1) GPS time synchronization
GPS对时
1.
But there exist many problems during the alteration,involving technical standard,equipment capability,GPS time synchronization and monitor stability.
但在综自改造过程中出现的问题比较多,涉及技术标准、设备性能、GPS对时、监控稳定性等多方面。
2) time identifying facility with GPS
GPS对时装置
1.
Through time identifying facility with GPS,the problem of time identifying between DCS and ECS has been solved.
通过GPS对时装置,解决了DCS与ECS之间的对时问题,实际测试表明这种方法可行,且精度较高。
3) GPS countermeasures
GPS对抗
4) RGPS
相对GPS
1.
Quasi-carrier phase DGPS and RGPS, these two kinds of off-line data processing methods are introduced in this paper.
介绍了准载波相位事后差分GPS和相对GPS两种GPS数据事后处理方法,利用GPS数据事后处理方法能显著提高GPS定位精度,且现场测试过程中无须基准站精确坐标,没有大量数据的实时传输和解算。
5) updated by GPS
GPS对钟
6) GPS timing
GPS授时
1.
GPS timing has the merits of high precision, around-the-clock broadcasting, anti-disturbance and so on.
GPS授时以其精度高、实时、受干扰小等优点而在授时工作上有着广泛的应用背景。
2.
0 control chip CY7C68013 from CYPRESS company integrated,this paper designs a new multi-channel data acquisition equipment including GPS timing technology,and digital signal processing technology and USB communication technology.
0控制芯片CY7C68013,设计了一种集GPS授时技术和数字信号处理技术以及USB通信技术为一体的新型多通道数据采集装置。
3.
A synchronous acquisition system with GPS timing is used to accurately synchronize dada acquisition in different places.
基于GPS授时的异地同步数据采集系统用于对分处异地的数据采集设备进行精确同步。
补充资料：上时
1.最合适的时令。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条