The project aims at implementing the Waterpixels method to obtain superpixels, exploiting the watershed controlled by markers. This method is of linear complexity and potentially provides a good compromise between boundary compliance and regularity.
Implementation of Waterpixels for image segmentation. The algorithm generates different distance maps, labels the connected components, and segments the image into superpixels using the marker-controlled watershed transformation.
The project aims at implementing the Waterpixels method to obtain superpixels, exploiting the watershed controlled by markers. This method is of linear complexity and potentially provides a good compromise between boundary compliance and regularity.
Implementation of Waterpixels for image segmentation. The algorithm generates different distance maps, labels the connected components, and segments the image into superpixels using the marker-controlled watershed transformation.