Overview of 3D surface digitization technologies in Europe
Overview of 3D surface digitization technologies in Europe
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DOI：
10.1117/12.650123
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发表时间：
2006-02
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影响因子：
--
通讯作者：
N. D'Apuzzo
中科院分区：
文献类型：
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作者：
N. D'Apuzzo
本文概述了欧洲市场上商用的不同 3D 表面数字化技术。欧洲主要公司提供的3D表面测量解决方案可以根据技术（例如激光扫描、白光投影）、系统构建（例如固定在三坐标测量机/机器人/手臂上）或测量类型（例如表面扫描、轮廓扫描）等特点分为不同的组。这些类别之间是可能交叉的，但是，大多数商业产品可分为以下几类：(a) 安装在坐标测量机上的激光轮廓仪，(b) 便携式编码光投影系统，(c) 带有激光轮廓仪或编码光投影系统和多轴平台的桌面解决方案，(d) 传感器和物体都移动的激光点测量系统，(e) 手持式激光轮廓仪 激光轮廓仪或点测量系统，(f) 专用系统。本文介绍了不同的 3D 表面数字化技术，并描述了它们的优点和缺点。针对不同的应用领域展示了它们的各种使用示例。人们对人体 3D 表面测量的应用特别感兴趣。
This paper presents an overview of the different 3D surface digitization technologies commercially available in the European market. The solutions for 3D surface measurement offered by major European companies can be divided into different groups depending on various characteristics, such as technology (e.g. laser scanning, white light projection), system construction (e.g. fix, on CMM/robot/arm) or measurement type (e.g. surface scanning, profile scanning). Crossing between the categories is possible, however, the majority of commercial products can be divided into the following groups: (a) laser profilers mounted on CMM, (b) portable coded light projection systems, (c) desktop solutions with laser profiler or coded light projectin system and multi-axes platform, (d) laser point measurement systems where both sensor and object move, (e) hand operated laser profilers, hand held laser profiler or point measurement systems, (f) dedicated systems. This paper presents the different 3D surface digitization technologies and describes them with their advantages and disadvantages. Various examples of their use are shown for different application fields. A special interest is given to applications regarding the 3D surface measurement of the human body.