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Fiber-optic bipolar tap implementation using an incoherent optical source

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Abstract

A fiber-optic bipolar tap implementation is described. The proposed scheme utilizes 2's complement-number representation and digital multiplication by an analog convolution algorithm. Simple experimental verification of the scheme is presented. The addition of programmability to the taps results in the realization of a fast, flexible processor for manipulating binary quantities.

© 1987 Optical Society of America

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