其中包括客户端处理、网络时间和服务器时间。
This is inclusive of client processing, network time, and server time.
示例显示保证客户端已经改正了网络时间协议配置。
The sample manifest ensures that the client has the correct network time protocol configuration.
网络时间的详细信息区域会显示以下网络统计数据。
The detail area for network time shows the following network statistics.
它同步您的PC系统时钟到了网络时间服务器。
It synchronizes your PC system clock to a network time server.
设立“无网络时间”
注意，这里的响应时间仅是针对服务器而言的，不考虑网络时间。
Note that the response times that are taken into account are server-based and do not include any consideration for network time.
可顺利移植到DSP上，用于网络时间同步需要的系统。
Can smoothly migrate to DSP, the need for network time synchronization system.
网络时间改善了，但是客户机器上的响应时间在某些情况下可能会更慢。
Network time is improved, but response time at the client machine may be slower in some cases.
论述了网络时间服务器的构建方法和网络授时软件的设计流程。
The method of building network time server and the process of designing time calibration software in network are discussed.
目的建立一种新的具有抗噪声能力的神经网络时间序列预测模型。
Aim To construct a new time-series forecasting model based on neural network with the capability of noise immunity.
网络时间是在客户端上计算，该时间表示花费在网络I/O堵塞上的时间。
The network time is calculated on the client and represents the time spent blocking on network I/O.
平均网络时间：显示所选时间间隔已完成的事务花在等待网络上的平均时间。
Average network time - Displays the average time spent waiting on the network for completed transactions within the selected time interval.
介绍并分析了一个互联网标准协议—网络时间协议的系统结构与工作原理。
The architecture and working mechanism of an Internet standard protocol which is named network time protocol is introduced and analyzed.
消息传输过程中的非确定性延迟是影响无线传感器网络时间同步精度的主要因素。
Non-deterministic delay in message transmission is the significant factor affecting the accuracy of time synchronization in wireless sensor networks.
以网络时间协议为基础，提出了对海军作战指挥一体化系统的网络对时体系结构。
This paper introduces the network time protocol and presents an approach to design the time synchronization system of our navy command system.
然后其他机器就可以使用网络时间协议(ntp)来与时间服务器的时间戳进行同步。
The other machines would then use the network time protocol (NTP) to synchronize their time stamps with the time server's.
介绍了传统网络时间同步协议(ntp)和四个有代表性的传感器网络时间同步协议。
Introduce network time protocol (NTP) and four representational time synchronization protocol for wireless sensor networks.
很多计算系统用的都是网络时间协议(ntp)，以保证他们和世界原子时钟是同步的。
Many computing systems use the Network Time Protocol, or NTP, to keep themselves in sync with the world's atomic clocks.
为在较复杂网络状况下，有效提高隐蔽信道的容量，提出了多进制网络时间隐蔽信道的设计。
For improving the capacity of covert channel in complex network situation, multi-state network covert timing channel was proposed.
请注意：你需要选取「自动与网际网络时间伺服器同步化」的空格，「立即更新」键才能运作。
Please note that the "Update Now" button does not function unless the "Automatically synchronize with an Internet time server" check box is selected.
新方法将L-R三角模糊数引入到网络时间参数计算，并且采用模糊数大小排序的方法确定关键线路。
The new method quantifies the time parameters with L-R triangular fuzzy number, and identifies the critical path through ranking method of fuzzy number.
传输操作时刻表由基循环组成的系统矩阵为基础，时间间隔尺度以网络时间单元为单位实现时间同步。
On the basis of communication operation schedule for system matrix formed with basis cycle, the time synchronization of system was obtained depending on the net time unit (NTU).
仿真实例结果表明，提出的三种多进制网络时间隐蔽信道具有较高的信道容量，各有特点和实用价值。
The results of simulation show that the proposed multi-state network covert timing channels with higher channel capacity and all have their own characteristics and the practical value.
通过对无线传感器网络时间同步以及RBS(参考广播同步)算法的研究，提出了一种RBS的优化算法。
Based on studying on time synchronization and RBS (reference broadcast synchronization) algorithm in wireless sensor network, improved time synchronization algorithm is improved.
本文介绍了网络时间协议的基本工作原理，简要分析了在网络路径对称和不对称两种情况下的网络时延问题。
The basic working principle of network time protocol is introduced, and the network time delay is analyzed simply in the case of symmetrical and dissymmetric network path.
今日心理学(Psychology Today)上的一篇博客写道：心理学家罗伯特·莱希建议用黑莓手机来做无网络时间的实验。
In a blog on Psychology Today, psychologist Robert Leahy recommends experimenting with BlackBerry-free times.
但是，传感器网络自身的特点决定了现有的网络时间同步方法并不完全适合运用，需要被拓展来适应分布式传感器网络新的需求。
But the existing time synchronization methods aren't fit to sensor network, and need to be extended to meet these new needs.
从时间同步着手，分析了时间同步技术—网络时间协议（NTP）和直接连接时间技术，比较了几种分布式系统的时间同步化策略。
The technology of time synchronization including Network Time Protocol(NTP) and Direct time Connection are analyzed, and some time synchronization strategies of distributing systems are compared.
这将有助于扩大你的内部人际网络，同时你可以在工作日时间得到良好的放松。
This will help to grow your internal network, in addition to being a nice break in the workday.
对于iPhone，这些网络可能比AT&T 的数据网络提供更快的连接速度和更长的电池续航时间。
With the iPhone, those networks may provide faster connections and longer battery life than AT&T's data network.
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