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 detection is the calculation of the fringe phase from recorded intensity patterns. While phase unwrapping is a method to obtain the clean phase from the said fringe. Before the fringe can be used, it needs to be demodulated as the input fringe that is obtained usually is very sensitive to noise. The purpose of this project is to extract phase from the noisy modulated fringes. There are currently many existing method that is available to extract these modulated fringes. However, in this paper we will explore two techniques that are the derived from the usage of W...
There has been an increasing interest in the automation of fringe analysis over the last decade. In ...
A wavelet transform (WT) analysis is presented to obtain the deformation phases from the fringes wit...
This paper describes the application of a digital Fourier transform to phase encoded intensity distr...
Fringe analysis is the process of extracting quantitative measurement data from fringe – or line – p...
Measurement techniques are powerful tools for obtaining properties of objects and recording their ch...
Windowed Fourier Transform (WFT) filters, including Windowed Fourier Filtering (WFF) and Windowed Fo...
Accurately extracting phase or phase derivative is the most important requirement in optical metrolo...
A package for analysing two-dimensional finite fringe interferograms is described. Through a combina...
This book provides solutions to the challenges involved in fringe pattern analysis, covering techniq...
We present a full-field technique for single fringe pattern analysis based on wavelet transform. Wav...
The Fourier transform (FT) and the wavelet transform (WT) methods are used to process the fringe car...
In recent times, both the windowed Fourier ridges (WFR) and sampling moiré (SM) algorithms have been...
Fringe patterns are widely used in the optical interferometry. The captured fringe patterns usually ...
This paper describes the analysis of phase distortion in phase-shifted fringe projection method. A p...
An algorithm for phase determination from a single interferogram with closed fringes using Fourier t...
There has been an increasing interest in the automation of fringe analysis over the last decade. In ...
A wavelet transform (WT) analysis is presented to obtain the deformation phases from the fringes wit...
This paper describes the application of a digital Fourier transform to phase encoded intensity distr...
Fringe analysis is the process of extracting quantitative measurement data from fringe – or line – p...
Measurement techniques are powerful tools for obtaining properties of objects and recording their ch...
Windowed Fourier Transform (WFT) filters, including Windowed Fourier Filtering (WFF) and Windowed Fo...
Accurately extracting phase or phase derivative is the most important requirement in optical metrolo...
A package for analysing two-dimensional finite fringe interferograms is described. Through a combina...
This book provides solutions to the challenges involved in fringe pattern analysis, covering techniq...
We present a full-field technique for single fringe pattern analysis based on wavelet transform. Wav...
The Fourier transform (FT) and the wavelet transform (WT) methods are used to process the fringe car...
In recent times, both the windowed Fourier ridges (WFR) and sampling moiré (SM) algorithms have been...
Fringe patterns are widely used in the optical interferometry. The captured fringe patterns usually ...
This paper describes the analysis of phase distortion in phase-shifted fringe projection method. A p...
An algorithm for phase determination from a single interferogram with closed fringes using Fourier t...
There has been an increasing interest in the automation of fringe analysis over the last decade. In ...
A wavelet transform (WT) analysis is presented to obtain the deformation phases from the fringes wit...
This paper describes the application of a digital Fourier transform to phase encoded intensity distr...