International audienceA lattice (d, k)-polytope is the convex hull of a set of points in dimension d whose coordinates are integers between 0 and k. Let δ(d, k) be the largest diameter over all lattice (d, k)-polytopes. We develop a computational framework to determine δ(d, k) for small instances. We show that δ(3, 4) = 7 and δ(3, 5) = 9; that is, we verify for (d, k) = (3, 4) and (3, 5) the conjecture whereby δ(d, k) is at most (k + 1)d/2 and is achieved, up to translation, by a Minkowski sum of lattice vectors
Abstract: "In this paper, some results on the complexity of computing the combinatorial diameter of ...
International audienceApproximating convex bodies succinctly by convex polytopes is a fundamental pr...
International audienceApproximating convex bodies succinctly by convex polytopes is a fundamental pr...
International audienceA lattice (d, k)-polytope is the convex hull of a set of points in dimension d...
Let $D(d,k)$ denote the largest possible diameter over all polytopes which vertices are drawn from $...
International audienceA lattice (d, k)-polytope is the convex hull of a set of points in dimension d...
International audienceThe diameter of a set P of n points in ℝd is the maximum Euclidean distance be...
AbstractThe diameter of a convex set C is the length of the longest segment in C, and the local diam...
This thesis deals with three main extremal problems on convex lattice polygons in the plane. A conve...
The diameter of a set P of n points in R-d is the maximum Euclidean distance between any two points ...
Let ∆(d, n) be the maximum possible edge diameter over all d-dimensional polytopes defined by n ineq...
AbstractLet a1, a2,…, an be natural numbers, and let S be the set of integer coordinate n-vectors wh...
The lattice size of a lattice polytope is a geometric invariant which was formally introduced in the...
International audienceWe provide an algorithm for the exact computation of the lattice width of a se...
In each dimension d there is a constant woo(d) [épsilon] N such that for every n [épsilon] N all but...
Abstract: "In this paper, some results on the complexity of computing the combinatorial diameter of ...
International audienceApproximating convex bodies succinctly by convex polytopes is a fundamental pr...
International audienceApproximating convex bodies succinctly by convex polytopes is a fundamental pr...
International audienceA lattice (d, k)-polytope is the convex hull of a set of points in dimension d...
Let $D(d,k)$ denote the largest possible diameter over all polytopes which vertices are drawn from $...
International audienceA lattice (d, k)-polytope is the convex hull of a set of points in dimension d...
International audienceThe diameter of a set P of n points in ℝd is the maximum Euclidean distance be...
AbstractThe diameter of a convex set C is the length of the longest segment in C, and the local diam...
This thesis deals with three main extremal problems on convex lattice polygons in the plane. A conve...
The diameter of a set P of n points in R-d is the maximum Euclidean distance between any two points ...
Let ∆(d, n) be the maximum possible edge diameter over all d-dimensional polytopes defined by n ineq...
AbstractLet a1, a2,…, an be natural numbers, and let S be the set of integer coordinate n-vectors wh...
The lattice size of a lattice polytope is a geometric invariant which was formally introduced in the...
International audienceWe provide an algorithm for the exact computation of the lattice width of a se...
In each dimension d there is a constant woo(d) [épsilon] N such that for every n [épsilon] N all but...
Abstract: "In this paper, some results on the complexity of computing the combinatorial diameter of ...
International audienceApproximating convex bodies succinctly by convex polytopes is a fundamental pr...
International audienceApproximating convex bodies succinctly by convex polytopes is a fundamental pr...