We present the imaging polarimetry method with phase shifting. The use of a liquid crystal
modulator makes this method equally as quick as the one of imaging polarimetry with carrier …

This paper reviews three polarimeters based on different types of liquid crystal cells (parallel
and twisted nematic, and ferroelectric), as well as a polarimeter based on the conical …

Imaging polarimetry through evaluation of the degree of polarization of light can give much
information about complex scenes. A classic optical set-up usually consists in using a …

The implementation of an imaging polarimeter able to capture dynamic scenes is presented.
Our prototype is designed to work at visible wavelengths and to operate at high-speed, ie …

We present a new imaging polarimeter that provides the full polarization state of the light
emitted by any source in the same way as chromaticity for a video-colorimeter. The …

We present an imaging polarimeter in transmission mode that is based on a carrier
frequency method and allows a spatially resolved polarimetric description of nondichroic …

A two-dimensional birefringence measurement method is described. In this procedure, we
send light through a rotatable linear polarizer and subsequently through a transparent and …

The imaging polarimetry with carrier frequency uses periodically space variation of light
polarization obtained with a birefringent wedge, inserted into an optical setup …

A description of a compact imaging Stokes polarimeter constructed and tested in our
laboratory is presented. Our polarimeter is based on a simple construction using only one …

Images describing polarimetric characteristics of objects are more and more used when
studying complex scenes. In some cases, only the depolarization phenomenon, mostly due …