Photonic switching technology is the essential precondition of the implement of key functions of AON, and it is also the hotspot of research and development of communication companies.

In recent years, a focus on the study of optical fiber communication is All Optical Network ( AON), and it is the necessarily developing result for optical network.

近年来全光通信网（AON）成为光通信领域的一个研究热点，也是未来光网络发展的必然趋势。AON的关键技术主要包括光交换/光路由、光交叉连接、波长变换以及光缓存等。

Based on this model structure, the AON network is used to express the logical structure of the model, and then the application verification project correlative process network is constructed.

在这个模型结构的基础上，采用单代号网络图作为模型的逻辑结构表达形式，形成了应用验证类项目关联流程网络图。

Passive Optical Network ( PON) and Active Optical Network ( AON) are two kinds of technologies that can be used to construct the Optical Access Network.

当前用于实现光接入网的技术主要有两种：无源光网络技术PON和有源光网络技术AON。

The progress of optical devices determines the development stage of the All Optical Network ( AON), which is the necessary development trend of the optical communication network.

光通信网络发展的必然趋势是全光网，全光网的发展水平取决于光器件的进展。

As the core equipment of AON, OADM has great influence on the transmit ability and network originating of AON.

作为全光通信网的核心设备的光分插复用器（OADM），对全光网的传输能力、组网方式、关键性能都具有重要影响。

Progress on AON Standards of ITU-T and IETF

ITU-T和IETF智能光网络的标准化工作进展

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

全光网（AON，all-optical network）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。

The extended AON ( Activity on Node) graph is utilized to structurize the business process with decision nodes.

在经营过程中，存在许多决策节点，给出了扩展的AON图，结构化描述带有决策节点的经营过程。

Key Technologies in AON

全光网关键技术

All-optical network ( AON) is the major trend of future optical communication, which makes it become one of the hot research areas.

全光网是未来光通信发展的主要方向，是目前光通信研究的热点之一。

This paper mainly studies AON ( All Optical Network) adaptation layer technology and blocking probability of wavelength-routing networks.

本文主要研究全光网络的适配层技术和波长路由网络的阻塞性能。

AllOptical Networks ( AON) now is a hot research topics of optical fiber communication.

全光网络是目前光通信研究的热点。

This simplified method enriched the AON multi-dependency network.

此种简化的求解方法丰富了搭接网络的内容。

Dense wavelength division multiplex DWDM and all optical network AON

密集波分复用技术及全光网络

Study of All-Light Thermal Imaging Chip and System Based on MEMS Technology MEMS switch of AON

基于MEMS技术的全光热成像芯片与系统的研制全光网络中的MEMS光开关

The Analysis of Convergence Configuration in AON

全光网络的聚合配置分析

Some of key semiconductor optoelectronic devices in AON and their developing trend is discussed.

在诸多的光电子器件中，论文仅对AON中某些关键的半导体光电子器件的重要性和发展趋势予以评论。

Aon the Riemann boundary value inverse problems for a class of open arcs

一类开口弧段的Riemann边值问题的逆问题

Simultaneous Determination of Anion in Mineral water by Suppressed Aon Chromatography

抑制型离子色谱法同时测定矿泉水中阴离子的研究

Photonic switching is a key technology in the future All Optical Network ( AON).

光交换技术是未来全光网络（AON）中的关键技术。