AbstractLet P be an (n−1)-dimensional simplicial polytype with 2n vertices labelled s1,…,sn, t1,…,tn. Call a face of P complementary if the vertices it contains all have different subscripts. We study the maximum number of complementary faces that P can have. This problem arose in the determination of the maximum possible degree of an LCP mapping. We give examples of polytopes achieving a conjectured bound, and give some results supporting the conjecture
AbstractThere exist n-dimensional 0-1 polytopes with as many as (cnlogn)n/4 facets. This is our main...
Symmetric edge polytopes, also called adjacency polytopes, are lattice polytopes determined by simpl...
AbstractIn 2002, De Loera, Peterson and Su proved the following conjecture of Atanassov: let T be a ...
AbstractLet P be an (n−1)-dimensional simplicial polytype with 2n vertices labelled s1,…,sn, t1,…,tn...
We construct a family of cubical polytypes which shows that the upper bound on the number of facets ...
We study -vertex -dimensional polytopes with at most one nonsimplex facet with, say, vertices, calle...
Klee in 1966 proved that every simple d-polyhedron P with v facets has at least v−d+1 vertices. Grün...
International audiencethis is an extended abstract of the full version. We study n-vertex d-dimensio...
The problem of calculating exact lower bounds for the number of $k$-faces of $d$-polytopes with $n$ ...
This is an extended abstract of the full version. We study n-vertex d-dimensional polytopes with at ...
2-level polytopes naturally appear in several areas of mathematics, including combinatorial optimiza...
AbstractIt is proved that equality in the Generalized Simplicial Lower Bound Conjecture can always b...
Treballs finals del Màster en Matemàtica Avançada, Facultat de matemàtiques, Universitat de Barcelon...
AbstractSince at least half of the d edges incident to a vertex v of a simple d-polytope P either al...
A tournament graph G is a vertex set V of size n, together with a directed edge set E ⊂ V × V such t...
AbstractThere exist n-dimensional 0-1 polytopes with as many as (cnlogn)n/4 facets. This is our main...
Symmetric edge polytopes, also called adjacency polytopes, are lattice polytopes determined by simpl...
AbstractIn 2002, De Loera, Peterson and Su proved the following conjecture of Atanassov: let T be a ...
AbstractLet P be an (n−1)-dimensional simplicial polytype with 2n vertices labelled s1,…,sn, t1,…,tn...
We construct a family of cubical polytypes which shows that the upper bound on the number of facets ...
We study -vertex -dimensional polytopes with at most one nonsimplex facet with, say, vertices, calle...
Klee in 1966 proved that every simple d-polyhedron P with v facets has at least v−d+1 vertices. Grün...
International audiencethis is an extended abstract of the full version. We study n-vertex d-dimensio...
The problem of calculating exact lower bounds for the number of $k$-faces of $d$-polytopes with $n$ ...
This is an extended abstract of the full version. We study n-vertex d-dimensional polytopes with at ...
2-level polytopes naturally appear in several areas of mathematics, including combinatorial optimiza...
AbstractIt is proved that equality in the Generalized Simplicial Lower Bound Conjecture can always b...
Treballs finals del Màster en Matemàtica Avançada, Facultat de matemàtiques, Universitat de Barcelon...
AbstractSince at least half of the d edges incident to a vertex v of a simple d-polytope P either al...
A tournament graph G is a vertex set V of size n, together with a directed edge set E ⊂ V × V such t...
AbstractThere exist n-dimensional 0-1 polytopes with as many as (cnlogn)n/4 facets. This is our main...
Symmetric edge polytopes, also called adjacency polytopes, are lattice polytopes determined by simpl...
AbstractIn 2002, De Loera, Peterson and Su proved the following conjecture of Atanassov: let T be a ...