Dynamic holographic architectures for connecting processors in parallel computers have
been generally limited by the response time of the holographic recording media. In this …

An optical interconnect system employing Computer Generated Holograms (CGH's) for a
shared memory computer is described. The CGH's serve three functions: the concentration …

With the rapid advances in technology, it is now feasible to build a system consisting of
hundreds or thousands of processors [1-3]. Processors in such a parallel/distributed system …

In this paper, a dynamic information routing architecture, which uses fixed volume
holograms accessed by a ferroelectric liquid crystal spatial light modulator (SLM), is …

This paper reports recently obtained experimental results in the implementation of
multiplexed holographic representations of space-variant optical systems. Phase-coded …

In order to achieve the promise of terabit/cm3 data storage capacity for volume holographic
optical memory, two technological challenges must be met. Satisfactory storage materials …

Dynamic global interconnections between processors in massively parallel computers are a
highly desirable feature. Their implementation would greatly increase performance because …

We describe a page-formatted random-access holographic memory designed to store up to
160,000 holograms. The memory consists of 16 vertically spaced locations, each containing …

We describe a page-formatted random-access holographic memory capable of storing up to
160,000 holograms. A segmented mirror array allows a 2D angle scanner to provide access …

Digital holography is greatly extending the range of holography's applications and moving it
from the lab into the field: a single CCD or other solid-state sensor can capture any number …