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艺术,一种 AR 旅游系统,用于将 3D 扫描与智能手机 AR 技术融入文化遗产旅游和教学中。

ARTS, an AR Tourism System, for the Integration of 3D Scanning and Smartphone AR in Cultural Heritage Tourism and Pedagogy.

机构信息

Department of Architecture, National Taiwan University of Science and Technology, 43, Section 4, Keelung Road, Taipei 106, Taiwan.

出版信息

Sensors (Basel). 2019 Aug 28;19(17):3725. doi: 10.3390/s19173725.

Abstract

Interactions between cultural heritage, tourism, and pedagogy deserve investigation in an as-built environment under a macro- or micro-perspective of urban fabric. The heritage site of Shih Yih Hall, Lukang, was explored. An Augmented Reality Tourism System (ARTS) was developed on a smartphone-based platform for a novel application scenario using 3D scans converted from a point cloud to a portable interaction size. ARTS comprises a real-time environment viewing module, a space-switching module, and an Augmented Reality (AR) guide graphic module. The system facilitates scenario initiations, projection and superimposition, annotation, and interface customization, with software tools developed using ARKit on the iPhone XS Max. The three-way interaction between urban fabric, cultural heritage tourism, and pedagogy was made possible through background block-outs and an additive or selective display. The illustration of the full-scale experience of the smartphone app was made feasible for co-relating the cultural dependence of urban fabric on tourism. The great fidelity of 3D scans and AR scenes act as a pedagogical aid for students or tourists. A Post-Study System Usability Questionnaire (PSSUQ) evaluation verified the usefulness of ARTS.

摘要

在城市肌理的宏观或微观视角下,应当对文化遗产、旅游和教育学之间的相互作用进行研究。本文以台湾鹿港的施议旧址为例,开发了一个基于智能手机的增强现实旅游系统(ARTS),用于一个新颖的应用场景,该场景使用从点云转换而来的 3D 扫描图,以便携式交互大小呈现。ARTS 包括实时环境查看模块、空间切换模块和增强现实(AR)指南图形模块。该系统支持场景启动、投影和叠加、注释和界面定制,使用 iPhone XS Max 上的 ARKit 开发了软件工具。通过背景遮挡和添加或选择性显示,实现了城市肌理、文化遗产旅游和教育学之间的三向互动。智能手机应用的全尺寸体验演示变得可行,从而可以关联城市肌理对旅游的文化依赖性。3D 扫描和 AR 场景的高度逼真性可以作为学生或游客的教学辅助工具。通过使用后研究系统可用性问卷(PSSUQ)评估,验证了 ARTS 的有用性。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/e335/6749568/bdd92f0e796d/sensors-19-03725-g001.jpg

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