光交叉连接的英文

• optical crossconnect oxcc
• oxc optical cross connect

• "光"英文翻译    light; ray
• "交叉"英文翻译    cross connection; intersect; ...
• "连接"英文翻译    connect; fit together; link; ...
• "光交叉连接(光互联)" 英文翻译 :    optical cross－connect oxc
• "光交叉连接节点" 英文翻译 :    oxcn optical crossconnect node
• "光交叉连接设备" 英文翻译 :    optical cross connect equipment; oxc equipment
• "光交叉连接系统" 英文翻译 :    optic cross connect system
• "交叉连接" 英文翻译 :    back to back connection; cross connection; cross joint; cross-connection; cross-strap; crosslink; xc cross connect
• "交叉连接带" 英文翻译 :    cross connector straps
• "交叉连接的" 英文翻译 :    cross-connected
• "交叉连接点" 英文翻译 :    cccross-connection point; cross-connection point
• "交叉连接件" 英文翻译 :    cross-connect
• "交叉连接膜" 英文翻译 :    cross-linked envelope
• "交叉连接片" 英文翻译 :    cross connect sheet; cross connected sheet; cross connection sheet
• "交叉连接器" 英文翻译 :    oxcs; wxc
• "交叉连接图" 英文翻译 :    cross connection pattern
• "主交叉连接" 英文翻译 :    main cross connect
• "低阶交叉连接" 英文翻译 :    lower order cross connect
• "分插交叉连接" 英文翻译 :    add/drocross-connection
• "高阶交叉连接" 英文翻译 :    higher order cross connect
• "光层交叉连接" 英文翻译 :    optical layer cross connect olxc
• "光纤交叉连接" 英文翻译 :    fxc
• "交叉连接矩阵" 英文翻译 :    cm:cross-connect matrix
• "交叉连接模块" 英文翻译 :    ccm cross connect module
• "交叉连接绕组" 英文翻译 :    cross connected windings; cross-connected winding

• Optimized design of multiwavelength optical cross - connect
  多波长光交叉连接节点的优化设计
• Research of otn s optical cross - connect architecture
  全光传送网的光交叉连接节点的结构分析
• Ip wavelength router ; wavelength routing ; ip engine ; optical crossconnect
  Ip波长路由器波长路由ip引擎光交叉连接
• Oxc optical cross connection
  光交叉连接
• Abstract : oxc is the key technology in the implementation of all - optical networks . this paper presents an overview of the funcation , architecture and research advances in oxc
  文摘:光交叉连接技术是实现全光网的关键技术。分析了全光网中的光交叉连接的作用、技术特点以及国际上的进展。
• Waveband switching ( wbs ) has attracted much attention because of its practical importance in reducing the port count , associated control complexity , and cost of photonic cross - connections
  摘要由于波带交换在减少交换结构端口数、降低控制面复杂度和光交叉连接费用方面具有实际的意义，因而引起了人们广泛的关注。
• To analyze some key technologies of optical network relative with rwa in detail , such as transmission , switching and internetworking ; to emphasize on the research of function , fabric and performance of optical cross - connection ; to carry out numerical simulations for crosstalk introduced by optical cross connect and to present measurements for suppressing it such as doubly filtering , fixing optimum decision threshold and appropriately choosing the number of multiplexed wavelengths ; 3 . to research the fundamental principle and some problems relative with rwa , including the type of optical network , the type of traffic , the type of service , the survivability of optical network ; to classify and compare rwa algorithms and particularly research some dynamic rwa algorithms ; 4 . to present reserved light - path and classify network resource such as used , unused and reserved status , to emulate establishment of all - optical connection in optical network through modified rwa algorithm and show effectively reducing setup time of all - optical connection utilizing reserved light - path ; to research rwa algorithms of multi - fiber network , to present new link weight functions dependent on node degree , unused fiber ( s ) per wavelength - layer and routing policies , to perform emulation of rwa based wavelength layer graph applying new link weight functions and show them make algorithms better performance and network lower blocking rate ; 5
  详细分析了与rwa相关的光网络关键技术，包括传输、交换、组网等，重点研究了光交叉连接的功能和结构、性能，对其引入的串扰进行了详细分析，选择恰当的器件参数进行了数值模拟，并提出了抑制措施(如双重滤波、优化判决门限、选择恰当的复用波长数) ; 3 .研究了光网络的r认叭的基本原理、与r认叭的几个相关问题(光网络类型、业务类型、流量类型、光网络生存性) 、 r认人算法的分类和比较，具体研究了几种动态r场人算法; 4 .研究了以全光连接建立时间为优化目标的r认认算法，提出预置光路的概念，对网络资源进行状态分类(占用、未占用、预置) ，利用改进的r认叭算法仿真，预置光路可为部分新到的连接请求快速建立连接，从而提高网络性能;研究了以多光纤网络连接阻塞率为优化目标的r认城算法，提出了以节点度数、每个波长分层的空闲光纤数以及路由策略决定的几种链路权重函数，利用基于波长分层图模型的并行r场人算法仿真，利用新的链路权重函数使得算法具有更优的性能，使网络具有更低的连接阻塞率。
• With the explosive increase in network traffic and the emergence of high performance optical network devices , such as optical cross - connect ( oxc ) and optical add / drop multiplexer ( oadm ) , wavelength division multiplexing ( wdm ) technology becomes the core technology of next generation backbone networks
  随着网络业务量的爆炸性增长以及高性能的光网络设备(如光交叉连接器oxc 、光分插复用器oadm )的出现,波分复用技术( wdm : wavelengthdivisionmultiplexing )将成为下一代骨干网络的核心技术。
• Accompany with the continuous development of oxc ( optical cross connect ) and oadm ( optical add / drop multiplexer ) , optical network based on dwdm ( dense wavelength division multiplexing ) is no longer restricted in the peer - to - peer transmission , but it spans to the area of network interconnecting
  随着oxc ( opticalcrossconnect ,光交叉连接设备) 、 oadm ( opticaladd / dropmultiplexer ,光分插复用设备)技术的不断成熟,基于dwdm ( densewavelengthdivisionmultiplexing )技术的光传送网已不再局限于点对点传输,而是组网运用。
• All - optical networks employing the concept of wdm and wavelength routing are considered as the transport networks for the future . with the development of oxc and oadm , the optical transmission network based on wdm is not confined to point - to - point transmission . so , there must be the assignment and optimization of network resource on demand
  随着oxc ( opticalcrossconnect ,光交叉连接设备) 、 oadm ( opticaladd / dropmultiplexer ,光分插复用设备)技术的不断成熟,基于wdm ( wavelengthdivisionmultiplexing )技术的光传送网已不再局限于点对点传输,而是组网运用。