Symmetry and Structure in Algebraic Computation

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Revision as of 22:18, 17 January 2017 (edit) Cordian (Talk | contribs) (New page: =='''Overview'''== The concept of symmetry arises both in nature, science, and art. From a computational perspective, symmetry allows to reduce the complexity of problems or organize the...) ← Previous diff		Revision as of 22:18, 17 January 2017 (edit) (undo) Cordian (Talk | contribs) Next diff →
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	Emelie Dufresne		Emelie Dufresne
		+
	Durham University		Durham University
	Agnes Szanto		Agnes Szanto
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	North Carolina State University		North Carolina State University
	Evelyne Hubert		Evelyne Hubert
		+
	INRIA		INRIA
	Robert Krone		Robert Krone
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	Queen's University		Queen's University
	Sinai Robins		Sinai Robins
		+
	University of São Paulo		University of São Paulo
	Saugata Basu		Saugata Basu
		+
	Purdue Universiy		Purdue Universiy
	Paul Görlach		Paul Görlach
		+
	University of Bonn		University of Bonn
	Niclas Kruff		Niclas Kruff
		+
	RWTH Aachen		RWTH Aachen

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Revision as of 22:18, 17 January 2017

Overview

The concept of symmetry arises both in nature, science, and art. From a computational perspective, symmetry allows to reduce the complexity of problems or organize their resolution. This idea appears in different guises and in different contexts, for a variety of applications. The mini-symposium aims to present such instances.

Organizer

Evelyne Hubert (INRIA), Cordian Riener (Konstanz)

Confirmed Speakers

Emelie Dufresne

Durham University

Agnes Szanto

North Carolina State University

Evelyne Hubert

INRIA

Robert Krone

Queen's University

Sinai Robins

University of São Paulo

Saugata Basu

Purdue Universiy

Paul Görlach

University of Bonn

Niclas Kruff

RWTH Aachen