1.
Solve Weighted Least Squares Fitting Polynomial Coefficient with Program
用程序解加权最小二乘拟合多项式的系数
2.
The optional polynomial order is selected through the test of the partial fitting square sum on the basis of the variance analysis of the fitting equation.
对拟合方程进行方差分析并在此基础上利用偏拟合平方和的检验确定拟合多项式的最佳阶数。
3.
Pitzer-Debye-Huckel Limiting Slopes for Water and Equations of Least-squares Camber Fitting
水的Pitzer-Debye-Hückel极限梯度及最小二乘曲面拟合多项式
4.
Lagrangian polynomial fit
拉格朗日多项式拟合
5.
A mathematical model for sliding window polynomial fitting is proposed.
提出了滑动窗多项式拟合数学模型。
6.
Realization of Polynomial Fit Based on Labwindows/CVI;
基于Labwindows的多项式拟合设计的实现
7.
Auto-choosing Algorithm for Polynomial Fitting in GPS-Leveling
GPS水准多项式拟合自动优选算法
8.
A METHOD OF WAVEFRONT DATA FITTING USING ZERNIKE POLYNOMIALS
运用泽尼克多项式进行物面波前数据拟合
9.
Then wavefront reconstruction is achieved using Zernike polynomical fitting.
然后利用泽尼克多项式拟合,实现波前重建;
10.
A Correction Method for Ring Artifacts in CT Image
基于多项式拟合的CT图像环状伪影校正
11.
Parameter estimation of polynimial phase signals based on curve fitting
基于曲线拟合的多项式相位信号参数估计
12.
TREND REMOVAL IN THE ANALYSIS OF ELECTROCHEMICAL NOISE BY POLYNOMIAL FITTING WITH WINDOW TECHNIQUE
电化学噪声直流漂移的分段多项式拟合消除
13.
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。
14.
Obtaining the spectrum of Zernike polynomials is the key to fit the surface errors by Zernike polynomials correctly.
获得泽尼克多项式的频谱信息是正确利用该多项式进行误差拟合的关键。
15.
Least squares polynomial smoothing was constantly used in X ray diffraction test.
X射线衍射线常用多项式拟合移动平滑方法进行处理。
16.
The pressure can be fitted to time by cube polynomial equation.
储罐压力随时间的响应关系可以用三次多项式拟合。
17.
The cubic polynomial fitting is used to give the conversion relation between color and wave surface slope.
利用三次多项式拟合给出了颜色和波面斜率的转换关系。
18.
ON THE BEST FITTING OF THE SPHERICAL MODEL VARIOGRAM WITH THE WEIGHTED POLYNOMIAL REGRESSION
用加权多项式回归进行球状模型变差图的最优拟合