Integration of photogrammetry within laser scanning approach

P. Kudela, M. Palčák, Katarína Zábovská, B. Bučko
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引用次数: 3

Abstract

This article is focused on photogrammetry and its basic parameters for achieving the highest quality output and subsequent application in practice with 3D scanner interconnection. Photogrammetry along with 3D digital spatial scanning is nowadays in demand. Output is more than just a 3D model. It is the actual state of the photographed and scanned object, which is accurate to one thousandths of a millimeter. This procedure is used mainly for the reconstruction of historical buildings, statues, sculptures, but also for the construction of new projects. Photogrammetry consists of several methods and procedures that are directly influenced by software and hardware. The main fields of application are construction, urbanism, forensic science, medical industry, aerospace industry. Photogrammetry can be used in small as well as in complex projects to create visualization of changes created by human or natural activity.
激光扫描方法中摄影测量的集成
本文重点介绍了摄影测量及其基本参数,以实现三维扫描仪互连的最高质量输出和后续应用。摄影测量与三维数字空间扫描是当今的需求。输出不仅仅是一个3D模型。它是被拍摄和扫描物体的实际状态,精确到千分之一毫米。这个程序主要用于历史建筑、雕像、雕塑的重建,也用于新项目的建设。摄影测量由几种方法和程序组成,这些方法和程序直接受到软件和硬件的影响。主要应用领域为建筑、城市规划、法医学、医疗工业、航空航天工业。摄影测量既可以用于小型项目,也可以用于复杂项目,以创建由人类或自然活动造成的变化的可视化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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