拥塞避免的英文

• congestion avoidance
• wred

• "拥塞"英文翻译    jam; congest
• "避免"英文翻译    avoid; refrain from; avert; ...
• "拥塞避免算法" 英文翻译 :    tcp congestion avoidance algorithm
• "避免拥塞的显式速率指示" 英文翻译 :    erica explicit rate indication for congestion avoidance
• "拥塞" 英文翻译 :    jam; congest 街道拥塞 streets jammed with traffic
• "避免" 英文翻译 :    avoid; refrain from; avert; prevent sth. happening; shun 避免不必要的牺牲 avoid unnecessary sacrifice; 避免错误 avoid mistakes; 避免轻率行动 refrain from any rash action; 避免麻烦 save from a trouble; 设法避免了一场事故 succeed in averting an accident; 避免片面性 avoid one-sidedness
• "挤满，拥塞" 英文翻译 :    be crowded with
• "群拥塞" 英文翻译 :    cgc
• "拥塞（拥挤）" 英文翻译 :    congestion
• "拥塞的" 英文翻译 :    congested
• "拥塞度" 英文翻译 :    degree of congestion
• "拥塞音" 英文翻译 :    congestion tone; congestiontone
• "避免,避开" 英文翻译 :    avert
• "避免,回避" 英文翻译 :    avoid
• "避免,预防" 英文翻译 :    avoid
• "避免，躲开" 英文翻译 :    avoid v. miss or keeaway from， esp. on purpose
• "避免，防止" 英文翻译 :    avert
• "避免，排除" 英文翻译 :    preclude
• "避免；免除" 英文翻译 :    be free from
• "避免冲" 英文翻译 :    carrier sense multiple access with collision avoidance
• "避免了" 英文翻译 :    avoided
• "避免做" 英文翻译 :    keefrom doing
• "防治，避免" 英文翻译 :    keeout of
• "逃避,避免" 英文翻译 :    get out of
• "逃脱，避免" 英文翻译 :    escape v. avoid

• This is called congestion avoidance . three such congestion control schemes are introduced
  本文介绍了三种基于终端系统的拥塞避免机制。
• We can use an alternative strategy to predict when congestion is about to happen , and reduce the rate at which hosts send data just before packets start being discarded
  人们对于拥塞的另外一种选择是采取拥塞避免，即在拥塞将产生时就预测到，在分组被丢弃前降低信源的发送速率。
• The algorithm of aimd , namely additive increase and multiplicative decrease , which is thought a good algorithm for congestion avoidance , has been applied widely in tcp congestion control
  Aimd ( additiveincreaseandmultiplicativedecrease )算法是目前比较优秀的拥塞避免算法，已经在互联网的tcp拥塞算法中得到了应用。
• In chapter two we focus on tcp end - to - end congestion control strategies and the mechanisms implemented in ip routers . first the four kernel algorithms of tcp congestion control are described , and the improved schemes such as new - reno , sack and tcp - vegas are discussed either
  首先对tcp基于滑动窗口的拥塞控制机制的四个核心算法：慢启动、拥塞避免、快速重传和快速恢复进行了详细阐述，讨论了当前的各种tcp拥塞控制改进方案，如newreno 、 sack 、 tcp - vegas等。
• For packet loss result from network congestion , rab adopts the same recovery mechanisms as the original tcp ; for packet loss result from link error , it adopts a recovery mechanism which is called immediate recovery , and the value of congestion window of the source is set to a value that corresponds to the available bandwidth
  对于拥塞导致丢包，则采取与传统tcp协议相同的恢复机制(即窗口减半，并进入拥塞避免阶段的线性增加) ，而对于链路错误导致丢包，则采取立即恢复策略，将tcp源端的拥塞窗口设置为与其估计带宽相应的数值。
• What flow is that , we use model simulation to analyze the em algorithm contraction ratio . through network simulating , we analyze the factors which can influence loss inference algorithm accuracy like measurement strategy or routing algorithm . we analyze the accuracy and contraction characteristic of multicast - based direct algorithm and em algorithm , and compare the error factor between them
  实验中通过网络仿真模型,确定了em算法的收敛速率;研究了不同测量策略和路由器拥塞避免算法对丢包率推理算法准确率的影响;分析了单点多播的de和em算法准确性、收敛性等特征,通过比较两种算法的统计误差,得出em算法略优于de算法的结论。