We prove a sparse bound for the m-sublinear form associated to vector-valued maximal functions of Fefferman-Stein type. As a consequence, we show that the sparse bounds of multisublinear operators are preserved via ℓr-valued extension. This observation is in turn used to deduce vector-valued, multilinear weighted norm inequalities for multisublinear operators obeying sparse bounds, which are out of reach for the extrapolation theory developed by Cruz-Uribe and Martell in Limited range multilinear extrapolation with applications to the bilinear Hilbert transform, preprint arXiv:1704.06833 (2017). As an example, vector-valued multilinear weighted inequalities for bilinear Hilbert transforms are deduced from the scalar sparse domination theore...
A multivariable version of the strong maximal function is introduced and a sharp distributional esti...
In this paper, we give a sharp sparse domination of pseudodifferential operators associated with sym...
We obtain a sparse domination principle for an arbitrary family of functions f (x, Q), where x is an...
We prove a sparse bound for the m-sublinear form associated to vector-valued maximal functions of Fe...
We prove that scalar-valued sparse domination of a multilinear operator implies vector-valued sparse...
We prove a quantified sparse bound for the maximal truncations of convolution-type singular integral...
We prove a quantified sparse bound for the maximal truncations of convolution-type singular integral...
We prove that scalar-valued sparse domination of a multilinear operator implies vector-valued sparse...
In this note, we show that if T is a multilinear singular integral operator associated with a kernel...
In this note, we show that if T is a multilinear singular integral operator associated with a kernel...
In this note, we show that if $T$ is a multilinear singular integral operator associated with a kern...
We use the very recent approach developed by Lacey in [23] and extended by Bernicot-Frey-Petermichl ...
In this paper some new results concerning the $C_p$ classes introduced by Muckenhoupt and later exte...
We prove a quantified sparse bound for the maximal truncations of convolution-type singular integral...
In this work we extend Lacey’s domination theorem to prove the pointwise control of bilinear Calderó...
A multivariable version of the strong maximal function is introduced and a sharp distributional esti...
In this paper, we give a sharp sparse domination of pseudodifferential operators associated with sym...
We obtain a sparse domination principle for an arbitrary family of functions f (x, Q), where x is an...
We prove a sparse bound for the m-sublinear form associated to vector-valued maximal functions of Fe...
We prove that scalar-valued sparse domination of a multilinear operator implies vector-valued sparse...
We prove a quantified sparse bound for the maximal truncations of convolution-type singular integral...
We prove a quantified sparse bound for the maximal truncations of convolution-type singular integral...
We prove that scalar-valued sparse domination of a multilinear operator implies vector-valued sparse...
In this note, we show that if T is a multilinear singular integral operator associated with a kernel...
In this note, we show that if T is a multilinear singular integral operator associated with a kernel...
In this note, we show that if $T$ is a multilinear singular integral operator associated with a kern...
We use the very recent approach developed by Lacey in [23] and extended by Bernicot-Frey-Petermichl ...
In this paper some new results concerning the $C_p$ classes introduced by Muckenhoupt and later exte...
We prove a quantified sparse bound for the maximal truncations of convolution-type singular integral...
In this work we extend Lacey’s domination theorem to prove the pointwise control of bilinear Calderó...
A multivariable version of the strong maximal function is introduced and a sharp distributional esti...
In this paper, we give a sharp sparse domination of pseudodifferential operators associated with sym...
We obtain a sparse domination principle for an arbitrary family of functions f (x, Q), where x is an...