基于增强现实技术的教育课程综述

S. Ignat'ev, Z. Tret'yakova, M. Voronina
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引用次数: 3

摘要

研究的相关性是由于教师对将增强现实(AR)技术引入工程和计算机图形学(ECG)课程的兴趣日益浓厚。本研究旨在研究现有课程中使用ar技术的知识现状和实践情况,包括高等院校学生几何训练课程。研究对象是基于ar概念的工科学生掌握图形学科的学科准备情况。本文选取了2005年至2020年间发表的200多篇科学论文,回顾了教育领域的定性和定量ar研究。为此,考虑了以下因素:教育机构和学生的类别、出版年份、学科、ar技术。介绍了ar技术在不同教育层次的实施实例,如学前教育、中学教育、高等教育和特殊教育。特别关注的是教师在几何训练课程中引入ar技术的经验。据透露,目前,ar概念不仅受到设计师的欢迎,而且受到学校教师和工程高等教育机构讲师的欢迎。事实证明,学生使用AR进行心电教学缺乏足够的科学依据和经过测试的方案和培训材料。在增强现实技术应用于学生心电教学方面,有必要进行进一步的科学研究。研究基地是圣彼得堡矿业大学。这些纸质材料可能对高等教育机构的讲师、学校教师和家长有用。
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Review of Educational Courses Based on Augmented Reality Technologies
The research relevance is due to the growing interest of teachers in introducing Augmented Reality (AR) technologies into the course of Engineering and Computer Graphics (ECG). The research aims to study the current state of knowledge and practice of existing courses using AR-technologies, including those for geometric-graphic training of high educational institutions students. The research object was the subject readiness of engineering students to master graphic disciplines based on the AR-concept. More than 200 scientific papers published between 2005 and 2020 were selected to review the qualitative and quantitative AR-research in the education area. For this purpose, the following factors were taken into account: category of educational institution and student, publication year, academic discipline, AR-technologies. Have been presented examples for AR-technologies implementation at different levels of education, such as preschool, school, higher and special ones. Special focus has been on consideration of teachers’ experience related to AR-technologies introducing in geometric training courses. It has been revealed that at present the AR-concept has gained popularity not only among designers, but also among schoolteachers, as well as among engineering high educational institutions’ lecturers. The lack of sufficient amount of scientifically based and tested programs and training materials for student teaching on ECG using AR has been proved. The necessity for further scientific research in the area of AR application to teach students on ECG has been justified. The research base was St. Petersburg Mining University. The paper materials may be useful for high educational institutions’ lecturers, schoolteachers, and parents.
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Graphic Training of Students Using Forms of Distance Learning Features of Distance Learning in Geometric and Graphic Disciplines Using Methods of Constructive Geometric Modeling Geometric Locations of Points Equally Distance from Two Given Geometric Figures. Part 4: Geometric Locations of Points Equally Remote from Two Spheres Spatial Geometric Cells — Quasipolyhedra The Origins of Formation of Descriptive Geometry
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