Preface |
Introduction |
About the notation |
Fourier series and Hilbert Transform / Part I: |
Hardy-Littlewood maximal function / 1: |
Weak Inequality / 1.1: |
Differentiability / 1.3: |
Interpolation / 1.4: |
A general inequality / 1.5: |
Fourier Series / 2: |
Dirichlet / 2.1: |
Fourier Series of Continuous Functions / 2.3: |
Banach continuity principle / 2.4: |
Summability / 2.5: |
The Conjugate Function / 2.6: |
The Hilbert transform on R / 2.7: |
The conjecture of Luzin / 2.8: |
Hilbert Transform / 3: |
The Hilbert Transform / 3.1: |
Maximal Hilbert Transform / 3.6: |
The Carleson-Hunt Theorem / Part II: |
The Basic Step / 4: |
Carleson maximal operator / 4.1: |
Local norms / 4.3: |
Dyadic Partition / 4.4: |
Some definitions / 4.5: |
Basic decomposition / 4.6: |
The first term / 4.7: |
Notation ?/? / 4.8: |
The second term / 4.9: |
The third term / 4.10: |
First form of the basic step / 4.11: |
Some comments about the proof / 4.12: |
Choosing the partition ?? The norm || / 4.13: |
Basic theorem, second form / 4.14: |
Maximal inequalities / 5: |
Maximal inequalities for ?(?, ×) / 5.1: |
Maximal inequalities for Hf / 5.2: |
Growth of Partial Sums / 6: |
The seven trick / 6.1: |
The exceptional set / 6.3: |
Bound for the partial sums / 6.4: |
Carleson Analysis of the Function / 7: |
A musical interlude / 7.1: |
The notes of f / 7.3: |
The set X / 7.4: |
The set S / 7.5: |
Allowed pairs / 8: |
The length of the notes / 8.1: |
Well situated notes / 8.2: |
The length of well situated notes / 8.3: |
Pair Interchange Theorems / 8.4: |
Choosing the shift m / 9.1: |
A bound of || f|| ? / 9.3: |
Selecting an allowed pair / 9.4: |
All together / 10: |
End of proof / 10.1: |
Consequences / Part III: |
Some spaces of functions / 11: |
Decreasing rearrangement / 11.1: |
The Lorentz spaces Lp,1(µ) and Lp,?(µ) / 11.3: |
Marcinkiewicz interpolation theorem / 11.4: |
Spaces near L1(µ) / 11.5: |
The spaces Llog L(µ) and Lexp(µ) / 11.6: |
The Maximal Operator of Fourier series / 12: |
Maximal operator of Fourier series / 12.1: |
The maximal space Q / 12.3: |
The theorem of Antonov / 12.8: |
Fourier transform on the line / 13: |
Fourier transform / 13.1: |
References |
Comments |
Subject Index |
Preface |
Introduction |
About the notation |
Fourier series and Hilbert Transform / Part I: |
Hardy-Littlewood maximal function / 1: |
Weak Inequality / 1.1: |