Introduction - If you have any usage issues, please Google them yourself
Image segmentation by image processing to image analysis of the key steps involved in computer vision technology to complex problems. In medical images, many applications largely depends on the target images extracted contour accuracy. Based on the differential operator method of detecting almost all more sensitive to noise and can not guarantee that they will get straight edge, can not be used for target identification and analysis. Kass raised by the active contour based on the Snake model [1], with a certain flexibility of the closed curve in the curve shape their own binding and calculated by the image data from the external force under the joint effect of the evolution of the boundary to approximate the target , completion of the image segmentation. GVF snake VC++ Make the
Packet : 31767676gvf_snake.rar filelist
GVF_Snake 10.13\gvfsnake.bmp
GVF_Snake 10.13\~VC41F.tmp
GVF_Snake 10.13\GVF_Snake.rc
GVF_Snake 10.13\~VC467.tmp
GVF_Snake 10.13\GradVector.h
GVF_Snake 10.13\Matrix.h
GVF_Snake 10.13\GVF_Snake.aps
GVF_Snake 10.13\gvfsnake5_31.BMP
GVF_Snake 10.13\fu.txt
GVF_Snake 10.13\gradShowDlg.h
GVF_Snake 10.13\Matrix.cpp
GVF_Snake 10.13\GVF_Snake.dsp
GVF_Snake 10.13\Resource.h
GVF_Snake 10.13\fv.txt
GVF_Snake 10.13\GVF_Snake.opt
GVF_Snake 10.13\ReadMe.txt
GVF_Snake 10.13\GVF_Snake.h
GVF_Snake 10.13\GVF_Snake.cpp
GVF_Snake 10.13\StdAfx.h
GVF_Snake 10.13\StdAfx.cpp
GVF_Snake 10.13\GVF_Snake.dsw
GVF_Snake 10.13\Dib.cpp
GVF_Snake 10.13\Dib.h
GVF_Snake 10.13\GVF_Snake.plg
GVF_Snake 10.13\GVF_SnakeDoc.h
GVF_Snake 10.13\GVF_SnakeDoc.cpp
GVF_Snake 10.13\MainFrm.cpp
GVF_Snake 10.13\MainFrm.h
GVF_Snake 10.13\GVF_Snake.ncb
GVF_Snake 10.13\GVF_Snake.clw
GVF_Snake 10.13\res\GVF_Snake.rc2
GVF_Snake 10.13\res\GVF_SnakeDoc.ico
GVF_Snake 10.13\res\GVF_Snake.ico
GVF_Snake 10.13\res\Toolbar.bmp
GVF_Snake 10.13\GVF_SnakeView.h
GVF_Snake 10.13\gradShowDlg.cpp
GVF_Snake 10.13\GVF_SnakeView.cpp
GVF_Snake 10.13\res
GVF_Snake 10.13