登录
首页 » matlab » imageprocessing

imageprocessing

于 2009-09-13 发布 文件大小:305KB
0 236
下载积分: 1 下载次数: 17

代码说明:

  冈萨雷斯matlab版的数字图像处理书籍。内容详细而且有例子的源代码。(Gonzales matlab version of the digital image processing books. Detailed and there are examples of the contents of the source code.)

文件列表:

冈萨雷斯(matlab)
..................\DIPUM_toolbox_m-file_v1[1].1.3_part1
..................\....................................\0_Read_Me_First.txt
..................\....................................\adpmedian.m
..................\....................................\average.m
..................\....................................\bayesgauss.m
..................\....................................\bound2eight.m
..................\....................................\bound2four.m
..................\....................................\bound2im.m
..................\....................................\boundaries.m
..................\....................................\bsubsamp.m
..................\....................................\changeclass.m
..................\....................................\colorgrad.m
..................\....................................\colorseg.m
..................\....................................\compare.m
..................\....................................\connectpoly.m
..................\....................................\Contents.m
..................\....................................\conwaylaws.m
..................\....................................\covmatrix.m
..................\....................................\dftcorr.m
..................\....................................\dftfilt.m
..................\....................................\dftuv.m
..................\....................................\diameter.m
..................\....................................\endpoints.m
..................\....................................\entropy.m
..................\....................................\fchcode.m
..................\....................................\frdescp.m
..................\....................................\fwtcompare.m
..................\....................................\gmean.m
..................\....................................\gscale.m
..................\....................................\histroi.m
..................\....................................\hough.m
..................\....................................\houghlines.m
..................\....................................\houghpeaks.m
..................\....................................\houghpixels.m
..................\....................................\hpfilter.m
..................\....................................\hsi2rgb.m
..................\....................................\huff2mat.m
..................\....................................\huffman.m
..................\....................................\ice.fig
..................\....................................\ice.m
..................\....................................\ice_stand_alone.m
..................\DIPUM_toolbox_m-file_v1[1].1.3_part1.rar
..................\DIPUM_toolbox_m-file_v1[1].1.3_part2
..................\....................................\ifrdescp.m
..................\....................................\ifwtcompare.m
..................\....................................\im2jpeg.m
..................\....................................\im2jpeg2k.m
..................\....................................\imnoise2.m
..................\....................................\imnoise3.m
..................\....................................\improd.m
..................\....................................\imratio.m
..................\....................................\imstack2vectors.m
..................\....................................\intline.m
..................\....................................\intrans.m
..................\....................................\invmoments.m
..................\....................................\jpeg2im.m
..................\....................................\jpeg2k2im.m
..................\....................................\lpc2mat.m
..................\....................................\lpfilter.m
..................\....................................\mahalanobis.m
..................\....................................\manualhist.m
..................\....................................\mat2huff.m
..................\....................................\mat2lpc.m
..................\....................................\minperpoly.m
..................\....................................\paddedsize.m
..................\....................................\pixeldup.m
..................\....................................\polyangles.m
..................\....................................\princomp.m
..................\....................................\quantize.m
..................\....................................\randvertex.m
..................\....................................\Readme.m
..................\....................................\regiongrow.m
..................\....................................\rgb2hsi.m
..................\....................................\rgbcube.m
..................\....................................\signature.m
..................\....................................\specxture.m
..................\....................................\spfilt.m
..................\....................................\splitmerge.m
..................\....................................\statmoments.m
..................\....................................\statxture.m
..................\....................................\strsimilarity.m
..................\....................................\subim.m
..................\....................................\twodsin.m
..................\....................................\twomodegauss.m
..................\....................................\unravel.dll
..................\....................................\unravel.m
..................\....................................\unravel.mexaxp
..................\....................................\unravel.mexglx
..................\....................................\unravel.mexhpux
..................\....................................\unravel.mexmac
..................\....................................\unravel.mexrs6
..................\....................................\unravel.mexsg
..................\....................................\unravel.mexsol
..................\....................................\vistformfwd.m
..................\....................................\wave2gray.m
..................\....................................\waveback.m
..................\....................................\wavecopy.m
..................\....................................\wavecut.m
..................\....................................\wavefast.m

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

  • huffman
    图像处理MATLAB源代码,这个是哈夫曼编码(huffman)
    2009-03-24 12:14:24下载
    积分:1
  • faysal
    program of LDPC code
    2010-12-24 16:40:14下载
    积分:1
  • autocrop
    matlab code to remove background (assuming black as background)
    2009-07-17 07:02:55下载
    积分:1
  • siweixiangtu
    四维超混沌系统相图 两个文件都要打开 并且运行第二个文件即可(4 d chaotic attractor in the phase diagram)
    2016-01-12 10:10:46下载
    积分:1
  • lectures_CS
    压缩感知理论的讲座(共8讲),很好的学习资料,含在语音、图像和雷达领域的应用示例。(The lectures regarding compressive sensing consist of 8 articles which indroduce the fundamental and applications on speech,image and radar. )
    2014-10-31 20:46:46下载
    积分:1
  • source
    输入信号为方波信号+高斯白噪声,方波信号基 频为1kHz,幅值为1,高斯白噪声方差为0.2, 均值为0,采样频率为20kHz。试用周期图法和 ARMA谱估计法(SVD-TLS)估计此信号的功率 谱,并分析比较其结果(The input signal is a square wave signal+ Gaussian white noise, square wave signal fundamental frequency 1kHz, amplitude is a Gaussian white noise variance is 0.2, the mean is 0, the sampling frequency is 20kHz. Try periodogram and ARMA spectral estimation method (SVD-TLS) estimate the power spectrum of this signal, and the analysis and comparison of the results)
    2013-10-29 17:49:35下载
    积分:1
  • testWOLA
    Filterbanks for digital hearing aids must use significantly different criteria than those designed for coding applications. For digital hearing aids, the filterbank channel gains must be adjustable over a large dynamic range to compensate for the hearing loss. This adjustability violates the alias cancellation properties of critically sampled filterbanks designed for coding. This paper describes a filterbank designed exclusively for hearing aid applications. Consideration will be given to the extremely limited memory, low delay and low power requirements that must be met in a typical hearing aid application.
    2020-09-28 15:07:47下载
    积分:1
  • GaussElim
    matlab program numerical methods
    2014-08-09 22:22:09下载
    积分:1
  • liziqun_Matlab
    粒子群算法的matlab实现,自己写的,对初学者有一定帮助(good for learning)
    2013-11-29 12:17:59下载
    积分:1
  • PaperFigParamerTest
    我自己用matlab编写的文件,对于基础的图像处理学习者有很大帮助,文件大约4kb.用于对图像的基础处理时检测图像质量.(File matlab prepared for my own use, for the basic image processing learners great help file about 4kb. Used for basic image processing to detect image quality.)
    2014-11-07 21:34:23下载
    积分:1
  • 696518资源总数
  • 105877会员总数
  • 14今日下载