Differences
This shows you the differences between two versions of the page.
| Both sides previous revision Previous revision | Next revision Both sides next revision | ||
|
interimage:examples:multiresolution_segmentation [2010/06/18 15:18] tkorting |
interimage:examples:multiresolution_segmentation [2010/06/23 17:43] hermann |
||
|---|---|---|---|
| Line 1: | Line 1: | ||
| ====== Multiresolution Segmentation ====== | ====== Multiresolution Segmentation ====== | ||
| - | This example shows how to perform multiple segmentation in the image, using coarse and fine resolutions. We use the three methods for segmentation currently available in InterIMAGE, namely //Region Growing//, //Baatz// and //Checkerboard//. | + | This example shows how to perform multiple segmentation in the image, using coarse and fine resolutions. We use three methods for segmentation currently available in InterIMAGE, namely //Region Growing//, //Baatz// and //Checkerboard//. |
| ===== Download ===== | ===== Download ===== | ||
| Line 10: | Line 10: | ||
| Create a new project called "multiresolution_segmentation". | Create a new project called "multiresolution_segmentation". | ||
| - | After that create a structure to perform segmentation. We firstly created a node called "coarse_segmentation" which applies the //TerraAIDA_Region_Growing_Segmentation// operator. We also created three child nodes, called "fine_segmentation", "fine_checkerboard", and "background" with //TerraAIDA_Baatz_Segmentation//, //TerraAIDA_Checkerboard_segmentation// and "Dummy Top Down" operators respectively. The node "background" will be associated to the remaining elements. | + | Afterwards create a structure to perform segmentation. We initially create a node called "coarse_segmentation" which applies the //TerraAIDA_Region_Growing_Segmentation// operator. We also create three child nodes, called "fine_segmentation", "fine_checkerboard", and "background" with //TerraAIDA_Baatz_Segmentation//, //TerraAIDA_Checkerboard_segmentation// and "Dummy Top Down" operators respectively. The node "background" will be associated to the remaining elements. |
| {{:interimage:examples:nodes_multiresolution_segmentation.png?600}} | {{:interimage:examples:nodes_multiresolution_segmentation.png?600}} | ||
| Line 16: | Line 16: | ||
| The segmentation parameters used were: | The segmentation parameters used were: | ||
| * //coarse_segmentation// (TerraAIDA_Region_Growing_Segmenter) | * //coarse_segmentation// (TerraAIDA_Region_Growing_Segmenter) | ||
| - | * Euclidean distance threshold: 40 | + | * Euclidean Distance threshold: 40 |
| - | * Segments minimun size: 200 | + | * minimum segment size: 200 |
| * //fine_segmentation// (TerraAIDA_Baatz_Segmenter) | * //fine_segmentation// (TerraAIDA_Baatz_Segmenter) | ||
| * Compactness weight: 0.5 | * Compactness weight: 0.5 | ||
| Line 35: | Line 35: | ||
| {{:interimage:examples:new_fine_segmentation_multiresolution_segmentation.png?400}} | {{:interimage:examples:new_fine_segmentation_multiresolution_segmentation.png?400}} | ||
| - | After running your project, the result should be as the following figure: | + | After running your project, the result should look as the following figure: |
| {{:interimage:examples:result_multiresolution_segmentation.png?600}} | {{:interimage:examples:result_multiresolution_segmentation.png?600}} | ||
