Fringe projection profilometry based on temporal phase unwrapping (TPU) without error
propagation has been widely used to measure the 3-D shape of the complex scene. This …

Fringe projection profilometry (FPP) based on temporal phase unwrapping (TPU) is one of
the most important three-dimensional (3-D) structured light (SL) reconstruction techniques …

In traditional temporal phase unwrapping (TPU) methods, the fringe order is obtained pixel-
to-pixel by multi-frequencies or multi-wavelengths. The direct calculation and error non …

Three-dimensional (3D) shape measurements based on code-based fringe projection
profilometry have been extensively used for scientific research and industrial applications …

Phase-shifting profilometry is the most widely used wrapped phase extraction method due to
the advantages of high accuracy and resolution, robust to noise. However, due to the local …

Fringe projection profilometry (FPP) is prone to phase unwrapping error (PUE) due to phase
noise and measurement conditions. Most of the existing PUE-correction methods detect and …

This paper introduces a complementary phase interleaving-based fringe order recognition
method, designed to rectify phase errors encountered in temporal phase unwrapping …

In this work, we present a new approach to retrieve the optical phase map of an object which
is projected by a single differentiated two-beam interference pattern. This approach is based …

Temporal phase unwrapping based on single auxiliary binary coded pattern has been
proven to be effective for high-speed 3D measurement. However, in traditional spatial binary …

Fringe projection profilometry with temporal phase unwrapping (FPP-TPU) has been gotten
more and more attention in reconstructing the object with complex surfaces. However, a …