Redes de commutación multi-etapa para tecnologias ópticas de guías de onda (Multi-Stage Switching Networks for Waveguide Optical Technology)

Dario Giuseppe Garao (dariogiuseppe.garao@polimi.it)1, Guido Maier (guido.maier@polimi.it)1, Achille Pattavina (achille.pattavina@polimi.it)1


1Politecnico di Milano

This paper appears in: Revista IEEE América Latina

Publication Date: Nov. 2015
Volume: 13,   Issue: 11 
ISSN: 1548-0992


Abstract:
Multi-stage switching is very suitable for implement- ing interconnection systems operating at different physical scale (from rack-to-rack to on-chip) and with several technologies (either photonics or electronics). Several multistage architectures have been proposed to design these systems in a highly modular and efficient way. Since these proposals are general and appli- cable to a vast range of technologies, optimizations are possible once a specific technology is considered. In this work we aim at optimizing multi-stage banyan and EGS architectures in case of optical waveguide technology implementation. We propose a method to decrease the number of waveguide crossovers, while avoiding an excessive increase of waveguide bends.

Index Terms:
Optical interconnections, optical switching architectures, extended generalized shuffle, waveguide technology   


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