然而卡洛·康泰迪说，用GPS人造卫星来同步时钟，远远达不到这个准确度，这是因为GPS人造卫星的信号本身也受到重力时间膨胀效应的影响。
But Contaldi says that GPS synchronization is not nearly that accurate, because GPS satellite signals are themselves subject to gravitational time dilation.
如果您没有将工作平台上的时钟和所有在测系统上的时钟进行同步，那么报告中的资源计数器将显示不准确(就时间而论)。
If you do not synchronize the clocks on the workbench and on all of the systems under test, resource counters are displayed inaccurately (with respect to time) in the reports.
对机器间时钟进行同步的一种简单方法是使用一个时间服务器。
A simple way to synchronize clocks among machines is to use a time server.
如果您的客户机系统时钟不是完全与服务器系统时钟同步的话，您就会得到与两个时钟的时间差大小成正比的特殊结果。
If your client's system clock is not almost exactly synchronized with your server's system clock, you will experience peculiar results in direct proportion to the size of the discrepancy between them.
这些方面包括选择如何处理事件、调度、时钟同步、时间间隔计算、本地相关性和文化意义。
These aspects include choosing how to handle events, schedules, clock synchronization, interval calculations, local relevance, and cultural significance.
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.
票据有一个时间可用段，如果主机时钟与Kerberos服务器时钟不同步，则认证失败。
The tickets have a time availability period, and if the host clock is not synchronized with the Kerberos server clock, the authentication fails.
使系统时间与Net workTimeProtocol (ntp)服务器同步然后让硬件时钟和系统时间同步就是一个这样的例子。
An example is synchronizing the system time to a Network time Protocol (NTP) server and then synchronizing the hardware clock to the system time.
视窗XP用户可利用附设在作业系统内的时间同步设施校对电脑时钟。
Windows XP users can synchronize their PC clocks by using the built-in time synchronization utility in the operating system.
该软件将更新你的系统时间，通过因特网使用原子时钟同步你的系统时间。
It will update your system clock time, synchronizing it with atomic clocks through the Internet.
另外，用户还可以修改时钟时间同步的互联网。
Furthermore users can edit clock time synchronization by Internet.
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.
NTP协议用于同步多台计算机的时间(时钟)。
The NTP protocol is used for synchronizing the time (the clock) between computers.
阳光打电线将使这个太阳能分钟同步进行调整，调整时钟的时间与真正的太阳绝对时间钟摆。
Sunlight striking a wire will allow this solar synchronizer to make minute adjustments and realign the clock's absolute time pendulum with true solar time.
另外，用户还可以修改时钟时间同步的互联网。
Furthermore, users can edit clock time synchronization by Internet.
串行口对时方式：装置通过串行口读取同步时钟每秒一次的串行输出的时间信息对时，串行口又分为rs232接口和RS422接口方式。
Mode of serial port pair: synchronous clock device through the serial port read per second pair a serial output time information, serial port and RS232 interface and RS422 interface.
软件将自动通过SNTP与因特网时间伺候器同步来校准你的手机时钟。
Internet Time keeps your mobile phone clock automatically synchronized with Internet Time Server via SNTP.
该算法利用连续两次同步过程中所记录的时间信息来估算节点时钟的偏移和频率漂移率，并进行补偿。
The clock offset and frequency drift rate for sensor nodes are estimated and then compensated by using the time-stamp recorded in two adjacent synchronizations.
电信网管中的时钟服务对时钟的精度要求不是很高，但是要考虑既要和本地的操作系统时间无关，又要考虑同步时钟服务器和同步不同类型的设备二种情况。
It is unstrict with precise in LAN for TMN, but it should have no connection with local OS time, and can synchronize to time server and different devices.
相对于时间标签法，自适应法在分组网络中进行时钟同步方面具有更广泛的适用空间。
Compared with the time stamp method, the proposed adaptive method for clock synchronization is far more extensively applicable in packet networks.
一些国家已经成功进行了激光时间传递的试验，结果证明利用激光进行时钟之间的同步是有效可行的。
It will realize the synchronization of these clocks with high accuracy and stability. Several experiments of the time transfer by laser pulses had been successfully carried out in some countries.
激光时间传递是通过激光脉冲在空间的传播来实现地面与卫星时钟或地球上远距离两地时钟的同步。
Time transfer by laser pulses is based on the propagation of light pulses between satellite and ground clocks or between remote clocks on THC Earth.
定量分析了变电站时钟同步的校时误差、自动化装置时钟精度及基于两者的校时时间间隔确定等问题。
The time correction error of substation clock synchronization, the clock precision of automation equipment and the time correction interval are quantitatively analyzed.
GPS卫星同步时钟广泛用作广播电视、电力等系统的同步时钟及车站、机场等公共场所的时间显示。
The clock signal provided by Global Positioning system GPS is widely used as a synchronous clock in broadcasting television system and electric power system and the display of time in public.
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.
通过一个英特网时间伺候器同步你的时钟！
采用基于门延时的精细计数来量化被测时间间隔中与时钟不同步的部分，这样时间量就被转换成了数字量。
Both coarse count and fine count which base on the clock and gate delay separately were used to quantify them. Thus, time variable were converted into digital variable.
介绍了IEEE1588时间协议的时钟类型以及它们之间的关系，详细分析了IEEE1588时间同步的基本原理。
The clock types of IEEE1588 and their relationships are introduced and the principle of IEEE1588 PTP synchronization is analyzed in detail.
实验结果表明，该协议能避免单纯采用时间戳所带来的时钟同步问题，具有较好的抗重放攻击能力。
Experimental results show that, this protocol can effectively avoid the problem of clock synchronization when only use timestamp, and good anti-replay attack capacity.
实验结果表明，该协议能避免单纯采用时间戳所带来的时钟同步问题，具有较好的抗重放攻击能力。
Experimental results show that, this protocol can effectively avoid the problem of clock synchronization when only use timestamp, and good anti-replay attack capacity.
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