Abstract
We present a novel algorithm for designing optimal cellular
interconnects (OCI’s), which can significantly accelerate the
communications among processors in single-instruction multiple-data
machines with optoelectronic interconnections. We present the
foundations of the OCI architecture and show that the optoelectronic
OCI is the optimal topology for a space-invariant interconnect
pattern. The OCI is optimal in achieving a minimum number of clock
cycles per data shift for a given number of optoelectronic
links. In addition, our algorithm for designing the OCI is
deterministic, whereas previous designs required a trial-and-error
procedure.
© 1998 Optical Society of America
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