The Time Synchronization Technology is the core technique of modern network applications and distributed systems.
时间同步技术是现代网络应用和分布式系统中的核心技术。
Time synchronization is one of the important issues of network test technology.
时间同步是网络化测试技术的重要课题之一。
Compared with other synchronization technology, the GPS synchronization technology is more suitable for synchronize the time benchmark of the industry sites.
与其他时间同步技术相比，GPS时间同步技术非常适用于来同步各站数据的时间基准。
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.
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。
Adopting software anti-jamming technology, this instrument is based on AT89C51 to achieve the synchronization of the clock of time service system with UTC.
该设备基于AT 89c51，采用软件抗干扰技术，实现授时主系统时钟与中心UT C主钟的同步。
Studies in AIS the essential technology: Time synchronization, Slot reuse.
研究AIS中的关键技术：时间同步，时隙复用等。
On the basis of introducing IEEE1588 t ime synchronization technology, the factors influencing IEEE1588 time synchronization accuracy is summarized and analysed.
在介绍IEEE1588时间同步技术的基础上，全面归纳、分析了影响 IEEE1588时间同步精度的因素。
Based on key technology of time synchronization, engineering design is modeled and simulated in order to produce various types of time synchronization network as required by various Internet services.
根据时间同步的关键技术点，模拟工程设计，实现满足各业务网络需求的时间同步网设计。
Secondly, applying the key technology of data real-time and synchronization in the differ-structure databases by taking ADO to deal with the database.
第二，完成了该系统中异构数据库间数据实时同步这个关键技术的设计与实现，同时在数据库的处理上采用了ADO技术来编程实现。
Our own definition of chaotic synchronization is proposed based on the digital communication technology for the first time.
从数字通信技术角度提出了混沌同步定义，指出混沌数字保密通信的应用研究重点是混沌严格同步技术。
Meanwhile, other techniques, like word analysis, parsing, and pretreatment technology are discussed in this paper and a real-time synchronization method is presented.
同时还对词法分析、语法分析、预处理技术进行了讨论，并且提出一种同步复制的机制。
For data fusion technology of MSTS, this paper addresses some of key issues of radar and ADS-B reports, these key issues include time synchronization, bias influence and maneuver detection.
针对多传感器跟踪系统的数据融合技术，分析了雷达和ADS - B的报告不同步、误差影响和机动检测等几个关键问题。
For data fusion technology of MSTS, this paper addresses some of key issues of radar and ADS-B reports, these key issues include time synchronization, bias influence and maneuver detection.
针对多传感器跟踪系统的数据融合技术，分析了雷达和ADS - B的报告不同步、误差影响和机动检测等几个关键问题。
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