同时探讨了多种时钟同步算法以保证不同要求的时钟同步精度。
Several clock synchronization algorithms are also discussed to satisfy different precisions of clock synchronization.
电力监测系统是一个复杂的分布式系统，对时钟同步精度有着不同层次的需求。
The electric power monitoring system is a complex distributing system, and there is different demand on clock synchronization precision in different levels.
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 proposition of MBBS algorithm is of most value in improving clock synchronization accuracy for wireless distributed measurement system.
该方法是一种基于信号采样时钟速率的全数字化处理过程，其同步精度可达到信号采样间隔的1%以上，且便于FPGA或DSP实现。
The method is a fully-digitized process at the sampling clock rate, so that it can be conveniently implemented by FPGA or DSP, whose synchronization precision can reach 1% of the sampling interval.
论文着重介绍了主时钟以及相关同步设备精度的主要测试方法。
This article lays its stress on the main testing methods of the precision of master clock and the relevant synchronous equipment.
该系统采用了片同步技术实现了采样后高速数字信号的可靠锁存，采用高精度的时钟管理芯片和设计合理的时钟路径对时钟抖动做了严格控制。
The Chip-Sync technology has been used to ensure the latch of high-speed signal, and we use high accuracy clock management chips and design reasonable clock way to strict control the clock jitter.
电信网管中的时钟服务对时钟的精度要求不是很高，但是要考虑既要和本地的操作系统时间无关，又要考虑同步时钟服务器和同步不同类型的设备二种情况。
It is unstrict with precise in LAN for TMN, but it should have no connection with local OS time, and can synchronize to time server and different devices.
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.
该内核结构采用数据融合加强对精度要求较高的时钟同步任务的支持。
A kernel structure is presented, which adopts data fusion to support precision-demanding clock synchronization tasks.
为了实现水下载体高精度的定位，GPS声纳浮标需解决两个方面的技术难点：高精度的系统时钟同步和定位信号的高精度时延估计。
As for the high precision positioning of underwater targets, the GPS sonobuoy technique has two bottlenecks: high precision system clock synchronization and high accuracy time delay estimation.
本文给出了一种高精度恒温晶振（OCXO）和GPS同步时钟在数据采集中的应用。
This paper gives an application of high OCXO and GPS synchronization clock in data-gathering.
本研究的目的就是在异步通信网络环境中，采用连续的时间戳通信模型，并利用时钟精度差概念和小波除噪算法实现系统中各个计算机之间的自适应时钟同步。
The continuous time-stamp communication model and the wavelet technology were applied to evaluate running precision difference of clocks, in order to reduce the effect of network delay efficiently.
实验结果表明，在多层网络拓扑下，MBBS减少了全局时钟同步所需的信息数目，提高了网络时钟同步的精度。
It is demonstrated by simulation results that MBBS reduces the messages needed for global synchronization and reaches higher clock synchronization accuracy in multilayer topology.
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.
B类和 A 类都融入了IEEE 1588同步时钟协议，让系统中的各种时钟同步，并提供了时戳机制，精度可同步到纳秒级。
Class B and Class A features with IEEE 1588 clock synchronization, they can synchronize all the clocks in the system.
IEEE 1588V 2是最新的行业标准，使高精度的时钟同步，并满足运营商的LTE承载的需求。
The IEEE 1588v2 is the latest industry standard that enables high-precision clock synchronization and meets the LTE bearer needs of operators.
IEEE 1588V 2是最新的行业标准，使高精度的时钟同步，并满足运营商的LTE承载的需求。
The IEEE 1588v2 is the latest industry standard that enables high-precision clock synchronization and meets the LTE bearer needs of operators.
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