OXC

Many wavebands and wavelength that do not need to be switched are connected to OXC in the current MG-OXC . This wastes many ports of MG-OXC .

现有的多粒度光交换连接把不需要交换的波带/波长连接到光交叉连接中，造成了光交叉连接的端口的浪费。

The design of a novel OXC

一种新型光交叉连接器的设计

Analysis on BER Performance of OXC Nodes with Power Equalization Function Module

SOA功率均衡技术的误码率性能分析

Investigation of OXC Based on SOA Optical Switch Matrix

基于SOA光开关矩阵的光交叉连接的研究

How to Overcome the Performance Degradation Caused by OXC Cascade Connection

如何克服OXC级连造成的性能退化

Crosstalk analysis of five OXC architectures based on space switches

5种基于空间光开关的OXC的串扰研究

Optical cross connect ( OXC ) is key architecture of optical switching .

光交叉连接结构是光网络节点的关键结构。

Development of the optical switch matrix in OXC

光交叉连接中空分光开关阵列的研制

A network structure with one OXC node and six OADM nodes is designed .

设计了一种有一个OXC节点及六个OADM节点的网络结构。

All these provide the theoretical foundation for the design of OXC nodes and the optical network .

从而为OXC节点和网络设计提供了理论分析和指导依据。

OXC is the core component in the all-optical network .

光交叉连接器OXC是实现全光网络的核心器件。

Therefore , the reliability and efficiency of OXC decide the survivability of optical network .

因此，OXC的可靠性和高效性直接决定着网络的生存性。

Modular Structure of OXC in Survivable Optical Transport Network

生存光传输网络的交叉连接模块结构

This paper , in my opinion , describe OXC equipment , component , restoration and network management .

本文主要从系统设备、器件、OXC恢复、光网络的管理以及未来的发展几方面谈谈自己的看法。

The Research of OXC and OADM Network Nodes

OXC及OADM网络节点的研究

The design of OXC in core node and assembly strategy in edge node are discussed and analyzed in this paper .

本文着重分析和讨论了边缘节点的汇聚技术，以及核心节点路由技术和OXC的设计。

OXC in All - optical Network

全光网中的光交叉连接技术

Study on Homodyne Crosstalk Reduction in Integrative OADM / OXC Node

一体化OADM/OXC节点降低串扰结构研究

The crosstalk of OXC is one of the most important factors which restrict the scale of WDM optical network .

在WDM光网络中，光交叉连接（OXC）节点的串扰是限制网络规模的关键因素。

Optical Transmission Unit , which is an important sub-function unit of OADM device and OXC device .

光信号转发单元，是光传送网设备OADM和OXC的重要组成部分。

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

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。

Design and Implementation of Multi-granularity OXC

智能多粒度光交叉连接节点的设计与实现

Atomic components necessary to build the key network elements ( i.e.OADM / OXC ) are given , the result is presented also .

给出了用于构建关键网元设备OADM/OXC的基本原子器件，并讨论了模型运算关系和运算结果。

Real-time PCR and Western Blot respectively detected in the expression of FRC and the OXC in gene and protein levels .

Real-timePcR和westernblot分别检测到FRC和OXC在基因水平和蛋白水平表达。

In the paper , the key technologies and application solutions of OXC / OADM are presented , and their future development is prospected .

为此，文章对OXC/OADM的关键技和解决方案进行了介绍，并对OXC/OADM的发展进行了展望。

One of the methods to reduce the crosstalk of OXC is to reduce the crosstalk of the optical switch array in it .

提高光开关的隔离度是降低OXC串扰的一条途径。

The diagrams of OXC struture and of OXC struture based on AWG are also presented .

光交叉互连（OXC）结构和基于阵列波导光栅（AWG）的OXC结构的示意图也在文中给出。

The network architecture with each node integrating an IP router and an OXC is an attractive paradigm for the next generation optical Internet .

将IP路由器和光交叉连接器集成在一起构成一种新的节点结构，由这种节点所组成的网络成为一种很有吸引力的下一代光互联网结构。

It can be employed as the key part in a ROADM and OXC , thus the flexibility and stability of network node is improved .

该器件作为构成ROADM和OXC的关键部件，可以提高光网络中网元节点的灵活性和稳定性。

Scalability of intensity-modulation direct-detection DWDM networks which built with the three OXC nodes is compared and discussed by numerical simulation .

用数值模拟的方法分析了带内串扰对强度调制&直接检测网络扩展性的影响。