L^p Bernstein estimates and approximation by spherical basis functions

Details L^p Bernstein estimates and approximation by spherical basis functions L^p Bernstein estimates and approximation by spherical basis functions

2008-10-28

arxiv.org/abs/0810.5075v1

Mathematics

Functional Analysis

Scientific paper

The purpose of this paper is to establish L^p error estimates, a Bernstein inequality, and inverse theorems for approximation by a space comprising spherical basis functions located at scattered sites on the unit n-sphere. In particular, the Bernstein inequality estimates L^p Bessel-potential Sobolev norms of functions in this space in terms of the minimal separation and the L^p norm of the function itself. An important step in its proof involves measuring the L^p stability of functions in the approximating space in terms of the l^p norm of the coefficients involved. As an application of the Bernstein inequality, we derive inverse theorems for SBF approximation in the L^P norm. Finally, we give a new characterization of Besov spaces on the n-sphere in terms of spaces of SBFs.

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