Introduction to wavelet analysis over R / Chapter 1: |
A short motivation / 1: |
Time-frequency analysis / 1.1: |
Wavelets and approximation theory / 1.2: |
Some easy properties of the wavelet transform / 2: |
Wavelet transform in Fourier space / 3: |
Co-variance of wavelet transforms / 4: |
Voices, zooms, and convolutions / 5: |
Laplace convolution / 5.1: |
Scale convolution / 5.2: |
Mellin transforms / 5.3: |
The basic functions: the wavelets / 6: |
The real wavelets / 7: |
The progressive wavelets / 8: |
Progressive wavelets with real-valued frequency representation / 8.1: |
Chirp wavelets / 8.2: |
On the modulus of progressive functions / 8.3: |
Some explicit analysed functions and easy examples / 9: |
The wavelet transform of pure frequencies / 9.1: |
The real oscillations / 9.2: |
The onsets / 9.4: |
The wavelet analysis of a hyperbolic chirp / 9.5: |
Interactions / 9.6: |
Two deltas / 9.7: |
Delta and pure frequency / 9.8: |
The influence cone and easy localization properties / 10: |
Polynomial localization / 11: |
More precise results / 11.1: |
The influence regions for pure frequencies / 12: |
The space of highly time-frequency localized functions / 13: |
The inversion formula / 14: |
Fourier transform in wavelet space / 14.1: |
Reconstruction with singular reconstruction wavelets / 15: |
The wavelet synthesis operator / 16: |
Reconstruction without reconstruction wavelet / 17: |
Localization properties of the wavelet synthesis / 18: |
Frequency localization / 18.1: |
Time localization / 18.2: |
Wavelet analysis over S[subscript +](R) / 19: |
Schwartz space / 19.1: |
The regularity of the image space / 19.2: |
The reproducing kernel / 20: |
The cross-kernel / 20.1: |
The wavelet transform of a white noise / 21: |
The wavelet transform in L[superscript 2](R) / 22: |
The inverse wavelet transform / 23: |
The wavelet transform over S[prime subscript +](R) / 24: |
Definition of the wavelet transform / 24.1: |
The wavelet transform on S[prime](R) / 25: |
A class of operators / 26: |
The derivation operator and Riesz potentials / 26.1: |
Differentiation and integration over S[prime subscript 0](R) / 26.2: |
Singular support of distributions / 27: |
Bounded sets in S[subscript 0](R) and S[prime subscript 0](R) / 28: |
Some explicit wavelet transforms of distributions / 29: |
The distributions..., [Characters not reproducible] / 29.1: |
The distributions [Characters not reproducible] / 29.2: |
Extension to higher dimensions / 30: |
Proof of Theorem 11.1.1 / 31: |
Discretizing and periodizing the half-plane / Chapter 2: |
Interpolation |
Reconstruction over voices |
One single voice / 2.1: |
Infinitely many voices / 2.2: |
An iteration procedure |
Calderon-Zygmund operators: a first contact |
Reconstruction over strips |
The pointwise and uniform convergence of the inversion formula |
Uniform convergence in L[superscript p](R), 1< p< [infinity] / 6.1: |
Pointwise convergence in L[superscript p](R), 1 [greater than or equal] p< [infinity] / 6.2: |
Pointwise convergence in L[superscript infinity](R) / 6.3: |
The 'Gibbs' phenomenon for s[subscript epsilon, rho] |
Gibbs phenomenon / 7.1: |
No Gibbs phenomenon / 7.2: |
Reconstruction over cones |
The Poisson summation formula |
Periodic functions |
The periodizing operator |
Sequences and sampling |
The Fourier transform over the circle |
Some sampling theorems |
The continuous wavelet transform over T |
Wavelet analysis of S(T) and S[prime](T) / 10.1: |
The wavelet transform of L[superscript 2](T) / 10.2: |
Sampling of voices |
Frames and moments |
Some wavelet frames |
Irregular sampling / 13.1: |
Calderon-Zygmund operators again / 13.2: |
A functional calculus |
The case of self-adjoint operators |
The function e[superscript itA] / 14.2: |
Multi-resolution analysis / Chapter 3: |
Riesz bases |
The Fourier space picture |
Translation invariant orthonormal basis / 1.3: |
Skew projections / 1.4: |
Perfect sampling spaces / 1.5: |
Splines / 1.6: |
Exponential localization / 1.7: |
Perfect sampling spaces of spline functions / 1.8: |
Sampling spaces over Z, T, and Z/NZ |
Sampling space over Z |
Oversampling of sampling spaces / 2.3: |
Sampling spaces over T / 2.4: |
Periodizing a sampling space over R / 2.5: |
Periodizing a sampling space over T / 2.6: |
