Demos about "Greater Flamingos"

Welcome to the Ariana demos page. You can find here some demos which present our work. Demos from 1997 and before have been developed in the Pastis research group (1983-1997) from which Ariana is issued.

Demos are sorted chronologically, but you can fill this form to make an advanced search, or directly click on a name or on a keyword to find the associated demos.

Year :

	All Among (tick the boxes)
	1995-1999 2000-2004 2005-2009

Authors :

All Among (tick the boxes)

Gilles Aubert Jean-François Aujol Saima Ben Hadj Laure Blanc-Féraud Karen Brady Mikael Carlavan Stig Descamps Xavier Descombes Raffaele Gaetano Ihsen Hedhli Christine Hivernat Andre Jalobeanu Ian Jermyn Vladimir Krylov Maria Kulikova Caroline Lacoste Florent Lafarge Anne Lorette Meena Mani Mathias Ortner Praveen Pankajakshan Guillaume Perrin Sylvain Prigent Guillaume Rellier Marie Rochery Christophe Samson Giuseppe Scarpa Anuj Srivastava Radu Stoica Aurélie Voisin Pierre Weiss Olivier Zammit Josiane Zerubia Elena Zhizhina Jia Zhou

Keywords :

All Among (tick the boxes)

3D Reconstruction Active contours Birth-and-death dynamics Building / Urban areas Classification Deconvolution Dynamic Programing Filament network Gaussian Random Fields Greater Flamingos High Order Active Contours Image decomposition Indexing Interferometry Line networks Marked point process Markov Random Fields MCMC Multiple object exctraction Multiscale Modeling Object extraction Parameter Estimation Phase fields Radiometry Risk Rivers Roads Segmentation Shape prior Shapes Stochastic Geometry Super-resolution Texture Trees / Forest Variational methods Wavelets

Icon	Title	Languages
	Parameter estimation for marked point processes (2010)
	Authors : Saima Ben Hadj, Xavier Descombes, Josiane Zerubia Keywords : Object extraction, MCMC, Parameter Estimation, Trees / Forest, Building / Urban areas, Greater Flamingos
	Automatic detection of flamingos using marked point processes (2008)
	Authors : Stig Descamps, Xavier Descombes, Josiane Zerubia Keywords : Object extraction, Stochastic Geometry, Greater Flamingos