2) spline interpolation
样条插值
1.
Analyzing the diode detecting characteristic by using spline interpolation technique;
应用自然样条插值技术分析二极管检波特性
2.
The application of spline interpolation to motion simulation;
样条插值在运动模拟中的应用
3.
Analysis of spline interpolation in boundary element numerical calculation;
边界元数值计算中样条插值函数特征分析
3) interpolation spline
插值样条
1.
A class of C1 continuous algebraic trigonometric blending interpolation spline curves is constructed based on the definition of free form algebraic trigonometric blending base functions.
文中通过一类代数三角混合样条基函数的定义,构造了C1连续的代数三角混合插值样条曲线。
2.
The worst case identification error upper bound is analyzed, and an explict error upper bound is obtained when the Lidstone interpolation spline and triangular window are used.
分析了相应的最差情况的辨识误差 ,并给出了采用 L idstone插值样条算子和三角窗函数时显式最差情况辨识误差上界。
4) Interpolating spline
插值样条
1.
This paper presents a method for the graphical representation of curved,fitting of data with cubic polynomial local area interpolating splines, and deal with existence, uniqueness, approximation degree of the fitting.
给出了曲线的一种困示方法，即用三次多项式局域插值样条来拟合原始数据。
5) plate spline interpolation
样板插值
1.
According to the displacement method and the Kirchhoff s plate continuance conditions, plate spline interpolation is constructed.
用位移法按照弹性薄板的光滑性要求构造样板插值函数，插值基函数由薄板弯曲问题的特解组成，插值域的划分是任意的。
6) thin-plate spline
薄板样条
1.
Objective: To improve thin-plate spline interpolation function.
目的:改进薄板样条插值函数,提高薄板样条插值方法的效率;方法:针对薄板样条插值方法的不足,提出了新的处理方法,使薄板样条插值具有紧支撑性,并应用于图象配准过程中;结果:实现了图象快速、准确配准,简化了配准过程;结论:新的插值函数可进一步提高配准的鲁棒性和适用性。
2.
Results The thin-plate spline was used to realize fast and exact non-rigid registration of medical image.
结果利用薄板样条实现了医学图像的快速准确非刚性配准。
3.
The thin-plate spline interpolation technology is used to reconstruct it to gain surface model of titanium prosthesis.
然后,采样该三角网格模型获得代表性散乱点集,使用薄板样条插值技术重建得到钛板假体表面形状模型。
补充资料：插值样条
插值样条
interpolation spline
插值样条【jllte月草l肠‘叨印垃祀;“。Tep“0朋“Ito”H从.c。月a-介H」 在给定的相异点{又}上与一已知函数取值相同的样条 月一! s。(△。;、)二马，+。，x+一+a。_!、’一’十艺C*(二一x*)笠， k思0其中:，，尧n 一十l戈。<’“<天 、U，t
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