1.
Research on the Altitude Precision of Two Common Models for the GPS Height Fitting
两种常用的GPS高程拟合模型拟合精度研究
2.
A mathematical model with approximate error less than 1% has been esta es-tablished.
并建立了拟合精度高于1%的数学模型。
3.
The Distribution of Normal Deviation for Fitting the Plane Linear in Old-Highway and Control in Fitting Precision
旧路平面线形拟合法线偏差分布规律及拟合精度的控制
4.
The intelligent fitting method has more advantages than the traditional unintelligent method,such as automatically se-lecting optimum polynomials and higher precision.
智能拟合法与传统的非智能拟合法相比具有可以自动寻求最优多项式、拟合精度高的优点。
5.
Precision analysis of several GPS height fitting methods for the flat terrain
平坦地区GPS高程拟合方法精度分析
6.
Precision Analysis of the Planned Elevation of the Static GPS Controlling Net in the Mountain Areas
山区静态GPS控制网拟合高程精度分析
7.
Choice for fitting-model and accuracy estimating in GPS-leveling
GPS水准拟合模型的选取与精度估计
8.
Height Fitting for GPS Bridge Control Network and Its Precision Analysis
GPS桥梁控制网高程拟合及其精度分析
9.
The adoption of appropriate function is effectual for enrasing accuracy.
采用适当的函数形式进行拟合能够提高拟合的精度。
10.
The result of an example shows that the prediction and forecasting precision are preferable.
实例表明本预测模型的拟合和预测精度均较好。
11.
Analysis of Precision Influence to the GPS Elevation by the Distribution of Elevation Fitting Points
高程拟合点的分布对GPS点的高程精度影响分析
12.
On Exact Distribution of a Class of Supremum-type Statistics for Goodness of Fit
一类上界型拟合优度检验统计量的精确分布
13.
Impacts of DEM Resolution and Surface Fitting Methods on Slope Estimation
数字高程模型精度与地表拟合方法对坡度计算的影响
14.
close-fit mapping method
精密拟合保角变换法
15.
Precise Measurement of Period of Torsion Balance and the Study of "Abnormal Mode" in the Determining G;
周期法测G中高精度周期拟合方法与"反常模式"研究
16.
SECOND FITTING:A NEW METHOD TO IMPROVE PRECISION OF SOFTWARE RELIABILITY MODELS
二次拟合:一种提高软件可靠性模型精度的新方法
17.
Study of Size Precision Control of Super-plastic Forming on Large Size A-alloy Structure Based on Numerical Analysis
大尺寸铝合金件超塑成形尺寸精度控制数值模拟研究
18.
Nanoscale Measurement Technique of In-Plane Motion for MEMS Based on Correlation Fitting Calibration Method
基于相关拟合校准技术的MEMS平面微运动纳米精度测量