文件名称:Graph_seg
- 所属分类：
- 图形图像处理(光照,映射..)
- 资源属性：
- [Matlab] [源码]
- 上传时间：
- 2012-11-26
- 文件大小：
- 164kb
- 下载次数：
- 0次
- 提 供 者：
- 李**
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容均来自于网络，请自行研究使用
采用Graph Cut算法进行multiple-label的图像分割，算法很完整，非常适合初学者以及开发人员参考-multiple-label image segmentation using Graph Cut based algorithm, suitable for beginners and developers
(系统自动生成,下载前可以参看下载内容)
下载文件列表
Graph_seg\c_GraphSeg.cpp
.........\c_GraphSeg.h
.........\c_GraphSeg_gray.cpp
.........\c_GraphSeg_gray.h
.........\disjoint_elt.cpp
.........\disjoint_elt.h
.........\Disjoint_set.cpp
.........\Disjoint_set.h
.........\Edge.h
.........\extract_edges.cpp
.........\extract_edges.h
.........\GraphSeg_complie.m
.........\graph_segment.m
.........\Graph_seg_gray.cpp
.........\Graph_seg_gray.h
.........\public_functions_lib.cpp
.........\public_functions_lib.h
.........\StdAfx.cpp
.........\StdAfx.h
.........\result\rice_seg.jpg
.........\images\beach.gif
.........\......\rice.jpg
.........\CoherenceFilter\CoherenceFilter.m
.........\...............\functions3D\CoherenceFilterStep3D.c
.........\...............\...........\CoherenceFilterStep3D.m
.........\...............\...........\CoherenceFilterStep3D_functions.c
.........\...............\...........\diffusion_scheme_3D_implicit.m
.........\...............\...........\diffusion_scheme_3D_non_negativity.c
.........\...............\...........\diffusion_scheme_3D_non_negativity.m
.........\...............\...........\diffusion_scheme_3D_rotation_invariant.c
.........\...............\...........\diffusion_scheme_3D_rotation_invariant.m
.........\...............\...........\diffusion_scheme_3D_standard.c
.........\...............\...........\diffusion_scheme_3D_standard.m
.........\...............\...........\EigenDecomposition3.c
.........\...............\...........\EigenDecomposition3.h
.........\...............\...........\EigenVectors3D.c
.........\...............\...........\EigenVectors3D.m
.........\...............\...........\StructureTensor2DiffusionTensor3DWeickert.c
.........\...............\...........\StructureTensor2DiffusionTensor3DWeickert.m
.........\...............\...........\StructureTensor3D.m
.........\...............\.........2D\CoherenceFilterStep2D.c
.........\...............\...........\CoherenceFilterStep2D.m
.........\...............\...........\CoherenceFilterStep2D_functions.c
.........\...............\...........\ConstructDiffusionTensor2D.m
.........\...............\...........\diffusion_scheme_2D_implicit.m
.........\...............\...........\diffusion_scheme_2D_non_negativity.m
.........\...............\...........\diffusion_scheme_2D_rotation_invariant.m
.........\...............\...........\diffusion_scheme_2D_standard.m
.........\...............\...........\EigenVectors2D.m
.........\...............\...........\StructureTensor2D.m
.........\...............\.........\derivatives.c
.........\...............\.........\derivatives.m
.........\...............\.........\imgaussian.c
.........\...............\.........\imgaussian.m
.........\...............\.........\showcs3.fig
.........\...............\.........\showcs3.m
.........\...............\functions3D
.........\...............\functions2D
.........\...............\functions
.........\result
.........\images
.........\CoherenceFilter
Graph_seg
.........\c_GraphSeg.h
.........\c_GraphSeg_gray.cpp
.........\c_GraphSeg_gray.h
.........\disjoint_elt.cpp
.........\disjoint_elt.h
.........\Disjoint_set.cpp
.........\Disjoint_set.h
.........\Edge.h
.........\extract_edges.cpp
.........\extract_edges.h
.........\GraphSeg_complie.m
.........\graph_segment.m
.........\Graph_seg_gray.cpp
.........\Graph_seg_gray.h
.........\public_functions_lib.cpp
.........\public_functions_lib.h
.........\StdAfx.cpp
.........\StdAfx.h
.........\result\rice_seg.jpg
.........\images\beach.gif
.........\......\rice.jpg
.........\CoherenceFilter\CoherenceFilter.m
.........\...............\functions3D\CoherenceFilterStep3D.c
.........\...............\...........\CoherenceFilterStep3D.m
.........\...............\...........\CoherenceFilterStep3D_functions.c
.........\...............\...........\diffusion_scheme_3D_implicit.m
.........\...............\...........\diffusion_scheme_3D_non_negativity.c
.........\...............\...........\diffusion_scheme_3D_non_negativity.m
.........\...............\...........\diffusion_scheme_3D_rotation_invariant.c
.........\...............\...........\diffusion_scheme_3D_rotation_invariant.m
.........\...............\...........\diffusion_scheme_3D_standard.c
.........\...............\...........\diffusion_scheme_3D_standard.m
.........\...............\...........\EigenDecomposition3.c
.........\...............\...........\EigenDecomposition3.h
.........\...............\...........\EigenVectors3D.c
.........\...............\...........\EigenVectors3D.m
.........\...............\...........\StructureTensor2DiffusionTensor3DWeickert.c
.........\...............\...........\StructureTensor2DiffusionTensor3DWeickert.m
.........\...............\...........\StructureTensor3D.m
.........\...............\.........2D\CoherenceFilterStep2D.c
.........\...............\...........\CoherenceFilterStep2D.m
.........\...............\...........\CoherenceFilterStep2D_functions.c
.........\...............\...........\ConstructDiffusionTensor2D.m
.........\...............\...........\diffusion_scheme_2D_implicit.m
.........\...............\...........\diffusion_scheme_2D_non_negativity.m
.........\...............\...........\diffusion_scheme_2D_rotation_invariant.m
.........\...............\...........\diffusion_scheme_2D_standard.m
.........\...............\...........\EigenVectors2D.m
.........\...............\...........\StructureTensor2D.m
.........\...............\.........\derivatives.c
.........\...............\.........\derivatives.m
.........\...............\.........\imgaussian.c
.........\...............\.........\imgaussian.m
.........\...............\.........\showcs3.fig
.........\...............\.........\showcs3.m
.........\...............\functions3D
.........\...............\functions2D
.........\...............\functions
.........\result
.........\images
.........\CoherenceFilter
Graph_seg