 |
数学形态
结合集合理论、拓朴和离散数学，数学形态为图像和其它离散数据提供有效的处理途径. Mathematica 包括广泛和有效的数学形态的应用，它完全与 Mathematica 的普通图像和数据处理功能相集成.
精选实例 |
-
Analyze Segmented Cells in an Image
-
Analyzing Road Networks
-
Apply Basic Morphological Operations
-
Colorize Connected Components in Complex Structures
-
Create a Motion Blur Effect in an Image
-
Create Dynamic Image Processing Tools
-
Do Morphological Image Processing on Color Images
-
Do Neighborhood Processing on Images
-
Erode a 3D Volume
-
Extracting the In-Focus Portion of an Image
-
Extract Larger Objects from an Image
-
From Images to Graphs
-
Pick out Structure with Distance Transforms
-
Remove Background Features from an Image
-
Segment an Aerial Image
-
Segmentation of a 3D Volume
-
Simplify an Image Mask
