SIAM AG 19 Proposed Minisymposia
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Algebraic aspects in the study of reaction networks. Organizers: Alicia Dickenstein and Elisenda Feliu. | Algebraic aspects in the study of reaction networks. Organizers: Alicia Dickenstein and Elisenda Feliu. | ||
- | Polynomial optimization. Organizers: João Gouveia, Simone Naldi and Timo de Wolff. | + | Polynomial optimization I-III. Organizers: João Gouveia, Simone Naldi and Timo de Wolff. |
- | Algebraic and geometric methods in optimization I. Organizers: Jesus de Loera, Sebastian Pokutta and Rekha Thomas. | + | Algebraic and geometric methods in optimization I-II. Organizers: Jesus de Loera and Rekha Thomas. |
- | + | ||
- | Algebraic and geometric methods in optimization II. Organizers: Jesus de Loera, Sebastian Pokutta and Rekha Thomas. | + | |
- | + | ||
- | Algebraic and geometric methods in optimization III. Organizers: Jesus de Loera, Sebastian Pokutta and Rekha Thomas. | + | |
Algebraic geometry of low-rank matrix completion. Organizers: Carlos Amendola and Daniel Bernstein. | Algebraic geometry of low-rank matrix completion. Organizers: Carlos Amendola and Daniel Bernstein. | ||
- | Polynomial equations in cryptography and coding theory I. Organizers: Alessio Caminata and Alberto Ravagnani. | + | Polynomial equations in cryptography and coding theory I-III. Organizers: Alessio Caminata and Alberto Ravagnani. |
- | Polynomial equations in cryptography and coding theory II. Organizers: Alessio Caminata and Alberto Ravagnani. | + | Coding theory and cryptography I-IV. Organizers: Alessio Caminata and Alberto Ravagnani. |
- | + | ||
- | Polynomial equations in cryptography and coding theory III. Organizers: Alessio Caminata and Alberto Ravagnani. | + | |
- | + | ||
- | Coding theory and cryptography I. Organizers: Alessio Caminata and Alberto Ravagnani. | + | |
- | + | ||
- | Coding theory and cryptography II. Organizers: Alessio Caminata and Alberto Ravagnani. | + | |
- | + | ||
- | Coding theory and cryptography III. Organizers: Alessio Caminata and Alberto Ravagnani. | + | |
- | + | ||
- | Coding theory and cryptography IV. Organizers: Alessio Caminata and Alberto Ravagnani. | + | |
Algebraic and graphical problems in the analysis of ancient DNA data. Organizers: Carsten Wiuf. | Algebraic and graphical problems in the analysis of ancient DNA data. Organizers: Carsten Wiuf. | ||
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Latent graphical models. Organizers: Piotr Zwiernik. | Latent graphical models. Organizers: Piotr Zwiernik. | ||
- | Algebraic methods for polynomial system solving. Organizers: Mohab Safey El Din. | + | Algebro-geometric aspects of graphical models. Organizers: Elina Robeva. |
+ | |||
+ | Algebraic methods for polynomial system solving. Organizers: Mohab Safey El Din and Éric Schost. | ||
Algebro-geometric methods for social network modelling. Organizers: Kayvan Sadeghi. | Algebro-geometric methods for social network modelling. Organizers: Kayvan Sadeghi. | ||
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Combinatorics and algorithms in decision and reason. Organizers: Liam Solus. | Combinatorics and algorithms in decision and reason. Organizers: Liam Solus. | ||
+ | |||
+ | Algebraic statistics. Organizers: Elizabeth Gross and Jose Rodriguez. | ||
+ | |||
+ | Tropical geometry and economics. Organizers: Ngoc Tran. | ||
+ | |||
+ | Tropical geometry in machine learning. Organizers: Gregory Naisat. | ||
+ | |||
+ | Tropical geometry in statistics. Organizers: Carlos Amendola, Anthea Monod and Ruriko Yoshida. | ||
+ | |||
+ | Computational tropical geometry. Organizers: Yue Ren. | ||
+ | |||
+ | Convex algebraic geometry: Organizers: Greg Blekherman. | ||
+ | |||
+ | Algebraic geometry in topological data analysis. Organizers: Nina Otter. | ||
+ | |||
+ | Numerical differential geometry. Organizers: Tingran Gao. | ||
