Optimal postures and positioning for human body scanning
Optimal postures and positioning for human body scanning
复制标题
人体扫描的最佳姿势和定位
DOI：
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发表时间：
1997
期刊：
影响因子：
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通讯作者：
K. Robinette
中科院分区：
文献类型：
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作者：
M. A. Brunsman;H. Daanen;K. Robinette
人体表面数字化技术的进步为工程人体测量学、用于设计和评估目的的人体测量研究提供了新的机遇。该技术的推出只是将表面扫描应用于工程人体测量学的第一步；为了使这些工具可用于工程应用，仍有几个问题需要解决。一个重要的问题是扫描对象的定位和姿势的标准化。在工程中，仅能够以一种姿势测量一个人是不够的，还需要以不同的姿势测量该人，并将该人与许多其他已进行过类似测量的人进行比较。毫不奇怪，人们比固定的静止物体更难精确测量。在制定对北美和欧洲平民进行调查的标准化程序的过程中，进行了一项实验以确定最佳扫描位置。虽然该实验仅使用一种扫描技术，但许多方法也可以转移到其他方法。本文讨论了该调查的结果。
Advancements in technology for digitizing the surface of the human body are providing new opportunities for research in engineering anthropometry, the study of human body measurement for design and evaluation purposes. The availability of the technology is just the first step in applying surface scanning to engineering anthropometry; several issues remain to be resolved to make these tools useful for engineering applications. One important issue is the standardization of positioning and the posture of the subject for scanning. In engineering it is not enough to be able to measure one individual one time in one posture, but it is also necessary to measure the individual in different postures and compare the individual with many other people who have been comparably measured. Not surprisingly, people can be more difficult to measure precisely than fixed stationary objects. In the process of developing standardized procedures for surveying the civilian populations of North America and Europe, an experiment was conducted to determine optimal scanning positions. While this experiment used just one type of scanning technology, many of the methods are transferable to other methods as well. This paper discusses the results from that investigation.