The applications of windowed Fourier fringe analysis in the past decade are reviewed.
Because fringe patterns from different optical measurement systems are similar, the …

Fringe patterns from optical metrology systems need to be demodulated to get the desired
parameters. Two-dimensional windowed Fourier transform is chosen for the determination of …

The paper presents an automatic surface defects inspection system for optical Infrared Cut-
off (IR-CUT) filter, which is applied in all kinds of color cameras and video devices. The …

We propose a reliable and robust defect detection method from the noisy fringe patterns
obtained in optical interferometry. The proposed method relies on a naive Bayes classifier …

Schlieren photography is widely used for visualizing phenomena within transparent media.
The technique, which comes in a variety of configurations, is based on detecting or …

A novel data processing algorithm for the generation of tomographic images of composite
materials, based on measurements acquired via frequency-modulated continuous-wave …

The paper presents a method for automated defect identification from fringe patterns. The
method relies on computing the fringe signal's Wigner–Ville distribution followed by a …

Reliable detection of defects from optical fringe patterns is a crucial problem in non-
destructive optical interferometric metrology. In this work, we propose a deep-learning …

This paper introduces a technique to identify defects from fringe patterns for optical non-
destructive testing and metrology. The technique relies on computation of the windowed …

The paper introduces hidden grid background oriented schlieren for quantitative study and
visualization of natural convection heat transfer. In this technique, the refractive index …