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Spring Semester 2014

Date / Time Speaker Title Location
20 January 2014
10:15-10:55
Kevin Zemmer
Institute for Operations Research at ETH Zurich, CH
Details

IFOR talks

Title Sum of Squares Polynomials in Optimization
Speaker, Affiliation Kevin Zemmer, Institute for Operations Research at ETH Zurich, CH
Date, Time 20 January 2014, 10:15-10:55
Location HG G 19.2
Sum of Squares Polynomials in Optimization
HG G 19.2
20 January 2014
10:55-11:35
Andrea Baggio
Institute for Operations Research at ETH Zurich, CH
Details

IFOR talks

Title A Unified Continuous Greedy Algorithm for Submodular Maximization
Speaker, Affiliation Andrea Baggio, Institute for Operations Research at ETH Zurich, CH
Date, Time 20 January 2014, 10:55-11:35
Location HG G 19.2
A Unified Continuous Greedy Algorithm for Submodular Maximization
HG G 19.2
20 January 2014
11:35-12:15
Jörg Bader
Institute for Operations Research at ETH Zurich, CH
Details

IFOR talks

Title The Johnson-Lindenstrauss Lemma: Theory and Applications
Speaker, Affiliation Jörg Bader, Institute for Operations Research at ETH Zurich, CH
Date, Time 20 January 2014, 11:35-12:15
Location HG G 19.2
The Johnson-Lindenstrauss Lemma: Theory and Applications
HG G 19.2
23 January 2014
14:45-15:15
Stephen Chestnut
Johns Hopkins University, Baltimore, USA
Details

IFOR talks

Title Sampling Binary Contingency Tables
Speaker, Affiliation Stephen Chestnut, Johns Hopkins University, Baltimore, USA
Date, Time 23 January 2014, 14:45-15:15
Location HG G 19.2
Abstract Given two sequences of integers r = r1, r2,..,rm and c = c1,c2,..,cn how many m x n binary matrices have row sums r and column sums c? How can we sample from the set of all such matrices efficiently? In this talk I will review two existing exact sampling algorithms, discovered 30 years apart, and describe a new algorithm that uses elements of both. The algorithm is targeted at instances describing sparse tables with highly irregular row and column sums.
Sampling Binary Contingency Tablesread_more
HG G 19.2

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