基于增强现实的物体三维模型可视化信息技术

Olga Pavlova, Andriy Bashta, Mykola Kovtoniuk
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引用次数: 0

摘要

在IT行业发展的当前阶段,增强现实无论是从科学方面还是从商业方面都引起了人们的兴趣,因为它是一种先进的、最新的工具,用于引入新的沉浸式用户体验。如今,有很多现成的应用程序将AR用于商业、教育、医疗和其他用途。增强现实是目前最流行的即将到来的技术之一,最常见的是它在游戏和广告中的应用。通过将三维建模与增强现实相结合,可以获得新的用户友好的应用程序,以实时和真实尺寸表示物体的三维模型。目前,增强现实领域的研究课题既与科学相关,也与商业相关。本文提出了一种用于增强现实中三维模型可视化的多功能信息系统,该系统以跨平台移动应用程序的形式实现。所提出的信息系统使用设备摄像头作为对象可视化的手段,并在增强现实中提供从应用程序数据库模型中选择的真实尺寸和实时的快速复制。所开发的应用程序运行良好,具有用户友好和直观的界面,并允许用户添加自己的模型,使该工具具有多用途性。已经创建了测试3D模型,用于进行实验以验证拟议的信息系统操作。作者将进一步努力改进现有算法,以扩展所提出的工具在增强现实中的3D对象模型可视化的当前功能,并将开发的工具应用于现实需求,例如博物馆展品和赫梅利尼茨基地区考古文物的数字化和可视化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
AUGMENTED REALITY BASED INFORMATION TECHNOLOGY FOR OBJECTS 3D MODELS VISUALIZATION
At the current stage of IT industry development, augmented reality is of interest both from the side of science and from the business side, since it is an advanced and newest tool for introducing a new immersive user experience. Today there are plenty ready-to-use applications that use AR for business, educational, medical and other purposes. Augmented Reality is currently one of the most popular upcoming technologies most commonly known for its use within games and advertising. By combining three-dimensional modelling with augmented reality, it could be possible to obtain new user friendly applications for the representing 3D models of objects in real time and in real size. The topic of research in the field of augmented reality is currently relevant both for science and for the business industry. The paper proposes a multifunctional information system for three-dimensional models visualization in augmented reality, which is implemented in the form of a cross-platform mobile application. The proposed information system uses a device camera as a mean of object visualization and provides quick reproduction of the selected from the application`s database model in augmented reality in real size and in real time. The developed application works quite well, has a user friendly and intuitive interface and allows user to add own models, that makes this tool multipurpose.Test 3D models have been created for conducting experiments for verification the proposed information system operation. The further efforts of the authors will be directed to improving the existing algorithms for extending the current functionality of the proposed tool for 3D objects models visualization in augmented reality and application of the developed tool for real-life needs, such as digitization and visualization of museum exhibits and archaeological artifacts of Khmelnytskyi region.
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