Let ∆(d, n) be the maximum possible edge diameter over all d-dimensional polytopes defined by n inequalities. The Hirsch conjecture, formulated in 1957, suggests that ∆(d, n) is no greater than n − d. No polyno-mial bound is currently known for ∆(d, n), the best one being quasi-polynomial due to Kalai and Kleitman in 1992. Goodey showed in 1972 that ∆(4, 10) = 5 and ∆(5, 11) = 6, and more recently, Bremner and Schewe showed ∆(4, 11) = ∆(6, 12) = 6. In this follow-up, we show tha
We derive a new upper bound on the diameter of a polyhedron $$P = \{x {\in } {\mathbb {R}}^n :Ax\le ...
The study of the diameter of the graph of polyhedra is a classical problem in the theory of linear p...
International audienceA lattice (d, k)-polytope is the convex hull of a set of points in dimension d...
AbstractIn 1957, W.M. Hirsch conjectured that every (convex) d-polytope with n facets has edge-diame...
In 1957 W.M. Hirsch conjectured that every d-polytope with n facets has edge-diameter at most n \Gam...
The Hirsch conjecture was posed in 1957 in a question from Warren M. Hirsch to George Dantzig. It st...
Abstract. The still open Hirsch conjecture asserts that where (d, n) denotes the maximum edge-diamet...
AbstractIn 1957, W.M. Hirsch conjectured that every (convex) d-polytope with n facets has edge-diame...
International audienceThe purpose of this paper is the formal verification of a counterexample of Sa...
Abstract The Hirsch Conjecture (1957) stated that the graph of a d-dimensional polytope with n face...
Let $D(d,k)$ denote the largest possible diameter over all polytopes which vertices are drawn from $...
The Hirsch Conjecture (1957) stated that the graph of a d-dimensional polytope with n facets cannot ...
The Hirsch Conjecture states that for a d-dimensional polytope with n facets, the diameter of the gr...
The Hirsch Conjecture states that for a d-dimensional polytope with n facets, the diameter of the gr...
We highlight intriguing analogies between the diameter of a polytope and the largest possible total ...
We derive a new upper bound on the diameter of a polyhedron $$P = \{x {\in } {\mathbb {R}}^n :Ax\le ...
The study of the diameter of the graph of polyhedra is a classical problem in the theory of linear p...
International audienceA lattice (d, k)-polytope is the convex hull of a set of points in dimension d...
AbstractIn 1957, W.M. Hirsch conjectured that every (convex) d-polytope with n facets has edge-diame...
In 1957 W.M. Hirsch conjectured that every d-polytope with n facets has edge-diameter at most n \Gam...
The Hirsch conjecture was posed in 1957 in a question from Warren M. Hirsch to George Dantzig. It st...
Abstract. The still open Hirsch conjecture asserts that where (d, n) denotes the maximum edge-diamet...
AbstractIn 1957, W.M. Hirsch conjectured that every (convex) d-polytope with n facets has edge-diame...
International audienceThe purpose of this paper is the formal verification of a counterexample of Sa...
Abstract The Hirsch Conjecture (1957) stated that the graph of a d-dimensional polytope with n face...
Let $D(d,k)$ denote the largest possible diameter over all polytopes which vertices are drawn from $...
The Hirsch Conjecture (1957) stated that the graph of a d-dimensional polytope with n facets cannot ...
The Hirsch Conjecture states that for a d-dimensional polytope with n facets, the diameter of the gr...
The Hirsch Conjecture states that for a d-dimensional polytope with n facets, the diameter of the gr...
We highlight intriguing analogies between the diameter of a polytope and the largest possible total ...
We derive a new upper bound on the diameter of a polyhedron $$P = \{x {\in } {\mathbb {R}}^n :Ax\le ...
The study of the diameter of the graph of polyhedra is a classical problem in the theory of linear p...
International audienceA lattice (d, k)-polytope is the convex hull of a set of points in dimension d...