We report a new, to our knowledge, technique for encoding amplitude information onto a
phase-only filter with a single liquid-crystal spatial light modulator. In our approach we …

We report what to our knowledge is a new technique for encoding both amplitude and phase
information onto a single binary-valued spatial light modulator. In our approach, we spatially …

A simple phase-characterization method for spatial light modulators is proposed. The low-
cost method permits high-precision measurement and provides data for the setting of the …

It has been noted previously that the diffraction efficiency of a spatial filter can be an
important system constraint. Limited filter illumination or a highly multiplexed impulse …

The Hilbert transform is useful for image processing because it can select which edges of an
input image are enhanced and to what degree the edge enhancement occurs. However, the …

Full complex modulation using liquid-crystal televisions clickable element to expand a topic
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We propose to study the conditions for implementation of complex amplitude modulation on
standard liquid-crystal spatial light modulators when illuminated by polarized light. The …

A rigorous analysis of ultrashort pulse shaping by the spectral filtering of dispersed
frequency components is presented. Particular attention is directed toward the case of two …

We show how to two dimensionally encode the polarization state of an incident light beam
using a parallel-aligned liquid-crystal spatial light modulator (LCSLM). Each pixel of the …

A method for compensating for pixel crosstalk in liquid crystal based spatial light modulators
is presented. By modifying a commonly used hologram generating algorithm to account for …