1)  optical add/drop multiplexer
光分/插复用
2)  OADM
光分插复用
1.
RESEARCH OF CROSSTALK IN CASCADE SYSTEM OF OXC AND OADM;
级联光交叉连接和光分插复用系统串扰研究
2.
This paper puts an emphasis on the advantages of the wave division multiplexing(WDM) and the drawbacks of the available synchronous digital hierarchy(SDH),and analyses the key technologies of the AON, such as OXC and OADM, which can be used to effectively overcome the bottle-neck effect of the network.
综述全光网络的关键技术即光交叉连接和光分插复用,并说明它们是克服现有网络节点瓶颈问题的有效解决方法,同时就其新增加的物理光层而新面临的安全管理问题进行了详细探讨。
3.
A new formula to estimate OSNR for the link with cascaded OADM/OXC nodes in optical network is presented.
导出了光分插复用/光交叉连接(OADM/OXC)节点级联的OSNR的计算公式。
3)  optical add-drop multiplexer
光分插复用器
1.
Reconfigurable optical add-drop multiplexer based on F-P filter;
基于F-P腔的波长可调谐光分插复用器
2.
A novel reconfigurable optical add-drop multiplexer(ROADM) based on narrowband thin-film filter is proposed.
研制了一种基于窄带薄膜滤光片的可重构的光分插复用器(ROADM),它由三个单芯光纤准直器、一对三端口光环形器、一对全反射镜和一片特别设计的角度调谐窄带多腔薄膜滤光片组成。
3.
The design of an optical add-drop multiplexer OADM,using an asymmetric coupler and a slanted Bragg grating,is presented.
提出了一种基于斜光栅辅助的非对称耦合器型光分插复用器。
4)  OADM
光分插复用器
1.
A type of OADM based on tunable F-P cavity filter;
一种基于可调谐F-P腔滤波器的光分插复用器
2.
The Future of OXC/OADM;
光交叉连接/光分插复用器的应用前景
3.
The Essential Devices of All-optical Network——OXC and OADM;
全光网的关键器件——光交叉连接器与光分插复用器
5)  OADM
光分插复用设备
1.
This paper propsed an idea that the optical network and IP network will develop parallelly for long time, analysed the important meaning of OXC and OADM in the future high speed information network,and pointed out that OXC,OADM,OTDM and OPS represent the development direction of future optical network.
分析了光交叉连接设备( OXC)和光分插复用设备 ( OADM)在未来光网络中的重要意义 。
2.
Optical add/drop multiplexer (OADM) is an important network element in optical transport network(OTN).
光分插复用设备(OADM)是光传送网中的重要网元 ,本文提出了OADM的实现方法与设计原则 ,给出了实现OADM中的若干关键技术问题、相应的解决方法以及利用OADM进行长距离传输与组网的实验研究结
3.
In the first stage, it aims to develop OXCs, OADMs, core routers and an integrated network management system, and to construct a high speed network based on IP/DWDM in Beijing which will be an experiment platform of advanced network technologies.
中国高速信息示范网(CAINONet)的研究开发项目是“863”计划的一个跨主题重大项目 ,旨在自行研制出光交叉连接设备、光分插复用设备、核心路由器和一体化网络管理系统 ,并在北京建立一个基于IP/DWDM的高速信息示范网 ,连接北京地区部分重要科研院所与著名高等院校 ,为以光因特网技术为代表的先进网络技术提供一个试验平台。
6)  all-optical add-drop multiplexer
全光分插复用器
参考词条
补充资料：有一分热﹐发一分光
1.谓有多大能力﹐就贡献多大力量。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。