时分多路的英文

• time division multiplexing
• time-division multiplex

• "多路"英文翻译    multichannel; multipath
• "时分多路传输" 英文翻译 :    tdm; time division multiplex transmission; time multiplexing
• "时分多路存取" 英文翻译 :    time-division multiple access
• "时分多路访问" 英文翻译 :    time division multiple access; time-division multiple access
• "时分多路复用" 英文翻译 :    tdm time division multiplexing; time-division multiplexing
• "时分多路频率" 英文翻译 :    tdm frequency
• "时分多路通信" 英文翻译 :    channelling time dividing; time division multiplex communication; time-division multiplex communication
• "时分多路信道" 英文翻译 :    time-division multiplex channel
• "时分多路转换" 英文翻译 :    time division multiplexing; time-division multiplexing
• "时分多路转接" 英文翻译 :    time-division multiplexing
• "时分多路总线" 英文翻译 :    time division multiplex bus
• "分时分多路复用" 英文翻译 :    time-division multiplexing
• "脉冲时分多路复用" 英文翻译 :    phase time division multiplex; pulse time division multiplex
• "脉冲时分多路制" 英文翻译 :    impulse time division system
• "脉冲时分多路转接" 英文翻译 :    pulse time-division multiplex
• "时分多路传输技术" 英文翻译 :    time multiplex technique
• "时分多路传输系统" 英文翻译 :    tdm system
• "时分多路调制器" 英文翻译 :    time division multiplexer
• "时分多路复用技术" 英文翻译 :    time-division multiplexing
• "时分多路复用交换" 英文翻译 :    time-multiplex switching
• "时分多路复用器" 英文翻译 :    time division multiplexer
• "时分多路复用设备" 英文翻译 :    time division multiplex equipment; time multiplexer
• "时分多路复用系统" 英文翻译 :    time division multiplex system; time-multiplexed system
• "时分多路复用信道" 英文翻译 :    time division multiplex channel
• "时分多路复用总线" 英文翻译 :    time division multiplex bus

• Time division multiplexing
  时分多路复用技术
• However , some experts say sonet ' s tdm structure is too rigid for flexible provisioning or bandwidth sharing
  但是，有些专家认为， sonet的时分多路复用结构（ tdm ）太死，不利于灵活地提供服务或实现带宽共享。
• At its core , sonet uses time - division multiplexing ( tdm ) - - a technology many experts think is outdated and incapable of delivering the high - speed data services users are demanding
  其核心是使用了时分多路复用技术（ tdm ） ，这是一项很多专家认为已过时，不能提供用户要求的高速数据服务的技术。
• In a time division multiplex ( tdm ) system , a repetitive group of signals resulting from a signal sampling of all channels , including any additional signals for synchronizing and other required system information
  在时分多路复用( tdm )系统中,由所有信道的信号采样中产生的重复信号组,它包括为同步要求的附加信号和其它需要的系统信息。
• Icao make a standard of very high frequency data link mode 4 ( vdl mode 4 ) on the basis of self - organizing time division multiple access ( s - tdma ) , this standard is considered to be one of the basic solutions of aviation mobile communication
  该标准基于自组织时分多路访问技术,其主要特点是:支持实时应用,采用短消息进行信息交换,并且可以在缺少地面基础设施的情况下保障空空通信。
• Firstly , the task , structure , technology and function of the existing dispatch system were introduced , whose key technology is based on the tdm and time division switch like pstn . further , the developing direction of pstn is based on ip , the pocked switch system and network , and also the dispatch system of the manned space flight launch base will transmit multimedia information on ip
  首先，介绍了现有调度系统的任务、结构、技术和功能，可以看出，其技术核心是时分多路复用和时分交换技术，现在公用交换电话网( pstn )正向基于ip的包交换系统和网络发展，载人航天发射场调度系统也将利用ip网络技术传输多媒体指挥信息。
• Due to the data transmission characteristics between tags and reader , space division multiple access ( sdma ) , frequency division multiple access ( fdma ) and code division multiple access ( cdma ) are applied in a limited way in rfid system . therefore , time division multiple ( tdma ) has been generally accepted . according to tdma , there are aloha protocol , s - aloha , binary - tree protocol , clipped binary - tree protocol and others
  解决这个问题必须要用到多路存取法，针对射频识别系统中阅读器与应答器之间的通信特点，空分多路法、频分多路法、码分多路法在rfid系统中应用都受到一定的限制，只能应用到一些特定的场合，一般采用时分多路法，按照时分多路法的算法有aloha算法、时隙aloha算法、二进制树型搜索算法、修剪枝的二进制树型搜索算法等防碰撞算法协议，分析了各自特点以及存在的缺点。
• Based on the above analysis results , the system design is finished . the system design principal is detailed . the system architecture and data transmission proctocal are discussed . in order to transmit multi - channel data simutaneously on the monacable , tdm ( time division multiplexing ) technique is adoped in the system design . a special code is designed for data transmission on the tool - bus , so that the too - bus can both supply power and transmit data
  包括单芯电缆数据传输系统的设计思想、结构设计和数据传输协议的制定。在单芯电缆数据传输系统设计中，采用时分多路复用技术，实现多种参数仪器数据的同时传输。在仪器总线上采用特殊的码进行数据传输，使得仪器总线既能供电又能传输数据。