搜索资源列表
MSRM_1
- 程序代码说明：本程序是应用于图像分割（区域合并）基于最大相似性区域合并的交互式图像分割 本代码绝对可用-Code Descr iption: This procedure is applied to image segmentation (region merging) region merging based on similarity of the largest interactive image segmentation of the code is absolutely free
10.1.1.80.8622
- 混合分水岭图像分割方法和快速区域合并的方法-Hybrid Image Segmentation Using Watersheds and Fast Region Merging
tan
- 图像分割，具体算法参考一下论文 Zhi-Gang Tan， Xiao-Chen Heand Nelson H. C. Yung A Novel Merging Criterion Incorporating Boundary Smoothness and Region Homogeneity for Image Segmentation-Abstract A novel joint region merging criterion combining region ho
Interactive_Image_Segmentation_by_Maximal_Similari
- 实现了区域合并的图像分割的经典方法，是Interactive Image Segmentation by Maximal Similarity based Region Merging 论文的源码，可以好好研究-Regional integration to achieve the classic method of image segmentation is the Interactive Image Segmentation by Maximal Similarity based Regio
imagesegmentation
- 压缩文件里有四种图像分割的算法源代码，即阈值法、区域增长法、分裂合并法和K均值法。图片可用于检验。-The rar folder includes four source code of image segmentation,ie.thresholding, region growing, splitting and merging, kmeans. The images are able to be used for evaluation and verification.
ezbp_v0
- The software for our localized graph cut algorithm is available: B. Peng, L. Zhang, D. Zhang and J. Yang, “Image Segmentation by Iterated Region Merging with Localized Graph Cuts”, to appear in Pattern Recognition
Snake-model-bsegmentation-method
- 改进的T- Snake 算法首先在分水岭法中, 对相邻区域以其像素数、灰度均值和灰度方差定义距离, 并据其在图像上建立新的连通图, 以对图像过度分割而产生的一些过小区域合并 其次, 在模型跨边缘时, 利用已分割断层图像中模型内部区域的统计特征, 用区域生长法获取内点并重新参数化模型, 使模型不再跨边缘, 以保证模型形变到正确的边缘-Improved T-Snake algorithm first law in the watershed, the number of pixels in its
srg
- SRG 图像分割，一个很好的算法，可以参考下面的文章 。我们已经用他在4个通道的tiff图像进行了修改-Frank Nielsen and Richard Nock, "On Region Merging: the Statistical Soundness of Fast Sorting, with Applications",
RM
- 区域合并：本程序的区域合并不同于其他方法的区域合并，该合并基于温度的大小来决定是否要合并。-Region merging: the area of this program to merge the region merging different from other methods, to decide whether to merge the merger based on the size of the temperature.
region-merging-RAG
- 区域邻接图的合并规则，在进行区域合并时可以使用，希望对大家有用-region merging for region adjecent gragh，might it be help for you.
GVD
- Active Contour (or Snake) Model is recognized as one of the efficient tools for 2D/3D image segmentation. How- ever, traditional snake models prove to be limited in sev- eral aspects. The presentpaper describes a set of difision equations applied ro
ImageSegmentationBYDRM
- 论文Automatic Image Segmentation by Dynamic Region Merging的实现。分割效果很好。-The source code for paper "Automatic Image Segmentation by Dynamic Region Merging"
MSRM_2.0
- 本程序的目的是进行交互式图像分割，其中原理是基于最大相似区域合并，完整的程序代码，并附有运行结果-The purpose of this program is to make interactive image segmentation, the principle of which is the maximum similarity based region merging, complete code, along with operating results!!
Region-Merging
- 彩色图像区域合并算法，高斯分布，有注释，后来用于极化SAR伪彩色图区域分割，引入Wishart分布-Region merging for color image
split_4
- 本方法首先利用数学形态学分水岭算法对图像进行分割,然后对分割后的图像进行相似区域合并,以减少分水岭方法产生的过分割现象-This method first USES mathematical morphology watershed algorithm for image segmentation, and similar to the image after segmentation region merging, in order to reduce the over-segmentatio
MRIxiaonaonaogan
- 从脑部MRI图像中提取小脑和脑干，分别采用k均值聚类算法，阈值分割，形态学操作，分水岭算法，区域合并-Brainstem and cerebellum extracts the brain MRI images were used to k-means clustering algorithm, thresholding, morphological operations, watershed algorithm, region merging, etc.
MRIzuoyounaobanqiu
- 从脑部MRI图像中提取左右脑半球，分别采用k均值聚类算法，阈值分割，形态学操作，分水岭算法，区域合并-Extracted the brain MRI image left and right brain hemispheres, respectively k-means clustering algorithm, thresholding, morphological operations, watershed algorithm, region merging, etc.
Ningjifeng
- 宁纪锋的文章（基于最大相似度区域合并的图像分割算法）及实现代码。-Ning Jifeng s article (image segmentation algorithm based on maximum similarity region merging) and its code.
IGC_Software
- 通过区域迭代合并与定位切图的图像分割算法，非常好的。-Image Segmentation by Iterated Region Merging with Localized Graph Cuts
Interactive-Image-Segmentation
- 基于区域合并最大相似度的交互式图像分割算法，很好的。Interactive Image Segmentation by Maximal Similarity based Region Merging,-Interactive Image Segmentation by Maximal Similarity based Region Merging,