optical interconnection

Design of WDM Optical Interconnection Network Based on a Digital Crosspoint Switch

基于数字交叉开关的波分复用光互连网络设计

Design and Performance Analysis of Two-layer Parallel Optical Interconnection Network with Rotary Joint Function

有旋转连接的双层光互连网络设计与分析

Optical interconnection technique gets the incomparable advantage in lowing the power dissipation of the interconnection network, and the advantages of extremely high bandwidth, extremely low signal loss, that make it to be the ideal interconnection technique in chip-scale interconnections.

光互连技术在降低通信系统功耗方面有着无可比拟的优势，且有着极高的通信带宽和极小的传输损耗，是理想的片内互连技术。

This paper introduces the implement methods of a high-speed optical interconnection network adapter for double token-ring network topology cluster.

介绍了一种面向机群系统双环形网络拓扑结构的高速光互联网络适配器的设计和实现方法。

To meet the requirements of high compunication in 21 century and to solve a variety of limitations existed in today's electrical interconnection and information processing technology, optical interconnection and optical computing have become more and more attractive.

为了适应21世纪高度信息化社会的需要，解决目前电子系统中电互连和信息处理技术带来的种种局限，光互连与光计算已成为跨世纪引人注目的话题。

A two-layer parallel optical interconnection network with rotary joint function was designed.

设计一个具有旋转连接功能的双层并行光互连网络。

A two-layer parallel optical interconnection network with expansibility is designed in this paper.

本文设计一种具有可扩展性的 双层 并行光互连网络.

To analyze the crosstalk of output signal of micro blazed-grating, it is proved that micro blazed-grating could restrain crosstalk, and apply it in the field of all optical interconnection.

对微闪耀光栅输出信号的串扰分析表明，微闪耀光栅光开关可以有效的抑制串扰问题，在全光网络通信中具有一定的应用。

Optimization and Improvement of the Data Vortex Optical Interconnection Network Topology

计算机光互连网络Data Vortex拓扑的优化与改进

This model can make full use of agile restoration mechanism of the IP lamina and protection& restoration mechanism of the optical interconnection lamina to improve network transport efficiency and meet the need of the development at top speed of internet work for the transmission bandwidth.

此模型能充分利用IP层电子的灵活恢复机制与光互联层的快速保护与恢复机制，提高光互联网的传输性能，以适应目前高速发展的互联网对传输带宽的要求。

Using this system , multistage PS and FPS optical interconnection can be achieved.

这个循环系统可以实现多级PS光学互连和FPS光学互连.

Therefore the study of optical interconnection network is of great practical significance.

因此研究光互连网络具有重大的现实意义。

Polymer microlens arrays have been widely used in various high-technology fields, such as optical interconnection, detector arrays, image processing display, projector, scanners and digital cameras.

聚合物微透镜阵列在光学连接、探测器阵列、平板显示器、投影仪、扫描仪、数码相机等方面已取得广泛的应用。

Optical interconnection technique is a kind of theory using photon wave-particle duality phenomenon to achieve the signal transmission and data exchange.

光互连技术是以光的波粒二相性的各种现象实现信号传输和数据交换的理论。

An optical interconnection system for testing array devices is designed. The clock optical array is generated by a BPG ( Binary Phase Grating). And the signal optical array is generated by a 2 × 8 SEED ( Self Electrooptic Effect Device) array working as modulators.

设计了一个测试列阵器件的光互连系统，系统的时钟光点阵由二位相光栅（BPG）产生，测试所需的信号光点阵由一个2×8的SEED器件对时钟光进行调制产生。