Two-dimensional spatial light modulators (SLMs) modulate one of the properties of an
optical wavefront (amplitude, phase, polarization) as a function of two spatial dimensions …

An optical design space that can highly benefit from the recent developments in
metasurfaces is the folded optics architecture where light is confined between reflective …

Optical computing: a survey for computer scientists | Guide books skip to main content ACM
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Various optical data-processing techniques are reviewed in this article. Both coherent and
incoherent optical systems are considered. Coherent systems are described in terms of …

The principles of communication theory were applied in the 1950's to optical imaging
systems and to the analysis of images. Optical systems were analyzed in much the same …

Spectrum analysis is one of the most fundamental tools in science today. Its use in one form
or another spans virtually every discipline. It was one of the first recognized applications of …

The perfect shuffle interconnection network (PS) consists of splitting a linear array of N= 2 n
items in half and interleaving the two halves. The PS was originally proposed as the …

A numerical optical processor is described that performs operations in residue arithmetic.
The position coding used to represent decimal and residue numbers allows one to describe …

Two-dimensional optical processing architectures that are implemented with one-
dimensional input spatial light modulators are reviewed. The advanced state of the art of …

A working prototype of an optical system has been developed for processing signals and
images, using a liquid-crystal array with electronic control to input the information. A number …