+ | |||
+ | Syzygies and applications to geometry. Organizers: Laurent Busé, Yairon Cid and Carlos D'Andrea. | ||
+ | |||
+ | Algebraic methods in stochastic analysis. Organizers: Carlos Amendola and Anna Seigal. | ||
+ | |||
+ | Signature tensors of paths. Organizers: Joscha Diehl and Francesco Galuppi. | ||
+ | |||
+ | Symmetry in algorithmic questions of real algebraic geometry. Organizers: Philippe Moustrou and Cordian Riener. | ||
+ | |||
+ | Probability and randomness in commutative algebra. Organizers: Dane Wilburne and Christopher ONeill. | ||
+ | |||
+ | Structured sums-of-squares. Organizers: James Saunderson and Mauricio Velasco. | ||
+ | |||
+ | Massively parallel computations in algebraic geometry. Organizers: Janko Boehm and Anne Frühbis-Krüger. | ||
+ | |||
+ | Fitness landscapes and epistasis. Organizers: Kristina Crona, Joachim Krug and Lisa Lamberti. | ||
+ | |||
+ | Cluster algebras and positivity. Organizers: Lisa Lamberti, Khrystyna Serhiyenko and Lauren Williams. | ||
+ | |||
+ | Symbolic-numeric methods for non-linear equations: Algorithms and applications. Organizers: Angelos Mantzaflaris, Bernard Mourrain and Elias Tsigaridas. | ||
+ | |||
+ | From algebraic geometry to geometric topology: Crossroads on applications. Organizers: Jose-Carlos Gomez-Larrañaga (CIMAT, Mexico), Renzo Ricca (University of Milano-Bicocca, Italy) and De Witt Sumners (Florida State University, USA). | ||
+ | |||
+ | Numerical polynomial solving. Organizers: Gregorio Malajovich. | ||
+ | |||
+ | Algebra, geometry, and combinatorics of subspace packings I-IV. Organizers: Emily J. King, Dustin Mixon and Nate Strawn. | ||
+ | |||
+ | Hyperbolic and stable polynomials. Organizers: Cynthia Vinzant. | ||
+ | |||
+ | Algebraic and combinatorial phylogenetics I-II. Organizers: Marta Casanellas, Jane Coons and Seth Sullivant. | ||
+ | |||
+ | Algebraic & combinatorial tools for neural coding. Organizers: Zvi Rosen and Nora Youngs. | ||
+ | |||
+ | Numerical methods in algebraic geometry. Organizers: Paul Breiding and Jose Rodriguez. | ||
+ | |||
+ | New developments in matroid theory I-IV. Organizers: Alex Fink (Queen Mary), Ivan Martino (Northeastern University) and Luca Moci (Université Paris 7 "Diderot"). | ||
+ | |||
+ | Network coding and designs. Organizers: Daniele Bartoli and Anna-Lena Horlemann. | ||
+ | |||
+ | Algebraic geometric codes. Organizers: Daniele Bartoli and Anna-Lena Horlemann. | ||
+ | |||
+ | Sparse polynomials I-II. Organizers: Mareike Dressler and Timo de Wolff. | ||
+ | |||
+ | Efficient algorithms for geometric invariant theory. Organizers: Peter Bürgisser and Michael Walter. | ||
+ | |||
+ | Intersections in practice. Organizers: Martin Helmer (University of Copenhagen) and Corey Harris (MPI MiS Leipzig). | ||
+ | |||
+ | Random algebraic geometry. Organizers: Paul Breiding, Khazhgali Kozhasov, Antonio Lerario and Erik Lundberg. | ||
+ | |||
+ | Applications of topology in neuroscience I-II. Organizers: Ran Levi and Kathryn Hess. | ||
+ | “ |
Revision as of 07:09, 31 August 2018
Algebraic geometry for kinematics, mechanism science, and rigidity. Organizers: Matteo Gallet, Josef Schicho and Hans-Peter Schröcker.
The algebra and geometry of tensors I: general tensors. Organizers: Nick Vannieuwenhoven and Yang Qi.
The algebra and geometry of tensors II: structured tensors. Organizers: Elena Angelini, Enrico Carlini and Alessandro Oneto.
Euclidean distance geometry and applications. Organizers: Kaie Kubjas.
Algebraic aspects in the study of reaction networks. Organizers: Alicia Dickenstein and Elisenda Feliu.
Polynomial optimization I-III. Organizers: João Gouveia, Simone Naldi and Timo de Wolff.
Algebraic and geometric methods in optimization I-II. Organizers: Jesus de Loera and Rekha Thomas.
Algebraic geometry of low-rank matrix completion. Organizers: Carlos Amendola and Daniel Bernstein.
