Chen Xiangcheng, Wang Yuwei, Wang Yajun, Ma Mengchao, Zeng Chunnian
Opt Express. 2016 Dec 12;24(25):28613-28624. doi: 10.1364/OE.24.028613.
This paper proposes an absolute phase retrieval method for complex object measurement based on quantized phase-coding and connected region labeling. A specific code sequence is embedded into quantized phase of three coded fringes. Connected regions of different codes are labeled and assigned with 3-digit-codes combining the current period and its neighbors. Wrapped phase, more than 36 periods, can be restored with reference to the code sequence. Experimental results verify the capability of the proposed method to measure multiple isolated objects.
本文提出了一种基于量化相位编码和连通区域标记的复杂物体测量绝对相位恢复方法。将特定的码序列嵌入到三个编码条纹的量化相位中。对不同码的连通区域进行标记,并分配结合当前周期及其相邻周期的三位代码。可以参考码序列恢复超过36个周期的包裹相位。实验结果验证了该方法测量多个孤立物体的能力。