The principle of phase-measuring profilometry (PMP) is introduced briefly.
简要介绍了相位法的基本原理。
A simple calibration model was developed for digital fringe projection profilometry(DFPP) based on absolute phase extraction and space mapping techniques to simplify the measuring system.
建立了数字光栅投影轮廓测量系统的简易标定模型，以实现测量系统的简便化和便携式应用。
It is significant for the application of composite phase measuring profilometry.
这对于复合相位测量轮廓术的进一步应用具有实际指导意义。
The accuracy of phase - measuring profilometry (PMP) is greatly influenced by the environmental light, especially in the outside of the room.
在野外运用相位测量剖面术(PMP)测量物体三维面型时，环境光场经常发生变化，从而严重影响测量精度。
Because of the precision of phase measuring profilometry, it is an important way of three-dimensional measuring.
三维面形测量具有很高精度，位相测量轮廓术是其中一种重要方法。
Conclusion: the use of phase measuring profilometry and re software is a convenient and effective method to the computer-aided design for the restoration of unilateral orbital defect.
结论：应用位相测量轮廓术和逆向工程软件进行单侧眼眶部缺损修复的计算机辅助设计是一种切实可行的方法。
Beacause of its higher accuracy, Phase Measuring Profilometry is one of the most important methods.
由于具有很高的精度，位相测量轮廓术是其中一种重要的方法。
A new method of phase measuring profilometry, which USES only two samples of the coded intensity, is presented.
提出了利用编码光两个采样值实现相位测量轮廓术的原理。
The proposed phase measuring profilometry can be used in the measurement of a dynamic profile.
在一次采样中即可获得两个通道的测量结果，因而特别适用于动态测量。
The proposed phase measuring profilometry can be used in the measurement of a dynamic profile.
在一次采样中即可获得两个通道的测量结果，因而特别适用于动态测量。
应用推荐