Description: Split and merge Algorithm for Image Processing . It uses a quad tree as data structure, which is created at running time using breath first method, and a stopping criterion . The stoping criterion method can be changed , i just used to the difference of means of the regions which should be merged , compared with some threshold. Platform: |
Size: 1433600 |
Author:TOAMNA_AMARA |
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Description: 一种改进的图象分割程序,分割出来效果相当好,尤其对于丰富的图象,保证别人没有上传过-Based on graph cut image segmentation algorithm, split the result was very good, especially for texture-rich images, ensure that no one else uploaded Platform: |
Size: 2048 |
Author:周 |
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Description: SPLITMERGE Segment an image using a split-and-merge algorithm.
G = SPLITMERGE(F, MINDIM, @PREDICATE) segments image F by using a
split-and-merge approach based on quadtree decomposition. MINDIM
(a positive integer power of 2) specifies the minimum dimension
of the quadtree regions (subimages) allowed. If necessary, the
program pads the input image with zeros to the nearest square
size that is an integer power of 2. This guarantees that the
algorithm used in the quadtree decomposition will be able to
split the image down to blocks of size 1-by-1. The result is
cropped back to the original size of the input image. In the
output, G, each connected region is labeled with a different
integer. - SPLITMERGE Segment an image using a split-and-merge algorithm.
G = SPLITMERGE(F, MINDIM, @PREDICATE) segments image F by using a
split-and-merge approach based on quadtree decomposition. MINDIM
(a positive integer power of 2) specifies the minimum dimension
of the quadtree regions (subimages) allowed. If necessary, the
program pads the input image with zeros to the nearest square
size that is an integer power of 2. This guarantees that the
algorithm used in the quadtree decomposition will be able to
split the image down to blocks of size 1-by-1. The result is
cropped back to the original size of the input image. In the
output, G, each connected region is labeled with a different
integer. Platform: |
Size: 2048 |
Author:dilir |
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Description: Given an image. Implement the split and merge procedure for segmenting
the image with different values for minimum dimensions of the quadtree
regions.-Given an image. Implement the split and merge procedure for segmenting
the image with different values for minimum dimensions of the quadtree
regions. Platform: |
Size: 6144 |
Author:dilir |
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Description: 这是个基于VC++的图像处理系统，主要实现实现系统能对图像文件（bmp、 jpg、 tiff、 gif等）进行打开的功能
2.实现系统能对图像文件进行保存，另存的功能
3.实现系统能对图像文件进行打印的功能
4.实现系统退出操作的功能
5.图像分割：阈值分割、区域生长、分裂合并 、区域增长法、特征空间聚类法、用分水岭变换分割法等各种方法，实现复杂区域的分割
希望对大家有用-This is based on VC++ image processing system, the main implementation system image file (bmp, jpg, tiff, gif, etc.) open feature 2 to achieve system image file to save, save functions 3. system can achieve an image file for printing functions 4 out of operation to achieve system function 5 image segmentation: thresholding, region growing, split merge, region growing method, the feature space clustering, segmentation with watershed transformation other ways to achieve complex region segmentation want to be useful Platform: |
Size: 5689344 |
Author:李雄 |
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Description: 基于matlab的图像分割合并算法实现，运行程序时，需设定最小模块大小，可设定为2,4,8,16-image split and merge based on matlab，the program need to give the minimum module size. Platform: |
Size: 866304 |
Author:chen hong |
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Description: 主要实现了图形图像的基于区域的分裂合并,最后显示的是二值图像-The main achievement of the graphics-based separatist regions combined, the final binary image is shown Platform: |
Size: 271360 |
Author:itff11 |
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Description: 在Visual Studio 2010中用OPENCV三通道图像用cvSplit分离出红、绿、蓝三个单通道图像，用cvMerge再把三个通道融合，恢复原图。-In Visual Studio 2010 using the OPENCV to three-channel image with cvSplit isolated red, green, blue three single channel image, the three channels with cvMerge again fusion, restore the original image. Platform: |
Size: 5338112 |
Author:刘兰 |
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Description: segments image F by using a
split-and-merge approach based on quadtree decomposition. MINDIM
(a positive integer power of 2) specifies the minimum dimension
of the quadtree regions (subimages) allowed. If necessary, the
program pads the input image with zeros to the nearest square
size that is an integer power of 2. This guarantees that the
algorithm used in the quadtree decomposition will be able to
split the image down to blocks of size 1-by-1. The result is
cropped back to the original size of the input image.-segments image F by using a
split-and-merge approach based on quadtree decomposition. MINDIM
(a positive integer power of 2) specifies the minimum dimension
of the quadtree regions (subimages) allowed. If necessary, the
program pads the input image with zeros to the nearest square
size that is an integer power of 2. This guarantees that the
algorithm used in the quadtree decomposition will be able to
split the image down to blocks of size 1-by-1. The result is
cropped back to the original size of the input image. Platform: |
Size: 2048 |
Author:Narayana Reddy |
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Search - image split merge