因此，这里获得的结果不包括网络延时。
Thus, the results obtained here don't include network latency.
网络延时与应用程序延时不同。
屏幕信息需要时时显示，网络延时不能大于1秒。
Screen information should always show, Internet delay is not greater than 1 second.
进而提出了基于支持向量机(SVM)的网络延时预测方法。
The prediction method of network delays based on support vector machine (SVM) was put forward.
首先介绍在判断基线性能时使用的两个重要概念：网络延时和网络带宽。
Let's first introduce two of the key concepts used in determining baseline performance: network latency and network bandwidth.
网络延时是向目的地发送请求到目的地实际接收到数据包之间的时间间隔。
The network latency is the time between sending a request to a destination and the destination actually receiving the sent packet.
当然，某些外部因素总是不可控的，比如网络延时，在任何方法中都会存在这些因素。
Of course, you can never control external factors like network latency, which will always be present in any approach.
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。
This paper deals with fault tolerant control of a Networked control Systems (NCS) problem with network delay.
当网络的复杂性以及数据包要经过的主机或网关数量增加时，也会增加网络延时。
Network latency can also be introduced when the complexity of the network and the number of hosts or gateways that a packet has to travel through increases.
接收端采用数据缓冲机制，避免了由于网络延时等待音频数据而产生的话音停顿。
The receiving point adopts data buffer mechanism to avoid the pause caused by delay of network.
当然，判断系统对于Internet连接的响应能力非常困难，这是因为网络延时的原因。
Of course, judging system responsiveness over an Internet connection is hard, due to network latency.
报告的时间包括客户机与容器J VM之间的网络延时，再加上在容器端处理请求花费的时间。
The time reported is inclusive of network latency between the client and container JVMs plus the amount of time taken to process the request on the container end.
结果证明，和线性预测算法相比，采用支持向量机预测网络延时具有较高的正确率。
The result proves that predicting network time-delay by SVM has greater accuracy than by linear prediction algorithm.
这种方法将多次比较Web服务处理开销，因为它可以消除网络延时和计时造成的开销。
This approach does a great job of comparing web services processing overhead, because it eliminates the impact of network latencies and overhead from timing results.
本文针对在实验室范围内进行网络测量的需要，设计了以FPGA为核心的网络延时模拟器。
Network time-delay simulator with FPGA as the core was designed according to the needs of doing network measurement within laboratory area in this paper.
只要系统的网络延时满足这些条件，网络控制系统的极点便分布在复平面内的一个圆形区域内。
If the network time delay of networked control system satisfies these conditions, the poles of networked control system are in a circular area on the complex plane.
提出了一种新的网络控制系统稳定性分析方法，得到了使系统稳定的各网络延时应满足的条件。
A new stability analysis method of networked control system is provided, and the conditions of network time delay which can make system stable are derived.
避免了使用传统TCP协议进行语音通信实时性差的缺点，减小了网络延时，改善了语音传输质量。
This avoids the disadvantage for real-time when audio-data is transmitted based on TCP, minishes the delay of network, improves the quality of audio-data transmission.
使用一种代价函数作为性能评估标准，并通过仿真实验分析了各种网络延时对PID控制性能的影响。
A cost function is used as the criterion of performance evaluation and simulation is made to analyze the effect of all sorts of network delays on the PID control performance.
碰撞检测速度、网络延时和网络带宽对碰撞检测的限制是分布式虚拟装配系统中碰撞检测面临的主要问题。
The speed of collision detection, and the delay and bandwidth of network are the main problems in distributed virtual assembly environment.
仿真实验结果表明，经过改进的AOMDV路由算法不仅降低了网络延时，而且还延长了网络的整体寿命。
By simulation about the improved AOMDV routing algorithm, not only the network latency is reduced, but also the overall lifetime of the network is extended.
实时协同编辑中协作站点在不同时机加入时，由于网络延时或故障会导致其初始状态的不一致，即同步问题。
Due to the network prolonging or fault, inconsistency or synchronous problem of the initial state of cooperative sites occurs when they join a real-time cooperative editing system at different time.
为了有效地抑制网络延时对网络控制系统性能的影响，提出了一种鲁棒数字比例积分微分(PID)控制器设计方法。
In order to restrict the influence of network-induced delays on the performance of networked control systems, a novel robust proportional-integral-differential (PID) control technique was proposed.
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。
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。
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.
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