文件名称:CurveLab-2.1.3
介绍说明－－下载内容均来自于网络，请自行研究使用
该程序可用于曲波变换，用于含噪声的图像的去噪过程-curvelet transformation
(系统自动生成,下载前可以参看下载内容)
下载文件列表
CurveLab-2.1.3\curvelab.pdf
..............\curvelab.tex
..............\makefile
..............\makefile.opt
..............\README
..............\semantic.cache
..............\mecv\cvwindow.m
..............\....\dct2.m
..............\....\idct2.m
..............\....\mecombine.m
..............\....\mefcv2.m
..............\....\meicv2.m
..............\....\mescatter.m
..............\....\test_mecv2.m
..............\....\test_mecv2_reconstruction.m
..............\fdct_wrapping_matlab\barbara512.jpg
..............\....................\fdct_wrapping.m
..............\....................\fdct_wrapping_demo_basic.m
..............\....................\fdct_wrapping_demo_denoise.m
..............\....................\fdct_wrapping_demo_denoise_enhanced.m
..............\....................\fdct_wrapping_demo_disp.m
..............\....................\fdct_wrapping_demo_recon.m
..............\....................\fdct_wrapping_demo_wave.m
..............\....................\fdct_wrapping_dispcoef.m
..............\....................\fdct_wrapping_param.m
..............\....................\fdct_wrapping_pos2idx.m
..............\....................\fdct_wrapping_window.m
..............\....................\ifdct_wrapping.m
..............\....................\Lena.jpg
..............\....................\LenaCombined.jpg
..............\..............cpp\mex\fdct_wrapping.m
..............\.................\...\fdct_wrapping_aux.m
..............\.................\...\fdct_wrapping_c2r.m
..............\.................\...\fdct_wrapping_demo_basic.m
..............\.................\...\fdct_wrapping_demo_denoise.m
..............\.................\...\fdct_wrapping_demo_disp.m
..............\.................\...\fdct_wrapping_demo_recon.m
..............\.................\...\fdct_wrapping_dispcoef.m
..............\.................\...\fdct_wrapping_param.m
..............\.................\...\fdct_wrapping_pos2idx.m
..............\.................\...\fdct_wrapping_r2c.m
..............\.................\...\ifdct_wrapping.m
..............\.................\...\Lena.jpg
..............\.................\...\LenaCombined.jpg
..............\.................\src\fdct_wrapping.cpp
..............\.................\...\fdct_wrapping.hpp
..............\.................\...\fdct_wrapping_inc.hpp
..............\.................\...\fdct_wrapping_inline.hpp
..............\.................\...\fdct_wrapping_mex.cpp
..............\.................\...\fdct_wrapping_param.cpp
..............\.................\...\fdct_wrapping_param_mex.cpp
..............\.................\...\ifdct_wrapping.cpp
..............\.................\...\ifdct_wrapping_mex.cpp
..............\.................\...\makefile
..............\.................\...\mexaux.hpp
..............\.................\...\nummat.hpp
..............\.................\...\numvec.hpp
..............\.................\...\offmat.hpp
..............\.................\...\offvec.hpp
..............\.................\...\options
..............\.................\...\test.cpp
..............\.....usfft_matlab\afdct_usfft.m
..............\.................\CurveCoeff\Adj_DetailCurveCoeff.m
..............\.................\..........\Adj_SeparateAngles.m
..............\.................\..........\Adj_SeparateScales.m
..............\.................\..........\AtA.m
..............\.................\..........\AtA_Toeplitz.m
..............\.................\..........\CoarseCurveCoeff.m
..............\.................\..........\DetailCurveCoeff.m
..............\.................\..........\FineCurveCoeff.m
..............\.................\..........\Inv_AtA_CG.m
..............\.................\..........\Inv_CoarseCurveCoeff.m
..............\.................\..........\Inv_DetailCurveCoeff.m
..............\.................\..........\Inv_FineCurveCoeff.m
..............\.................\..........\Inv_SeparateAngles.m
..............\.................\..........\MakeFourierDiagonal_2D.m
..............\.................\..........\SeparateAngles.m
..............\.................\..........\S