One-Dimensional Linear Singular Integral Equations I. Introduction
This book is an introduction to the theory of linear one-dimensional singular integral equations. It is essentually a graduate textbook. Singular integral equations have attracted more and more attention, because, on one hand, this class of equations appears in many applications and, on the other, i...
Main Authors: | , |
---|---|
Format: | eBook |
Language: | English |
Published: |
Basel
Birkhäuser
1992, 1992
|
Edition: | 1st ed. 1992 |
Series: | Operator Theory: Advances and Applications
|
Subjects: | |
Online Access: | |
Collection: | Springer Book Archives -2004 - Collection details see MPG.ReNa |
Table of Contents:
- Comments and references
- 3 Singular integral operators with continuous coefficients
- 3.1 The index of a continuous function
- 3.2 Singular integral operators with rational coefficients
- 3.3 Factorization of functions
- 3.4 The canonical factorization in a commutative Banach algebra
- 3.5 Proof of the factorization theorem
- 3.6 The local factorization principle
- 3.7 Operators with continuous coefficients
- 3.8 Approximate solutions of singular integral equations
- 3.9 Generalized factorizations of continuous functions
- 3.10 Operators with continuous coefficients (continuation)
- 3.11 Additional facts and generalizations
- 3.12 Operators with degenerating coefficients
- 3.13 A generalization of singular integral operators with continuous coefficients
- 3.14 Solution of Wiener-Hopf equations
- 3.15 Someapplications
- 3.16 Exercises
- Comments and references
- 4 Fredholm operators
- 4.1 Normally solvable operators
- 4.2 The restriction of normally solvable operators
- 4.3 Perturbation of normally solvable operators
- 4.4 The normal solvability of the adjoint operator
- 4.5 Generalized invertible operators
- 4.6 Fredholm operators
- 4.7 Regularization of operators. Applications to singular integral operators
- 4.8 Index and trace
- 4.9 Functions of Fredholm operators and their index
- 4.10 The structure of the set of Fredholm operators
- 4.11 The Dependence of kerX and imX on the operator X
- 4.12 The continuity of the function kx
- 4.13 The case of a Hilbert space
- 4.14 The normal solvability of multiplication by a matrix function
- 4.15 ?±-operators
- 4.16 One-sided regularization of operators
- 4.17 Projections of invertible operators
- 4.18 Exercises
- Comments and references
- 5 Local Principles and their first applications
- 5.1 Localizing classes
- 5.2 Multipliers on
- 5.3 paired equations with continuous coefficients on
- 1 The operator of singular integration
- 1.1 Notations, definitions and auxiliary statements
- 1.2 The boundedness of the operator S? in the space Lp(?) with ? being a simple curve
- 1.3 Nonsimple curves
- 1.4 Integral operators in weighted Lp spaces
- 1.5 Unbounded curves
- 1.6 The operator of singular integration in spaces of Hölder continuous functions
- 1.7 The operator S?*
- 1.8 Exercises
- Comments and references
- 2 One-sided invertible operators
- 2.1 Direct sum of subspaces
- 2.2 The direct complement
- 2.3 Linear operators. Notations and simplest classes
- 2.4 Projectors connected with the operator of singular integration
- 2.5 One-sided invertible operators
- 2.6 Singular integral operators and related operators
- 2.7 Examples of one-sided invertible singular integral operators
- 2.8 Two lemmas on the spectrum of an element in a subalgebra of a Banach algebra
- 2.9 Subalgebras of a Banach algebra generated by one element
- 2.10 Exercises