传输量的英文

• tra ort layer
• transmission quantity
• transport layer

• "传输"英文翻译    transfer; transmission; conv ...
• "量"英文翻译    measure capacity
• "工作传输量" 英文翻译 :    working transmission
• "线路传输量" 英文翻译 :    circuit capacity
• "工作传输量信号传输量" 英文翻译 :    working transmission
• "传输量管理器" 英文翻译 :    tm traffic manager
• "传输量测量系统" 英文翻译 :    tms traffic measurement system
• "传输量集中控制" 英文翻译 :    ctc centralized traffic control
• "传输量控制中心" 英文翻译 :    tcc traffic control center
• "平均信息传输量" 英文翻译 :    average transinformation content; mean time to restore
• "信道传输量控制" 英文翻译 :    ctc channel traffic control
• "相位量传输量的虚部" 英文翻译 :    phasemass
• "信道与传输量控制设备" 英文翻译 :    ctcf channel and traffic control facility
• "传输量控制中心，话务管理中心" 英文翻译 :    tcc traffic control center
• "运输量" 英文翻译 :    amount of traffic; carryings; commerce; earning capacity; quantity to be conveyed; tonnage; traffic amount; traffic volume; transport volume; transportation burden; transportation volume; useful volume; volume of transport
• "初始输量" 英文翻译 :    initial throughput
• "货物运输量" 英文翻译 :    freight volume; volume of goods moved; volume of transport
• "交通运输量" 英文翻译 :    volume of transport
• "净运输量" 英文翻译 :    net traffic
• "旅客运输量" 英文翻译 :    volume of passenger traffic
• "设计输量" 英文翻译 :    design throughput
• "实际输量" 英文翻译 :    actual throughput
• "铁路运输量" 英文翻译 :    car loading; total volume of railway freight
• "运输量甸" 英文翻译 :    traffic surveys
• "指示输量" 英文翻译 :    indicated throughput

• At that time , the typical amount of data transmitted over the circuit was about 400 kilobytes per day
  开始时每天的传输量约为40万个位元组。
• Iavs is a fast , small , incremental and fully automated update via the internet
  Iavs是一个传输速度快,传输量小,的先进增量更新技术,网上全自动更新
• Operate the regulators incorporated in the gas valves in such away as to obtain the gas delivery presumed necessary
  进行气体阀上的调节器的操作，这样能得到需要的气体传输量。
• Thanks to our technology of incremental updates , the size of the data transfer is very low . the typical size of virus database updates is in the tens of kb
  由于我们采用新颖的增量更新,文件传输量超小,典型的病毒数据库更新只有几十kb .另外
• You probably won t notice the speed difference if you re testing in a low traffic environment , but when you scale up you ll start to find it painful
  如果在一个传输量比较少的环境中进行测试，您可能发现不了速度上的差异，但当规模扩大时，您就会开始发现速度降慢带来的痛苦。
• The vertices ’ coordinates are transmitted only once , and the different models are represented by the vertices ’ index whose data volume is much smaller than the vertices ’ coordinates , so the data volume to be transmitted is reduced remarkably
  只传输一次顶点的坐标,对于各不同精度模型仅传送模型的顶点索引值,索引值的数据量远远小于高精度的坐标数据量,这样就大量减少了数据的传输量。
• Simultaneously , samplingdata are usually overlapped by noise which will impact on the analysis results . forraising the snr of the signal and reducing data storage , the de - noising and datacompression methods of power quality disturbance signal are studied in this paper
  为提高扰动信号的信噪比,减小扰动信号数据存储和传输量,本文对电能质量扰动信号的去噪和数据压缩方法分别进行了研究。
• Using emended gauss diffusion mode , taking wind erosion modulus as the ground oil pollutant sources , dust and oil pollutant quantity in air and polluting load in water were calculated , a relative model was founded
  本文以土壤侵蚀的风洞实验求得污染源源强，采用高斯模式对地表风蚀作用的传输量进行估算，进而对石油开发区落油通过大气传输途径对区域水环境（博斯腾湖）的影响进行了预测，建立了相应的模型。
• The author first designs a neuron node aimed for i / o control and network variables transmission provided as independent module for complex system applications , then integrates the system with lonworks field bus , at last , the author analyses creatively the real - time character of data communication through researching for the protocol of the lonworks field bus , in order to keep the balance of the data transmission between mini - delays and max - runoffs
  本文通过对lonworks现场总线的硬件和通信协议的研究，利用nc语言对其硬件进行了智能化的开发，开发出了适合i / o控制及网络变量传输的智能节点，并完成了龙湖花园西苑的智能建筑系统的集成。作者还通过对lonworks现场总线的通信协议的算法进行研究，创造性地对数据通信的实时性进行了分析，为寻求数据传送的最小时延和最大传输量的平衡奠定了基础
• As the appearance of notion of information highway and digital globe and internetworks develop widely , the transmission of information data increases rapidly , among these data , image information is the important means and source for people to acquire information and utilize information by its bigger quantity of data
  随着信息高速公路、数字地球概念的提出以及internet的广泛使用，信息传输量急剧增长，其中图像信息以其信息量大等一系列优点使其成为人类获取信息的重要来源以及利用信息的重要手段。

• 传输量的日语：でんそうりょう