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Multivariate Polynomial Approximation: International Series of Numerical Mathematics, cartea 144

Autor Manfred Reimer
en Limba Engleză Hardback – 24 aug 2003
Multivariate polynomials are a main tool in approximation. The book begins with an introduction to the general theory by presenting the most important facts on multivariate interpolation, quadrature, orthogonal projections and their summation, all treated under a constructive view, and embedded in the theory of positive linear operators. On this background, the book gives the first comprehensive introduction to the recently developped theory of generalized hyperinterpolation. As an application, the book gives a quick introduction to tomography. Several parts of the book are based on rotation principles, which are presented in the beginning of the book, together with all other basic facts needed.
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Specificații

ISBN-13: 9783764316389
ISBN-10: 3764316381
Pagini: 358
Greutate: 0.69 kg
Editura: Birkhauser Basel
Colecția Birkhauser
Seria International Series of Numerical Mathematics

Locul publicării:Basel, Switzerland

Public țintă

Research

Cuprins

Introduction.- 1. Basic Principles and Facts.- 2. Gegenbauer Polynomials.- 3. Multivariate Polynomials.- 4. Polynomials on Sphere and Ball.- 5. Approximation Methods.- 6. Approximation on the Sphere.- 7. Approximation on the Ball.- 8. Tomography.- Appendices.- Bibliography.

Descriere

This book introduces general theory by presenting the most important facts on multivariate interpolation, quadrature, orthogonal projections and their summation, all treated under a constructive view, and embedded in the theory of positive linear operators. On this background, the book builds the first comprehensive introduction to the theory of generalized hyperinterpolation. Several parts of the book are based on rotation principles, which are presented in the beginning of the book.

Caracteristici

New access to Appell polynomials via an elementary biorthonormal system defined by the reproducing kernel of spherical harmonics Comprehensive introduction to generalized hyperinterpolation Contains introduction to tomography