Optical interconnection : foundations and applications
Optical interconnection : foundations and applications
复制标题
光互连：基础和应用
DOI：
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发表时间：
1994
期刊：
影响因子：
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通讯作者：
H. Caulfield
中科院分区：
文献类型：
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作者：
Christopher Tocci;H. Caulfield
引言-信息处理对连通性的依赖光互连技术的演变。第一部分激励方面-光互连简介：当前互连瓶颈连接密度分析的形式。第二部分：现有的光互连方法及其局限性：体波导路由-光纤自由空间布线、集成光波导路由-微光学、光电互连和电子封装。第三部分光学互连的应用：基于聚合物的光子集成电路及其在光学互连和信号处理中的应用恶劣环境中使用的光学互连一种实现大规模并行计算的可重构光学互连网络的方法。
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.