Add to ORKGIt is shown that among the different techniques for particle image velocimetry subpixel interpolation, only the "sinc"-kernel creates an optimal result in that it completely suppresses spurious spectral sidelobes. An efficient method is introduced for the computation of the subpixel-accurate correlation peak position without any systematic errors. A connection is made with the kernel-dependent observation of the peak-locking phenomeno
We consider the problem of registering (aligning) two images to sub-pixel accuracy by optimization o...
The widely-used evaluation algorithms for PIV recording have some short comings, in that they introd...
International audienceIn this work, we compare different interpolation operators in the context of p...
In this paper, we propose a new method for estimating subpixel motion via exploiting the principle o...
Abstract: Pixel locking in stereoscopic particle image velocimetry (SPIV) is often overlooked, albei...
International audienceDigital image correlation techniques are well known for motion extraction from...
A non-post-interrogation method of reducing sub-pixel bias errors and eliminating spurious vectors f...
International audienceThis paper deals with errors occurring in 2D cross-correlation PIV algorithms ...
International audienceWe study the low-level problem of predicting pixel intensities after subpixel ...
The article provides an overview of existing (digital) image evaluation methods for particle image v...
Particle Image Velocimetry methodology results in a spatial averaging of the real velocity field int...
In order to improve PIV technique, during these five last years, numerous advanced PIV algorithms ha...
A quantification metric is provided to determine the degree to which a particle image velocimetry da...
A symmetric correlation approach is proposed to improve the convergence of the single-pixel techniqu...
The accuracy of image correlation algorithms is severely affected by errors introduced by the interp...
We consider the problem of registering (aligning) two images to sub-pixel accuracy by optimization o...
The widely-used evaluation algorithms for PIV recording have some short comings, in that they introd...
International audienceIn this work, we compare different interpolation operators in the context of p...
In this paper, we propose a new method for estimating subpixel motion via exploiting the principle o...
Abstract: Pixel locking in stereoscopic particle image velocimetry (SPIV) is often overlooked, albei...
International audienceDigital image correlation techniques are well known for motion extraction from...
A non-post-interrogation method of reducing sub-pixel bias errors and eliminating spurious vectors f...
International audienceThis paper deals with errors occurring in 2D cross-correlation PIV algorithms ...
International audienceWe study the low-level problem of predicting pixel intensities after subpixel ...
The article provides an overview of existing (digital) image evaluation methods for particle image v...
Particle Image Velocimetry methodology results in a spatial averaging of the real velocity field int...
In order to improve PIV technique, during these five last years, numerous advanced PIV algorithms ha...
A quantification metric is provided to determine the degree to which a particle image velocimetry da...
A symmetric correlation approach is proposed to improve the convergence of the single-pixel techniqu...
The accuracy of image correlation algorithms is severely affected by errors introduced by the interp...
We consider the problem of registering (aligning) two images to sub-pixel accuracy by optimization o...
The widely-used evaluation algorithms for PIV recording have some short comings, in that they introd...
International audienceIn this work, we compare different interpolation operators in the context of p...