On Frobenius algebras
By Takayoshi Wakamatsu. 2003
177 citations recorded by the source corpus.
Subfields: Algebra and Number Theory, Artificial Intelligence, Geometry and Topology
View Paper: https://www.semanticscholar.org/paper/03497b423c82d9e7933df7ef26db165c7b28811c
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In Algebra and Number Theory
In Artificial Intelligence
- Manuel Reyes
- A. King
- Henrik Holm
- James J. Zhang
- M. C. R. Butler
- L. Christensen
- D. Rogalski
- S. Brenner
In Geometry and Topology
Citations in the corpus
- Extensions of a dualizing complex by its ring: commutative versions of a conjecture of Tachikawa (2002, background): “It has generated a significant body of research and has led to the study of several variants and to the formulation of equivalent forms, see Yamagata[26] for a general presentation of the subject.”
- Skew Calabi-Yau triangulated categories and Frobenius Ext-algebras (2014, methodology): “robenius algebra in certain cases. Since we do not yet have any assumptions to ensure that this algebra is finite dimensional, we rely on the infinite dimensional generalization of Frobenius algebra in [Ja]. Following Jans, a k-algebra Ais Frobenius if there is an associative nondegenerate bilinear pa”
- Periodic Algebras which are Almost Koszul (2002, methodology): “The following corollary shows that β is a Nakayama automorphism of B in the sense defined by Yamagata in [29].”
- Algebras that satisfy Auslander’s condition on vanishing of cohomology (2008, background): “It is proved in [40,42] that the Nakayama Conjecture holds if and only if both Tachikawa Conjectures hold.”