GPS common view method is one of the main methods for remote precise time and frequency transfer.
GPS共视法时间频率传递技术是目前时间频率远距离高精度量值传递的主要方法之一。
In the system of JATC, we mainly use GPS Common View (CV) multi-channel time transfer receivers to establish a network of GPS CV time comparison.
综合原子时系统主要采用多通道GPS共视型时间接收机来组成远程时间比对网。
Based on the analysis for the experimental data, some procedures concerning have been proposed in this paper to improve the time comparison precision of GPS common view.
通过对实验数据的分析，本文提出了改善GPS共视时间比对精度的措施。
The basic model of GPS Common View (GPSCV) is discussed. The satellite ephemeris errors and the station location errors are analyzed in details and then some cautious problems in GPSCV are given.
在此基础上，分析了各种误差源对时间比对的影响，给出了不同比对精度下需要考虑的改正项。
There are two primary methods of time dissemination around the world: two-way satellite time transfer_(TWSTT) and common-view Global Position System_(GPS) time transfer.
现行的高精度远距离时间传递方式主要有GPS共视法和双向卫星时间传递技术（TWSTT）。
The significance of thermal effects on the GPS receiver can not be ignored when using GPS common-view technology for high precision time transfer.
GPS共视法时间频率传递技术是目前时间频率远距离高精度量值传递的主要方法之一。
The significance of thermal effects on the GPS receiver can not be ignored when using GPS common-view technology for high precision time transfer.
GPS共视法时间频率传递技术是目前时间频率远距离高精度量值传递的主要方法之一。
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