1 July 2005 Watershed-based multiscale segmentation method for color images using automated scale selection
Author Affiliations +
J. of Electronic Imaging, 14(3), 033007 (2005). doi:10.1117/1.1995711
An automated multiscale segmentation approach for color images is presented. The scale-space stack is generated using the Perona-Malik diffusion approach and the watershed algorithm is employed to produce the regions at each scale. A minima-linking process by downward projection is carried out over the successive scales, and a region dissimilarity measure—combining scale, contrast, and homogeneity—is subsequently estimated on the finer scale (localization scale). The dissimilarity measure is estimated as a function of two different features, i.e., the dynamics of contours and the relative entropy of color region distributions, combined by means of a fuzzy-rule-based system. A region-merging process is also applied to the localization scale to produce the final regions. To validate the performance of the proposed multiscale segmentation, qualitative and quantitative results are provided in comparison to its single-scale counterpart. We also deal with the topic of localization scale selection. This stage is critical for the final segmentation results and can be used as a preprocessing step for higher level computer vision applications as well. A preliminary study of localization scale selection techniques is carried out. A scale selection method that originates from the evolution of the probability distribution of a region homogeneity measure across the generated scales is proposed next. The proposed algorithm is finally compared to a previously reported approach to indicate its efficiency.
Sokratis Makrogiannis, I. Vanhamel, Spiros Fotopoulos, Hichem Sahli, Jan P.H. Cornelis, "Watershed-based multiscale segmentation method for color images using automated scale selection," Journal of Electronic Imaging 14(3), 033007 (1 July 2005). http://dx.doi.org/10.1117/1.1995711

Image segmentation

Fuzzy logic

Image processing

Color image processing


Statistical analysis

Anisotropic diffusion


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