登录
首页 » matlab » qtfm_2_0

qtfm_2_0

于 2013-10-18 发布 文件大小:770KB
0 87
下载积分: 1 下载次数: 149

代码说明:

  利用四元数对彩色图像进行各种图像处理的,如滤波、快速傅立叶变化、图像质量评价等。(Use quaternion various images for color image processing, such as filtering, fast Fourier transform, the image quality evaluation.)

文件列表:

qtfm
....\@octonion
....\.........\abs.m,487,2013-03-28
....\.........\cast.m,487,2013-03-28
....\.........\cd.m,443,2013-03-28
....\.........\char.m,3286,2013-03-28
....\.........\complex.m,644,2013-03-28
....\.........\conj.m,1414,2013-03-28
....\.........\cross.m,284,2013-03-28
....\.........\ctranspose.m,381,2013-03-28
....\.........\diag.m,455,2013-03-28
....\.........\disp.m,2132,2013-03-28
....\.........\display.m,1263,2013-03-28
....\.........\displayall.m,313,2013-03-28
....\.........\end.m,476,2013-03-28
....\.........\eq.m,1404,2013-03-28
....\.........\full.m,382,2013-03-28
....\.........\horzcat.m,1394,2013-03-28
....\.........\imag.m,492,2013-03-28
....\.........\inv.m,1012,2013-03-28
....\.........\isempty.m,344,2013-03-28
....\.........\isfinite.m,398,2013-03-28
....\.........\ispure.m,688,2013-03-28
....\.........\isreal.m,532,2013-03-28
....\.........\length.m,403,2013-03-28
....\.........\linv.m,2395,2013-03-28
....\.........\lu.m,3791,2013-04-02
....\.........\minus.m,390,2013-03-28
....\.........\mpower.m,760,2013-03-28
....\.........\mtimes.m,2832,2013-03-28
....\.........\ndims.m,432,2013-03-28
....\.........\ne.m,400,2013-03-28
....\.........\norm.m,1850,2013-04-02
....\.........\normo.m,357,2013-03-28
....\.........\numel.m,1364,2013-03-28
....\.........\octonion.m,7548,2013-03-28
....\.........\part.m,534,2013-03-28
....\.........\plus.m,2891,2013-03-28
....\.........\power.m,2841,2013-03-28
....\.........\private
....\.........\.......\component.m,594,2013-03-28
....\.........\.......\nu.m,1824,2013-03-28
....\.........\.......\omega.m,2297,2013-03-28
....\.........\.......\overload.m,801,2013-03-28
....\.........\.......\phi.m,1725,2013-03-28
....\.........\.......\show_internal.m,2887,2013-03-28
....\.........\.......\tao.m,1725,2013-03-28
....\.........\.......\unimplemented.m,353,2013-03-28
....\.........\rdivide.m,1287,2013-03-28
....\.........\real.m,438,2013-03-28
....\.........\rinv.m,2425,2013-03-28
....\.........\s.m,300,2013-03-28
....\.........\scalar.m,465,2013-03-28
....\.........\scalar_product.m,782,2013-03-28
....\.........\show.m,310,2013-03-28
....\.........\size.m,1659,2013-03-28
....\.........\subsasgn.m,2168,2013-03-28
....\.........\subsref.m,783,2013-03-28
....\.........\sum.m,1008,2013-03-28
....\.........\times.m,1523,2013-03-28
....\.........\transpose.m,364,2013-03-28
....\.........\tril.m,440,2013-03-28
....\.........\triu.m,441,2013-03-28
....\.........\uminus.m,359,2013-03-28
....\.........\unit.m,1795,2013-03-28
....\.........\uplus.m,381,2013-03-28
....\.........\v.m,366,2013-03-28
....\.........\vector.m,372,2013-03-28
....\.........\vector_product.m,1978,2013-03-28
....\.........\vertcat.m,1390,2013-03-28
....\@quaternion
....\...........\abs.m,637,2013-04-02
....\...........\acos.m,916,2009-02-08
....\...........\acosh.m,943,2009-02-08
....\...........\adjoint.m,9244,2013-04-02
....\...........\angle.m,5291,2013-04-02
....\...........\arrayfun.m,569,2009-12-23
....\...........\asin.m,912,2009-02-08
....\...........\asinh.m,939,2009-02-08
....\...........\atan.m,918,2009-02-08
....\...........\atanh.m,945,2009-02-08
....\...........\axis.m,1532,2013-04-02
....\...........\blkdiag.m,1785,2010-12-19
....\...........\bsxfun.m,2405,2010-05-13
....\...........\cast.m,490,2009-02-08
....\...........\cat.m,2320,2013-04-02
....\...........\cd.m,916,2009-02-08
....\...........\cdpolar.m,6595,2010-12-19
....\...........\ceil.m,378,2009-02-08
....\...........\change_basis.m,1851,2013-04-02
....\...........\char.m,2711,2013-04-02
....\...........\complex.m,650,2009-12-10
....\...........\conj.m,1179,2013-04-02
....\...........\conv.m,8847,2009-02-08
....\...........\conv2.m,7899,2013-03-26
....\...........\convert.m,925,2010-12-19
....\...........\cos.m,943,2013-04-02
....\...........\cosh.m,947,2013-04-02
....\...........\cross.m,272,2013-04-02
....\...........\ctranspose.m,773,2013-04-02

