Framework for cooperative segmentation based on the multiagent paradigm

Ludovic Pithon; Saida Bouakaz; Salima Hassas

doi:10.1117/12.411791

29 December 2000 Framework for cooperative segmentation based on the multiagent paradigm

Ludovic Pithon, Saida Bouakaz, Salima Hassas

Proceedings Volume 4310, Visual Communications and Image Processing 2001; (2000) https://doi.org/10.1117/12.411791
Event: Photonics West 2001 - Electronic Imaging, 2001, San Jose, CA, United States

Abstract

In the image interpretation domain, one of very scrupulous stages rests in the partitioning of pixels into principal components that correspond to the part of the image. However, the approaches used for a segmentation process, either have a very strong specificity or require many sensible parameters, which make their use in a general case very difficult. Using them in inappropriate cases leads to very bad performance in terms of result quality and relevance. Broadly speaking, to obtain an acceptable segmentation result, we have to choose the appropriate method which best adapted method and we have to turn it very carefully. However, even though the need for an adaptable methodology has been long recognized, few proposes have been appeared. In this paper we present a cooperative and concurrent framework for image segmentation. Our approach integrate several region based methods and detector based boundary finding using Multi-Agents System (MAS). Thanks to natural MAS properties, the image analysis is done at several semantic levels. The novelty of our approach is that is a multi directional cooperation whereby each separate method improves its own result as well as the global one through mutual cooperation and information sharing.

Citation Download Citation

Ludovic Pithon, Saida Bouakaz, and Salima Hassas "Framework for cooperative segmentation based on the multiagent paradigm", Proc. SPIE 4310, Visual Communications and Image Processing 2001, (29 December 2000); https://doi.org/10.1117/12.411791

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KEYWORDS

Image segmentation

Image processing

Sensors

Computing systems

Prototyping

Telecommunications

Algorithm development

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