Fringe 2005: The 5th International Workshop on Automatic Processing of Finge Patterns

by Wolfgang Osten (Editor)

Overview

In 1989 the time was hot to create a workshop series dedicated to the dicussion of the latest results in the automatic processing of fringe patterns. This idea was promoted by the insight that automatic and high precision phase measurement techniques will play a key role in all future industrial applications of optical metrology. However, such a workshop must take place in a dynamic environment. The- fore the main topics of the previous events were always adapted to the most interesting subjects of the new period. In 1993 new prin- ples of optical shape measurement, setup calibration, phase unwr- ping and nondestructive testing were the focus of discussion, while in 1997 new approaches in multi-sensor metrology, active measu- ment strategies and hybrid processing technologies played a central role. 2001, the first meeting in the 21st century, was dedicated to - tical methods for micromeasurements, hybrid measurement te- nologies and new sensor solutions for industrial inspection. The fifth workshop takes place in Stuttgart, the capital of the state of Baden- Württemberg and the centre of a region with a long and remarkable tradition in engineering. Thus after Berlin 1989, Bremen 1993, 1997 and 2001, Stuttgart is the third Fringe city where international - perts will meet each other to share new ideas and concepts in optical metrology. This volume contains the papers presented during FRINGE 2005.

Product Details

ISBN-13:	9783642065330
Publisher:	Springer Berlin Heidelberg
Publication date:	11/09/2010
Edition description:	Softcover reprint of hardcover 1st ed. 2006
Pages:	714
Product dimensions:	6.10(w) x 9.25(h) x 0.24(d)