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

  • laguerre
    生成拉盖尔函数、缔合拉盖尔函数,并根据这两个函数的解析表达式画出若干个拉盖尔-高斯光束模型(Generation of Laguerre functions, associative Laguerre functions, and according to the analytical expression of these two functions to draw a number of Laguerre- Gaussian beam model)
    2020-09-28 17:57:46下载
    积分:1
  • source
    数字图像处理,C语言,功能是打开一幅位图,实现几何变换。(Digital image processing, C language function is to open a bitmap, to achieve geometric transform.)
    2010-01-12 15:05:48下载
    积分:1
  • density-estimation-2015
    2015年最新国外算法,基于加权视觉词典的人群密度估计(crowd entimatin by a weighted bag of visual word model)
    2015-10-13 22:59:46下载
    积分:1
  • K-means
    通过非监督分类中的K-均值聚类对Indian pines高光谱图像进行分类(Classification of hyperspectral images of pines Indian by K-means of non supervised classification)
    2016-06-29 21:08:26下载
    积分:1
  • 利用饼型分析产品市场占有率 实例 附源码
    利用饼型图分析产品市场占有率 实例 附源码
    2013-05-13下载
    积分:1
  • zishiyingxijiezengqiangrgb
    细节增强的直方图均衡法,在增强图像对比度的同时还能保留细节细心,避免了细节吞噬现象(Detail enhancement, histogram equalization, but also retained the same time enhance the image contrast details carefully, to avoid the details of phagocytosis)
    2021-04-29 12:08:43下载
    积分:1
  • svdandpca
    这是matlab官方网站的一个快速实现svd分解的函数,通过对矩阵的截断加速(This is a quick realization svd decomposition function matlab official website, through the cut-off acceleration matrix)
    2021-03-04 09:19:32下载
    积分:1
  • GrabCutSource
    最经典之做,保证别人没有上传过 实现文章 “GrabCut" Interactive Foreground Extraction using Iterated Graph Cuts 用graphcut实现图像分割,效果非常好(The most classic to do to ensure that other people do not realize uploaded article GrabCut Interactive Foreground Extraction using Iterated Graph Cuts with graphcut realize image segmentation, has very good results)
    2020-10-30 22:20:01下载
    积分:1
  • bgs_track.cpp
    Tracking based on background subtraction
    2013-09-26 18:20:35下载
    积分:1
  • speckle-denoise
    医学超声图像滤波必看:针对斑点噪声的几种滤波算法的经典论文。包括Lee的滤波算法,Frost的滤波算法,Kuan的滤波算法,MAP(Maxima a priority)的滤波算法。(Medical ultrasound image filtering must-see: a classic paper several filtering algorithm for speckle noise. Including the filtering algorithm of Lee and Frost filtering algorithm, Kuan filter algorithm, MAP (Maxima a priority) filtering algorithm.)
    2012-05-02 23:30:56下载
    积分:1
  • 696518资源总数
  • 104228会员总数
  • 45今日下载