An introduction to optical designs for handling the efficient routeing of photonic information. This book explains electrical versus optical issues, the promise and diversity of optical interconnection, and the advantages, costs and tradeoffs. Each design approach is discussed at length.
Optical Interconnection Summary
Optical Interconnection: Foundations and Applications by Christopher S. Tocci
Leading experts in the field introduce optical designs for handling the efficient routing of photonic information in this book.
Table of Contents
Introduction - information processing's dependence on connectivity; the evolution of optical interconnection technology. Part 1 Motivational aspects - an introduction to optical interconnection: formalism of the current interconnect bottleneck; connection density analysis. Part 2 Current optical interconnection approaches and limitations: bulk waveguide routing - fiber optics; free space routing; integrated optical waveguide routing - micro-optics; optoelectronic interconnects and electronic packaging. Part 3 Applications of optical interconnects: polymer-based photonic integrated circuits and their applications in optical interconnects and signal processing; optical interconnection for use in hostile environments; an approach for implementing reconfigurable optical interconnection networks for massively parallel computing.
Additional information
NPB9780890066324
9780890066324
0890066329
Optical Interconnection: Foundations and Applications by Christopher S. Tocci
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