3dsystemk基于web的点云查看器

E. Maravelakis, A. Konstantaras, K. Kabassi, Ioannis Chrysakis, C. Georgis, A. Axaridou
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引用次数: 13

摘要

本文介绍了一种新的基于Web的激光雷达(光探测和测距)3D点云查看器的开发,解决了许多多学科合作科学家在远程现场应用中出现的移动性和可移植性问题。这个新的基于Web浏览器的3D点云查看器,以下称为3dsystemk查看器,是在3dsystemk研究计划的框架内开发和实施的,该计划旨在开发工具,通过激光扫描、3D建模、3D可视化、文档和3D数据利用,将所有学科结合起来,促进我们的文化遗产。3D点云查看器的原生实现虽然支持多个应用程序,但它们非常昂贵,而且它们的功能因软件而异,并且由于每个原生软件引入个性化的文件格式而产生了相当大的问题。所展示的3dsystemk查看器基于开放软件,可实现个性化的可扩展性,以满足个人用户的特定需求,并允许不同地点的科学家之间的在线远程协作,以及广泛使用TLS测量技术和大型纪念碑的3D建模。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
3DSYSTEK web-based point cloud viewer
This paper presents the development of a new Web based LiDAR (Light Detection And Ranging) 3D point cloud viewer addressing mobility and portability issues arising from remote field applications by numerous multidisciplinary collaborative scientists. This new Web Browser-based 3D point cloud viewer, hereafter called 3DSYSTEK viewer, was developed and implemented in the framework of the3DSYSTEK research programme that aimed to develop tools to bring together all disciplines working to promote our cultural heritage through laser scanning, 3D modeling, 3D visualization, documentation, and exploitation of 3D data. 3D point cloud viewers' native implementations although they support multiple applications they are very expensive and their features vary from one software to another with considerable problems arising due to the introduction of personalized file formats by each individual native software. The presented 3DSYSTEK viewer is based on open-software, enables personalized expandability to address specific needs by individual users and allows the online remote collaboration amongst scientists at different locations as well as the widespread usage of the TLS surveying technology and 3D modeling of large monuments.
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