The real-variable theory of function spaces has always been at the core of harmonic analysis. In particular, the real-variable theory of the Hardy space is a fundamental tool of harmonic analysis, with applications and connections to complex analysis, partial differential equations, and functional analysis.
This book is devoted to exploring properties of generalized Herz spaces and establishing a complete real-variable theory of Hardy spaces associated with local and global generalized Herz spaces via a totally fresh perspective. This means that the authors view these generalized Herz spaces as special cases of ball quasi-Banach function spaces.
In this book, the authors first give some basic properties of generalized Herz spaces and obtain the boundedness and the compactness characterizations of commutators on them. Then the authors introduce the associated Herz–Hardy spaces, localized Herz–Hardy spaces, and weak Herz–Hardy spaces, and develop a complete real-variable theory of these Herz–Hardy spaces, including their various maximal function, atomic, molecular as well as various Littlewood–Paley function characterizations. As applications, the authors establish the boundedness of some important operators arising from harmonic analysis on these Herz–Hardy spaces. Finally, the inhomogeneous Herz–Hardy spaces and their complete real-variable theory are also investigated.
With the fresh perspective and the improved conclusions on the real-variable theory of Hardy spaces associated with ball quasi-Banach function spaces, all the obtained results of this book are new and their related exponents are sharp. This book will be appealing to researchers and graduate students who are interested in function spaces and their applications.
Author(s): Yinqin Li, Dachun Yang, Long Huang
Series: Lecture Notes in Mathematics, 2320
Publisher: Springer
Year: 2023
Language: English
Pages: 662
City: Singapore
Preface
Abstract
Keywords and Phrases
Contents
1 Generalized Herz Spaces of Rafeiro and Samko
1.1 Matuszewska–Orlicz Indices
1.2 Generalized Herz Spaces
1.3 Convexities
1.4 Absolutely Continuous Quasi-Norms
1.5 Boundedness of Sublinear Operators
1.6 Fefferman–Stein Vector-Valued Inequalities
1.7 Dual and Associate Spaces of Local Generalized Herz Spaces
1.8 Extrapolation Theorems
2 Block Spaces and Their Applications
2.1 Block Spaces
2.2 Duality
2.3 Boundedness of Sublinear Operators
3 Boundedness and Compactness Characterizations of Commutators on Generalized Herz Spaces
3.1 Boundedness Characterizations
3.2 Compactness Characterizations
4 Generalized Herz–Hardy Spaces
4.1 Maximal Function Characterizations
4.2 Relations with Generalized Herz Spaces
4.3 Atomic Characterizations
4.4 Generalized Finite Atomic Herz–Hardy Spaces
4.5 Molecular Characterizations
4.6 Littlewood–Paley Function Characterizations
4.7 Dual Space of Hω,0p,q(Rn)
4.8 Boundedness of Calderón–Zygmund Operators
4.9 Fourier Transform
5 Localized Generalized Herz–Hardy Spaces
5.1 Maximal Function Characterizations
5.2 Relations with Generalized Herz–Hardy Spaces
5.3 Atomic Characterizations
5.4 Molecular Characterizations
5.5 Littlewood–Paley Function Characterizations
5.6 Boundedness of Pseudo-Differential Operators
6 Weak Generalized Herz–Hardy Spaces
6.1 Maximal Function Characterizations
6.2 Relations with Weak Generalized Herz Spaces
6.3 Atomic Characterizations
6.4 Molecular Characterizations
6.5 Littlewood–Paley Function Characterizations
6.6 Boundedness of Calderón–Zygmund Operators
6.7 Real Interpolations
7 Inhomogeneous Generalized Herz Spaces and Inhomogeneous Block Spaces
7.1 Inhomogeneous Generalized Herz Spaces
7.1.1 Convexities
7.1.2 Absolutely Continuous Quasi-Norms
7.1.3 Boundedness of Sublinear Operators and Fefferman–Stein Vector-Valued Inequalities
7.1.4 Dual and Associate Spaces of Inhomogeneous Local Generalized Herz Spaces
7.1.5 Extrapolation Theorems
7.2 Inhomogeneous Block Spaces and Their Applications
7.2.1 Inhomogeneous Block Spaces
7.2.2 Duality Between Inhomogeneous Block Spaces and Global Generalized Herz Spaces
7.2.3 Boundedness of Sublinear Operators
7.3 Boundedness and Compactness Characterizations of Commutators
7.3.1 Boundedness Characterizations
7.3.2 Compactness Characterizations
8 Hardy Spaces Associated with Inhomogeneous Generalized Herz Spaces
8.1 Inhomogeneous Generalized Herz–Hardy Spaces
8.1.1 Maximal Function Characterizations
8.1.2 Relations with Inhomogeneous Generalized Herz Spaces
8.1.3 Atomic Characterizations
8.1.4 Inhomogeneous Generalized Finite Atomic Herz–Hardy Spaces
8.1.5 Molecular Characterizations
8.1.6 Littlewood–Paley Function Characterizations
8.1.7 Dual Space of HKω,0p,q(Rn)
8.1.8 Boundedness of Calderón–Zygmund Operators
8.1.9 Fourier Transform
8.2 Inhomogeneous Localized Generalized Herz–Hardy Spaces
8.2.1 Maximal Function Characterizations
8.2.2 Relations with Inhomogeneous Generalized Herz–Hardy Spaces
8.2.3 Atomic Characterizations
8.2.4 Molecular Characterizations
8.2.5 Littlewood–Paley Function Characterizations
8.2.6 Boundedness of Pseudo-Differential Operators
8.3 Inhomogeneous Weak Generalized Herz–Hardy Spaces
8.3.1 Maximal Function Characterizations
8.3.2 Relations with Inhomogeneous Weak Generalized Herz Spaces
8.3.3 Atomic Characterizations
8.3.4 Molecular Characterizations
8.3.5 Littlewood–Paley Function Characterizations
8.3.6 Boundedness of Calderón–Zygmund Operators
8.3.7 Real Interpolations
Bibliography
Index
