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分组失序
相关语句
  packet reordering
     Simulation of packet reordering effect on TCP performance
     分组失序影响TCP传输性能仿真分析
短句来源
     Modeling and Simulation of Packet Reordering Based on Parallel Packet Switch System
     基于并行交换系统的分组失序建模与仿真
短句来源
     Although TCP was a reliable transport mechanism; packet reordering aff ected its performance.
     尽管TCP协议是一种面向连接的、可靠的传输控制协议,但是分组失序还是会对TCP传输性能产生严重影响。
短句来源
     On condition that the backup path has been pre-established,a scheme named EB for MPLS-based recovery is present,which introduced Backpressure signaling mechanism to Bridge scheme in order to eliminate the packet reordering.
     在备份路径预建立的前提下,提出了一种MPLS的故障恢复方案——EB,该方案在现有的Bridge模型基础上引入了Backpressure信令以解决分组失序问题。
短句来源
     Both theoretical analyses and simulation results indicate that EB scheme not only preserve advantages of Bridge but also solve the packet reordering.
     理论性能评估及仿真实验均表明,EB较好地继承了Bridge方案原有的优势,并且解决了分组失序问题。
短句来源
  “分组失序”译为未确定词的双语例句
     According to this a novel quickly re-router model based on MPLS is presented,which mace use of links between working path and backup path (reduced the chance of lost packet ) as model to make the traffic in shorter path and avoid grouping disorder and longer delay caused by Haskin model,and more loss of data packages Makam model caused was avoided, At the same time,decrease the reserved resources used by Brige model.
     避免Haskin模型大量的分组失序和较大的延时,也避免Makam模型中大量的数据包的丢失,同时还解决Bridge模型对资源链路预留条数量大的问题。
短句来源
     · A packet order keeping load balance architecture named LBFOK and its packet distribute algorithm PDFC are proposed and analyzed. The analysis results show that LBFOK with PDFC mechanism get the characteristic of load balancing and packet order keeping.
     3.针对流量平衡过程中同一业务流的分组失序问题提出了LBFOK路由保序流量平衡结构和PDFC流量平衡算法,分析表明LBFOK结构和基于流分类的PDFC算法具有负载平衡、流保序等优点;
短句来源
     The simulations show that th e misinterpreting of out-of-order delivery as packet loss is the primary cau se for TCP performance degradation.
     结果表明,TCP协议将分组失序误认为分组丢失是导致其传输性能下降的主要原因。
短句来源
  相似匹配句对
     -Methods: One hundred and one patients with TT were divided into 3 groups.
     方法:分组;
短句来源
     Group Statistics
     分组统计
短句来源
     Simulation of packet reordering effect on TCP performance
     分组失序影响TCP传输性能仿真分析
短句来源
     Modeling and Simulation of Packet Reordering Based on Parallel Packet Switch System
     基于并行交换系统的分组失序建模与仿真
短句来源
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  packet reordering
Packet reordering in networks with heavy-tailed delays
      
Also here, transport layer has to take care of the packet reordering, creating a transparent service for the end-toend communication.
      
Based on the assumption that all packets take the exact same route from the server to the client, there is no packet reordering.
      
For RTP encapsulated data, the design includes a receiver buffer to absorb network jitter and correct for packet reordering and duplication.
      
However, the packet reordering was found to be negligible and constant in case of both the frameworks.
      
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A new bridge message through expanding the MPLS messages was proposed. And according to this a novel quickly re-router model --bridge model based on MPLS is presented, which make use of links between working path and backup path (reduced the chance of reversed traffic flow) as bridge to makes the traffic in shorter path and avoid grouping disorder and the longer delay caused by Haskin model. At the same time, more loss of data packages Makam model caused was avoided. Better performance of quick re-routing of...

A new bridge message through expanding the MPLS messages was proposed. And according to this a novel quickly re-router model --bridge model based on MPLS is presented, which make use of links between working path and backup path (reduced the chance of reversed traffic flow) as bridge to makes the traffic in shorter path and avoid grouping disorder and the longer delay caused by Haskin model. At the same time, more loss of data packages Makam model caused was avoided. Better performance of quick re-routing of a bridge model was shown through simulation results of NS2.

文章通过对MPLS消息的扩展,提出了一种新的Bridge消息,并据此提出了一种新的基于MPLS的快速重路由模型———Bridge模型,该模型充分利用了主路径与备份路径之间起桥梁作用的链路,备份路径尽量减少了反向传送业务流的机会,使得业务流重路由沿着较短路径进行,避免Haskin模型大量的分组失序和较大的延时,同时避免了Makam模型中大量的数据包的丢失。NS2仿真结果表明Bridge模型具有较优的快速重路由性能。

Packet reordering is a common event, which may affect and even depress TCP performance. Previous researches have declared that packet reordering is caused from parallel process switching system. But the distribution of the packet reordering scale has not been proposed yet. we build a simple simulation module of parallel packet switching system with OPNET. From this module some meaningful simulation results and conclusions are acquired. All these results are more reliable and reasonable.

分组失序是由并行交换衍生出来的一种网络现象,分组失序会降低TCP传输性能。为此,我们建立了一个简单的并行交换节点仿真模型,通过仿真得到了基于并行交换系统的单个TCP连接分组失序统计分布,为研究分组失序对TCP性能的影响提供了比较可信的基础。

Although TCP was a reliable transport mechanism; packet reordering aff ected its performance. The fundamental causes of packet reordering wer e parallel packet switch system and high-level traffic load. A model of packet paral lel swi tching system was presented to simulate how packet reordering depresses TCP cong estion window growth and degrades its performance. The simulations show that th e misinterpreting of out-of-order delivery as packet loss is the primary cau se for TCP performance degradation.

尽管TCP协议是一种面向连接的、可靠的传输控制协议,但是分组失序还是会对TCP传输性能产生严重影响。并行交换和较高的网络负载是导致分组失序现象大量涌现的根本原因,提出并实现了一个具有并行交换功能的仿真系统,对分组失序触发快速重传和快速恢复操作、抑制拥塞窗口增长过程进行了仿真。结果表明,TCP协议将分组失序误认为分组丢失是导致其传输性能下降的主要原因。

 
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