1: Notation
2: Polynomials
3: Scalar Spherical Harmonics
4: Green's Functions
5: Spherical Radial Basis Functions
6: Spherical Splines
7: Approximate Integration
8: Spherical Singular Integrals
9: Gabor and Toeplitz Transform
10: Continuous Wavelet Transform
11: Discrete Wavelet Transform
12: Vector Spherical Harmonics
13: Vectorial Approximation Methods
14: Tensor Spherical Harmonics
15: Tensorial Approximation Methods
References
Subject Index
'This book provides an excellent modern resource for all workers interested in approximation on spherical geometrics ... it contains a very complete treatment of approximation techniques ... This book fills a large gap in the literature by giving a modern treatment of spherical approximation techniques which starts from the first principles but reaches modern developments' Proceedings of the Edinburgh Mathematical Society
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