optical time division multiplexing中文是什么意思

• 光时分复用

• "optical"中文翻译    adj. 眼的；视觉的；视力的；帮助视力的；光学(上)的 ...
• "time"中文翻译    n. 1.时，时间，时日，岁月。 2.时候，时刻；期间； ...
• "division"中文翻译    n. 1.分，分开，分割；分划，区分。 2.分配；分派。 ...
• "otdm optical time division multiplexing" 中文翻译 :    光时分复用
• "optical space division multiplexing" 中文翻译 :    光空分复用
• "asynchronous time division multiplexing" 中文翻译 :    异步分时多路编排; 异步分时多任务
• "multiplexing time division" 中文翻译 :    划时多工
• "statistical time division multiplexing" 中文翻译 :    统计时分多路复用
• "synchronous time-division multiplexing" 中文翻译 :    同步时分多路复用
• "tdm time division multiplexing" 中文翻译 :    分时多工; 时分多路复用; 时分复用; 时间分开多路复用，时分多工法
• "time division multiplexing" 中文翻译 :    分时多工; 分时多路转换; 时分多路复用技术，时分多路转换; 时分复用; 时间分割多路传输; 时间分割多路复用
• "time-division multiplexing" 中文翻译 :    分时分多路复用; 时分多路复用技术; 时分多路转换; 时分多路转接; 时分多用
• "time-division multiplexing (tdm)" 中文翻译 :    时分复用
• "ctdm cell time division multiplexing" 中文翻译 :    信元时分复用
• "tdma time division multiplexing access" 中文翻译 :    时间分开多路复用存取技术
• "otdm optical time domain multiplexing" 中文翻译 :    光时域复用
• "otdm optical time division multiplexer" 中文翻译 :    时间分开的光学多路复用器
• "otds optical time division switching" 中文翻译 :    光时分交换
• "optical multiplexing" 中文翻译 :    光多路传输; 光复用
• "time multiplexing" 中文翻译 :    时分多路传输; 时分复用; 时间多路传输
• "color-division multiplexing" 中文翻译 :    分色复用
• "colour-division multiplexing" 中文翻译 :    色分复用
• "dense wave division multiplexing" 中文翻译 :    密集分波多工器
• "dense wavelength division multiplexing" 中文翻译 :    稠密波长分割多任务转换; 高密度波分多路复用，密集波分多路复用，[台]高密度分波多任务技术，[港]高密度波分复用，密集波分复用; 密集波分复用
• "fdm frequency division multiplexing" 中文翻译 :    频分多工法; 频分复用; 频率分开多路复用

• Otdm : optical time division multiplexing
  光时分复用
• Otdm optical time division multiplexing
  光时分复用
• Optical time division multiplexing
  光时分复用
• The design theory of the thesis take practicability for principal objective , use transmitting - receipting transducer , by means of optical time division multiplexing ( otdm )
  本课题设计原理以达到更优的系统实用性为目的,尝试采用收发一体超声波换能器,四路轮巡的方式分时复用四路收发处理电路。
• Considering the current development of optical device technologies and the network interconnection schemes , this thesis presents a novel national transport network architecture which combines the optical time division multiplexing ( otdm ) and optical wavelength division multiplexing ( owdm ) technologies
  考虑到当前光器件发展的水平和网络互联的机制,本论文提出了一种简单的优化整合使用光时分复用技术和光波分复用技术而构建的广域骨干网络的体系结构。
• By introducing the principle of high - speed optical time division multiplexing system , we present the characteristics of higher - order dispersion compensation in ultra high - speed otdm system , and derive optimum transmission parameters under the effects of source chirping and residual second - order dispersion , which would be helpful to provide some theoretical suggestion for high - bit - rate optical transmission system
  本文从介绍高速光时分复用系统的原理入手，深入地研究了超高速光时分复用系统中色散补偿的特性，并在此基础上得到了线性系统在源啁啾和残余二阶色散的作用下的最佳传输参量。
• Fiber laser , as a new subject , has been developing rapidly in recent years , especially the short pulse fiber laser . because of its potential application in both optical soliton and optical time division multiplexing communication system in the future , it received more and more attention . in this paper , the author generalizes the latest development of q - switch laser and introduces the common q - switch
  近年来,光纤激光器得到了迅猛的发展,特别是短脉冲光纤激光器,由于它在光孤子和光时分复用中的潜在应用,受到越来越多的关注,本文综述了常见的调q开关和光纤调q激光器最新发展情况,作者利用光纤m - z干涉仪作为q开关,实现了激光器的全光纤化,围绕光纤调q激光器进行了激光器调谐、自调q 、主动调q 、光纤激光器的模式结构等方面的研究工作。
• Agrawal ' s theory model of soa ca n ' t simulate accurately the amplified signal pulse shape in soa when the pulse width is as short as several picosecond . so we simulate accurately the peak power , full width half maximum , rising time and falling time of amplified pulse after considering the gain compression , gain asymmetry , gain shift , gain variable with situation and time . with ultrahigh velocity dense wavelength division multiplexing ( dwdm ) and optical time division multiplexing ( otdm ) developing , we demand more and more short signal pulse and more signal channels
  但当信号脉冲的宽度只有几个皮秒时， soa传统的agrawal理论模型已经不能完全准确地模拟soa对信号脉冲的放大情况，在此基础上，我们在全面考虑soa的增益压缩、增益非对称和漂移、增益随位置和时间变化的载流子寿命等物理机制的情况下，对皮秒超短高斯信号光脉冲经soa放大后的脉冲的峰值功率、脉冲半值全宽度、脉冲的上升时间和下降时间等重要物理参量进行了准确模拟和详细研究。
• In recent years , fiber lasers have developed rapidly due to the demand of optical fiber communication , especially , the ultra - short pulse fiber laser which has drawn more and more attention because of its potential applications in otdm ( optical time division multiplexing ) technique and optical soliton communication system
  近年来,由于光纤通信的发展需要,光纤激光器得到了迅猛的发展,特别是短脉冲光纤激光器,由于在光时分复用( otdm )技术和光孤子通信系统中的潜在应用,更是受到了越来越多的关注。