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wavelet00
- 本程序是用mallat算法实现的小波变换，取一定长度的离散信号，作等值延拓，然后进行的小波变换-This program is to use mallat algorithm of wavelet transform, take a certain length of discrete signal, be equivalent to the continuation, and then the wavelet transform
up_sphere_yuanzhutiPsphere
- 球体与水平圆柱体剖面磁异常Za向上延拓,关于磁法的，大家可以参考-Sphere and horizontal cylinder profile magnetic anomalies Za upward continuation magnetic method, we can refer to
yantuo
- 图像延拓 求极大值极小值图像 并找到极值点所在的位置-Image continuation for maximum minimum image and find extreme value point s location
FPC_AS_v1.2
- 压缩感知重构算法--固定点延拓法，用于大规格图像重构处理-Compressed sensing reconstruction algorithm- a fixed point continuation method for large size image reconstruction process
Ms11_4
- matlab数字信号处理，使用卷积进行周期延拓-Digital signal processing, matlab continuation using convolution cycle
skt
- 使用MATLAB进行卷积实现周期延拓，并显示结果。-Use of MATLAB continuation convolution operation cycle, and display the results
19.)-3D-Picking-Pt.-2
- 该模型主要是进行3D模型任一点的拾取功能，常用的方法是使用一屏幕上的包围盒去拾取鼠标的点击物体，而我们使用的是光线投射方法。-This tutorial is the continuation of the first tutorial 3D Picking Part1, where we used a bounding box rendered “behind the scenes” to find an object user has clicked on. Problem of this
CAGD-bezier-bspline.tar
- 计算机辅助几何设计大作业。包含两个部分——贝赛尔曲线绘制以及B样条曲线绘制，分别使用deCastljau和deBoor算法实现，鼠标点击输入控制顶点（不限数量），回车后绘制图形。两个程序控制顶点均可用鼠标拖动。贝赛尔曲线绘制功能比较完善，包含贝赛尔曲线及其升阶、延拓、求导等功能。-Computer aided geometric design work. Consists of two parts- beisaier curve drawing and b-spline curve drawin
trthsubgroup
- caiyang 演示采样定理,时域采样,频谱周期延拓 不错的源码-Caiyang demo sampling theorem, the time domain sampling, spectrum cycle continuation good source
vopgy
- contourlet算法作为二阶小波算法的延续,有很强大的应用空间,不错的-Contourlet algorithm as a continuation of the second order wavelet algorithm, have very strong application space, good
oolrce
- caiyang 演示采样定理,时域采样,频谱周期延拓 不错的源码(Caiyang demo sampling theorem, the time domain sampling, spectrum cycle continuation good source)
very
- contourlet算法作为二阶小波算法的延续,有很强大的应用空间,不错的(Contourlet algorithm as a continuation of the second order wavelet algorithm, have very strong application space, good)