全光网

给出了OCDMA应用在全光网的硬件结构，重点阐述了光纤的选择、设计了光收/发模块以及基于系统集成设计的可调光编/解码器。

It gives the structure of hardware of OCDMA technique using in AON . It discusses the choice of fiber and designs the bright E / O and O / E modules , and also designs the light encoder / decoder based on system integration technique .

全光网适配层技术及阻塞性能研究

Research on AON Adaptation Layer Technology and Blocking Performance

WDM全光网连接管理系统的结构设计

The Structure Design of Connection Management System for WDM All-Optical Networks

波分复用（WDM）全光网是下一代骨干网的核心，网络的生存性问题是构建WDM全光网的关键技术之一。

All-optical metwork of WDM is the core of next generation backbone network .

WDM全光网优化及波长分配算法的研究

Study on wavelengh allocation algorithm and its optimization of WDM all optical networks

IPoverDWDM全光网在网络骨干传输层中的应用

All-optical Network 's Application in the Networks Backbone Transmission Layer Based on IP over DWDM Technology

基于SNMP的全光网故障管理子系统的设计与实现

Design and Application of All-Optical Network Trouble Information Management Subsystem Based on SNMP

全光网（AON，all-opticalnetwork）能在光域上实现高速信息流的传输、交换、路由和故障恢复等功能。

All-Optical Network ( AON ) can realize the transfer , switch , route and error recovery of high speed info-stream .

基于TMN的全光网网络管理研究

TMN Based Management of All Optical Network

对基于光纤码分多址（OCDMA）技术的全光网进行了研究。

It investigates the technology of optical CDMA ( OCDMA ) using in all optical networks .

未来基于光分插复用（OADM）和光交叉连接（OXC）的全光网需要能满足其高速交换需要的光开关单元及其阵列。

All-Optic-Network based on OXC and OADM needs high-speed optical switch to realize photonic switching .

介绍一种新的二维OCDMA光地址码及其布拉格光纤光栅编解码方案，给出了OCDMA全光网结构。

A new kind of two-dimensional OCDMA codes and the encoding / decoding scheme based on fiber Bragg gratings are presented .

分析了OCDMA技术应用于全光网的优点：如多用户可扩展性，好的保密性等。

The author analysis the virtue of OCDMA technology when implementing in all-optical network like : multi-user expansibility and excellent security character .

针对全光网中级联EDFA的功率瞬态变化的情况，提出了一种新的功率均衡和控制方案。

In this paper , a new method is proposed in order to control and equalize the power transients of cascaded EDFAs in all optical networks .

分析WDM光网络和传统SDH光传送网，讨论全光网的基本管理体系结构、管理系统的实现方案、光网络的管理需求和管理功能。

WDM and SDH transport networks are compared and analyzed . In particular , the basic management architecture , implementation of the management system , the management requirements and functions in all optical networks are discussed .

在本文里，我们总结了两种用来设计、优化WDM全光网O-CAD的方法：频域分析法（FDA）和时域分析法（TDA）。

In this paper , it is concluded two kinds of methods to design OCAD for all optical network : frequency domain analysis ( FDA ) and temporal domain analysis ( TDA ) .

第一章首先回顾光纤通信的发展历程，介绍WDM全光网及其关键器件，全面总结光纤光栅的制作方法及其在WDM全光网中的应用现状。

In Chapter 1 , the development of optical fiber communication , WDM all-optical network and its essential devices have been reviewed first , and followed by a systematic summary on the writing technology and applications of fiber gratings .

文章介绍了波分复用（WDM）技术全光网的结构及光交叉互连技术的概念，主要技术指标和功能，以及典型结构和工作原理。

In this paper it is introduced that the configuration of WDM all-optical network and the technology of optical cross-connection ( OXC ) including the conception , main index and function , typical structure and operating principle of it .

与其它方案的一个显著不同是，该方案可以控制微秒量级的功率起伏，从而在全光网的网络管理中无需考虑级联EDFA的功率瞬态。

Compared with others , this method has a new point which can control power variation at μ s , so that power transient of cascaded EDFAs in all optical network management can be ignored .

最后探讨了全光网具体实现中存在的一些问题，得出结论：OCDMA技术是实现全光网传输的比较好的备选方案之一。

At last , the author put forward some practical problem existing in the implementation of all-optical network and draws a conclusion said : OCDMA technology is comparatively a perfect solution for all-optical network transmission .

文章对PCF在全光网中的各项应用进行了分析，重点对PCF在光纤光栅和光纤激光器、放大器、光开关、波长变换器方面的研究进展进行了介绍。

In this paper , analysis of the applications of PCF in all-optical networks is made and the progress of their development in fiber grating , fiber laser , fiber amplifier , optical switch , wavelength converter reviewed in detail .

文中阐述了光缆建设、光缆通信设备建设、光纤传输网体系及全光网发展的前景，并对光缆、光纤、SDH设备及光连接器等市场进行了估测。

This paper presents the optical fiber communications in terms of optical fiber cable installation , equipment construction and the transmission network architecture as well as the all-optical network . The market of the optical fiber , optical cable , SDH systems and optical connectors has been assessed .

光分插复用器（OADM）能够在光域上实现信号的上下载，克服了传统技术的电子瓶颈，是实现WDM全光网的关键技术。

Optical Add / Drop Multiplexer ( OADM ), which has a capacity of add / drop signals in the optical formation and then avoids the drawback of electronic bottleneck demonstrated in traditional technology , becomes the pivot to realize all optical WDM networks .

可重构光分插复用器（ROADM）是全光网中的关键节点器件，它将用在计算机互联网、数字电视网络中并且提高其信号质量、带宽和速度。

The reconfigurable optical add-drop multiplexer ( ROADM ) is a crucial component in the optical network which will be used in the Internet and digital television network , enhancing their performance , band width and speed .

未来的全光网及光路板的设计与构想

Future All-Optical Network and the suppose about the Optical circuit board

部分波长转换全光网阻塞概率的近似计算

Computing Approximate Blocking Probabilities in All-Optical Networks with Partial Wavelength Conversion

全光网波长转换器配置问题的一种启发式算法

A Heuristic Algorithm for Wavelength Converter Allocation in Wavelength-Routed All-Optical Networks

全光网中静态路由选择和波长分配的分层图算法

Layered-graph Algorithm of Static Routing and Wavelength Assignment for Optical Networks

应用于全光网的取样布拉格光纤光栅数字波分复用器设计

The design of optical interleaver based sampled FBG for all-optical network

波长变换技术是波分复用全光网关键技术之一。

Wavelength conversion is a key technology of all optical network .