在这种情况下，需要借助数据同步技术来保持网络上不同数据源的版本一致性。
In this case, data synchronization technology is necessary to keep the consistency of different data versions on the network.
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。
The Time Synchronization Technology is the core technique of modern network applications and distributed systems.
文中详细介绍了该系统的结构和实现以及所采用的负载平衡策略，同时介绍了该系统的两个关键技术：归属判断和网络同步。
The paper introduces its structure, realization and load-balance strategy in detail and also presents its two key technologies: belong-determining and network synchronization.
该技术通过网络节点之间时间基准的相互交换和相互控制，实现节点之间的相互同步。
The synchronization of the network is achieved by the exchange and interaction control of the time benchmark between the nodes.
在无线传感器网络测试系统中，为了对测试对象进行准确的测试，时间同步技术至关重要。
In the wireless sensor networks test system, in order to test the accuracy of the test subjects, the time synchronization is very essential.
在同步数字网络中，同步是数据流正确传输的基础，因此同步技术是数字传输领域的关键技术。
Synchronization is the base of transferring data correctly in synchronous digital network, so synchronization technique is the key in the data transferring field.
时间同步是网络化测试技术的重要课题之一。
Time synchronization is one of the important issues of network test technology.
通过同步和异步通信的比较，根据网络电子申报的特点，选择了使用JMS技术。
Compared. With the communication of asynchronous and synchronous, according to the character of E-filing system based on Internet, we decide to use the technology of JMS.
第四章通过基于时间戳和多线程同步控制方法设计实现了网络视频会议录播技术方案，使视频会议系统真正成为了可存储会议系统。
The fourth part design and implement a scheme of recording and playing in the network video conference system, which make the system be "Caching conference system".
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.
本文阐述网络中心战战场的时间同步技术、精确时间体系结构、双向比对远距离时间同步技术。
This article introduces time synchronization techniques, precise time structure, and bilateral contrast remote time synchronization techniques in network-centric warfare.
PTP技术可方便灵活地应用于分组网络中，同步精度可达亚微秒级，将成为GPS的有效替代。
PTP can be applied in a packet network easily and flexibly with submicrosecond-level synchronization accuracy, and will become an effective alternative to GPS.
网络同步是卫星通信系统的关键技术。
The discussion of the power system digital synchronization network;
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。
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.
实时协同设计系统是CSCW技术的一个典型应用，它允许多个用户通过互联网络同步的对同一文档进行编辑。
Real-time collaborative systems are representative groupware tools in the area of CSCW. They allow multiple users to view and edit the same document at the same time through an interconnected network.
实时协同设计系统是CSCW技术的一个典型应用，它允许多个用户通过互联网络同步的对同一文档进行编辑。
Real-time collaborative systems are representative groupware tools in the area of CSCW. They allow multiple users to view and edit the same document at the same time through an interconnected network.
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