Linear-Size Approximations to the Vietoris-Rips Filtration Don Sheehy Geometrica Group INRIA Saclay

Source URL: icms.org.uk

Guiding Particle Filtering with Marginal Approximations: an Application in Protein Image Interpretation Frank DiMaio1 , Ameet Soni1 , Jude Shavlik1 , George Phillips2,1 1 UW-Madison Computer Sciences Department, 2 UW-Mad

Source URL: snowbird.djvuzone.org

Program Announcement Electromagnetic Metamaterials and their Approximations: Practical and Theoretical Aspects September 22-25, 2008 Organizers: Radu Balan, Dionisios Margetis, Eitan Tadmor, Gunther Uhlmann, Michael Voge

Source URL: www.cscamm.umd.edu

GUARANTEED QUALITY APPROXIMATIONS FOR MEDIAL AXIS OF IMPLICIT PLANAR CURVES MICHAEL BURR∗ AND DAVID LETSCHER† Abstract. We apply subdivision methods to estimate the medial axis for a region bounded by an implicit cur

Source URL: fwcg14.cse.uconn.edu

Submitted to Statistical Science Models as Approximations — A Conspiracy of Random Regressors and Model Deviations Against Classical

Source URL: www-stat.wharton.upenn.edu

IMA Journal of Numerical Analysis, Superconvergent Recovery of the Gradient from Piecewise Linear Finite-element Approximations N I C K LEVINE

Source URL: www.nicklevine.org

2. Effective Approximations of Matching Priors 1. Summary How can we achieve truly robust dense, real-time matching? The strong priors generally available on image correspondence problems, are often used partially and p

Source URL: www.margaritachli.com

• Statistics
• Mathematics
• Random sample consensus
• SRI International
• Matching

Spanning Tree Approximations for Conditional Random Fields Patrick Pletscher Department of Computer Science ETH Zurich, Switzerland

Source URL: www.pletscher.org

On Multiplicative λ-Approximations and Some Geometric Applications∗ Ilan Newman† Abstract Let F be a set system over an underlying finite set X, and let µ be a nonnegative P measure over X. I.e.,∗ for every

Source URL: cs.haifa.ac.il

Partitioned Linear Programming Approximations for MDPs

Source URL: uai2008.cs.helsinki.fi