交换层的英文

• switching layer

• "交换"英文翻译    exchange; swap; interchange; ...
• "层"英文翻译    I storey; tier; stratum
• "离子交换层" 英文翻译 :    ion exchange bed; ion exchange layer; ion-exchange bed; ion-exchange layer
• "离子交换层析" 英文翻译 :    ion exchange chromatography; ion-exchange chromatography; ion-exchange column chromatography
• "阳离子交换层" 英文翻译 :    cation-exchange bed
• "交换层次的模型" 英文翻译 :    switch-level modeling
• "离子交换层析法" 英文翻译 :    ion exchange chromatography
• "离子交换层析术" 英文翻译 :    ion exchange chromatography; ion-exchange chromatography
• "配位交换层析法" 英文翻译 :    ligand exchange chromatography
• "阴离子交换层析" 英文翻译 :    anion exchange chromatography
• "可用于离子交换层析" 英文翻译 :    bio-rad
• "chemical公司离子交换层析介质的商品名]" 英文翻译 :    dowex resin
• "公司商品，可用于离子交换层析" 英文翻译 :    bio-rad
• "离子交换层析用阴离子标准液" 英文翻译 :    anionic standard solutions for ion chromatography
• "变换层" 英文翻译 :    transform layer
• "换层点" 英文翻译 :    layer break
• "轮换层" 英文翻译 :    alternate layers
• "转换层" 英文翻译 :    tra fer floor; transfer floor; transition layer
• "分析转换层" 英文翻译 :    analysis and conversion layer
• "换层燃烧" 英文翻译 :    differential firing
• "置换层析术" 英文翻译 :    displacement chromatography
• "暂存器转换层" 英文翻译 :    rtl(register transfer level
• "转换层级为组" 英文翻译 :    convert levels to groups
• "转换层级文件" 英文翻译 :    convert hier file
• "褶皱转换层理" 英文翻译 :    folded transposition layering

• Public data exchange format part 2 : exchange interface format
  公共数据交换格式第2部分:交换层接口格式
• After that , freeway network communication structure and techique model are made , and the corresponding network design and physics framement are put up soon afterwards . based on the analysis of physics and service integration , integration assessment targets and method are put forward for the freeway network communication . finally , through the summing - up of study achievements , the development tendency and lucubrated questions are pointed out about the freeway network communication
  基于高速公路联网通信业务需求与宽带网络特点，提出了高速公路联网通信atmoversdh网络解决方案，即交换层采用atm交换机制，物理层采用sdh传输标准，接入层采用apon技术；通过对业务需求进行系统分析，科学地预测了联网通信网络容量；建立了联网通信结构与技术模型，并进行了相应的网络分析与设计，然后在此基础上提出了较为完整的物理解决方案；通过网络物理集成与服务集成分析，建立了联网通信集成评价指标体系与评价方法；最后通过对论文研究成果进行总结，指出了高速公路联网通信发展趋势和有待进一步研究的问题。
• Chongqing expressway networking toll data communication network cotains 2 - ring and 8 - ray network structure based on expressway physical structure , setting up a trasmission trunk layer of sdh stm - 4 ( can be up - graded to stm - 16 ) , and channel protection business entry layer consisting of sdh onu / olt stm - 1 ( can be up - graded to stm - 4 ) . data exchange layer , through ip route exchange network above sdh network , forms 3 - level computer network structure of account settlement center - road section management company - toll station . to ensure obtaining original and reliable toll data from communication network , 2m circuitous chain is established between each toll station , accountsettlement center and road section management company , and also pstn dialing backup chain is set up between toll station and account settlement center . in order to maintain clock synchronization of the whole communication network , a proposal of sub - stage clock sychrononization signal network for differet network construction scale has been put forward in this design . in view of sensitivity and importance of toll data , this design particularly gives considerations of network safety and information safety for external and internel of network . therefore , communication safety , smoothness and reliability of networking toll system can be able to maintained in many ways
  重庆高速公路联网收费数据通信网的结构是根据高速公路的物理结构构筑了2环8射的网状结构，建立了以sdhstm - 4 （可升级到stm - 16 ）的传输主干层，以sdhonu / oltstm - 1 （可升级到stm - 4 ）组成的通道保护业务接入层。数据的交换层是在sdh网之上的ip路由交换网，形成了结算中心-路段管理公司-收费站之间的3级计算机网络结构。为从通信网络上保证收费数据的原始性和可靠性，每个收费站和结算中心、路段管理公司之间建立了2m迂回链路，同时在收费站和结算中心之间建立了pstn的拨号备份链路。
• On the other hand , by the statistical analysis of historical flow data , the system can model the network traffic flows , and forecast short - term network flows . after that the system can analyse the network traffic abnormity . by use of the netwok management system and network security facility , we can setup a security infrastructure to monitor flows in real time , predicts the future flows , alarm some abnormal flows , respond to the abnormity automatically and immediately
  论文通过定期采集网络关键设备，包括汇聚层和核心交换层的流量情况，处理后以结构化、层次型的方式保存起来，一方面提供了图形化的用户接口，将收集的各种历史数据和实时数据在其中以图形的方式直观地显示出来，另一方面通过对历史流量数据的统计分析，从而对网络流量进行建模，短时间预测网络流量情况，实现对网络流量异常情况的观察分析，利用有充分响应能力的网络管理系统和网络安全设备，构成响应和预警的综合安全系统。