Bernard UEI/AVA, Thierry et Manzanera UEI/AVA, Antoine et Prêteux, Françoise (2001) Markovian-based modeling on programmable retina In: Proceedings Conference on Controle Quality by Artificial Vision (QCAV'01), Mai 2001, Le Creusot, France.

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This paper addresses the implementation of a Markovian model on a programmable digital retina. The original contribution is to adapt the coding of the local energy in order to get compact implementations of deterministic (Iterated Conditional Mode), and stochastic (Metropolis Dynamics) relaxation algorithrns for energy minimization. The logical conciseness of the procedures, together with the fine-grainsed paralielism of the retinal architecture, makes possible the real-time computation of the simulated annealing on a low-power vision system. the proposed model is applied to the segmentation of moving objects over a static background.

Item Type:Conference or Workshop Item (Lecture)
Subjects:Information and Communication Sciences and Technologies
ID Code:3364
Deposited By:Julien Karachehayas
Deposited On:07 mars 2008 01:20
Dernière modification:05 juin 2013 09:13

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