光互连技术是光通信网络的基础。
The technology used for the optical interconnection is the foundation of optical communication networks.
光互连也是光计算机的基本技术。
Oplical interconnection is also a fundamental technique for optical computation.
所以其正在研究一种光互连以替代服务器”机架”。
So it is developing an optical replacement for the interconnects in server “racks”.
因此研究光互连网络具有重大的现实意义。
Therefore the study of optical interconnection network is of great practical significance.
旋转连接器是一种自由空间动态光互连器件。
Optical rotary joint is a free space interconnection component.
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 rotary joint function was designed.
本文设计一种具有可扩展性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。
A two-layer parallel optical interconnection network with expansibility was designed.
本文首先分析了光互连网络的研究现状及各种通信模式。
Firstly, the thesis analyses the relative research in the optical interconnection networks, and studies communication modes in the networks deeply.
首先介绍一种洗牌型自由空间光互连多层全互连神经网络模型。
A perfect shuffle type of free space optical intcrconnected multi-layer globally connected neural network module is firstly introduced.
可重构的光互连技术具有针对不同的应用提供相应的网络结构的能力。
Reconfigurable optical interconnects have the ability to provide diverse network configurations according to different applications.
本文设计和实现了具有PCI总线峰值带宽传输能力的光互连网络接口卡。
In this paper, an optical network interface card with PCI bus peak bandwidth transmission rate has been designed and implemented.
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。
Optical interconnection technique is a kind of theory using photon wave-particle duality phenomenon to achieve the signal transmission and data exchange.
文中介绍光互连的特点、功能、形式，以及在光计算机和光神经网络中的作用。
The paper describes characteristics, functions and structures of optical interconnection. Its applications in optical computing and optical neural networks are also presented.
在设计的双层光互连网络中，上层网络是星型连接，依靠数字路由结点进行通信。
A two-layer parallel optical interconnection network has been designed. The top layer was a star network, which was made up of digital routing nod, node computer and optical network interface CARDS.
讨论了电互连方式的缺陷以及光互连方式的优点，介绍了当前光互连的基本情况。
The paper discusses the disadvantages of electrical interconnection and advantages of optical interconnection, and introduces the presently basic conditions of optical interconnection.
然而这种全光互连的解决方案如果要应用到大众消费市场必须基于低成本的技术。
However, any optical solution must be cost-effiency if it is to be applied to the mass market.
光互连与光交换系统的实现有赖于光开关，光探测器，激光器等光电子器件的进展。
The implement of optical interconnection and optical switching lies on the development of optical switch, photodetector (PD), laser etc.
本文建立了千兆位传输结构的高性能光互连网络，以提高计算机机群系统的网络性能。
A interconnection network with Giga BPS transmission structure is completed and used for improving the performance of computer cluster systems.
光互连全交叉网络在巨型计算机和光子交换网络系统等领域具有十分重要的潜在应用。
Optical interconnection networks have important potential applications in the fields of super-computers and photonic switching network systems etc.
文中提出一个基于偏振编码，适用于动态光互连的方案，并给出全连接系统的增长规律。
In this paper, a system based on a polarization code is proposed for dynamic optical interconnection and introduced a growth rule for the fully connected version of it.
第四章对光互连理论进行研究，讨论基于微谐振器的芯片光互连交换单元的设计并评估其性能。
In chapter 4, we study the theory of optical interconnection and discuss the design of switching unit of optical Network-on-Chip based on micro-resonator.
平台通过承载16点以及32点的大规模并行FFT计算，能够通过实验演示光互连与电互连的传输能力。
Bearing 16-point and 32-point large-scale FFT parallel computing, the platform can demonstrate the transmission capacity of optical interconnection and electrical interconnection through experiments.
本文采用半导体激光器和PIN光电探测器，设计和实现了用于计算机PCI总线并行互连的光互连链路。
In this paper, an optical interconnection data link for PCI bus parallel interconnect has been designed and implemented using semiconductor laser diodes and PIN photo detectors.
在现今千兆运算速度级别的超级计算机中，光互连已经非常普遍，其也将在接下来的几十年中变得更为普遍。
Optical interconnects are common in today's petascale supercomputers, and will become pervasive at the exascale during this decade.
这种新型的硅基发光管结构在下一代集成电路中作为芯片之间或芯片内部的光互连具有非常广阔的应用前景。
The new type silicon-based luminous tube structure has a widely application prospect as light connection between chips or chips inner in next generation integrated circuit.
利用现场可编程门阵列（FP GA）在光互连网络中实现了数据包的硬件路由以及数字交叉开关的动态配置。
With field programmable gate array(FPGA), hardware routing of data packages and dynamic configuration of digital crosspoint switch are realized.
在这种背景下，众多研究机构均投入了大量的人力物力进行相关技术的开发，并希望制定属于自己的光互连器件和标准。
Many research institutions have invested a lot of manpower and resources to develop the related technologies and wish to develop their own optical interconnect devices and standards.
这种改进的蝶互连结构，既发挥了光互连网络在并行运算中的优势，又利用了电互连网络来弥补光互连网络实现上的不足。
This revised BIN structure not only keeps up the advantages of parallel calculation, but also overcomes the disadvantages of implementation of the original optical BIN by applying electronical BIN.
提出基于光交换互连系统(otis)网络结构的矩阵乘并行算法，分析它的时间复杂性。
A parallel algorithm for matrix multiplication based on optical transpose interconnection system (OTIS) network is proposed, and the time complexity is analyzed.
应用推荐