To address the need for fast, accurate interferometric analytical tools, the Fringe Analysis Workstation (FAW) has been developed to analyze complex fringe image data easily and rapidly. FAW has been used for flow studies in aerodynamics and hydrodynamics experiments, and for target shell characterization in inertial confinement fusion research. This paper will describe three major components of the FAW system: input/output, fringe analysis/image processing, and visualization/graphical user interface
A method for determining the position of the zero-order fringe in a metrological experiment with dig...
This letter introduces a new approach for the demodulation of fringe patterns recorded in holographi...
A system for the evaluation of interference patterns was developed. For digitizing and processing of...
Photo-mechanics methods have matured and emerged as important engineering tools. Although numerous ...
Optical 3D measurement techniques have been studied and developed for a long time in literature now...
Optical 3D measurement techniques have been studied and developed for a long time in literature now...
A Mach-Zehnder interferometer is used for optical flow measurements in a transonic wind tunnel. Holo...
There are two main approaches to fringe pattern analysis: spatial carrier and temporal carrier. The ...
An automated data reduction system for the analysis of interference fringe patterns obtained using t...
A package for analysing two-dimensional finite fringe interferograms is described. Through a combina...
This paper describes the application of a digital Fourier transform to phase encoded intensity distr...
A projected fringe interferometer for measuring the topography of an object is presented. The interf...
A system for digitally evaluating interferograms, based on an image processing system connected to a...
Abstract: The paper reviews the main numerical techniques that have been developed to carry out full...
Fringe projection is an optical technique for three dimensional non-contact measurement of height di...
A method for determining the position of the zero-order fringe in a metrological experiment with dig...
This letter introduces a new approach for the demodulation of fringe patterns recorded in holographi...
A system for the evaluation of interference patterns was developed. For digitizing and processing of...
Photo-mechanics methods have matured and emerged as important engineering tools. Although numerous ...
Optical 3D measurement techniques have been studied and developed for a long time in literature now...
Optical 3D measurement techniques have been studied and developed for a long time in literature now...
A Mach-Zehnder interferometer is used for optical flow measurements in a transonic wind tunnel. Holo...
There are two main approaches to fringe pattern analysis: spatial carrier and temporal carrier. The ...
An automated data reduction system for the analysis of interference fringe patterns obtained using t...
A package for analysing two-dimensional finite fringe interferograms is described. Through a combina...
This paper describes the application of a digital Fourier transform to phase encoded intensity distr...
A projected fringe interferometer for measuring the topography of an object is presented. The interf...
A system for digitally evaluating interferograms, based on an image processing system connected to a...
Abstract: The paper reviews the main numerical techniques that have been developed to carry out full...
Fringe projection is an optical technique for three dimensional non-contact measurement of height di...
A method for determining the position of the zero-order fringe in a metrological experiment with dig...
This letter introduces a new approach for the demodulation of fringe patterns recorded in holographi...
A system for the evaluation of interference patterns was developed. For digitizing and processing of...