Based on LFVC (Leap Forward Virtual Clock), this paper proposes a scheme named WLFVC, which is a fully distributed wireless scheduling scheme for WLAN (wireless LAN).
基于前跳虚时钟(LFVC)算法，本文提出了适用于无线以太网(WLAN)环境的全分布式的调度算法WLFVC。
Precise clock protocol IEEE1588 is used widely in distributed control systems.
精确时钟协议IEEE1588在分布式控制系统中应用广泛。
Firstly it discusses the approach of logical clock and revise algorithm of logical clock, then introduces the implementation approach of logical time monitor module in distributed S4 system.
首先讨论了逻辑时钟方法及逻辑时钟的修改算法，然后介绍了自行研制的分布式s4系统中逻辑时钟监控器模块的实现方法。
The importance of the clock synchronization in the parallel distributed system is given, and three main methods for the clock synchronization are introduced.
叙述了并行分布式系统中时钟同步的重要性，并介绍了完成时钟同步的三种主要方法。
The problem of Clock Synchronization is a classical issue in distributed operating system and core technology in distributed computing.
时钟同步问题是分布式操作系统中的一个经典的问题，是分布式计算中的核心技术之一。
This paper is mainly a research on time consistence in Distributed Virtual Environment. Some clock synchronizations are introduced in it. Combined with practice, the result is proposed at last.
要做到时空一致，时间一致是关键，本文主要对分布式虚拟环境中时间一致性进行了研究，介绍了几种时间同步的方案，并结合实际应用，给出了实验的结论。
The proposition of MBBS algorithm is of most value in improving clock synchronization accuracy for wireless distributed measurement system.
MBBS算法的提出对无线分布式测试系统的时钟同步精度的提高有着重要的应用价值。
The frame of wireless distributed system is provided, and the work process of clock synchronization based on PTP is introduced.
提出了无线分布式测试系统的构架，介绍了PTP协议的时钟同步工作过程。
Clock Synchronization is one of core technologies in Distributed Systems and Communication Fields.
时钟同步是分布式系统、通信领域中的核心技术之一。
Clock Synchronization is one of core technologies in Distributed Systems and Communication Fields.
时钟同步是分布式系统、通信领域中的核心技术之一。
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