最大延迟的英文

• maximum-delay

• "最大"英文翻译    maximum
• "延迟"英文翻译    delay; lag; defer; postpone; ...
• "放大延迟线" 英文翻译 :    amplifying delay line
• "最大延长" 英文翻译 :    maximum extension
• "最大延伸" 英文翻译 :    ultimate elongation
• "最大延续状态" 英文翻译 :    maximum continuous
• "大延迟时间事件表" 英文翻译 :    macro time event list
• "劈理最大延伸方向" 英文翻译 :    cleavage maximum extension direction
• "最大传送延迟" 英文翻译 :    mtd maximum transfer delay
• "大延牌" 英文翻译 :    dyii
• "最大随机延迟数" 英文翻译 :    maximum random delay amount
• "大延阁饭店" 英文翻译 :    taeyongak hotel
• "大延坪岛" 英文翻译 :    taeyonpyong do; taeyonpyong-do
• "最大缓冲延迟定时器" 英文翻译 :    maximum buffer delay timer
• "最大粘弹性延迟时间" 英文翻译 :    maximun viscoelastic retardation time
• "延迟" 英文翻译 :    delay; lag; defer; postpone; put off; hold over; retard 将这件事延迟到下次会上讨论 hold the matter over till the next meeting; 展览会开幕的日期延迟了。 the opening of the exhibition has been postponed.; 延迟报警 delayed alarm; 延迟计数器 delay counter; 延迟继电器 delayed relay; 延迟装置 deferred mount; [电学] delayed action device; time-lag device;延迟自动增益控制[电学] delayed automatic gain control
• "最大" 英文翻译 :    maximum◇最大读数 full-scale reading; 最大负载 maximum load; peak load; 最大概率 maximum probability; 最大功率 maximum power; peak-power; ultimate output; 最大公约数 greatest common divisor; greatest common measure; maximal common divisor; 最大宽度 maximum width; 最大流量 maximum stream flow; maximum discharge; 最大坡度 ruling grade; maximum gradient; 最大射程 extreme range; 最大误差 maximum error; 最大限度 high limit; maximum limit; 最大值 maximum; maximum value; maximal value; summit; spike; apex; greatest value
• "群延迟, 组延迟" 英文翻译 :    group delay
• "包线；延迟" 英文翻译 :    envelope delay
• "包延迟" 英文翻译 :    packet delay
• "纯延迟" 英文翻译 :    pure delay
• "粗延迟" 英文翻译 :    coarse delay
• "耽误，延迟" 英文翻译 :    delay
• "蝶延迟" 英文翻译 :    adjusted delay
• "断延迟" 英文翻译 :    off delay

• Accepts the submission , but the caller can control only the maximum delay using the start timeout
  执行提交之前，可能会发生延迟，但是调用者只能控制最大延迟（用启动超时） 。
• This paper presents suffcient conditions of the existence of optimal batch sequences when all jobs form one batch for some batching scheduling models
  摘要研究了目标函数为完工时间平方和及最大延迟的分批排序问题存在仅分一批的最优解的充分条件。
• The server that is running team foundation server should have a reliable network connection with a minimum bandwidth of 1 mbps and a latency maximum of 350ms
  运行team foundation server的服务器应具有可靠的网络连接，最小带宽为1 mbps ，最大延迟为350ms 。
• This thesis contains three parts , the objective is to minimize the maximum lateness on batching machine . two variants are analyzed . in part one , some notion , definitions and basic background information - ts introduced
  在实际生产中，存在大量成批加工的问题，即如何分批，以便使某一目标函数达到最优的问题，论文主要研究了目标为极小化最大延迟时间的分批排序问题。
• Some heuristics for the problems are present , and their performance guarantee is analyzed by the transform lemma . some present results are improved . in part three , the problem of scheduling n jobs on a single ' batching machine is addressed , and the jobs have release times and due dates
  第三部分研究了单台批处理机器，工件的到达时间不同，以极小化最大延迟时间为目标的分批排序问题1 | r _ j , b | lmax ，论文提出了一些近似算法，给出该了问题相应的最差性能比界。
• In the second place , based on the asu of buggenum igcc plant in netherlands , both static and dynamical model for distillation tower of the asu are created and some valuable conclusions are gained as well . finally , a compartmental simplified model is created for distillation tower of the asu , in order to reduce the simulation time and increase the simulation efficiency . the new model will be helpful to the further simulation and on - line optimal control for the asu of the igcc plant
  其次，本文以荷兰buggenum电站的空分系统为原型，基于matlab建立了空分系统精馏塔的半图形化动、静态数学模型，并通过模拟，得出了一些有价值的结论：当空分系统的压力变化时，氧气产品浓度的响应时间常数为两小时左右，说明空分系统是igcc电站最大延迟环节；而且虽然氧气浓度最后会稳定在igcc电站所要求的范围之内，但在过渡过程中会超出限制，这些都为igcc电站的安全运行及控制系统设计提供了有价值的信息。
• Using an 8 - depth async fifo solves the synchronization and exchange of data be - tween different clock domains . the data transaction protocol comes from the most basic work way of uart . when the master clock is 16 . 7mhz , the pcm side and adpcm side clocks both are 2 . 38mhz , the results of simulation show that the latency from the start - bit of pcm data inputting uart receiver to the stop - bit of adpcm data outputted uart transmitter is 14 . 3 us and the latency from the start - bit of adpcm data inputting uart receiver to the stop - bit of pcm data outputted uart transmitter is 14 . 7 us
  在主时钟为16 . 7mhz ， pcm数据端与adpcm数据端时钟均为2 . 38mhz时，模拟结果表明从pcm的起始位输入uart接收器到adpcm终止位输出uart发送器的最大延迟为14 . 3 s ，从adpcm的起始位输入uart的接收器到pcm终止位输出uart发送器的最大延迟为14 . 7 s ，设计时尽可能的使编码与解码的时间相差不多，从结果看出基本达到这个要求。
• In this paper , we first consider the rescheduling problem to minimize the maximum lateness under a limit on the disruption constraints when d ( subscript j ) , p ( subscript j ) are compatible ; then we consider rescheduling the problem to minimize the total tardiness under a limit on the disruption constraints when p ( subscript j ) = p or d ( subscript j ) = d
  该论文首先研究了当工件加工时间和工期相容时，在错位量限制的条件下最小化最大延迟问题；也研究了当工件加工时间相同或工件工期相同时，在错位量限制的条件下最小化误工和问题。