Existence of unimodular triangulations-positive results

Unimodular triangulations of lattice polytopes arise in algebraic geometry, commutative algebra, integer programming and, of course, combinatorics. In this article, we review several classes of polytopes that do have unimodular triangulations and constructions that preserve their existence. We inclu...

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Détails bibliographiques
Auteurs principaux : Haase Christian (Auteur), Paffenholz Andreas (Auteur), Piechnik Lindsay C. (Auteur), Santos Francisco (Auteur)
Format : Livre
Langue : anglais
Titre complet : Existence of unimodular triangulations-positive results / Christian Haase, Andreas Paffenholz, Lindsay C. Piechnik, Francisco Santos
Publié : Providence, RI : American Mathematical Society , C 2021
Description matérielle : 1 vol. (v-83 p.)
Collection : Memoirs of the American Mathematical Society ; 1321
Sujets :
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330 |a Unimodular triangulations of lattice polytopes arise in algebraic geometry, commutative algebra, integer programming and, of course, combinatorics. In this article, we review several classes of polytopes that do have unimodular triangulations and constructions that preserve their existence. We include, in particular, the first effective proof of the classical result by Knudsen-Mumford-Waterman stating that every lattice polytope has a dilation that admits a unimodular triangulation. Our proof yields an explicit (although doubly exponential) bound for the dilation factor 
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