分组丢失率的英文

• plr packet loss rate

• "分组"英文翻译    divide into groups
• "丢失"英文翻译    lose
• "率"英文翻译    rate; ratio; proportion
• "部分分组丢弃" 英文翻译 :    ppd partial packet discard
• "单元丢失率" 英文翻译 :    clr cell loss rate
• "细胞丢失率" 英文翻译 :    cell loss rate
• "信息丢失率" 英文翻译 :    rate of information loss
• "信元丢失率" 英文翻译 :    clr cell loss rate; maximum cell loss ratio
• "加权早期分组丢弃" 英文翻译 :    wepd: weighted early packet discard
• "平均信元丢失率" 英文翻译 :    mclr mean cell loss rate
• "最大信元丢失率" 英文翻译 :    mclr maximum cell loss ratio
• "穆夏露萨-马卡三人组丢失的密码" 英文翻译 :    mucha lucha - mascaritas of the lost code
• "丢失" 英文翻译 :    lose 图书馆丢失了几本书。 a few books have been lost from the library.; 丢失通知书 advice of loss; 丢失信息 dropout; 丢失质量 [物理学] missing mass; 丢失质量谱仪 missing-mass spectrometer
• "丢失：分组或呼叫在传输中没有出现" 英文翻译 :    loss
• "分组" 英文翻译 :    1.divide into groups 按能力分组 be grouped according to ability; 分组讨论 discuss in groups; group discussion; 分组学习 study in groups2.grouping; subgroup; block sort; curtate
• "流失率" 英文翻译 :    churn rate; wastage rate
• "漏失率" 英文翻译 :    leak rate; leakage rate
• "缺失率" 英文翻译 :    miss rate
• "损失率" 英文翻译 :    losing rate; loss factor; loss fate; loss rate; loss ratio; lossratio; percentage loss
• "逃失率" 英文翻译 :    run away rate
• "消失率" 英文翻译 :    disappearance rate; rate of disappearance
• "遗失率" 英文翻译 :    loss rate; packet lost
• "板丢失" 英文翻译 :    board lost
• "丢失簇" 英文翻译 :    lost clusters
• "丢失链" 英文翻译 :    lost chains

• Packet loss rate
  分组丢失率
• In this dissertation , we also present two deduced algorithms . one is a generalized pfq algorithm , the other can reduce packet lost rate in the system
  第一种算法在pfq类算法中综合性能很优良，第二种算法可以降低分组丢失率。
• The purpose of these researches is improving throughput , lower delay and fewer errors . at present , the researches on ad hoc are focus on routing protocol
  研究adhoc网络的主要目的是提高其性能,包括吞吐率、时延和分组丢失率等方面。
• Unfortunately , there are few people research the strategy of variable frame length . this thesis gives a new self - adaptive strategy in frame length of ad hoc network
  而实际应用中, adhoc网络的帧长对吞吐率、时延和分组丢失率等具有很大的影响。
• Tcp can work well on the traditional wired networks where packet loss rate is low and packet losses are mainly caused by network congestion . when running on wired / wireless heterogeneous networks , tcp meets a huge challenge
  Tcp能在分组丢失率低，且丢失主要由网络拥塞所致的传统网络中获得成功，然而，在有线无线异构网络的传输中却面临巨大的挑战。
• Simulation shows that with the appropriate setting , our port modularized scheduling policy can remarkably reduce packet loss rate . optical multicast provides a way of sending message from one node two multiple nodes in optical network
  本文对端口模块化的调度策略进行了仿真分析,仿真显示:通过设置合理的参数,端口模块化的调度可以有效地降低光突发交换网络的分组丢失率。
• Finally , according to the principle analyses and simulation results . clrp can effectively improve the tcp transmission performance over wireless networks , particularly to the networks with high packet loss rate and strong bursty losses
  最后，通过原理分析及仿真数据，充分说明了clrp在数据传输的两个方向上均能有效提高无线tcp的传输性能，特别是在分组丢失率高，突发丢失性强的网络中。
• On the above , to overcome the pre - maturity and low speed of search in the late phase of multicast routing algorithm based on genetic algorithm , the author gives the multi - population parallel annealing genetic multicast routing algorithm to solve the bandwidth , delay , delay jitter and packet loss constrained least - cost multicast routing problem , which combines the
  在此基础上，将多种群并行技术和退火技术相结合，以克服现有基于遗传算法的组播路由算法过早收敛和后期搜索速度较慢的缺陷，且使用树状编码方法，提出求解带宽、时延、时延抖动和分组丢失率约束的代价最小组播树的多种群并行退火遗传组播路由算法。
• We chose suitable tcp throughput model to estimate the available bandwidth correctly , using the estimated round trip time and packet loss ratio for the next time interval as parameters of the model to achive the accuracy of estimated network bandwidth . as the observed losses and round trip time vary very dynamically , adjust the sending rate equivalent to the amount of tcp throughput may result in a rather fluctuant sending rate . so we present a rate adjustment like tcp congestion control based on aimd , which increases its sending rate by an additive inereease rate
  根据mpeg4视频流应用的特点，选择合适的吞吐量模型，进行合理的参数估计，并根据计算出的带宽进行相应的速率调整来实现拥塞控制，我们使用未来rtt的估计值和分组丢失率的估计值作为吞吐量模型的参数，增强了控制的实时性，弱化了业务的振荡性，提高了带宽预测的准确性；在进行速率调整时，不是简单地将发送速率调整到与tcp吞吐量模型一致，而是采用类似tcp的aimd策略来调节发送速率，减小了发送速率的振荡性。