摘要
随着测量技术的不断发展,快速且精准地获取物体三维信息成为研究的热点。传统测量方法存在精度有限且需要在被测物体上添加传感器的问题。因此,提出了根据正弦条纹结构光投影时条纹产生的形变,采用相依轮廓术对目标物的三维重建。在提出的模型中,实验结果表明,在重建精度和测量速度等方面都有着优越的性能。
With the continuous development of measurement technology,the rapid and accurate acquisition of threedimensional information of objects has become a research hotspot.Traditional measurement methods have limited accuracy and require the addition of sensors to the measured object.Therefore,a method is proposed for three-dimensional reconstruction of targets based on the deformation of sinusoidal fringe patterns produced during structured light projection using phase-shifting profilometry.Experimental results from the proposed model demonstrate superior performance in terms of reconstruction accuracy and measurement speed.
作者
曹升薷
荣宪伟
Cao Shengru;Rong Xianwei(School of Harbin Normal University,Physics and Electronic Engineering,Harbin,Heilongjiang,China,150028)
出处
《仪器仪表用户》
2024年第3期33-35,共3页
Instrumentation
关键词
三维重建
相移轮廓术
结构光测量
three-dimensional reconstruction
phase-shifting profilometry
structured light measurement