用于数字地质制图的三维图像

A. Gaich, G. Pischinger
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引用次数: 9

摘要

3D图像结合了视觉和几何信息,使其成为捕获和表征岩石表面的明显来源,特别是在时间和访问条件有限的情况下。通过使用现成的相机拍摄照片,并使用摄影测量学的现代算法,3D成像已成为许多传统隧道施工现场的最先进技术。数据每天采集,处理,地质评估,最后存储在一个合适的数据库。这篇文章简要介绍了该技术及其测量能力,并描述了在奥地利8公里长的格莱纳姆隧道建设中的实际应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
3D images for digital geological mapping
3D images combine visual and geometric information making them an obvious source for capturing and characterising rock surfaces especially when there are constrained time and access conditions. By taking photographs with an off‐the‐shelf camera and using modern algorithms from photogrammetry, 3D imaging has become state of the art on many conventional tunnel construction sites. Data is acquired on a daily basis, processed, geologically assessed, and finally stored in a suitable data base. The contribution provides a brief introduction of the technology and its measurement capabilities, as well as a description of the practical application during the construction of the 8 km long Gleinalmtunnel in Austria.
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