In this paper, we propose a technique based on a color fringe pattern used on deflectometry experiment. The advantages of using color fringe patterns together with phase shifting techniques on deflectometry experiment are presented. An experimental wavefront reconstruction of a progressive lens shows the accuracy and simplicity of these techniques used to process the deflection measurements. © 2014 Elsevier Ltd. All rights reserved
The speed of a fringe projection profilometry system is of great importance for the measurement of d...
Use of a color code to identify fringe orders has been in use in conventional photoelasticity. Phase...
The implementation of phase shifting interferometry to analyze the Lau interferometric fringe patter...
In this paper, we propose a technique based on a color fringe pattern used on deflectometry experime...
An instantaneous phase shifting deflectometry measurement method is presented and implemented by mea...
A simple technique for wavefront measurement is presented. This technique is based on the use of a c...
A simple technique for wavefront measurement is presented. This technique is based on the use of a c...
An improved deflectometry for wavefront measurement using a composite fringe is proposed to reduce t...
Deflectometry is a well-known method to characterize pure phase objects by measuring the deformation...
This research exposes the foundations of optical metrology which occupies one of the most important ...
Phase-measuring deflectometry combines the advantages of fringe-phase measurement, with sensitivity ...
© 2020 Improving the time efficiency of fringe projection profilometry (FPP) is an attractive proble...
We present a new method to measure specular free-form surfaces within seconds. We call the measuring...
© 2020 Improving the time efficiency of fringe projection profilometry (FPP) is an attractive proble...
A method for detecting the surface defects of high reflection objects using phase deflection is prop...
The speed of a fringe projection profilometry system is of great importance for the measurement of d...
Use of a color code to identify fringe orders has been in use in conventional photoelasticity. Phase...
The implementation of phase shifting interferometry to analyze the Lau interferometric fringe patter...
In this paper, we propose a technique based on a color fringe pattern used on deflectometry experime...
An instantaneous phase shifting deflectometry measurement method is presented and implemented by mea...
A simple technique for wavefront measurement is presented. This technique is based on the use of a c...
A simple technique for wavefront measurement is presented. This technique is based on the use of a c...
An improved deflectometry for wavefront measurement using a composite fringe is proposed to reduce t...
Deflectometry is a well-known method to characterize pure phase objects by measuring the deformation...
This research exposes the foundations of optical metrology which occupies one of the most important ...
Phase-measuring deflectometry combines the advantages of fringe-phase measurement, with sensitivity ...
© 2020 Improving the time efficiency of fringe projection profilometry (FPP) is an attractive proble...
We present a new method to measure specular free-form surfaces within seconds. We call the measuring...
© 2020 Improving the time efficiency of fringe projection profilometry (FPP) is an attractive proble...
A method for detecting the surface defects of high reflection objects using phase deflection is prop...
The speed of a fringe projection profilometry system is of great importance for the measurement of d...
Use of a color code to identify fringe orders has been in use in conventional photoelasticity. Phase...
The implementation of phase shifting interferometry to analyze the Lau interferometric fringe patter...