Sphere-packings, lattices, and groups
Sphere-packings, lattices, and groups
Energy functionals, numerical integration and asymptotic equidistribution on the sphere
Journal of Complexity
Quasi-uniformity of minimal weighted energy points on compact metric spaces
Journal of Complexity
Discrepancy, separation and Riesz energy of finite point sets on the unit sphere
Advances in Computational Mathematics
An octahedral equal area partition of the sphere and near optimal configurations of points
Computers & Mathematics with Applications
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We investigate bounds for point energies, separation radius, and mesh norm of certain arrangements of N points on sets A from a class A^d of d-dimensional compact sets embedded in R^d^^^', 1=0 and |.| is the Euclidean distance in R^d^^^'. With @d"s^*(A,N) and @r"s^*(A,N) denoting, respectively, the separation radius and mesh norm of s-extremal configurations, which are defined to yield minimal discrete Riesz s-energy, we show, in particular, the following. (A) For the d-dimensional unit sphere S^d@?R^d^+^1 and s=cN^-^1^/^(^s^+^1^) and, moreover, @d"s^*(S^d,N)=cN^-^1^/^(^s^+^2^) if s=d, @d"s^*(A,N)=cN^-^1^/^d and the mesh ratio @r"s^*(A,N)/@d"s^*(A,N) is uniformly bounded for a wide subclass of A^d. We also conclude that point energies for s-extremal configurations have the same order, as N-~.