Based on the generalized phase reconstruction algorithm proposed in this dissertation, we build up a corresponding experimental setup for 3-D digital imaging. The experiment results show the validity of proposed algorithm.4.
3.建立了基于广义条纹序列时间相位重建算法的多分辨三维数字成像实验系统,并进行三维数字成像实验,从实验上验证了算法的可行性、有效性以及算法灵活实用性。
参考来源 - 多分辨深度图像重建算法与软件实现·2,447,543篇论文数据，部分数据来源于NoteExpress
从理论上给出各种算法的核心思想，并在此基础上提出广义条纹序列时间相位重建算法。
On the basis of such analysis, of various phase reconstruction methods, we propose a generalized phase reconstruction algorithm, generalized fringe sequence encoding.
针对时间相位重建算法存在的实时性差的缺点，提出了一种可以快速生成并获取二维编码条纹图的方法。
A method for generating and acquiring 2d encoded fringe patterns quickly was presented to overcome the shortcoming of bad real-time for temporal phase unwrapping algorithm.
基于相位映射的三维传感技术对几何形状和拓扑结构复杂或表面梯度很大的物体进行绝对相位测量及相位重建仍然是一个困难的问题。
Absolute phase measurement and phase reconstruction to object surfaces with complex geometric and topologic shapes still remain difficult for phase mapping based on three-dimensional (3d) sensing.
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