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		Current revision (22:21, 17 January 2017) (edit) (undo) Cordian (Talk | contribs)
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	=='''Confirmed Speakers'''==		=='''Confirmed Speakers'''==
-	Emelie Dufresne	+	* Emelie Dufresne <br/> Durham University
-	Durham University	+
-	Agnes Szanto	+	* Agnes Szanto <br/> North Carolina State University
-	North Carolina State University	+
-	Evelyne Hubert	+	* Evelyne Hubert <br/>INRIA
-	INRIA	+
-	Robert Krone	+	* Robert Krone <br/> Queen's University
-	Queen's University	+
-	Sinai Robins	+	* Sinai Robins <br/> University of São Paulo
-	University of São Paulo	+
-	Saugata Basu	+	* Saugata Basu <br/> Purdue Universiy
-	Purdue Universiy	+
-	Paul Görlach	+	* Paul Görlach <br/> University of Bonn
-	University of Bonn	+
-	Niclas Kruff	+	* Niclas Kruff <br/> RWTH Aachen
-	RWTH Aachen	+

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Current revision

[edit] 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.

[edit] Organizer

Evelyne Hubert (INRIA), Cordian Riener (Konstanz)

[edit] 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