3D reconstruction of surface by means of modified temporal unwrapping

J. Garzon, J. Galeano, C. López, D. Duque
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Abstract

The reconstruction of the object surface with inherently discontinuous regions is usually a difficult problem by using standard phase unwrapping technique i.e. the spatial unwrapping. To recover the range data of such a surface, Huntley and Saldner recently proposed a temporal phase unwrapping procedure (TPUP) and Peng X. et al. based on their work proposed an enhanced recursive scheme for the TPUP. However the phase jumps no necessarily they correspond to multiples of 2pi exactly. Due to this, an enhanced scheme for temporal unwrapping in order to increase its efficiency is introduced. Additionally, we present some results obtained by mean of temporal unwrapping and spatial unwrapping, in order to compare them and to demonstrate the effectiveness of the temporal unwrapping.
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采用改良的时间解包裹法重建三维表面
采用标准相位展开技术,即空间展开技术,对具有固有不连续区域的物体表面进行重建是一个难题。为了恢复这种表面的距离数据,Huntley和Saldner最近提出了一种时间相位展开程序(TPUP), Peng X.等人在他们的工作基础上提出了一种增强的TPUP递归方案。但是相位的跳跃并不一定是2的倍数。为此,提出了一种改进的时间展开方案,以提高其效率。此外,我们还介绍了一些通过时间展开和空间展开得到的结果,以便对它们进行比较并证明时间展开的有效性。
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