WDM
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- 网络波分复用(Wavelength Division Multiplexing)；波分复用技术；光波分复用
WDMWDM
波分复用(Wavelength Division Multiplexing)
波分复用（WDM）是光纤通信中的一种传输技术，它利用了一根光纤可以同时传输多个不同波长的光载波的特点，把光纤可能 …
波分复用技术
而波分复用技术（WDM）可以在同一根光纤上同时传输多路光信号，充分利用光信道的带宽，所以研究人员也尝试将WDM技 …
光波分复用
光波分复用(WDM)技术光波分复用(WDM)技术隐藏>>你可能喜欢 文档信息 xianglj_cn贡献于2010-11-17 贡献者等级：手不释卷 …
波分复用器(Wavelength Division Multiplexer)
以波分复用器(WDM),光纤光栅和自行研制的掺Yb3+单模光纤,采用新颖的全光纤连接方案,实现了1060 nm窄线宽、线形腔激光 …
波分多路复用(WaveLength Division Multiplex)
在波分多路复用(WDM)网络中...一种高谱效率的WDM-ROF载... 出售中的专利 更多>> 一种保护儿童头部预防摔伤的帽子 国际 …
波分复用系统
波分复用系统(WDM)光安全进程技术 - 2006-10-16 - 张成良 中国电信集团北京研究院APON系统的标准化和发展趋势 - 2006-10 …
1
WDM driver contains a great deal of code that you could call boilerplate for handling Plug and Play and power management.
一个WDM驱动程序包含许多可以称之为样板的处理即插即用和电源管理的标准代码。
2
Because WDM was, at least by original intention, practically the same on all platforms, it became possible to write just one driver.
因为WDM驱动程序在所有的平台上都是一样的（至少其初衷如此），所以为多个操作系统只编写一个驱动程序成为可能。
3
WDM Driver of a good , well- article on access to drive development of the Comrades is not good for the enlightenment chapter .
WDM驱动的一篇不错的好文章，对要进入驱动开发的同志们是不份不错的启蒙篇。
4
Isolation is an important feature of WDM. The number of the index has a direct impact on communication quality.
隔离度是波分复用器的一个重要特性，该指标的大小对通信质量有着直接影响。
5
A few words will suffice to describe how you can perform floating-point calculations in a WDM driver.
一些语句将足够解释你可以如何在一个WDM驱动中执行浮点计算。
6
Arrayed-waveguide grating (AWG) is one of the most important devices in (dense) wavelength divided multiplexing (WDM) technology.
阵列波导光栅（AWG）是（密集）波分复用技术的关键器件之一。
7
It adopts WDM as the video capture method, which can enhance the efficiency and generality of the video capture.
设计中视频捕捉采用WDM驱动捕捉，提高视频捕捉的效率和通用性；
8
This paper described the system model of WDM passive optical network with wavelength shared.
介绍了波长共享的波分复用无源光网络系统模型。
9
The results show the WDM can efficient reconstruct the characteristics of the impact force in the course of the dynamic signal disposal.
结果显示，由于小波力和冲击力的相似性，在动态信号处理中小波反卷积能有效识别冲击力的特征。
10
It is theoretically deducted that the NBI between WDM users can be completely suppressed in this scheme.
从理论推导得知，该方案能完全滤除WDM用户间的NBI。
11
This text analyzed the ASE-noise induced timing jitter which affected the pulse propagation in dispersion-managed WDM systems.
本文对色散管理孤子系统中存在的影响脉冲传输的ASE（放大器自发辐射）致定时抖动进行了研究。
12
WDM technology is the useful way, which meet the need that the transmission network bandwidth grows quickly.
波分复用（WDM）技术是满足传输网络带宽需求剧增的有效途径。
13
At the end of the paper, development of driver program WDM for PCI bus-based data acquisition board is mentioned.
最后还介绍了对PCI总线数据采集卡驱动程序WDM的开发及编程方法。
14
And then, this paper detail the framework of the WDM driver, the basic WDM driver structure, memory operation.
然后本文详细介绍了WDM驱动程序框架，对驱动程序的基本结构及数据读写，内存操作等问题进行了介绍。
15
As the key technology in WDM system, erbium-doped fiber lasers and amplifiers have acquired more attentions for their inherent advantages.
作为WDM通信系统中的关键技术，掺铒光纤激光器和放大器由于本身所具有的一系列优越性，受到越来越多的关注。
16
A heuristic is proposed to fast design Path-Protecting p-cycles in Wavelength Division Multiplexing(WDM)networks.
提出了一种波分复用网络中通道保护P圈的快速启发式设计方法。
17
In this thesis, carrier reused and multicast transmission technologies in WDM-PON are main research works.
本文主要围绕WDM-PON中载波重用和组播传输技术展开系统的研究。
18
Blazed grating based WDM device is one kind of potential one in DWDM technology.
而闪耀光栅型DWDM是一种很有发展潜力的密集波分复用器件。
19
How to reduce the cost of WDM system is an important factor in achieving market-oriented.
如何降低波分复用系统成本是实现市场化的重要因素。
20
Chapter 2 discusses the layered architecture model of WDM and load flow of device drivers and some important data structure.
第二章讨论了WDM的层次结构模型，驱动程序的加载流程以及几个重要的数据结构。
21
Wavelength control is important in optical WDM communication systems.
在光纤WDM通信系统或WDM网络中，波长控制是十分必要的。
22
At last, the role and application viewpoint of OCDMA+WDM technology in all optical network are presented optimistically .
最后，比较乐观地描述了OCDMA+WDM技术在全光网络中的地位和应用前景。
23
WDM technology is the basis of optical network implementation.
WDM技术是光网络实现的基础。
24
WDM-PON is the best solution for increasing bandwidth in FTTX.
在FTTX的架构中WDM-PON是增加频宽的最佳解决方案。
25
Recently wavelength division multiplex local area network (WDM LAN) is a hot subject in the world.
波分复用局域网是目前国际上仍在研究的热点。
26
The experiment shows the feasibility of using WDM technology to improve the transmission bandwidth of POF. 3.
实验结果显示了使用波分复用技术提高聚合物光纤传输带宽的可行性。
27
Compared with traditional WDM Network, RWA under ION circumstance has to meet new requirements and has to face new challenges.
相对于传统WDM光网络，基于智能光网络环境下的RWA问题必须面对新的需求和挑战。
28
So how to settle the problem , in which dispersion is accumulated in WDM system, becomes a focus of study .
因此，如何解决波分复用系统中色散积累问题就成了光通信研究的一个焦点。
29
A WDM driver's DriverEntry function will finish initializing this object and return.
一个WDM驱动的驱动入口函数将完成这个对象的初始化并返回。更详细。
30
Fault location is very important for protection of WDM all optical networks.
故障定位对于波分复用（WDM）全光网络的保护非常重要。