全光网络的英文

• aon all optical network
• aon all-optical network

• "全"英文翻译    complete
• "光"英文翻译    light; ray
• "网络"英文翻译    network; electric network me ...
• "全光网" 英文翻译 :    all optical network; all-optical networks; aon all optical net
• "光网络" 英文翻译 :    apon; gpon; optical network; pon
• "全光纤网络" 英文翻译 :    aon all optical network; full fibre network
• "都市光网络" 英文翻译 :    meton metropolitan optical network
• "泛欧光网络" 英文翻译 :    open optical pan-european network
• "光网络层" 英文翻译 :    onl optical network layer
• "光网络单元" 英文翻译 :    onu optical network unit; optical network unit onu
• "光网络技术" 英文翻译 :    astn
• "光网络接口" 英文翻译 :    ioni isdn optical network interface isdn; oni optical network interface
• "光网络终端" 英文翻译 :    optical network termination
• "光网络装置" 英文翻译 :    o optical network unit; onu optical network unit; oss optica netwok nit; oss optical network unit
• "同步光网络" 英文翻译 :    sonet synchronous optical network; synchronous optical network sonet; synchronous optical networking; synchronousopticalnetworksonet
• "无纤光网络" 英文翻译 :    fiberless optical networking
• "无源光网络" 英文翻译 :    apon atm passive optical network; apon atm-based pon atm; passive optical network apon; passive optical network pon; pon passive optical network; pon: passive optical network
• "选路光网络" 英文翻译 :    wrn
• "有源光网络" 英文翻译 :    active optical network aon; aon active optical network
• "智能光网络" 英文翻译 :    ion intelligent optical network
• "多波长光网络" 英文翻译 :    monet multiwavelength optical network
• "光网络分析仪" 英文翻译 :    ona optical network analyzer
• "光网络试制部" 英文翻译 :    optical pilot manufacture dept
• "电话无源光网络" 英文翻译 :    tpon
• "国内无源光网络" 英文翻译 :    dpon domestic passive optical network; dpon domestic pon

• Rsvp - te based fast fault restoration scheme for meshed all - optical networks
  全光网络的快速故障恢复算法
• Distributed network control of optical path connection for all - optical networks
  全光网络中光通道连接的分布式管理
• 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。
• And the optical - switches are the basis of the future infrastructure . the development of optical - switches has fueled an increasing interest in many research and development groups of companies and universities
  光开关是全光网络的基石，目前世界上各大公司和高校的研究小组都纷纷参与到光开关的研究当中。
• At present , large - scale optical network is not easily realized , so the study of rwa and its engineering problems on small - scale and middle - scale optical network has important academic and realistic significance
  目前，大规模的全光网络还不易实现，研究中小规模的光网络rwa及其工程问题具有重要的理论和实际意义。
• With the fast development of optic - electronics technology , it is necessary that all - optical network , which be composed of optical wavelength division multiplexing transmission systems and optical node equipments , has a great promise for the future communication network
  随着光电子器件技术的飞速发展，波分复用光传输系统通过光节点设备连接构成的全光网络是未来通信网络的发展方向。
• Awg is a crucial component in dense - wavelength - demulti / multiplex ( dwdm ) all - optical - network ( aon ) . at present , the commercial awg is on sale oversea , however , the domestic researches are not at high - level . awg at home does not make any significant breakthrough in experiments
  Awg是dwdm全光网络系统中的关键器件，目前国外已有产品出售，但国内的研究水平不高，以理论工作居多，在实验结果上没有取得突破性的成果。
• In this thesis , firstly , the existing heuristic algorithms for steiner tree problem are summarized ; secondly , a research and analysis is made on the multicast trees that satisfy qos requirement and a fast routing algorithm for delay - constrained low - cost multicast is presented . through simulation , we find that the proposed algorithm is simple and can get the low - cost tee in polynomial time . at last , the multicast routing and wavelength assignment in wdm optical networks is studied ; a routing and wavelength assignment in wdm all - optical networks is presented
  本论文首先综述了多播路由问题的理论基础，接着对满足qos约束的多播路由问题进行了研究，提出了一种快速的时延受限最小代价多播路由算法，该算法简单、快捷，能在多项式时间内找到满足时延约束的代价较小的多播树，具有良好的性能；最后，研究了wdm光传送网中的多播路由和波长分配问题，并提出了wdm全光网络中的多播路由与波长分配算法，该算法将路由和波长分配统一进行，构造了时延受限低代价多播树，克服了将寻径和波长分配分步进行的弊端，避免了同类算法的较高复杂性。
• Firstly , the basic principle of ocdma , the basic theory of ooc and the key technologies of ocdma are introduced . the development , research status and trends of ocdma technologies are also summarized . combining with other multiplexing technologies and using fiber gratings as the encoder / decoder are the trends of ocdma system
  论文首先对ocdma的基本原理、光正交码的基本理论以及关键技术进行介绍,对光码分多址技术发展历史、研究现状以及发展趋势进行总结,指出同其它复用方式相结合的混合全光网络和采用光纤光栅编解码器是光码分复用技术最有希望的发展方向。
• As more and more users ' usage patterns evolve to include more and more bandwidth intensive networking applications such as data browsing on the world wide web ( www ) , java applications , video conferencing , etc . , it emerges an acute need for very high bandwidth transport network , whose capabilities are much beyond those that current high speed ( atm ) networks can provide
  随着越来越多的用户应用网络模式的发展，如因特网浏览、视频点播、视频电话等需要巨大网络带宽的通信业务的应用，迫切需要一个信息容量大大超过现有的高速网络(如atm )的网络。而基于波分复用技术的全光网络则充分满足了现代网络通信带宽需求，并具有很好的网络性能。