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Function spaces and wavelets on domains 1st Edition by Hans Triebel ISBN 3037191953 9783037191958

  • SKU: BELL-2048256
Function spaces and wavelets on domains 1st Edition by Hans Triebel ISBN 3037191953 9783037191958
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Function spaces and wavelets on domains 1st Edition by Hans Triebel ISBN 3037191953 9783037191958 instant download after payment.

Publisher: EMS
File Extension: PDF
File size: 1.48 MB
Pages: 267
Author: Triebel H.
ISBN: 9783037190197, 3037190191
Language: English
Year: 2008

Product desciption

Function spaces and wavelets on domains 1st Edition by Hans Triebel ISBN 3037191953 9783037191958 by Triebel H. 9783037190197, 3037190191 instant download after payment.

Function spaces and wavelets on domains 1st Edition by Hans Triebel - Ebook PDF Instant Download/Delivery: 3037191953, 9783037191958
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Product details:

ISBN 10: 3037191953 
ISBN 13: 9783037191958
Author: Hans Triebel

The first part of this book is devoted to function spaces in Euclidean n-space with dominating mixed smoothness. Some new properties are derived and applied in the second part where weighted spaces with dominating mixed smoothness in arbitrary bounded domains in Euclidean n-space are introduced and studied. This includes wavelet frames, numerical integration, and discrepancy measuring the deviation of sets of points from uniformity. These notes are addressed to graduate students and mathematicians having a working knowledge of basic elements of the theory of function spaces, especially of Besov Sobolev type. In particular, the book will be of interest to researchers dealing with approximation theory, numerical integration, and discrepancy.

Function spaces and wavelets on domains 1st Table of contents:

Part I: Foundations of Function Spaces

  • Chapter 1: Review of Classical Function Spaces
    • Lp spaces and Sobolev spaces on Rn.
    • Besov spaces and Triebel-Lizorkin spaces on Rn (definitions and basic properties).
    • Hardy spaces, BMO.
  • Chapter 2: Function Spaces on Domains: Basic Definitions
    • Domains with smooth boundaries (Lipschitz, Ck, etc.).
    • Restriction and Extension Operators.
    • Trace Spaces and their properties.
    • Function spaces on rough domains (e.g., fractal domains, domains with corners).
  • Chapter 3: Embedding Theorems and Duality
    • Sobolev embeddings on domains.
    • Duality relations for function spaces on domains.
    • Compact embeddings.

Part II: Wavelet Bases and Constructions

  • Chapter 4: Basics of Wavelet Theory
    • Multiresolution Analysis (MRA) on Rn.
    • Construction of orthonormal and biorthogonal wavelet bases on Rn.
    • Properties of wavelets (regularity, vanishing moments, localization).
  • Chapter 5: Wavelets on Bounded Domains: General Strategies
    • Boundary-adapted wavelets (e.g., using reflections, extensions).
    • Wavelets on intervals and their tensor products.
    • Localized boundary corrections.
    • Domain decomposition methods.
  • Chapter 6: Specific Constructions of Wavelets on Domains
    • Adapted wavelet bases (e.g., via lifting schemes).
    • Wavelets on Riemannian manifolds or surfaces.
    • Construction of wavelet bases for specific boundary conditions (e.g., Dirichlet, Neumann).
    • Finite element-based wavelets.

Part III: Characterizations and Applications

  • Chapter 7: Wavelet Characterizations of Function Spaces on Domains

    • Equivalence of Besov/Triebel-Lizorkin norms with wavelet coefficients on domains.
    • Applications to interpolation theory.
    • Characterization of trace spaces using wavelets.
  • Chapter 8: Wavelet Methods for Partial Differential Equations (PDEs)

    • Wavelets in numerical solutions of PDEs on domains.
    • Adaptive wavelet methods for boundary value problems.
    • Preconditioning techniques using wavelets.
  • Chapter 9: Wavelets in Signal and Image Processing on Domains

    • Image compression and denoising for images with boundaries.
    • Feature extraction on non-rectangular domains.
    • Inverse problems and regularization using wavelets on domains.
  • Chapter 10: Further Advanced Topics

    • Wavelets on fractals and irregular domains.
    • Adaptive decompositions and nonlinear approximation on domains.
    • Shearlets, curvelets, and other directional multiscale systems on domains.
    • Applications to computational fluid dynamics or quantum mechanics.

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Tags: Hans Triebel, Function, wavelets

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