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.
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".
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.
通过试验和实际应用的检验，这些方法是切实可行的，时间同步的精度满足一般网络化测试的要求。
The testing result and practical application prove that these methods are feasible and the timing precision reaches general networked test criterion.
通过试验和实际应用的检验，这些方法是切实可行的，时间同步的精度满足一般网络化测试的要求。
The testing result and practical application prove that these methods are feasible and the timing precision reaches general networked test criterion.
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