1) endpoint interpolation B-spline
端点插值B样条小波
1.
This paper is concerned with the theory and analysis of multiresolution surfaces and endpoint interpolation B-spline wavelets.
给出了基于向量空间的多分辨率分析和端点插值B样条小波理论的多分辨率曲血的表示及有关理论。
2) spline wavelet interpolation
样条小波插值
1.
On the basis of analysing spline wavelet, spline wavelet interpolation is established and their properties, including properties of elastic plate, are discussed with LaxMilgram′s theorem, the existence and uniqueness of a weak solution are proved of a(ω,u)=λb(ω,u).
在对样条小波认真分析的基础上 ,建立了样条小波插值 ,讨论了样条小波插值的有关性质 ,分析了薄板特征值问题的重要特性 ,由 L ax- Milgram定理得出 a(ω,u) =λb(ω,u)的弱解存在且惟一 。
3) B-spline interpolation
B-样条插值
1.
In order to realize high-quality edge detection for the image,this paper introduces a new approach for edge detection based on B-spline interpolation.
为了能高质量地进行图像边缘检测,提出了一种新的基于B-样条插值的边缘检测方法。
2.
In order to ensure high quality of the rotated image, the cubic B-spline interpolation to calculate th e gray of pixels of the rotated image is adopted.
提出一种基于无限脉冲响应和有限脉冲响应数字滤波技术的快速 B-样条插值法 ,并将其应用于实时图像旋转处理中。
3.
In this paper, a new numerical model is proposed based on B-spline interpolation for transient of interconnects.
本文基于 B-样条插值提出了一种分析高速互连线瞬态响应的新的数值模型。
4) B-Spline
B样条插值
1.
It controls motional process by means of PID and smoothes motional curve with algorithm of B-Spline interpolation.
该系统运用离散PID算法对运动过程加以控制以及通过B样条插值算法对运动曲线进行平滑处理,控制效果接近于连续系统。
2.
The system uses B-spline to smooth the curve, and uses PID algorithm to make the move-process more precise.
描述了采用TMS32C32浮点DSP和10K10可编程逻辑器件的高速高精运动控制系统的构成,该系统使用B样条插值算法对运动曲线进行平滑处理和用PID算法对运动过程加以控制。
3.
The method to realize movement-control system is given through algorithm of B-Spline interpolation and controls motional process by means of PID.
文中描述了用TMS320C32浮点DSP和可编程逻辑器件 (FPGA)相结合来构成高速高精度运动控制器的设计思想 ,给出了通过B样条插值算法对该系统运动曲线进行平滑处理以及运用离散PID算法对运动过程进行控制的实现方法。
5) B-Spline interpolation
B样条插值
1.
The alternative EMD approach circumvents the problem of boundary continuation in B-Spline interpolation,where the signal is assumed to be infinitely long.
在改进的EMD算法基础上,通过对本征模函数使用“新的滤波停止条件”,获得了更好的实验分解结果,同时,由于改进的EMD算法假定信号是无限长的,回避了B样条插值中节点延拓的固有问题,研究了有限长度信号的端点延拓问题,给出了端点延拓算法,从而弥补了已有方法的不足,使之更具实用性。
2.
Traditional methods on 3D-restruction are not fit to rotary slice,a feasible method based on B-spline interpolation is posed,aimed at 3D-restruction on rotary slice.
传统的三维重构方法不适用于旋转式切片,该文针对旋转式切片提出了一种可行的三维重构方法,即基于B样条插值的重构方法,解决了旋转式切片的实体建模问题,在绘制时利用OpenGL的NURBS接口编程,比三角面片逼近等方法的重构时曲面的绘制质量有了显著提高。
3.
The paper introduces the method by which the curve passed the original points through B-spline interpolation.
文章介绍了通过B样条插值法使曲线经过平面已知点的方法及其在计算机上的实现,通过实验得到了较好的效果。
6) B-spline wavelet
B样条小波
1.
The appliance of quadric B-spline wavelet in license platelo cating;
二阶B样条小波在车牌定位中的应用
2.
Modal analysis of IMU structure based on B-spline wavelet finite element;
基于B样条小波有限元IMU结构的模态分析
3.
Noise elimination of observed susceptibility data using B-spline wavelet.;
应用B样条小波进行磁化率观测值的消噪
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