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brain00
- 用用VTK与VC++混合编程实现对人脑等值线的绘制，内含人脑数据-use with VTK and VC mixed programming of the human brain contour mapping, data containing the human brain
MtHood00
- 用VTK与VC++混合编程实现对山地形等值线的绘制，内含人脑数据-with VTK and VC mixed programming the mountain terrain contour mapping, data containing the human brain
Snakes_Active_Contour_models_Image_Process_GVF
- 图像处理的关于Snakes : Active Contour Models算法和水平集以及GVF的几篇文章，文章列表为： [1]Snakes Active Contour Models.pdf [2]Multiscale Active Contours.pdf [3]Snakes, shapes, and gradient vector flow.pdf [4]Motion of level sets by mean curvature I.pdf [5]Spectral S
VTK-MFC.rar
- 用VTK与VC++混合编程实现对人脑等值线的绘制,内含人脑数据,Use VTK with the VC++ mixed programming to realize the human brain contour drawing that contains the human brain data
LGIF
- 这是“Active contours driven by local and global intensity fitting energy with application to brain MR image segmentation”（简称LGIF模型）的MATLAB源代码。LGIF模型是非常重要局部区域活动轮廓模型, 它结合了CV模型和LBF模型各自的优点。-This is the "Active contours driven by local and global inten
LCV 局部区域活动轮廓模型
- 这是“An efficientlocalChan–Vesemodelforimagesegmentation”（简称LCV模型）的MATLAB源代码。LCV模型是非常重要局部区域活动轮廓模型，它被广泛使用于各个领域，如MRI大脑图像分割，血管图像分割，图像偏差场纠正。-This is "An efficientlocalChan-Vesemodelforimagesegmentation" (referred to as the LCV model) of the MATLA
LBF
- 这是“Implicit Active Contours Driven by Local Binary Fitting Energy”（简称LBF模型）的MATLAB源代码。LBF模型是非常重要局部区域活动轮廓模型，它被广泛使用于各个领域，如MRI大脑图像分割，血管图像分割，图像偏差场纠正。-This is the "Implicit Active Contours Driven by Local Binary Fitting Energy" (referred to as the LBF mod
MRI_data_visualization
- 可视MRI数据实验。此matlab程序用于：1. 观察二维MRI图片序列数据；2. 观察脑MRI3D和2D任意位置图片；3. 观察脑MRI顶视图片边界轮廓。-MRI data visualization experiment. Matlab program for this: 1 observation of a two-dimensional MRI image sequence data 2 to examine the brain MRI3D anywhere and 2D image
braintissue
- 对最大的连通区域依次进行膨胀，闭操作，填充空穴得到脑模板，再将原图和脑模板相乘得到脑组织图像；对距离函数取反，然后进行分水岭操作，显示每一个连通区域；对合并之后的连通区域进行闭操作去除分水线，然后将里面的空洞进行填充，再将其膨胀，减去填充后的模板便可得到各个结构的轮廓线-The maximum connected region sequentially inflated closing operation, fill the hole to give the brain a template,