Network delay is one of the key factors that influence the network transportation.
影响网络传输性能的主要原因之一是网络延迟。
Finally, the algorithm proves effective by analyzing an actual network delay measurement result.
并针对一个实际的网络时延测量结果进行了分析，验证了该算法的有效性。
Based on the least mean network delay, network capacity optimized and network cost can be obtained.
在满足平均网络延迟时间最小的基础上，通过计算可获得优化的通信网络容量和网络代价。
Based on this algorithm, this article discussed two different object-oriented road network delay indexes.
在此算法的基础上，探讨了面向不同对象的两种路网延误。
This paper deals with fault tolerant control of a Networked control Systems (NCS) problem with network delay.
本文是针对一类有网络延时的网络化控制系统，研究其故障容错控制问题。
Based on the structure of Internet, the main composition of network delay and its characteristics are analyzed.
基于网络结构分析了网络时延的主要组成及其时延特性。
Serialization delay and (71) delay are the two components of network delay that are improved by increasing bandwidth.
串行排序延迟和队列延迟是网络延迟的两个主要因素，这些是可以通过增加带宽加以改进的。
Though TRUN can traverse symmetrical NAT, it causes network delay because packet needs to transmit through TRUN server.
TRUN虽然能够穿越对成型的NAT，但由于报文要通过TRUN服务器转发，这又增加了网络延迟。
To reduce network delay, server announces the latest competitive price to active network node by active network packets.
服务器以主动信包的形式向主动节点发布最新竞价，减少网络延迟。
For the narrow bandwidth peer, the search proxy is adopted to make full use of bandwidth and to reduce the network delay.
同时为低带宽节点引入了搜索代理的机制，提高了带宽的利用率，减少了搜索延迟。
The network delay compensator was set up to select the latest control signals to make the control method work efficiently.
在执行器端设计了网络延迟补偿器，可根据当前时刻的最新控制信号对网络系统实现有效控制。
To decrease delay jittering , a novel algorithm of network delay regulator is achieved together with its analysis of principle.
为了降低时延抖动，提出了新的网络时延管理算法，并分析了时延缓冲器原理。
Practical measurements result shows that secondary time server are better than primary ones from the perspectives of network delay.
实际测量结果表明，在网络延迟方面，二级时间服务器要优于一级时间服务器。
It doesn't matter if there is a slight network delay, if you can keep the delay behind the scenes and make updates appear to be instantaneous.
即使有轻微的网络延迟，如果能够将延迟掩盖起来，让更新显得很及时，那么这点延迟就不是问题了。
A strategy of fitting offset to adjust time is proposed to conquer the impact of network delay and jitter on clock synchronization effectively.
该文提出采用拟合偏差方法进行时钟调整的策略，以有效克服网络延迟和抖动对时钟同步的影响。
This paper adopts a strategy of fitting offset to adjust time, to conquer the impact of network delay and jitter on clock synchronization effectively.
该文提出采用拟合偏差方法进行时钟调整的策略，以有效克服网络延迟和抖动对时钟同步的影响。
Balanced Application layer multicast Protocol overcomes the unbalance in node degree, distribution of flows, network delay, effect of node failure etc.
基于均衡的应用层组播协议克服了现有的应用层组播协议在节点负载、网络时延、流量分布、受失效节点影响等方面的不均衡。
Simulations prove that the proposed scheme has quite good effects in improving the network throughput and fairness as well as reducing the network delay.
实验数据充分说明，所提出的拥塞控制机制对提高网络吞吐量和公平性、降低网络延迟都有很好的效果。
And the clock synchronization optimization algorithm which improves the accuracy of one-way network delay measurement is deduced based on the optimizing goal.
该文根据优化目标推导了时钟同步优化算法，从而提高单向网络时延测量的精确性。
It can balance the load on the network across multiple paths when the traffic pattern is unbalanced which will improve network bandwidth and decrease network delay.
其多路径负载平衡能力能够有效缓解网络中的负载不平衡状况，提高网络带宽，降低网络延迟。
However, in active network delay measurements, such as for computational considerations, the current measurement techniques are not considered the above-mentioned factors.
但在网络时延主动测量中，出于计算方便等方面的考虑，现有测量技术大多没有考虑上述几个因素的影响。
Once in place on authorized Synchronous Optical Networks (SONET), users will experience significantly less network delay, or latency, common to securing large information files.
一旦获同步光纤网络(SONET)授权，将显著减少用户网络延迟或等待的时间，确保大型信息文件安全。
Self-similar is very important to system performance such as Cell Loss Ratio (CLR), network delay, and so on, so study of self-similar models is increasingly significant nowadays.
自相似性对信元丢失率、网络延迟等系统性能有重要影响，因此基于自相似模型的研究显得日益重要。
In this thesis, by making the AS-R robot, made by Shanghai Grandar Company, as the control object, we analyse the network delay and it's effect on control results, and propose a solution.
本文以上海广茂达公司生产的AS - R机器人为控制对象，系统分析了网络延时及其对系统控制效果的影响，并提出了相应解决方案。
This paper proposes a synthetically measuring model for information cooperation based on network delay, which aims at some problems of information cooperation in the network-centered warfare.
本文针对网络中心战环境下的信息协作问题，提出了一种基于网络延迟的信息协作效益综合测度模型。
The competition of network resource and network delay bring traditional control theories and methods new meanings and research directions, one important proportion of which is network scheduling.
网络资源的竞争及网络时延赋予传统的控制理论和方法新的含义和研究内容，对网络控制系统调度的研究是其中重要内容之一。
Currently, Internet routing protocol is single path routing, data transmits along a single path, this will bring large routing overhead and the network delay, and also will cost congestion easily.
现在的互联网络应用大多是使用单路由协议，数据采用单路径方式进行传递，由于数据沿着一条路径传输，路由开销和网络延迟较大，在负载较大的时候容易引起拥塞。
So this paper combined with road network traffic characteristics, use the road network delay per unit distance which physical meaning was specific as the state of network traffic evaluation method.
本文结合实际路网交通特征，选择路网单位里程延误这一物理意义较为明确的指标，作为路网交通状态的评价方法。
The continuous time-stamp communication model and the wavelet technology were applied to evaluate running precision difference of clocks, in order to reduce the effect of network delay efficiently.
本研究的目的就是在异步通信网络环境中，采用连续的时间戳通信模型，并利用时钟精度差概念和小波除噪算法实现系统中各个计算机之间的自适应时钟同步。
The continuous time-stamp communication model and the wavelet technology were applied to evaluate running precision difference of clocks, in order to reduce the effect of network delay efficiently.
本研究的目的就是在异步通信网络环境中，采用连续的时间戳通信模型，并利用时钟精度差概念和小波除噪算法实现系统中各个计算机之间的自适应时钟同步。
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