We study several fundamental operators in harmonic analysis related to Jacobi expansions, including Riesz transforms, imaginary powers of the Jacobi operator, the Jacobi-Poisson semigroup maximal operator and Littlewood-Paley-Stein square functions. We show that these are (vector-valued) Calderón-Zygmund operators in the sense of the associated space of homogeneous type, and hence their mapping properties follow from the general theory. Our proofs rely on an explicit formula for the Jacobi-Poisson kernel, which we derive from a product formula for Jacobi polynomials
AbstractWe develop a technique of proving standard estimates in the setting of Laguerre function exp...
We define Riesz transforms and conjugate Poisson integrals associated with multi-dimensional Jacobi ...
In this thesis we extend several classical results about Calderón-Zygmund operators to spaces of vec...
We study several fundamental operators in harmonic analysis related to Jacobi expansions, including ...
We derive an integral representation for the Jacobi-Poisson kernel valid for all admissible type par...
We derive an integral representation for the Jacobi-Poisson kernel valid for all admissibletype para...
In this work we consider the operator associated with the three-term recurrence relation for the Jac...
In this work we consider the operator associated with the three-term recurrence relation for the Jac...
We study several fundamental operators in harmonic analysis related to Bessel operators, including m...
gk-Functions related to the Poisson semigroup of Fourier-Bessel expansions are defined for each k 1...
Abstract. We define the higher order Riesz transforms and the Littlewood-Paley g-function associated...
Abstractgk-Functions related to the Poisson semigroup of Fourier–Bessel expansions are defined for e...
AbstractThe aim of this paper is to introduce some operators induced by the Jacobi differential oper...
The heat kernel associated with the setting of the classical Jacobi polynomials is defined by an osc...
The heat kernel associated with the setting of the classical Jacobi polynomials isdefined by an osci...
AbstractWe develop a technique of proving standard estimates in the setting of Laguerre function exp...
We define Riesz transforms and conjugate Poisson integrals associated with multi-dimensional Jacobi ...
In this thesis we extend several classical results about Calderón-Zygmund operators to spaces of vec...
We study several fundamental operators in harmonic analysis related to Jacobi expansions, including ...
We derive an integral representation for the Jacobi-Poisson kernel valid for all admissible type par...
We derive an integral representation for the Jacobi-Poisson kernel valid for all admissibletype para...
In this work we consider the operator associated with the three-term recurrence relation for the Jac...
In this work we consider the operator associated with the three-term recurrence relation for the Jac...
We study several fundamental operators in harmonic analysis related to Bessel operators, including m...
gk-Functions related to the Poisson semigroup of Fourier-Bessel expansions are defined for each k 1...
Abstract. We define the higher order Riesz transforms and the Littlewood-Paley g-function associated...
Abstractgk-Functions related to the Poisson semigroup of Fourier–Bessel expansions are defined for e...
AbstractThe aim of this paper is to introduce some operators induced by the Jacobi differential oper...
The heat kernel associated with the setting of the classical Jacobi polynomials is defined by an osc...
The heat kernel associated with the setting of the classical Jacobi polynomials isdefined by an osci...
AbstractWe develop a technique of proving standard estimates in the setting of Laguerre function exp...
We define Riesz transforms and conjugate Poisson integrals associated with multi-dimensional Jacobi ...
In this thesis we extend several classical results about Calderón-Zygmund operators to spaces of vec...