自动交换光网络的英文

• automatic switched optical network

• "自动"英文翻译    voluntarily; of one's own ac ...
• "交换"英文翻译    exchange; swap; interchange; ...
• "光"英文翻译    light; ray
• "网络"英文翻译    network; electric network me ...
• "自动交换光网络技术" 英文翻译 :    ason, auto-switch optical net
• "交换光网络技术" 英文翻译 :    ason
• "自动交换网络" 英文翻译 :    automatic switching network
• "全自动交换网络" 英文翻译 :    full-automatic switching network
• "半自动交换" 英文翻译 :    semiautomatic switching
• "非自动交换" 英文翻译 :    non automatic switching
• "全自动交换" 英文翻译 :    fully automatic switching
• "自动交换" 英文翻译 :    automatic exchange; automatic switching; exchange automatic; machine switching
• "自动交换机" 英文翻译 :    automatic exchange; automatic switchboard; automatic switching equipment; automatic switching system; automatic switching unit; automatic telephone switchboard; pabx;private automatic branch exchange
• "自动交换局" 英文翻译 :    auto switching exchange; automatic exchange
• "自动交换器" 英文翻译 :    autochanger
• "自动交换区" 英文翻译 :    dial exchange
• "自动交换所" 英文翻译 :    automated clearing house
• "自动交换网" 英文翻译 :    automatic switching network
• "自动交换自动交换机" 英文翻译 :    automatic exchange
• "a形自动交换机" 英文翻译 :    a type automatic switchboard
• "半自动交换机" 英文翻译 :    automanual switchboard
• "半自动交换局" 英文翻译 :    automanual exchange
• "半自动交换台" 英文翻译 :    automanual exchange
• "长途自动交换" 英文翻译 :    toll automatic switching
• "电报自动交换" 英文翻译 :    automatic message exchange; automatic switching of telegraph; automatic switching of telegrph

• Automatic switched optical network ; multi - granularity optical switch ; signalling ; routing
  自动交换光网络多粒度光交换机信令路由
• Study on function structure and survivability simulation for automatically switched optical network
  自动交换光网络功能结构和生存性仿真研究
• Automatic switched optical network ason represents the development trend of optical networks . multi - granularity optical switching is the importantly physically supporting techniques for ason to realize traffic engineering and quality of service
  自动交换光网络是光网络的发展方向，多粒度光交换技术是自动交换光网络实现流量工程和业务质量的重要物理支撑技术。
• In order to adapt to the new traffic transfer environment and enhance market competitiveness of telecommunications operators , there came up intelligent technology of the transfer network , which is represented by the automatic switching transfer network ( astn ) and the automatic switching optical network ( ason ) . it may well be said that astn technology represents a qualitative transition in the development of the transfer network
  为适应新的业务传送环境，提高电信运营商的市场竞争力，以自动交换传送网（ astn ）及自动交换光网络（ ason ） ?针对otn的astn为标志的传送网智能化技术应运而生，可以说astn技术是传送网络发展的一个质的飞跃。
• The type of node structure realizing multi - granularity optical swithing in ason is put forward and a multi - granularity optical switch using this structure is developed . the software for controlling the node in ason is compiled . the experimental research is carried out with campus network as signalling network and the data network is of mesh architecture , which is a typical architecture in ason
  本文提出了一种适用于自动交换光网络的多粒度光交换节点结构，并采用该结构研制出了多粒度光交换机开发了ason的节点控制软件数据网采用ason的典型结构格状网，利用校园网作为信令网进行了实验研究，验证了ason的主要功能。
• The evolution history and trend for ason are analysised in this paper . then it concluded that ason is inevitably to take place of traditional optic network for its explicit defect in meeting requirement of modern service . then it explain the two typical hierarchy and function architecture network models , named overlay model and peer model
  论文分析了光网络的发展历史及趋势,指出了传统光网络的不足及引入自动交换光网络的必要性,从层次结构和功能结构两个方面分析了ason的网络体系结构及重叠和对等两种网络模型,论文还分析了通用多协议标签交换( gmpls )协议族及其在ason控制平面中的应用。
• The automatically switched optical network ( ason ) can configure the network intelligently according to the type and traffic of service and the network resources , so gives the optical network the ability of configurable bandwidth and dynamic end - to - end connection management . the network is firmly protected in mechanism and can be self recovered once unexpected accidents happen . so it is widely considered as the strategic technology in the next generation network
  自动交换光网络( ason )通过对业务进行分类,可以依据网络资源和业务流量对网络进行智能化配置,在网络故障时提供强大的保护/恢复能力,赋予了光传送网实时提供可配置带宽和动态的端到端连接管理能力,被广泛认为是下一代光网络的主流技术。