1) Quasi-Katorovitch operators
拟Kantorovitch多项式
2) Quasipolynomial mappings
拟多项式
1.
In this paper, by using Ahlfors s covering surface method, the more general quasimeromorphic mappings are studied, the Julia directions, Borel directions , the largest type Borel directions of quasimeromorphic mappings and the iterations of quasipolynomial mappings are discussed.
然后,定义了平面上的拟多项式,描述了拟多项式在迭代过程中的一些动力性质,得到了一些与多项式动力系统相类似结果。
3) polynomial fitting
多项式拟合
1.
Trend removal in the analysis of electrochemical noise by polynomial fitting;
多项式拟合法消除电化学噪声的直流漂移
2.
Skull recognition with polynomial fitting contour;
基于多项式拟合的颅骨特征识别
3.
Sliding polynomial fitting method and preferences in prediction of ship motion;
可用于舰船运动预测的多项式拟合方法及参数选择
4) polynomial fit
多项式拟合
1.
Realization of Polynomial Fit Based on Labwindows/CVI;
基于Labwindows的多项式拟合设计的实现
2.
This paper introduces the use of polynomial fit in compensation for frequency response of a receiver,a good result is got,and the polynomial fit is a very useful tool.
通过介绍作者在工作中使用多项式拟合进行接收机频响补偿并取得的良好效果,说明多项式拟合是一种非常有用的工具。
3.
After analyzing the relation between visual sensitivity characteristic and luminance variation, a new method, namely polynomial fit to gray scale correction, is proposed.
针对彩色等离子体显示器 (PDP)采用传统灰度校正方法存在严重灰度损失和灰度畸变的问题 ,在分析视觉灵敏度特性和亮度变化关系的基础上 ,提出了用多项式拟合进行灰度校正的新方法 。
5) multinomial fitting
多项式拟合
1.
In this paper, the spectrum position error caused by multinomial fitting is analyzed and the correspond computer stimulation shows a improved precision in spectrum line detection.
对采用多项式拟合高斯光谱峰值定位误差进行了理论分析 ,提出了对光谱采样信号利用最小二乘法五次多项式拟合 ,并计算拟合函数前三次项一阶导数零交叉点的峰值定位。
2.
To curtail the extra effect,and uses the measured sufficiently,slide multinomial fitting model is put forward.
多项式拟合是预测建筑物垂直沉降时应用最广泛的模型之一,但模型受外界影响较大。
3.
Using the contrast matrix model,the multinomial fitting,the three dimensional look-up-table and the neural network method separately,the color space non-linear correspondence relationship was established,which demonstrated that CRT monitor equipment color space RGB has nothing to do with the equipment,and the color characterization of the equipment was completed.
分别采用阶调矩阵模型、多项式拟合、三维查找表和神经网络方法,建立CRT显示器设备颜色空间RGB与设备无关色空间的非线性对应关系,完成设备颜色显示的特征化。
6) K-quasipolynomial mapping
K-拟多项式
补充资料:多项式乘多项式法则
Image:1173836820929048.jpg
先用一个多项式的每一项乘以另一个多项式的每一项,再把所得的积相加。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。