SIAM AG 17 Proposed Minisymposia
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| '''[[Algebraic Vision]].''' Organizers: Max Lieblich (University of Washington), Rekha Thomas (University of Washington), and Matthew Trager (Ecole Normale Superieure de Paris). | '''[[Algebraic Vision]].''' Organizers: Max Lieblich (University of Washington), Rekha Thomas (University of Washington), and Matthew Trager (Ecole Normale Superieure de Paris). | ||
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| + | '''[[Algorithms and Complexity in Real Algebraic Geometry]].''' Organizers: Mohab Safey El Din (INRIA) and Eric Schost (University of Waterloo). | ||
| '''[[Applications of Algebra to Signal Processing and Digital Imaging]].''' Organizers: Cristiano Bocci (University of Siena), Cameron Farnsworth (Yonsei University), Hwangrae Lee (Auburn University) and Luke Oeding (Auburn University). | '''[[Applications of Algebra to Signal Processing and Digital Imaging]].''' Organizers: Cristiano Bocci (University of Siena), Cameron Farnsworth (Yonsei University), Hwangrae Lee (Auburn University) and Luke Oeding (Auburn University). | ||
Revision as of 08:21, 31 October 2016
Algebraic Methods in Rigidity Theory. Organizers: Jessica Sidman (Mount Holyoke College), Meera Sitharam (University of Florida), Audrey St. John (Mount Holyoke College), and Louis Theran (University of St. Andrews).
Algebraic Vision. Organizers: Max Lieblich (University of Washington), Rekha Thomas (University of Washington), and Matthew Trager (Ecole Normale Superieure de Paris).
Algorithms and Complexity in Real Algebraic Geometry. Organizers: Mohab Safey El Din (INRIA) and Eric Schost (University of Waterloo).
Applications of Algebra to Signal Processing and Digital Imaging. Organizers: Cristiano Bocci (University of Siena), Cameron Farnsworth (Yonsei University), Hwangrae Lee (Auburn University) and Luke Oeding (Auburn University).
Applied and Computational Topology. Organizers: Justin Curry (Duke University) and Jose Perea (Michigan State University).
Euclidean Distance Degree. Organizers: Corey Harris (Florida State University) and Martin Helmer (UC Berkeley).
Free Resolutions Governed By Geometric and/or Combinatorial Data. Organizers: Carlos D'Adrea (Universitat de Barcelona) and Florian Enescu (Georgia State University).
From Approximation Theory to Tensor Decompositions. Organizers: Annie Cuyt (Universiteit Antwerpen), Mariya Ishteva (Vrije Universiteit), Wen-shin Lee (Universiteit Antwerpen), and Ivan Markovsky (Vrije Universiteit).
Likelihood Geometry. Organizers: Serkan Hosten (San Francisco State University) and Jose Rodriguez (University of Chicago).
Mu Bases. Organizer: Ron Goldman (Rice Universty).
Random Algebraic Geometry. Organizers: Peter Buergisser (TU Belin) and Antonio Lerario (SISSA, Trieste).
Real Algebraic Geometry and Optimization. Organizers: Thorsten Theobald (University of Frankfurt) and Timo de Wolff (Texas A & M).
Semidefinite Optimization and Convex Algebraic Geometry. Organizers: Greg Blekherman (Georgia Institute of Technology), Joao Gouveia (Universidade de Coimbra), Daniel Plaumann (Universitaet Dortmund), and Cynthia Vinzant (North Carolina State University).
Sparse Representations from Moments. Organizers: Bernard Mourrain (INRIA) and Cordian Riener (University of Konstanz).
Statistics and Applied Algebraic Topology. Organizers: Brittany Terese Fasy (Montana State University) and Sayan Mukherjee (Duke University)
Symbolic Combinatiorics. Organizers: Shaoshi Chen (Chinese Academy of Sciences), Manuel Kauers (Johannes Kepler University), Stever Melczer (University of Waterloo), and Michael Singer (North Carolina State University).
Symmetry and Structure in Algebraic Computation. Organizers: Evelyne Hubert (INRIA) and Cordian Riener (University of Konstanz).
Tensors: From Algebra To Applications. Organizers: Elina Robeva (MIT) and Anna Seigal (UC Berkeley).
