1) elevation anomaly residual error
高程异常残差
2) height anomaly difference
高程异常差
1.
The new methods of GPS cross-ocean leveling based on height anomaly difference are put forward.
提出基于高程异常差的GPS跨海水准新方法,给出新方法的基本原理和数据处理方案,对用垂线偏差、神经网络法、支持向量机求解高程异常差方法的精度和实用范围作计算分析。
3) height anomaly
高程异常
1.
The height anomaly processing of GPS/leveling;
GPS/水准的高程异常处理
2.
Research on the method of estimation of height anomaly of GPS points in mountainous areas;
山区测区 GPS 点的高程异常推估方法研究
3.
Thin plate spline interpolation and modeling of height anomaly of large area;
薄板样条与大区域高程异常插值
4) height abnormity
高程异常
1.
The geodetic height is the sum of normal height and height abnormity.
大地高等于正常高与高程异常之和,要使GPS高程在工程实际中得到应用,必须先求出高程异常,进而获得正常高。
5) elevation anomaly
高程异常
1.
Research of Interpolation Methods for Area Elevation Anomaly;
区域高程异常内插方法研究
2.
Query system of elevation anomaly through computer;
高程异常值微机自动查询系统的研究与设计
3.
Database establishment of elevation anomaly and its automatic query method;
高程异常数据库的建立与自动查询方法
6) elevation abnormality
高程异常
1.
Whether elevation abnormality models are built properly has great effects on the precision of GPS level elevation survey.
高程异常模型的建立是否合适 ,对 GPS水准高程测量的精度产生重要影响。
2.
Moreover,some GPS leveling data could be used to get higher precision and the remove-compute-restore method be adopted to gain the elevation abnormality of unknown points.
CQG2000精度虽不能满足大比例尺测图需要,但分辨率较高,且体现了我国似大地水准面变化趋势的物理性质,可将它作为一个平台,结合高精度GPS水准数据,借鉴移去恢复法原理求解未知点高程异常。
3.
Adequately using the results of CQG2000,integrating GPS level data,and introducing the remove-compute-restore(RCR) method to calculate the elevation abnormality of unknown points is superior to only adopting GPS leveling.
充分利用CQG2000的研究成果,结合GPS水准数据,采用移去恢复(RCR)法求解未知点高程异常比用单纯的GPS水准拟合法,精度有明显改善。
补充资料：高程异常
见地球形状。
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