Camera modeling and calibration are essential tasks in modern optics. Conventionally, the
pinhole model is adopted with a further extension for lens distortion. However, pinhole and …

Accurate camera calibration is of fundamental importance to various vision-based 3D
metrological techniques. Despite camera calibration methods using regular planar …

The demodulated phase in fringe projection profilometry (FPP) provides information about
the (x, y, z)-coordinates of points of the observed object. However, the phase-to-coordinate …

In fringe projection profilometry, system calibration is crucial for guaranteeing the
measurement accuracies. Its difficulty lies in calibrating projector parameters, especially …

Camera-projector calibration is essential in structured-light systems for three-dimensional
imaging. A prevalent difficulty for calibration is that two different checkerboards must be …

Fringe projection systems encode the scanned object shape as a phase distribution
according to the system parameters. However, to obtain the object shape in physical units of …

Structured light projection systems have become a referent in three-dimensional optical
metrology. Calibration of the cameras and projectors of these systems is one of the most …

Flat mirrors are useful to generate virtual cameras and capture a scene from multiple
viewpoints. However, the resultant camera-mirror setup is cumbersome to calibrate because …

Accurate estimation of three-dimensional (3D) information from captured images is essential
in numerous computer vision applications. Although binocular stereo vision has been …

F<? TeX 2pc 0pt?> ringe projection profilometry requires calibrating both cameras and
projectors for metric measurements. Cameras are relatively simple to calibrate, but …