登录
首页 » matlab » sparse-decomposition

sparse-decomposition

于 2020-07-02 发布 文件大小:18495KB
0 143
下载积分: 1 下载次数: 177

代码说明:

  基于稀疏表示的卡通纹理分解程序,能完成卡通纹理的分解(The program can complete that texture based on sparse decomposition process that cartoon, cartoon texture to complete the decomposition.)

文件列表:

基于稀疏表示的卡通纹理分解程序
..............................\1.asv,605,2009-11-18
..............................\1.m,920,2009-11-25
..............................\Adj_Curvelet02Xform.m,1250,2008-12-24
..............................\Adj_DetailCurveCoeff.m,713,2008-12-24
..............................\Adj_Evaluate_FT.m,1568,2008-12-24
..............................\Adj_SeparateAngles.m,1983,2008-12-24
..............................\Adj_SeparateScales.m,1717,2008-12-24
..............................\Adj_SqueezeAngularFT.m,635,2008-12-24
..............................\Adj_USFFT.m,1458,2008-12-24
..............................\Adj_USFT_simple.m,1402,2008-12-24
..............................\afdct_usfft.m,952,2008-04-04
..............................\AtA.m,459,2008-12-24
..............................\AtA_Toeplitz.m,1103,2008-12-24





..............................\boy%2Btexture Re.fig,492150,2009-11-15
..............................\boy%2Btexure 2.fig,508134,2009-11-15
..............................\boy%2Btexure 3.fig,508198,2009-11-15
..............................\boy.tif,63568,2008-12-24
..............................\cartoon.asv,1047,2009-11-13
..............................\cartoon.m,1053,2009-11-14
..............................\chuang.bmp,17462,2009-05-31
..............................\chushi.asv,1232,2009-11-12
..............................\chushi.m,1265,2009-11-14
..............................\ClockwisetoWENS.m,729,2008-04-04
..............................\CMFB N=100.fig,1635671,2009-11-17
..............................\CMFB%2BLDCT N=26.fig,1645861,2009-11-23
..............................\CMFB%2BLDCT N=25.fig,1644482,2009-11-23
..............................\CoarseCurveCoeff.m,732,2008-12-24
..............................\CoarseIteratedSine.m,176,2008-12-24
..............................\CoarseMeyerWindow.m,1007,2008-12-24
..............................\Contents.m,354,2008-12-24
..............................\cos 1.fig,1637426,2009-11-17
..............................\cos_filter.asv,3926,2009-11-12
..............................\cos_filter.m,4009,2009-11-16
..............................\CT%2BLDCT N=25.fig,1642341,2009-11-23
..............................\dct2.m,527,2008-12-24
..............................\decom_reconsfor.m,1219,2009-10-27
..............................\denoi_BLS_GSM_bandme.m,7894,2009-01-09
..............................\DetailCurveCoeff.m,1569,2008-12-24
..............................\DetailIteratedSine.m,366,2008-12-24
..............................\DetailMeyerWindow.m,1092,2008-12-24
..............................\div.m,783,2009-05-04
..............................\DyadicFrequencyPartition.m,1082,2008-12-24
..............................\EM_Inpaint.m,12222,2009-05-19
..............................\Evaluate_FT.m,1528,2008-12-24
..............................\FastALDCTivAnalysis.m,1033,2008-12-24
..............................\FastALDCTivSynthesis.m,1383,2008-12-24
..............................\FastATROUAnalysis.m,798,2008-12-24
..............................\FastATROUSynthesis.m,653,2008-12-24
..............................\FastCMFBAnalysis.asv,4584,2009-11-18
..............................\FastCMFBAnalysis.m,3802,2009-11-29
..............................\FastCMFBSynthesis.asv,3500,2009-11-19
..............................\FastCMFBSynthesis.m,3780,2009-11-29
..............................\FastCURVAnalysis.asv,2147,2009-11-25
..............................\FastCURVAnalysis.m,2212,2009-11-25
..............................\FastCURVSynthesis.m,1520,2008-12-24
..............................\FastCURVWRAPAnalysis.m,1484,2009-05-19
..............................\FastCURVWRAPSynthesis.m,1422,2008-12-24
..............................\FastDCTAnalysis.m,677,2008-12-24
..............................\FastDCTSynthesis.m,697,2008-12-24
..............................\FastDIRACAnalysis.m,287,2008-12-24
..............................\FastDIRACSynthesis.m,260,2008-12-24
..............................\FastDSTAnalysis.m,674,2008-12-24
..............................\FastDSTiAnalysis.m,449,2008-12-24
..............................\FastDSTiSynthesis.m,462,2008-12-24
..............................\FastDSTSynthesis.m,700,2008-12-24
..............................\FastLA.m,866,2008-12-24
..............................\FastLA2.m,873,2009-11-16
..............................\FastLDCT2Analysis.m,894,2009-11-16
..............................\FastLDCT2ivAnalysis.m,1353,2008-12-24
..............................\FastLDCT2ivSynthesis.m,1496,2008-12-24
..............................\FastLDCT2Synthesis.asv,4494,2009-11-16
..............................\FastLDCT2Synthesis.m,1068,2009-11-19
..............................\FastLDCTAnalysis.m,1131,2008-12-24
..............................\FastLDCTivAnalysis.m,1472,2009-11-04
..............................\FastLDCTivSynthesis.m,1298,2008-12-24
..............................\FastLDCTSynthesis.m,1082,2008-12-24
..............................\FastLDSCTAnalysis.m,1222,2008-12-24
..............................\FastLDSCTSynthesis.m,1164,2008-12-24
..............................\FastLDST2Analysis.m,881,2009-11-04
..............................\FastLDST2Synthesis.m,1043,2008-12-24
..............................\FastLDSTAnalysis.m,1143,2008-12-24
..............................\FastLDSTSynthesis.m,1092,2008-12-24
..............................\FastLS.m,1000,2008-12-24
..............................\FastLS2.m,1003,2008-12-24
..............................\FastLWPAnalysis.m,511,2008-12-24
..............................\FastLWPSynthesis.m,482,2008-12-24
..............................\FastRealFourierAnalysis.m,856,2008-12-24
..............................\FastRealFourierSynthesis.m,830,2008-12-24
..............................\FastUDWT2Analysis.m,725,2008-12-24
..............................\FastUDWT2Synthesis.m,966,2008-12-24
..............................\FastUDWTAnalysis.m,606,2009-11-11
..............................\FastUDWTSynthesis.m,669,2008-12-24
..............................\FastWAVEATOM2Analysis.m,750,2009-03-12
..............................\FastWAVEATOM2Synthesis.m,799,2009-03-12

