文件名称:Image-processing-for-low-SNR
- 所属分类：
- 图形图像处理(光照,映射..)
- 资源属性：
- [C/C++] [Matlab] [源码]
- 上传时间：
- 2014-02-11
- 文件大小：
- 747kb
- 下载次数：
- 0次
- 提 供 者：
- wan***
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容均来自于网络，请自行研究使用
在图像处理中主要研究信噪比比较低时，对图像如何进行处理-The C++ implementation is supported on Unix-type platforms, including Linux, SunOS
and MacOS. The installation requires g++ (version 3.2 or higher), and Matlab’s mex compiler (version 13 or higher) if you want to install the mex files of the C++ implementation.
To install the C++ implementation,
• Download and install FFTW version 2.1
and MacOS. The installation requires g++ (version 3.2 or higher), and Matlab’s mex compiler (version 13 or higher) if you want to install the mex files of the C++ implementation.
To install the C++ implementation,
• Download and install FFTW version 2.1
(系统自动生成,下载前可以参看下载内容)
下载文件列表
CurveLab-1.0\CurveLab-1.0\README.txt
............\............\INSTALL
............\............\README
............\............\curvelab.pdf
............\............\curvelab.tex
............\............\makefile
............\............\makefile.opt
............\............\fdct_wrapping_matlab\README.txt
............\............\....................\image2.jpg
............\............\....................\denoise.m
............\............\....................\denoise.asv
............\............\....................\bridge.jpg
............\............\....................\Lena.jpg
............\............\....................\LenaCombined.jpg
............\............\....................\README
............\............\....................\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
............\............\....................\SNR.m
............\............\fdct_wrapping_matlab
............\............\..............cpp\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
............\............\.................\...\tt.cpp
............\............\.................\src
............\............\.................\mex\Lena.jpg
............\............\.................\...\LenaCombined.jpg
............\............\.................\...\README
............\............\.................\...\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
............\............\.................\mex
............\............\fdct_wrapping_cpp
............\............\.....usfft_matlab\Lena.jpg
............\............\.......