%T A Concurrent SOM-Based Chan-Vese Model for Image Segmentation
%P 199-208
%V 295
%I Springer
%X Concurrent Self Organizing Maps (CSOMs) deal with the pattern classification problem in a parallel processing way, aiming to minimize a suitable objective function. Similarly, Active Contour Models (ACMs) (e.g., the Chan-Vese (CV) model) deal with the image segmentation problem as an optimization problem by minimizing a suitable energy functional. The effectiveness of ACMs is a real challenge in many computer vision applications. In this paper, we propose a novel regional ACM, which relies on a CSOM to approximate the foreground and background image intensity distributions in a supervised way, and to drive the active-contour evolution accordingly. We term our model Concurrent Self Organizing Map-based Chan-Vese (CSOM-CV) model. Its main idea is to concurrently integrate the global information extracted by a CSOM from a few supervised pixels into the level-set framework of the CV model to build an effective ACM. Experimental results show the effectiveness of CSOM-CV in segmenting synthetic and real images, when compared with the stand-alone CV and CSOM models.
%D 2014
%L eprints2972
%K Image segmentation; Chan-Vese model; Concurrent Self Organizing Maps; global active contours; neural networks
%A Mohammed Abdelsamea
%A Giorgio Gnecco
%A Mohamed Medhat Gaber
%S Advances in Intelligent Systems and Computing
%R 10.1007/978-3-319-07695-9_19
%B Advances in Self-Organizing Maps and Learning Vector Quantization