光线路的英文

• optical line ol
• optical link

• "光线"英文翻译    ray
• "路"英文翻译    road; way; path
• "光线路板" 英文翻译 :    optical line board ol
• "光线路出口" 英文翻译 :    olo optical line output
• "光线路接口" 英文翻译 :    oli optical line interface
• "光线路径" 英文翻译 :    optical path; opticpath
• "光线路入口" 英文翻译 :    oli optical line input
• "光线路设备" 英文翻译 :    ole optical line equipment
• "光线路速率" 英文翻译 :    olr optical line rate
• "光线路终端" 英文翻译 :    optical line terminal olt; optical line termination
• "长距离光线路" 英文翻译 :    long haul optical link
• "光线路放大器" 英文翻译 :    optical line amplifier ola
• "光线路收发板" 英文翻译 :    optical line transceiver board olt
• "实时激光线路" 英文翻译 :    real time laser link; real-time laser link
• "光线路放大设备" 英文翻译 :    optical line amplifier
• "光线路终端复用器" 英文翻译 :    oltm optical line terminal multiplexer
• "同步光线路系统" 英文翻译 :    sols synchronous optical line system
• "光线路终端设备技术要求" 英文翻译 :    technique cnierion for stm-optical line terminal equipment
• "光线" 英文翻译 :    light; luminous beam; ray; ray of light 昏暗的光线 dusky light; 在微弱的光线下看书 read in a poor light; 请把桌子移动一下, 这样光线会好些。 please move the desk a few inches to get better light. 明月泻下柔和的光线。 the bright moon was pouring down the soft rays.; 光线成像 image formation by rays; 光线电话(学) phototelephony; 光线电话机 photophone
• "光线束,光线锥" 英文翻译 :    pencil of rays
• "线路" 英文翻译 :    1.[电学] circuit; line 电话线路 telephone line; 电报线路 a telegraph line2.[交通运输] line; route 公共汽车线路 bus line; 航空线路 airline; 线路图 circuit diagram; written circuit; chart; branching program; plan of wiring; scheme of wiring; line diagram
• "x光线" 英文翻译 :    xray
• "常光线" 英文翻译 :    ordinary ray
• "高光线" 英文翻译 :    bezier curve; high-light line
• "光辉；光线" 英文翻译 :    ray

• Technique criterion for stm - 64 optical line termina equipment
  Stm - 64光线路终端设备技术要求
• Because the distances from different onus to olt are different , the amplitudes and phases of the different signals will have significant difference when receiving the receive terminal
  由于不同的光网络单元onu与光线路终端olt的距离不同，实际工作时到达接收端的信号的幅度，相位都相差很大。
• Alcatel s 7340 product line include multiple network units such as packet optical line terminal , picture optical line terminal , home optical network terminal and network unit management system
  Alcatel的7340产品线包括多个网元，如分组光线路终端，图象光线路终端、家庭光网络终端以及网元管理系统。
• The apon system use the passive single - star or double - star architecture and the special point - to - multipoint multiple address protocol , the multiple branches ( onus ) share the capacity of one fiber and connect to one olt to realize the sharing of the resources
  Apon系统利用无源单星双星结构及特殊的点对多点多址协议使得多个光网络单元共享一个光线路终端，实现资源的共享。
• The core technology of such equipment has the cross connecting capability of the high capacity vc - 4vc - 4 - nc or vc - 4312vc - 12 - nc and provides large numbers of optical line interfaces of different rates and perfect network protection and recovery functions
  该设备的核心技术及功能是具备大容量的vc - 4vc - 4 - nc或vc - 4312vc - 12 - nc交叉连接能力，具有大量的各种速率的光线路接口，具有完备的网络保护及恢复功能。
• This proposed algorithm consists of two parts : one is scheduling between olt and onu , and the other is scheduling between priority queues in onu . it is showed by simulation results that the algorithm ensures the qos of different services with higher priority and can improve bandwidth utilization , meet the requirement of epon system
  此算法将带宽分配过程分为两部分,首先是光线路终端olt ( opticallineterminal )的优化调度,即olt对每个onu分配带宽,其次是onu内部的调度,即在onu内部设置优先级队列,根据业务的qos要求将不同业务的数据分配到各个优先级队列中。
• All optical packet switching networks are still in their experimental stage because we lack optical random access memory and mature all optical processing technologies nowadays . although optical circuit switching technology is commercially available , the bandwidth utilization is low , especially in the case of bursty traffic condition . optical burst switching technology is promising because it can combine the advantages of both optical packet switching and optical circuit switching , but it has its own problems such as high burst loss rate , high burst contention and so on , so it is still in the lab level
  由于目前缺乏光随机存储器和成熟的全光处理技术,光分组交换网络技术还处于研究阶段;而光线路交换网络技术虽然相对成熟,但在目前网络流量具有自相似性的情况下,对带宽和网络资源的使用不够充分有效;因光突发交换网络能够结合前面两者的优点而倍受关注,但是较高的突发丢失率和突发竞争问题比较突出,因此有待进一步研究和解决。