1) semi-biorthogonal wavelets
半双正交小波
1.
The decomposition and reconstruction algorithms based on semi-biorthogonal wavelets
一类半双正交小波的分解重构算法
2) semi-orthogonal wavelet
半正交小波
1.
A construction of semi-orthogonal wavelet;
一种半正交小波的代数构造方法
2.
In this paper, algebraic construction of M-band semi-orthogonal wavelet and its application in decomposition and reconstruct signal are researched.
本文主要研究的是M带半正交小波的代数构造方法及其在信号处理中的应用。
3) semi-orthogonal wavelets
半正交小波
1.
Gauss algorithms for the quick decomposition of such a B-spline curve are introduced by using B-spline semi-orthogonal wavelets in the paper.
在多分辨率曲线和曲面造型中,B样条小波已经得到广泛应用 为了进行小波分解,通常要解一个线性方程组或者求矩阵的逆 如果曲线比较复杂,控制点较多 (例如:数千个以上 ),则矩阵的阶数就会很大,所需的内存将难以容忍,小波分解的速度也会受到很大影响 本文根据B样条小波的综合滤波器的特点,给出了GaussB样条半正交小波的快速分解算
4) biothogonal wavelet
双正交小波
1.
Application of Biothogonal Wavelet in Facial Feature Extraction;
双正交小波方法在面部特征抽取中的应用
2.
The paper shows that biothogonal wavelet transform coefficients,modified by non-linear operators,can reconstruct Mammography and make more obvious barely seen feature (mass)of mammography in order to detect breast cancer more early and accuratel y.
该文利用双正交小波变换,将乳腺图像进行分解和非线性增强,然后重构图像,使得原图像中可见性差的病变特征(如肿块)更清楚地显现在重构图像中。
3.
篒n this paper, an image compression encoding method based on biothogonal wavelet transformationis presented.
提出了一种基于双正交小波分解的静态图像压缩编码方法，将图像作３次小波分解后，对低频变换系数作ＤＰＣＭ编码，对高频变换系数采用游程编码。
5) biorthogonal wavelet
双正交小波
1.
Lifting scheme design of biorthogonal wavelet for aviation image compression;
航空图像压缩中双正交小波提升设计
2.
Construction of 7/5 biorthogonal wavelet and its application to image coding;
7/5双正交小波的构造及图像编码应用
3.
Research of subpixel subdivision location algorithm for star image based on biorthogonal wavelet;
基于双正交小波的星点细分定位方法研究
6) biorthogonal wavelets
双正交小波
1.
Optimized biorthogonal wavelets design method for image compression;
用于图像压缩的最优双正交小波设计方法
2.
And a program for constructing biorthogonal wavelets has been given.
给出了一般双正交小波滤波器所对应多相矩阵分解形式及所对应的代数结构空间,完成了一个双正交小波滤波器设计程序。
3.
For the various needs, a novel algorithm that is used to lift the vanishing moments of wavelet from arbitrary biorthogonal wavelets, and not only from Lazy wavelet, is proposed.
Sweldens等人提出的提升格式设计方法只能设计基于Lazy小波的插值小波 ,为了满足各种应用需要 ,提出了一种基于任意双正交小波 ,而非仅针对Lazy小波的增加小波消失矩的新算法。
补充资料：半波片
分子式：
CAS号：
性质：用来在偏振光的寻常光与非寻常光分量酌位相之间，产生半波长或180°位相差的延迟板。用于拉曼光谱中。
CAS号：
性质：用来在偏振光的寻常光与非寻常光分量酌位相之间，产生半波长或180°位相差的延迟板。用于拉曼光谱中。
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