概述了卫星导航系统的时间同步问题和卫星导航的设备零值及其标校问题。
This paper describes the issues in terms of time synchronization in satellite navigation systems, satellite navigation device zero point, and device zero point calibration.
然后针对MIMU/GPS组合导航的数据时间同步问题，提出了一种新的GPS时间延迟补偿算法。
To study the data synchronization problem of MIMU/GPS integrated navigation systems, a new data synchronization method for GPS measurement data delay is proposed.
如果时间同步在您的企业内部网中不是问题，您可以略过这部分。
If time synchronization is not a problem in your enterprise Intranet, you can ignore this section.
最后，系统测试展示了定时问题，尤其是在协调对多个单元的更改的开始时间时，以便这些单元看起来与查看器是同步的。
Finally, system testing showed timing problems, especially in coordinating the start times of changes to multiple cells such that they appeared simultaneous to the viewer.
新的调度器解决上述问题的方法是，基于每个 CPU 来分布时间片，并且取消了全局同步和重算循环。
The new scheduler addresses these issues by distributing timeslices on a per-CPU basis and eliminating the global synchronization and recalculation loop.
如果执行的时间比较长，那么必须确保时间和数据同步问题不会造成虚假的错误。
If execution occurs over extended periods of time, then care must be taken to ensure no false errors are introduced by timing and data synchronization issues.
问题：“为什么我们开始长时间等待log file sync(同步写日志文件)？ ”？
Question: "Why have we started to see such a big increase in log file sync wait time?"
由于新的基于SOA的系统是围绕类似于实时的事务设计的，因此现在将导致同步时间问题。
Because the new SOA-based systems are designed around near-real-time transactions, data synchronisation timing issues now result.
有瓶颈问题或过多的同步的应用程序常常表现为较长的响应时间和较低的cpu利用率。
An application suffering from bottlenecks or excessive synchronization typically exhibits poor response times and low CPU utilization.
也许正是由于人们总在思考怎样用一个统一时间把不同地方的时间同步化的问题，才激发了爱因斯坦的灵感，产生了相对论，彻底统一了时空问题。
Thinking about how railway time required clocks in different places to be synchronized may have inspired Einstein to develop his theory of relativity, which unifies space and time.
但是，在一个超高速宽带无所不在的世界里，在5到10年的时间之内，同步是否依然还是个问题？
But, in a world with ubiquitous ultra-fast broadband, will syncing still matter in 5-10 years?
请耐心等待一段时间，我们在继续工作，更新当前的帮助页，并测试和证实OneNote用户在SkyDrive和SharePoint可能遇到的另外的同步问题。
Please be patient while we continue to work on updating the existing Help pages and test and confirm additional sync issues that OneNote users on SkyDrive and SharePoint may be running into.
讨论了飞机离散点航迹误差的修正、插值算法以及时间同步播放控制问题。
The problems of the correction of track error of discrete dot and the emersion control of time synchronization are discussed.
取样机所采用的破渣与取样同步进行的取样方式使结构大为简化，取样时间减少，可靠性增高，是解决问题的关键。
Broken slag and synchronous sampling methods bring to simpler structure, less sampling time and higher reliability of it, which is a key to solve a problem.
文章最后对系统界面远程可视化、系统合并以及时间同步等问题提出了解决方案。
At the end, the paper analyzes the issues of system remote interface visualization, system combination and time synchronization, then puts forward the solutions of them.
计算了同步卫星干扰及干扰时间预测，也分析了中低轨道卫星干扰问题。
Interference to CSRH and forecast from synchronous orbit satellite, and interference due to low and middle orbit satellite are analysed.
本文讨论混沌连续时间系统的完全同步问题，提出一个构造混沌同步系统的新方法。
The problem on the complete synchronization of a chaotic time-continuous systems was discussed, and a new approach for constructing chaotically synchronizing systems was proposed.
为确定多媒体数据流的每个对象在时间和空间上的位置问题，提供了描述、传输、存储的结构化同步描述方法。
To scale the position of each data_flow object in time and space , we also provide a set of structured synchronization description algorithms for data description, transmission and storage.
对影响导航定位系统定位精度的各种因素进行了分析。研究了影响导航定位精度的关键技术问题，如时间基准、时间同步和卫星定轨等。
In this paper, we analyze the key techniques for the service precision of Global Navigation satellite System such as time reference, time synchronization, satellite orbit determination, etc.
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.
在应用中，常常会遇到时间同步、远近效应、几何精度衰减因子等问题。
In the applications, there are many problems, such as timing synchronization, near - far effect, and geometric dilution of precision.
这种同步技术解决了用户位置容易暴露和用户数量容易饱和的问题，而且可以使初始同步和迟入网同步时间大大降低。
This synchronization scheme provides a feasible solution to the problem of exposure and saturation, and deeply decreases the time of preliminary synchronization and laggard synchronization.
研究了影响导航定位精度的关键技术问题，如时间基准、时间同步和卫星定轨等。
In this paper, we analyze the key techniques for the service precision of Global Navigation satellite System such as time reference, time synchronization, satellite orbit determination, etc.
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.
针对无线传感器网络固有的时钟偏移和时钟漂移问题，研究了不同的时间同步方法对同步精度的影响。
Concerning the clock skew and clock drift problem in wireless sensor networks, some different methods of synchronization time on synchronization accuracy were studied.
IEEE 1588标准精密时间同步协议(ptp)的提出，成为一种有效解决高精度同步问题的方案。
IEEE 1588 Standard (precision Time Protocol) becomes an effective solution to the problem of high-precision synchronization.
解决方案NTP的常见问题解答明确说明了NTP时间同步在虚拟机下无法正常工作，这可能是一个不可逾越的问题。
Since the FAQ for NTP specifically states why NTP time sync doesn't work 'right' under virtual machines, it's probably an insurmountable problem.
解决方案NTP的常见问题解答明确说明了NTP时间同步在虚拟机下无法正常工作，这可能是一个不可逾越的问题。
Since the FAQ for NTP specifically states why NTP time sync doesn't work 'right' under virtual machines, it's probably an insurmountable problem.
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