Polynomial equations in cryptography and coding theory I-III. Organizers: Alessio Caminata and Alberto Ravagnani.
Coding theory and cryptography I-IV. Organizers: Alessio Caminata and Alberto Ravagnani.
Algebraic and graphical problems in the analysis of ancient DNA data. Organizers: Carsten Wiuf.
Latent graphical models. Organizers: Piotr Zwiernik.
Algebro-geometric aspects of graphical models. Organizers: Elina Robeva.
Algebraic methods for polynomial system solving. Organizers: Mohab Safey El Din and Éric Schost.
Algebro-geometric methods for social network modelling. Organizers: Kayvan Sadeghi.
Approximations of convex sets and applications. Organizers: Dogyoon Song and Yong Sheng Soh.
Applications of algebraic geometry to quantum information. Organizers: Frederic Holweck.
Combinatorics and algorithms in decision and reason. Organizers: Liam Solus.
Algebraic statistics. Organizers: Elizabeth Gross and Jose Rodriguez.
Tropical geometry and economics. Organizers: Ngoc Tran.
Tropical geometry in machine learning. Organizers: Gregory Naisat.
Tropical geometry in statistics. Organizers: Carlos Amendola, Anthea Monod and Ruriko Yoshida.
Computational tropical geometry. Organizers: Yue Ren.
Convex algebraic geometry: Organizers: Greg Blekherman.
Algebraic geometry in topological data analysis. Organizers: Nina Otter.
Numerical differential geometry. Organizers: Tingran Gao.
Syzygies and applications to geometry. Organizers: Laurent Busé, Yairon Cid and Carlos D'Andrea.
Algebraic methods in stochastic analysis. Organizers: Carlos Amendola and Anna Seigal.
Signature tensors of paths. Organizers: Joscha Diehl and Francesco Galuppi.
Symmetry in algorithmic questions of real algebraic geometry. Organizers: Philippe Moustrou and Cordian Riener.
Probability and randomness in commutative algebra. Organizers: Dane Wilburne and Christopher ONeill.
Structured sums-of-squares. Organizers: James Saunderson and Mauricio Velasco.
Massively parallel computations in algebraic geometry. Organizers: Janko Boehm and Anne Frühbis-Krüger.
Fitness landscapes and epistasis. Organizers: Kristina Crona, Joachim Krug and Lisa Lamberti.
Cluster algebras and positivity. Organizers: Lisa Lamberti, Khrystyna Serhiyenko and Lauren Williams.
Symbolic-numeric methods for non-linear equations: Algorithms and applications. Organizers: Angelos Mantzaflaris, Bernard Mourrain and Elias Tsigaridas.
From algebraic geometry to geometric topology: Crossroads on applications. Organizers: Jose-Carlos Gomez-Larrañaga (CIMAT, Mexico), Renzo Ricca (University of Milano-Bicocca, Italy) and De Witt Sumners (Florida State University, USA).
Numerical polynomial solving. Organizers: Gregorio Malajovich.
Algebra, geometry, and combinatorics of subspace packings I-IV. Organizers: Emily J. King, Dustin Mixon and Nate Strawn.
Hyperbolic and stable polynomials. Organizers: Cynthia Vinzant.
Algebraic and combinatorial phylogenetics I-II. Organizers: Marta Casanellas, Jane Coons and Seth Sullivant.
Algebraic & combinatorial tools for neural coding. Organizers: Zvi Rosen and Nora Youngs.
Numerical methods in algebraic geometry. Organizers: Paul Breiding and Jose Rodriguez.
New developments in matroid theory I-IV. Organizers: Alex Fink (Queen Mary), Ivan Martino (Northeastern University) and Luca Moci (Université Paris 7 "Diderot").
Network coding and designs. Organizers: Daniele Bartoli and Anna-Lena Horlemann.
Algebraic geometric codes. Organizers: Daniele Bartoli and Anna-Lena Horlemann.
Sparse polynomials I-II. Organizers: Mareike Dressler and Timo de Wolff.
Efficient algorithms for geometric invariant theory. Organizers: Peter Bürgisser and Michael Walter.
Intersections in practice. Organizers: Martin Helmer (University of Copenhagen) and Corey Harris (MPI MiS Leipzig).
Random algebraic geometry. Organizers: Paul Breiding, Khazhgali Kozhasov, Antonio Lerario and Erik Lundberg.
Applications of topology in neuroscience I-II. Organizers: Ran Levi and Kathryn Hess. “