Temporal phase unwrapping (TPU) techniques are vulnerable to inaccurate recognition of
fringe order due to various factors, including noise, motion blur and defocusing effects. The …

Traditional deflectometry techniques suffer from the issue of out-of-focus image acquisition
since the camera is pointed directly at the specular surface, and the image quality is greatly …

In fringe projection profilometry, inevitable distortion of optical lenses decreases phase
accuracy and decreases the quality of 3D point clouds. For camera lens distortion, existing …

Accurate and fast three-dimensional (3D) measurement for industrial products/components
designed to possess 3D structured shapes is a key driver for improved productivity …

Phase measuring deflectometry is a powerful measuring method for complex optical
surfaces, which captures the reflected fringe images encoded on the screen under the …

A dynamic computer-generated moiré profilometry based on high-density binary coding is
proposed. For making full use of the maximum refresh rate and the maximum resolution of …

摘要光学三维测量技术发展已经非常成熟, 在工业制造, 生物医疗, 文物保护等领域都有着广泛的
应用. 但传统条纹投影测量中使用的正弦条纹无法避免投影仪和相机Gamma 效应的影响 …

With the rapid development of aerospace, high-speed train, and automotive industries, the
demand for the measurement of high-precision specular components is increasing. The …

In fringe projection profilometry, applying pre-distortion to fringe patterns reduces the errors
caused by projector lens distortion. However, it is important to note that discontinuous fringe …

Focal plane detector array technology in the infrared wave band is expensive or
underdeveloped, and the detection efficiency is low, while single-pixel imaging (SPI) offers …