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Adaptive color image segmentation using Markov random fields

TitleAdaptive color image segmentation using Markov random fields
Publication TypeConference Paper
Year of Publication2002
AuthorsWesolkowski, S., and P. Fieguth
Conference NameInternational Conference on Pattern Recognition
Conference LocationRochester, NY
Keywordsadaptive color image segmentation, adaptive signal processing, continuous Gibbs sampler, continuous-valued regional prototypes, discrete Gibbs sampler, global spatial constraints, image colour analysis, image sampling, image segmentation, local spatial constraints, Markov processes, Markov Random Fields, point-based methods, random processes, region boundaries adjustment, spatially-based methods, vector quantization
Abstract

A new framework for color image segmentation is introduced generalizing the concepts of point-based and spatially-based methods. This framework is based on Markov random fields using a continuous Gibbs sampler. The Markov random fields approach allows for a rigorous computational framework where local and global spatial constraints can be globally optimized. Using a continuous Gibbs sampler enables the algorithm to adapt continuous-valued regional prototypes in a manner analogous to vector quantization while the discrete Gibbs sampler is used to adjust region boundaries.

DOI10.1109/ICIP.2002.1039085