Sampling spaces over Z/NZ / 2.7: |
Quadrature mirror filters in L[superscript 2](Z) |
Completing a QMF-system / 3.1: |
Complements over R / 3.2: |
QMF over Z/NZ and complements over T / 3.3: |
Multi-resolution analysis over R |
Localization and regularity of [psi] / 4.1: |
Examples of multi-resolution analysis and wavelets |
The Haar system |
Splines wavelets |
Band-limited functions |
Littlewood-Paley analysis / 5.4: |
The partial reconstruction operator |
Multi-resolution analysis of L[superscript 2](Z) |
Isometrics and the shift operator |
QMF and multi-resolution analysis over Z |
Wavelets over Z / 7.3: |
QMF and multi-resolution analysis |
Compact support |
An easy regularity estimate |
The dyadic interpolation spaces |
The Lagrange interpolation spaces |
Compactly supported wavelets |
Wavelet frames |
Bi-orthogonal expansions |
Bi-orthogonal expansions of L[superscript 2](Z) / 12.1: |
Bi-orthogonal expansions in L[superscript 2](R) / 12.2: |
QMF and loop groups |
The group of unitary operators with [U, T[subscript 2]] = 0 |
Some subclasses of QMF / 13.3: |
The factorization problem / 13.5: |
Multi-resolution analysis over T |
Multi-resolution analysis over Z/2[superscript M]Z |
Computing the discrete wavelet transform |
Filterbanks over Z / 16.1: |
Computing the orthonormal wavelet transform over a dyadic grid / 16.2: |
More general wavelet / 16.3: |
Denser grids / 16.4: |
Interpolation of the voices / 16.5: |
The 'a trous' algorithm / 16.6: |
Computation over Z/2[superscript N]Z / 16.7: |
Computing over R by using data over Z/NZ |
Fractal analysis and wavelet transforms / Chapter 4: |
Self-similarity and the re-normalization group |
Re-normalization in wavelet-space |
The order of magnitude of wavelet coefficients |
Inverse theorems for global regularity |
The class of Zygmund |
Inverse theorems for local regularity |
Pointwise differentiability and wavelet analysis |
The class W[superscript alpha] |
Asymptotic behaviour at small scales |
The Brownian motion |
The Weierstrass non-differentiable function |
The Riemann-Weierstrass function |
The orbit of 0 |
The orbit of 1 |
The non-degenerated fixed points |
The irrational points / 6.4: |
The baker's map |
A family of dynamical systems and fractal measures |
Self-similar fractal measure |
The evolution in wavelet space |
Some fractal measures |
Fractal dimensions |
Capacity |
The generalized fractal dimensions |
Fractal dimensions and wavelet transforms |
Time evolution and the dimension [kappa](2) |
Local self-similarity and singularities |
The f([alpha]) spectrum |
On the fractality of orthonormal wavelets |
Group theory as unifying language / Chapter 5: |
Some notions of group theory |
Direct sum of groups |
Quotient groups |
Homomorphisms |
Representations |
Schur's lemma |
Group action |
Invariant measures |
Regular representations |
Group convolutions / 1.9: |
Square integrable representations / 1.10: |
The 'wavelet' analysis associated to square integrable representations |
A priori estimates |
Transformation properties |
Energy conservation |
The left- and right-synthesis |
Co-variance |
The inversion formulae |
On the constant c[subscript g,h] |
More general reconstruction |
The reproducing kernel equation |
Fourier transform over Abelian groups |
The Fourier transform |
Group-translations |
The convolution theorem |
Periodizing, sampling, and M. Poisson |
Sampling |
Periodization |
Sampling spaces over Abelian groups |
The discrete wavelet transform over Abelian groups |
A group of operators |
Polynomial loops: the factorization problem / 10.3: |
The wavelet transform in two dimensions |
Reconstruction formulae / 11.2: |
A class of inverse problems / 11.3: |
The Radon transform as wavelet transform |
The Radon-inversion formula |
Functional analysis and wavelets / Chapter 6: |
Some function spaces |
Wavelet multipliers |
The class of highly regular Calderon-Zygmund operators (CZOs) |
The dilation co-variance |
Fourier multipliers as highly regular CZO |
Singular integrals as highly regular CZO |
Pointwise properties of highly regular CZO |
Littlewood-Paley theory |
The Sobolev spaces |
Bibliography |
Index |
Introduction to wavelet analysis over R / Chapter 1: |
A short motivation / 1: |
Time-frequency analysis / 1.1: |