Mathematical Methods in Image Processing
	Authors	Title	Day	Time	Room Number   Name
Block 1	Laurent D. Cohen	Front propagation and Fast Marching for fast segmentation of objects in 2D and 3D images.	5-Jun	8:30 AM	228
	Ralph C Teixeira	A Fast Marching Algorithm for Affine-Invariant Distances inspired by a Monge-Ampere PDE.		9:30 AM
	Chunming Li Chiu-Yen Kao* John Gore Zhaohua Ding	Region-Scalable Active Contour Model for Image Segmentation.		10:00 AM
Block 2	Roberto M. Cesar-Jr	Shape analysis in computer vision: characterization, classification and decomposition .	5-Jun	1:30 PM	228
	Thomas Lewiner* Marcos Craizer	Euclidean, affine and further curvature estimators.		2:00 PM
	Marcos Craizer	Differential Properties of Area Distances to Plane Curves.		2:30 PM
	Washington Mio*	Shape Spaces of Elastic Spherical Surfaces.		3:00 PM
Block 3	Nelson D. A. Mascarenhas	Tomographic Image Reconstruction by a Hybrid Estimation Theoretic-POCS Method.	6-Jun	8:30 AM	Aud 1
	Marcelo Bertalmio	A continuous interpretation of the original Retinex model.		9:00 AM
	L. G. Nonato* M. A. Batista L. Velho C. Barcelos	Shallow-Water Simulation in Digital Images.		9:30 AM
	Peter Jones Triet M Le*	Local Scales and Multi-Scale Image Decompositions		10:00 AM
Block 4	Uri M Ascher	Artificial time integration	7-Jun	9:30 AM	Aud. R. Mañé
	Junior Barrera	A branch-and-bound optimization algorithm for U-shaped cost functions on Boolean lattices.		10:00 AM
	Claudio Rosito Jung	Wavelet analysis in image denoising and segmentation.		10:30 AM
	Simon P Morgan* Kevin Vixie	L1TV computes the Flat Norm: Some theory and Applications.		11:00 AM
Block 5	William K Allard	Examples of minimizers for total variation regularization.	7-Jun	2:30 PM	Aud. R. Mañé
	Thomas C. Wunderli	Some Partial Regularity Results for Selective Smoothing Functionals in the Space of Bounded Variation.		3:00 PM
	O H Miyagaki	Existence and multiplicity of solutions for a Dirichlet problem involving the p(x)Laplace operator.		3:30 PM
	Stacey E Levine	Image Decomposition via Total Variation and Besov Minimization.		4:00 PM

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