We present a method for calibrating polarimeters that uses a set of well-characterized
reference polarizations and makes no assumptions about the optics contained in the …

We present a method for calibrating a polarization state analyzer that uses a set of well-
characterized reference polarization states and makes no assumptions about the optics …

Accurate calibration of polarimetric sensors is critical to reducing and analyzing
phenomenology data, producing uniform polarimetric imagery for deployable sensors, and …

Accurately calibrating an infrared polarimeter presents several challenges. Some of these
challenges include characterization of the polarization elements within the polarimeter …

The calibration of a visible polarimeter is discussed. Calibration coefficients that provide a
complete linear characterization of a polarimeter are represented in this paper by the …

In 2009, we presented a compact division of amplitude imaging polarimeter design that
captures the complete Stokes parameters simultaneously. The advantages of this design are …

We present the initial results of an imaging polarimeter operating at 632.8 nm that
simultaneously analyzes four polarization states on a single detector array. In a single snap …

The design and construction of wide FOV imaging polarimeters for use in atmospheric
remote sensing requires significant attention to the prevention of artificial polarization …

We have designed a new near-IR imaging polarimeter which generates the complete
Stokes' vector estimation simultaneously. The design is based on our first generation …

The relationship between system condition and SNR in reconstructed Stokes parameter
images is investigated for rotating compensator, variable retardance, and rotating analyzer …