提出了一种基于双频观测数据的单历元周跳探测和修复方法。
A new method is proposed for detecting and repairing cycle slips in GPS navigation based on the dual frequency observations.
文章介绍了美国国家大地测量局开发的研用型GPS数据处理软件OMNI，特别是OMNI较强的周跳探测和修复功能。
This paper introduces a GPS data processing software, OMNI, developed by National Geodetic Survey of U. S. , in particular, its strong ability of cycle slip fixing.
通过试验和实际观测资料的分析表明，该方法能准确的分析双差观测数据质量，可以在双差观测域中有效的探测和修复周跳。
This method has been tested to be very useful in detecting and repairing cycle slip and in analyzing the quantity of observation data.
通过试验和实际观测资料的分析表明，该方法能准确的分析双差观测数据质量，可以在双差观测域中有效的探测和修复周跳。
This method has been tested to be very useful in detecting and repairing cycle slip and in analyzing the quantity of observation data.
应用推荐