function?exp3a

global?blocksize;
global?halfsize;
global?nblockx;
global?nblocky;

blocksize=16;???%?window?size?
halfsize=blocksize/2;
img=imread（‘test1.bmp‘）;
[heightwidth]=size（img）;
nblockx=width*2/blocksize-1;
nblocky=height*2/blocksize-1;

[MENTEENTMASMEASMMCONECON]=texture_feature（img）;

%?segmentation?by?kmean
delta1=0.5;
delta2=1.5;
A=mean（MENT）;
a=mean（A）;
B=mean（EENT）;
b=mean（B）;
C=mean（MASM）;
c=mean（C）;
D=mean（EASM）;
d=mean（D）;
E=mean（MCON）;
e=mean（E）;
F=mean（ECON）;
f=mean（F）;


z01=[a*delta1b*delta1c*delta1d*delta1e*delta1f*delta1];
z02=[a*delta2b*delta2c*delta2d*delta2e*delta2f*delta2];
for?i=1:nblocky
????for?j=1:nblockx
????????c（ij）=0;
????????Z=[MENT（ij）EENT（ij）MASM（ij）EASM（ij）MCON（ij）ECON（ij）];
????????Z

?屬性????????????大小?????日期????時間???名稱
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?????文件?????135171??2007-06-21?10:47??基于紋理度量的圖像分割，適用于遙感圖像，利用到K-mean算法\blocksize16.png

?????文件?????140244??2007-06-21?10:47??基于紋理度量的圖像分割，適用于遙感圖像，利用到K-mean算法\blocksize4.png

?????文件?????136188??2007-06-20?23:53??基于紋理度量的圖像分割，適用于遙感圖像，利用到K-mean算法\blocksize8.png

?????文件???????2999??2007-06-21?10:49??基于紋理度量的圖像分割，適用于遙感圖像，利用到K-mean算法\exp3a.m

?????文件???????2458??2007-06-21?10:45??基于紋理度量的圖像分割，適用于遙感圖像，利用到K-mean算法\gfmatrix.m

?????文件??????66614??2007-06-07?21:12??基于紋理度量的圖像分割，適用于遙感圖像，利用到K-mean算法\test1.bmp

?????文件????????535??2007-06-21?10:27??基于紋理度量的圖像分割，適用于遙感圖像，利用到K-mean算法\texture_feature.m

????..A.SH.?????27136??2007-06-21?10:48??基于紋理度量的圖像分割，適用于遙感圖像，利用到K-mean算法\Thumbs.db

?????目錄??????????0??2007-07-09?12:25??基于紋理度量的圖像分割，適用于遙感圖像，利用到K-mean算法

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???????????????511345????????????????????9