Phase-shifting profilometry using binary patterns with projector defocusing has been widely used for high-speed 3D measurement. Recently, a ternary Gray-code based phase unwrapping method has been proposed, which enables to accurately unwrap the phase but reduces the required binary patterns. This paper presents a comparison between the ternary and the traditional binary Gray code-based phase unwrapping methods.NRF (Natl Research Foundation, S’pore)Published versio
In order to decrease the noise enhancement in the process of phase unwrapping, we present a new phas...
This paper presents a novel pixel-level resolution 3D profilometry technique that only needs binary ...
Phase measuring Profilometry (PMP) is an important technique used in 3D data acquisition. Many varia...
By using one-bit binary patterns instead of eight-bit sinusoidal ones, the binary defocusing techniq...
In order to achieve a higher speed for fringe projection profilometry, we propose a quaternary gray-...
Recent digital technology allows binary patterns to be projected with a very high speed, which shows...
Phase unwrapping, either spatial or temporal, plays an important role in fringe projection profilome...
The speed of a fringe projection profilometry system is of great importance for the measurement of d...
Phase Shift Profilometry (PSP) method is widely used in 3D shape measurement. The advantage of the P...
A method to reliably extract object profiles even with height discontinuities (that leads to 2n pi p...
Recently proposed binary defocusing techniques have led to ultrafast speed 3D shape measurement, but...
Fringe projection systems have been widely applied in three-dimensional (3D) shape measurements. One...
Structured light scanning works by projecting over the scene a supplement of controlled information:...
This paper reviews two techniques that have been recently published for three-dimensional profilomet...
Phase unwrapping is a task common to many applications like interferometry imaging, medical magnetic...
In order to decrease the noise enhancement in the process of phase unwrapping, we present a new phas...
This paper presents a novel pixel-level resolution 3D profilometry technique that only needs binary ...
Phase measuring Profilometry (PMP) is an important technique used in 3D data acquisition. Many varia...
By using one-bit binary patterns instead of eight-bit sinusoidal ones, the binary defocusing techniq...
In order to achieve a higher speed for fringe projection profilometry, we propose a quaternary gray-...
Recent digital technology allows binary patterns to be projected with a very high speed, which shows...
Phase unwrapping, either spatial or temporal, plays an important role in fringe projection profilome...
The speed of a fringe projection profilometry system is of great importance for the measurement of d...
Phase Shift Profilometry (PSP) method is widely used in 3D shape measurement. The advantage of the P...
A method to reliably extract object profiles even with height discontinuities (that leads to 2n pi p...
Recently proposed binary defocusing techniques have led to ultrafast speed 3D shape measurement, but...
Fringe projection systems have been widely applied in three-dimensional (3D) shape measurements. One...
Structured light scanning works by projecting over the scene a supplement of controlled information:...
This paper reviews two techniques that have been recently published for three-dimensional profilomet...
Phase unwrapping is a task common to many applications like interferometry imaging, medical magnetic...
In order to decrease the noise enhancement in the process of phase unwrapping, we present a new phas...
This paper presents a novel pixel-level resolution 3D profilometry technique that only needs binary ...
Phase measuring Profilometry (PMP) is an important technique used in 3D data acquisition. Many varia...