Architecture for optical computing using holographic associative memories

Abstract

A new architecture for optical computing is proposed, based on associative memory which can be conveniently constructed by optical holography. This architecture is derived from a metaphorical model of the minor hemisphere of the human brain. We describe the performance of high-level intelligent information processing such as image processing, pattern recognition, concept formation, game playing with learning, and dynamic association.

© 1985 Optical Society of America

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