负荷分担的英文

• lds load sharing

• "负荷"英文翻译    load; charge; weight
• "分担"英文翻译    share responsibility for
• "负荷分担表" 英文翻译 :    ldst load sharing table
• "负荷分担功能" 英文翻译 :    load sharing function
• "负荷分担装置" 英文翻译 :    load sharing equipment
• "双机负荷分担" 英文翻译 :    dual load sharing
• "随机负荷分担" 英文翻译 :    random load sharing
• "自动负荷分担装置" 英文翻译 :    als automatic load sharing device
• "超负荷分数" 英文翻译 :    overload fraction
• "负荷分布" 英文翻译 :    distribution of load; load diffusion
• "负荷分配" 英文翻译 :    allocation of burden; burden apportionment; burden distribution; burden rates; load distribution; load division; load sharing; partition of load
• "负荷分配比" 英文翻译 :    load sharing ratio
• "负荷分散" 英文翻译 :    load diffusion
• "负荷分布面积" 英文翻译 :    load surface
• "负荷分布曲线" 英文翻译 :    load distribution curve
• "工作负荷分析" 英文翻译 :    work load analysis; workload analysis
• "经济负荷分配" 英文翻译 :    economic load dispatching
• "时基负荷分析" 英文翻译 :    time-base load analysis
• "网路负荷分析" 英文翻译 :    network load analysis
• "重负荷分动箱" 英文翻译 :    heavy-duty transfer case
• "自动负荷分摊" 英文翻译 :    automatic load sharing
• "最佳负荷分配" 英文翻译 :    optimum load sharing
• "带负荷分接开关" 英文翻译 :    on-load tapping switch
• "负荷分配矩阵开关" 英文翻译 :    load-sharing matrix switch
• "能力与负荷分析" 英文翻译 :    analysis of capacity and load

• Als , automatic load sharing device
  自动负荷分担装置
• Load sharing equipment
  负荷分担装置
• On the one hand , we can use tandem switches in pairs and let them share traffic loads
  一方面，将汇接交换机成对使用，利用汇接交换机本身进行负荷分担。
• This can bring bandwidth advantage into full play , enable transmission at 155 mbs not via 2 mbs level cross connection and facilitate load sharing by dual routes
  这样能够最大限度地发挥带宽优势，无需经过2mbits级别的交叉连接，直接以155mbits速率进行传递，同时又容易进行双路由负荷分担。
• To ensure safety , the tdm 10 g transmission equipment can provide protection of self - healing rings and two 155 mbs coaxial connections share the traffic load . for such connectivity , see figure 2
  在安全方面，传输的tdm10g设备可以提供自愈环保护， 2个155m同轴连接对业务进行负荷分担，安全上有可靠保障。
• By adopting resistance divider , voltage sensor designed in this topic has no ferromagnetic resonance , overcome saturation , has no load sharing , and is permitted to short and cutoff in circuit , so it has high reliability
  本课题所研究的电压传感器采用电阻分压器原理，不存在铁磁谐振，克服了铁心饱和，不再有负荷分担，短路和开路都是允许的，具有高的可靠性。
• Secondly , by the research on load balance method of distributed sip system , a new distributed architecture is present which apply to the end - to - end signal characteristic of the sip protocol . theoretically , this architecture can lead to ideal load balance result
  2 、深入研究了sip分布式系统的负载均衡方案,提出了新的负载均衡体系架构,该架构适用于了sip同时作为接入及网络侧信令的特点,可以达到理想的负荷分担效果。
• As a result , at all these connection points , the two coaxial cables are connected to different transmission equipment , sharing the traffic load from the tandem switch to a given end exchange , with half of the respective trunk circuits put into use , ensuring network safety . for such connectivity , see figure 4
  因此，在所有的同轴电缆连接处，都采用两条同轴电缆接到不同的传输设备的方法，将汇接交换机到某一端局的话务量在这两条同轴连接上进行负荷分担，中继电路各开一半，从而保证网络的安全性。
• Due to a & b double flats setting of stp ( signalling transfer point ) in different place , and working on mode of payload - sharing on signalling links ( couple links ) between sp ( signalling point ) and stp , the calling signalling sequence cannot be collected completely from single stp . thus it is difficult to synthesize signalling affair in the signalling supervision system . the first , this thesis illuminateds network architecture of no . 7 signalling network and no . 7 signalling centralized supervision system
  由于七号信令网的信令转接点设备stp ( signallingtransferpoint )采用a 、 b双平面异地设置，下一级的信令点设备sp ( signallingpoint )至上一级的一对stp之间的信令路由采用负荷分担方式工作， sp至stp对的负荷分担链路形成耦合链路，导致在一个stp处无法采集到完整的呼叫信令序列，这样就给监测系统核心部分之一的信令事件合成带来了极大的难度。