AbstractA subset X in the Euclidean plane is called a k-distance set if there are exactly k distances between two distinct points in X. We denote the largest possible cardinality of k-distance sets by g(k). Erdős and Fishburn proved that g(5)=12 and also conjectured that 12-point five-distance sets are unique up to similar transformations. We classify 8-point four-distance sets and prove the uniqueness of the 12-point five-distance sets given in their paper. We also introduce diameter graphs of planar sets and characterize these graphs
A subset of a metric space is a k-distance set if there are exactly k non-zero distances occurring b...
A subset of a metric space is a k-distance set if there are exactly k non-zero distances occurring b...
AbstractWe answer the following question posed by Paul Erdős and George Purdy: determine the...
AbstractMaximum planar sets that determine k distances are identified for k ⩽ 5. Evidence is present...
Abstract. A point set X in the plane is called a k-distance set if there are exactly k different dis...
AbstractA subset X in k-dimensional Euclidean space Rk is called an s-distance set if there are exac...
A planar point set X is called a k-distance set if there are exactly k distinct distances defined b...
We establish the following result related to Erdős’s problem on distinct distances. Let V be an n-el...
AbstractLet nk denote the number of times the kth largest distance occurs among a set S of n points ...
AbstractWhat is the maximum number of unit distances between the vertices of a convex n-gon in the p...
AbstractLet δ(n) denote the minimum diameter of a set of n points in the plane in which any two posi...
AbstractA subset X in k-dimensional Euclidean space Rk is called an s-distance set if there are exac...
AbstractA proof is given of the (known) result that, if real n-dimensional Euclidean space Rn is cov...
AbstractThere is a unique eight-point planar configuration H8 in which each point has exactly three ...
AbstractLet g(k) be the smallest integer n for which there are n planar points each of which has k o...
A subset of a metric space is a k-distance set if there are exactly k non-zero distances occurring b...
A subset of a metric space is a k-distance set if there are exactly k non-zero distances occurring b...
AbstractWe answer the following question posed by Paul Erdős and George Purdy: determine the...
AbstractMaximum planar sets that determine k distances are identified for k ⩽ 5. Evidence is present...
Abstract. A point set X in the plane is called a k-distance set if there are exactly k different dis...
AbstractA subset X in k-dimensional Euclidean space Rk is called an s-distance set if there are exac...
A planar point set X is called a k-distance set if there are exactly k distinct distances defined b...
We establish the following result related to Erdős’s problem on distinct distances. Let V be an n-el...
AbstractLet nk denote the number of times the kth largest distance occurs among a set S of n points ...
AbstractWhat is the maximum number of unit distances between the vertices of a convex n-gon in the p...
AbstractLet δ(n) denote the minimum diameter of a set of n points in the plane in which any two posi...
AbstractA subset X in k-dimensional Euclidean space Rk is called an s-distance set if there are exac...
AbstractA proof is given of the (known) result that, if real n-dimensional Euclidean space Rn is cov...
AbstractThere is a unique eight-point planar configuration H8 in which each point has exactly three ...
AbstractLet g(k) be the smallest integer n for which there are n planar points each of which has k o...
A subset of a metric space is a k-distance set if there are exactly k non-zero distances occurring b...
A subset of a metric space is a k-distance set if there are exactly k non-zero distances occurring b...
AbstractWe answer the following question posed by Paul Erdős and George Purdy: determine the...