Fringe analysis is the process of extracting quantitative measurement data from fringe—or
line—patterns. It usually consists of phase detection and phase unwrapping. Phase …

Many optical measurement techniques provide fringe patterns as their results. The
decodification processes that employ one or several fringe patterns to automatically retrieve …

We describe what is to our knowledge a novel technique for phase unwrapping. Several
algorithms based on unwrapping the most-reliable pixels first have been proposed. These …

The paper reviews the main numerical techniques that have been developed to carry out
fully automated analysis of fringe patterns resulting from solid mechanics experiments …

Digital holography can provide quantitative phase images related to the morphology and
content of biological samples. After the numerical image reconstruction, the phase values …

The solar collectors represent a considerable part of the concentrated solar power plants, as
their shape and quality determine the level of concentration focused on the receiver …

Modern industry needs quick and reliable measurement methods for measuring
deformation, position, shape, roughness, etc. This thesis is mainly concerned with industrial …

The successful operation of buried infrastructure within urban environments is fundamental
to the conservation of modern living standards. In this paper a novel multi-sensor image …

We describe what is to our knowledge a novel approach to phase unwrapping. Using the
principle of unwrapping following areas with similar phase values (homogenous areas), the …

We present a noise reduction filter for the phase unwrapping of data from phase-shifting
speckle pattern interferometry. This filter is effective in reducing the noise in wrapped phase …