tool in training. At the same time, there is no doubt that there is a significant potential for improving the efficiency of educational processes via AR, especially in university practice and when teaching students of radio engineering specialties. In the Russian Federation, there is a noticeable lag in the application of augmented reality technology in educational practice for students of specialties that are not directly related to software development. The purpose of this paper is to fill in this didactic gap in radio engineering education. The paper highlights the practice of using an augmented reality application for smartphones in the educational process for three months in 2021 at Moscow State Technical University of Civil Aviation. The specific capabilities of virtual and augmented reality technologies are correlated, the expediency of their use in education compared. The results of a long-term educational application of augmented reality are shown. The paper allows to identify promising problems of using augmented reality technology in radio engineering education from a research perspective, as well as to formulate didactic recommendations.
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增强现实技术在无线电工程专业学生培训中的应用
2021年第三季度,技术成熟的增强现实(AR)设备出现了,所有领先的IT公司的领导者都将其定位为智能手机普及后数字技术的下一波彻底变革。这一过程伴随着在教育中引入AR的开始,这类应用正变得越来越广泛。由于AR的相对新颖性和对用户的吸引力,AR的教育实践走在了相关研究活动的前面。尽管已经有大量关于这一主题的出版物,但其中大多数是初步的,专门讨论某些私人方面。虽然对于一项新技术来说是自然的,但一个非常成问题的情况是缺乏关于在培训中长期使用这项工具的后果的出版物。与此同时,毫无疑问,通过AR提高教育过程的效率具有巨大的潜力,特别是在大学实践和教授无线电工程专业学生时。在俄罗斯联邦,在对与软件开发没有直接关系的专业学生的教育实践中应用增强现实技术方面存在明显的滞后。本文旨在填补无线电工程教学中的这一空白。论文重点介绍了2021年莫斯科国立民航技术大学在三个月的教育过程中使用智能手机增强现实应用程序的实践。虚拟现实和增强现实技术的具体能力是相互关联的,它们在教育中使用的方便性进行了比较。展示了增强现实长期教育应用的结果。本文允许从研究的角度确定在无线电工程教育中使用增强现实技术的有前途的问题,以及制定教学建议。
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