Dynamic 3D measurement error compensation technology based on phase-shifting and fringe projection

doi:10.37188/CO.EN.2022-0004

CIOMP OpenIR

	Dynamic 3D measurement error compensation technology based on phase-shifting and fringe projection
	Z.-R. Cao
	2023
发表期刊	Chinese Optics
ISSN	20971842
卷号	16 期号:1 页码:184-192
摘要	In the process of dynamic 3D measurement based on phase-shifting and fringe projection, the ideal correspondence between object points, image points and phases in different fringe images is destroyed. On this condition, the application of traditional phase formulas will cause significant measurement errors. In order to reduce the dynamic 3D measurement error, the basic principle of the error is firstly analyzed，and the errors are equivalent to the phase-shifting errors between different fringe images. Then, a dynamic 3D measurement error compensation method is proposed, and this method combines the advanced iterative algorithm based on least squares and the improved Fourier assisted phase-shifting method to realize the high-precision calculation of random step-size phase-shifting and phase. The actual measurement results of a precision ground aluminum plate show that the dynamic 3D measurement error compensation technology can reduce the mean square errors of dynamic 3D measurement by more than one order of magnitude, and the dynamic 3D measurement accuracy after compensation can be better than 0.15mm. © 2023 Editorial Office of Chinese Optics. All rights reserved.
DOI	10.37188/CO.EN.2022-0004
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收录类别	ei
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文献类型	期刊论文
条目标识符	http://ir.ciomp.ac.cn/handle/181722/67354
专题	中国科学院长春光学精密机械与物理研究所
推荐引用方式 GB/T 7714	Z.-R. Cao. Dynamic 3D measurement error compensation technology based on phase-shifting and fringe projection[J]. Chinese Optics,2023,16(1):184-192.
APA	Z.-R. Cao.(2023).Dynamic 3D measurement error compensation technology based on phase-shifting and fringe projection.Chinese Optics,16(1),184-192.
MLA	Z.-R. Cao."Dynamic 3D measurement error compensation technology based on phase-shifting and fringe projection".Chinese Optics 16.1(2023):184-192.

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