1) GPS height
GPS高程
1.
Research of influence and correction of GPS antenna phase center deviation on GPS height;
GPS天线相位中心偏差对GPS高程的影响及改正研究
2.
The application of support vector machine method in GPS height transformation;
支持向量机方法在GPS高程转换中的应用
3.
Converting GPS height by a new method based on neural networks;
基于神经网络的转换GPS高程的新方法(英文)
2) GPS elevation
GPS高程
1.
Reasearch on Increasing GPS Elevation Accuracy;
提高GPS高程方向精度的研究
2.
By combining semiparametric survey adjustment Models with the least squares collocation to deal with GPS elevation, the calculation method of a positively definite regularity matrix is deduced and the corresponding results are obtained.
利用罚最小二乘原理构造加权惩罚平方和,将半参数回归模型与最小二乘配置结合起来,来处理GPS高程问题,导出了配置型模型中正规化矩阵正定时参数平差的计算方法,用直接法得到了参数和信号的估计量,给出了相应的公式。
3) GPS Altitude
GPS高程
1.
The multi-aspect function application in GPS altitude fitting;
多面函数在GPS高程拟合中的应用
2.
The optimum selection of GPS altitude fitting model
GPS高程拟合模型的最优选择
4) Altitudes of GPS Points
GPS点高程
1.
The Decision Methods of the Altitudes of GPS Points;
GPS点高程的确定方法
5) GPS height network
GPS高程网
1.
This paper research the design and establishment of all kinds of GPS networks systematically and discusses the design, field observation and implementation of the GPS control network with high accuracy, GPS engineering control network, special GPS control network, and the GPS height network.
本文全面系统地研究了GPS各种控制网的布设，探讨了高精度GPS控制网、GPS工程网、特殊GPS控制网及GPS高程网的设计方法，野外观测方案及实施方法。
6) GPS height anomaly
GPS高程异常
1.
A vast amount of GPS survey data make known that the GPS height anomaly variations is evenly and echelon in parts of an area.
大量的 GPS测绘资料表明 ,小范围内 (局地 ) GPS高程异常呈现出一种均匀梯次变化特点 ,根据局地 GPS高程异常均匀梯次变化的几何特征 ,总结出了局地 GPS高程异常均匀梯次变化的数学模型。
2.
On the basis of the GPS height survey results in many provincial administrative regions of China, using interpolation and extrapolation methods, the GPS height anomaly map of China has been drawn up, which possesses certain applicable value.
该文以国内许多省级行政区内的GPS测高成果为基础 ,用外推或内推的方法 ,绘制出了我国的GPS高程异常图 ,有一定的应用价
补充资料：大地高程
见高程系统。
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