Table of Contents

Key Note.- Optical Measurement Techniques.- New Methods and Tools for Data Processing.- New Challenges for Optical Metrology: Evolution or Revolution.- Interpreting interferometric height measurements using the instrument transfer function.- Are Residues of Primary Importance in Phase Unwrapping?.- Experimental Study of Coherence Vortices: Birth and Evolution of Phase Singularities in the Spatial Coherence Function.- Properties of Isothetic Lines in Discontinuous Fields.- Heterodyne, quasi-heterodyne and after.- Robust three-dimensional phase unwrapping algorithm for phase contrast magnetic resonance velocity imaging.- Signal processing of interferogram using a two-dimensional discrete Hilbert transform.- Recent advances in automatic demodulation of single fringe patterns.- Comparison of Techniques for Fringe Pattern Background Evaluation.- Deformed surfaces in holographic Interferometry. Similar aspects concerning nonspherical gravitational fields.- Dynamic evaluation of fringe parameters by recurrence processing algorithms.- Fast hologram computation for holographic tweezers.- Wavelet analysis of speckle patterns with a temporal carrier.- Different preprocessing and wavelet transform based filtering techniques to improve Signal- to-noise ratio in DSPI fringes.- Wavefront Optimization using Piston Micro Mirror Arrays.- Adaptive Correction to the Speckle Correlation Fringes using twisted nematic LCD.- Random phase shift interferometer.- Spatial correlation function of the laser speckle field with holographic technique.- Fault detection from temporal unusualness in fringe patterns.- The Virtual Fringe Projection System (VFPS) and Neural Networks.- Fringe contrast enhancement using an interpolation technique.- Some remarks on accuracy of imaging polarimetry with carrier frequency.- Application of weighted smoothing splines to the local denoising of digital speckle pattern interferometry fringes.- Investigation of the fringe order in multi-component shearography surface strain measurement.- Metrological Fringe inpainting.- Combination of Digital Image Correlation Techniques and Spatial Phase Shifting Interferometry for 3D-Displacement Detection and Noise Reduction of Phase Difference Data.- Photoelastic tomography for birefringence determination in optical microelements.- Optimization of electronic speckle pattern interferometers.- Properties of phase shifting methods applied to time average interferometry of vibrating objects.- Depth-resolved displacement measurement using Tilt Scanning Speckle Interferometry.- New Phase Unwrapping Strategy for Rapid and Dense 3D Data Acquisition in Structured Light Approach.- Determination of modulation and background intensity by uncalibrated temporal phase stepping in a two-bucket spatially phase stepped speckle interferometer.- Resolution Enhanced Technologies.- EUVA’s challenges toward 0.1nm accuracy in EUV at-wavelength interferometry.- Some similarities and dissimilarities of imaging simulation for optical microscopy and lithography.- A Ronchi-Shearing Interferometer for compaction test at a wavelength of 193nm.- Simulation and error budget for high precision interferometry.- Progress on the wide scale Nano-positioning and Nanomeasuring Machine by Integration of Optical-Nanoprobes.- Through-Focus Point-Spread Function Evaluation for Lens Metrology using the Extended Nijboer-Zernike Theory.- Digital Holographic Microscopy (DHM) applied to Optical Metrology: A resolution enhanced imaging technology applied to inspection of microscopic devices with subwavelength resolution.- An adaptive holographic interferometer for high precision measurements.- Spatio-Temporal Joint Transform Correlator and Fourier Domain OCT.- Subdivision of Nonlinearity in Heterodyne Interferometers.- Wide Scale 4D Optical Metrology.- Progress in SAR Interferometry.- New calibration procedure for measuring shape on specular surfaces.- Fringe Reflection for high resolution topometry and surface description on variable lateral scales.- Full-Field Shape Measurement of Specular Surfaces.- Numerical Integration of Sampled Data for Shape Measurements: Metrological Specification.- Fringe analysis in scanning frequency interferometry for absolute distance measurement.- Surface Shape Measurement by Dual-wavelength Phase-shifting Digital Holography.- Phase-shifting interferometric profilometry with a wide tunable laser source.- Opto-Mechatronic System for Sub-Micro Shape Inspection of Innovative Optical Components for Example of Head-Up-Displays.- 3-D profilometry with acousto-optic fringe interferometry.- Phase-shifting shearing interferometry with a variable polarization grating recorded on Bacteriorhodopsin.- Quasi-absolute testing of aspherics using Combined Diffractive Optical Elements.- Selfcalibrating fringe projection setups for industrial use.- 3-D shape measurement method using point-array encoding.- 3D measurement of human face by stereophotogrammetry.- Fast 3D shape measurement system based on colour structure light projection.- Hybrid Measurement Technologies.- Tip Geometry and Tip-Sample Interactions in Scanning Probe Microscopy (SPM).- Applications of time-averaged digital holographic interferometry.- Spatio-temporal encoding using digital Fresnel holography.- High resolution optical reconstruction of digital holograms.- Application of Interferometry and Electronic Speckle Pattern Interferometry (ESPI) for Measurements on MEMS.- Full-field, real-time, optical metrology for structural integrity diagnostics.- 3D Micro Technology: Challenges for Optical Metrology.- Interferometric Technique for Characterization of Ferroelectric Crystals Properties and Microengineering Process.- Holographic interferometry as a tool to capture impact induced shock waves in carbon fibre composites.- Two new techniques to improve interferometric deformation-measurement: Lockin and Ultrasound excited Speckle-Interferometry.- Testing formed sheet metal parts using fringe projection and evaluation by virtual distortion compensation.- Fatigue damage precursor detection and monitoring with laser scanning technique.- Analysis of localization of strains by ESPI, in equibiaxial loading (bulge test) of copper sheet metals.- Laser vibrometry using digital Fresnel holography.- 2D laser vibrometry by use of digital holographic spatial multiplexing.- Fatigue Detection of Fibres Reinforced Composite Materials by Fringes Projection and Speckle Shear Interferometry.- Multifunctional interferometric platform specialised for active components of MEMS/MOEMS characterisation.- Laser Multitask ND Technology in Conservation Diagnostic Procedures.- New Optical Sensors and Measurement Systems.- Progress in Scanning Holographic Microscopy for Biomedical Applications.- The Dynamics of Life: Imaging Temperature and Refractive Index Variations Surrounding Material and Biological Systems with Dynamic Interferometry.- Microsystem based optical measurement systems: case of opto-mechanical sensors.- White-light interferometry with higher accuracy and more speed.- Novel white light Interferometer with miniaturised Sensor Tip.- Challenges in the dimensional Calibration of submicrometer Structures by Help of optical Microscopy.- A white light interferometer for measurement of external cylindrical surfaces.- Pixelated Phase-Mask Dynamic Interferometers.- Tomographic mapping of airborne sound fields by TV-holography.- Dynamic ESPI system for spatio-temporal strain analysis.- Digital holographic microscope for dynamic characterization of a micromechanical shunt switch.- Digital Holographic Microscopy (DHM): Fast and Robust 3D measurements with interferometric resolution for industrial inspection.- Digital Micromirror Arrays (DMD) — a proven MEMS technology looking for new emerging applications in optical metrology.- Optimised projection lens for the use in digital fringe projection.- Absolute Calibration of Cylindrical Specimens in Grazing Incidence Interferometry.- Digital holographic interferometer with active wavefront control by means of liquid crystal on silicon spatial light modulator.- In-Situ-Detection of Cooling Lubricant Residues on Metal Surfaces Using a Miniaturised NIR-LEDPhotodiode-System.- Chromatic Confocal Spectral Interferometry — (CCSI).- A simple and efficient optical 3D-Sensor based on “Photometric Stereo” (“UV-Laser Therapy”).