In the framework of Stokes parameters imaging, polarization-encoded images have four channels. The relevant of such multidimensional structure comes from the set of physical information they carry about the local nature of the target. However, the noise that affects the intensity measurement may induce the no physical character of Stokes parameters and make awkward their analysis and processing. In this paper a new method to filter the additive noise of polarimetric measurement is introduced. This method is based on two multispectral filtering methods combined with a transformation of the Stokes channels following a fractal path. Using a regularization parameter, the proposed algorithm is a tradeoff between the filtering of polarizati...
Polarization is one of the physical properties of light, which is modified when light interacts with...
OSC ("Orthogonal State Contrast"imaging is an active polarimetric imaging mode which consists in ill...
La polarimétrie passive ou de Stokes représente un apport informationnel important dans les systèmes...
In the framework of Stokes parameters imaging, polarization-encoded images have four channels. The p...
Publication in the conference proceedings of EUSIPCO, Lausanne, Switzerland, 200
International audienceL'existence du bruit est inhérente aux systèmes imageurs. Causé par différents...
In the framework of Stokes parameters imaging, polarization-encoded images have four channels which ...
In the remote sensing context the goal of imaging polarimetry is to map the state of polarization of...
The Stokes-Mueller formalism provides a coherent framework that permits obtaining ...
A Bayesian approach for joint restoration and segmentation of polarization encoded images is present...
Estimation of Stokes vector components from an interferometric fringe encoded image is a novel way o...
The technique of phase diversity has been used in traditional incoherent imaging systems to jointly ...
The polarimetric imaging consists in acquiring images containing information relating to the polariz...
International audienceWe present an imaging system that measures the polarimetric state of the light...
In the field of imaging polarimetry Stokes parameters are sought and must be inferred from noisy and...
Polarization is one of the physical properties of light, which is modified when light interacts with...
OSC ("Orthogonal State Contrast"imaging is an active polarimetric imaging mode which consists in ill...
La polarimétrie passive ou de Stokes représente un apport informationnel important dans les systèmes...
In the framework of Stokes parameters imaging, polarization-encoded images have four channels. The p...
Publication in the conference proceedings of EUSIPCO, Lausanne, Switzerland, 200
International audienceL'existence du bruit est inhérente aux systèmes imageurs. Causé par différents...
In the framework of Stokes parameters imaging, polarization-encoded images have four channels which ...
In the remote sensing context the goal of imaging polarimetry is to map the state of polarization of...
The Stokes-Mueller formalism provides a coherent framework that permits obtaining ...
A Bayesian approach for joint restoration and segmentation of polarization encoded images is present...
Estimation of Stokes vector components from an interferometric fringe encoded image is a novel way o...
The technique of phase diversity has been used in traditional incoherent imaging systems to jointly ...
The polarimetric imaging consists in acquiring images containing information relating to the polariz...
International audienceWe present an imaging system that measures the polarimetric state of the light...
In the field of imaging polarimetry Stokes parameters are sought and must be inferred from noisy and...
Polarization is one of the physical properties of light, which is modified when light interacts with...
OSC ("Orthogonal State Contrast"imaging is an active polarimetric imaging mode which consists in ill...
La polarimétrie passive ou de Stokes représente un apport informationnel important dans les systèmes...