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论


0 个回复

  • SAR-image-registration
    matching algorithm based on SIFT algorithm, extract feature points in use of Harris corner detection algorithm
    2012-12-23 14:17:17下载
    积分:1
  • Image-Restoration-by-total-variation
    基于全变分(TV)的多光谱遥感图像恢复。当多光谱图像中一个通道模糊时,利用其它通道的图像特征辅助进行去模糊或反卷积,效果不错!!附带有对应的文章做参考。(This is a new image restoration or deconvolution method, which uses one of clear band image to constraint Total Variation de-blurring of degraded band image in multispectral image. It tested with different noise with different regularization parameters. It also compared with otherhods.)
    2013-08-30 22:13:45下载
    积分:1
  • Atutorialondigitalwatermarking
    IEEE:数字水印技术引论,其中将达哦水印技术的引出、算法发展、引用等(IEEE: primer on digital watermarking technology, which will lead to Oh watermark technology, algorithm development, quoted, etc.)
    2008-04-20 13:39:36下载
    积分:1
  • 基于空间几何约束的单目视觉物体测距 Geometric-constraints
    基于空间几何约束的单目视觉物体测距 基于空间几何约束的单目视觉物体测距(Geometric constraints based on spatial objects ranging monocular vision Geometric constraints based on spatial objects ranging monocular vision)
    2013-10-24 10:30:21下载
    积分:1
  • fenqusuanfa
    数字全息分区算法模拟,用于从一副同轴全息图中恢复出物体的像(digital holography)
    2021-04-18 16:38:52下载
    积分:1
  • 1234
    低信噪比下红外弱小目标的检测与跟踪,采用的是基于粒子滤波检测前跟踪算法。(Low SNR infrared small target detection and tracking using front tracking algorithm based on particle filter detection.)
    2013-03-21 16:10:50下载
    积分:1
  • findseed
    自己编写的函数,自动寻找乳腺肿块区域的种子点,为种子区域生长做准备,算法比较复杂(breast boundary.seed region growth)
    2012-06-05 01:19:20下载
    积分:1
  • GS-algorithm
    Gerchberg-Saxton算法实现对图像相位的恢复,输入两张图片其中一张作为目标振幅。是对GS算法很好理解的一个程序。(Gerchberg- Saxton, algorithm of image recovery phase, one input two pictures as the target of amplitude.Is a program of GS algorithm is easy to understand.)
    2014-12-15 22:09:16下载
    积分:1
  • Gabor_matlab
    matlab图像处理非常重要,Gabor小波提取特征,然后用支持向量机作分类器,可以用于掌纹,人脸,指纹识别(Gabor wavelet feature extraction, and then use the support vector machine classifier, can be used for palmprint, face, fingerprint recognition)
    2012-11-27 14:21:38下载
    积分:1
  • textureAnalysis
    基于纹理分析的图像分割,matlab开发,用entropyfilt,stdfilt等(Image segmentation based on texture analysis, matlab development, with entropyfilt, stdfilt etc.)
    2010-11-23 12:34:49下载
    积分:1
  • 696518资源总数
  • 104787会员总数
  • 23今日下载