Design of space-multiplexed three-dimensional Omega networks and their optical implementation.
A method is described for arrangement of channels from different stages of a three-dimensional shuffle/exchange network so that only a single set of optics is needed to perform the two-dimensional shuffles. This arrangement is based on our earlier one-copy algorithm. It requires a feedback system and is an example of a space-multiplexed optical multistage network. We discuss the design issues and experimental results.
Cheng
L
L
Wang
J M
JM
Sawchuk
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