Abstract. Given a set P with n points in R k, its diameter dp is the maximum of the Euclidean distances between its points.
Approximation algorithm for the diameter in an Euclidean plane. For the finite set of points T in R 2 , we choose a point O ∈ T arbitrarily as the origin, and ...
We describe a deterministic algorithm for computing the diameter of a finite set of points in R 3 , that is, the maximum distance between any pair of points in ...
Abstract. Given a set P with n points in R^k, its diameter, d_P, is the maximum of the Euclidean distances between its points. We describe an algorithm that in ...
This work introduces a very simple approximation algorithm with arbitrary accuracy ε and a complexity of O(N + ε−1 log ε+1) for the cases that all points ...
Given a set S of n-points in d-dimensional space, the diam- eter of the set is the maximum distance between any two points in the set, that is, diameter(S) = ...
We study the problem of computing the diameter of a set of n points in d -dimensional Euclidean space for a fixed dimension d , and propose a new ( 1 + ε ) ...
Approximating Gromov-Hausdorff distance in Euclidean space.
May 7, 2019 · Abstract. In this paper, we study the problem of computing the diameter of a set of n points in d-dimensional Euclidean space for a fixed ...
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What is the diameter of a set of points?
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Feb 8, 2019 · By introducing the partition technique, we introduce a very simple approximation algorithm with arbitrary accuracy ε and a complexity of O(N + ε ...