This paper presents a thorough discussion on the application of the one-dimensional
continuous wavelet transform (1D-CWT) in order to retrieve phase information in temporally …

A novel technique that uses a fan two-dimensional (2D) continuous wavelet transform (CWT)
to phase demodulate fringe patterns is proposed. The fan 2D CWT algorithm is tested by …

In this paper, a filtering technique based upon two-dimensional continuous wavelet
transform (2D-CWT) is used to eliminate the low frequency components of fringe patterns …

Grating interferometry that features long range and nanometer resolution is presented. The
optical system was established based on a single long metrology grating. The large fringe …

White light interferometer (WLI) has become a common tool for measuring surfaces with
large height range and/or roughness. Typically, the object is scanned through focus, thus …

Three-dimensional time-varying scene capture is a key component of dynamic 3D displays.
Fast remote non-destructive parallel acquisition of information being inherent property of …

A novel technique called a two-dimensional digital phase-locked loop (DPLL) for fringe
pattern demodulation is presented. This algorithm is more suitable for demodulation of fringe …

Second-and first-order phase-locked loops (PLLs) are applied to recover phase information
from projected fringes recorded experimentally. The phase recovery is studied in terms of …

In the last few years, works have been published about demodulating Single Fringe Pattern
Images (SFPI) with closed fringes. The two best known methods are the regularized phase …

A novel technique called an iterative linear digital phase locked loop (DPLL) for fringe-
pattern demodulation is presented. The proposed technique has better noise immunity than …