We study several questions about the weak-type boundedness of the Fourier transform ℱ on rearrangement invariant spaces. In particular, we characterize the action of ℱ as a bounded operator from the minimal Lorentz space Λ(X) into the Marcinkiewicz maximal space M(X), both associated with a rearrangement invariant space X. Finally, we also prove some results establishing that the weak-type boundedness of ℱ, in certain weighted Lorentz spaces, is equivalent to the corresponding strong-type estimates
We show that the Lorentz space A1(w) is a Banach space if and only if the Hardy-Littlewood maximal ...
The classical Hausdorff-Young theorem is extended to the setting of rearrangement-invariant spaces. ...
For Lebesgue spaces on Rn, we study two-weight p → q-inequalities for Fourier transform. Some suffi...
We study several questions about the weak-type boundedness of the Fourier transform F on rearrangeme...
We study several questions about the weak-type boundedness of the Fourier transform F on rearrangeme...
We study several questions about the weak-type boundedness of the Fourier transform ℱ on rearrangeme...
Necessary conditions and sufficient conditions on weights u and w are given for the Fourier transfor...
We characterize the weak-type boundedness of the Hilbert transform H on weighted Lorentz spaces Lamb...
[eng] The main goal of this thesis is to characterize the weak-type (resp. strong-type) boundedness...
Mapping properties of the Fourier transform between weighted Lebesgue and Lorentz spaces are studied...
AbstractWe study the boundedness of the Hilbert transform H and the Hilbert maximal operator H∗ on w...
In this paper, we obtain sufficient conditions for the weighted Fourier-type transforms to be bounde...
The main goal of this paper is to provide a characterization of the weak-type boundedness of the Har...
Necessary conditions and sufficient conditions on weights u and w are given for the Fourier transfor...
The classical Hausdorff-Young theorem is extended to the setting of rearrangement-invariant spaces. ...
We show that the Lorentz space A1(w) is a Banach space if and only if the Hardy-Littlewood maximal ...
The classical Hausdorff-Young theorem is extended to the setting of rearrangement-invariant spaces. ...
For Lebesgue spaces on Rn, we study two-weight p → q-inequalities for Fourier transform. Some suffi...
We study several questions about the weak-type boundedness of the Fourier transform F on rearrangeme...
We study several questions about the weak-type boundedness of the Fourier transform F on rearrangeme...
We study several questions about the weak-type boundedness of the Fourier transform ℱ on rearrangeme...
Necessary conditions and sufficient conditions on weights u and w are given for the Fourier transfor...
We characterize the weak-type boundedness of the Hilbert transform H on weighted Lorentz spaces Lamb...
[eng] The main goal of this thesis is to characterize the weak-type (resp. strong-type) boundedness...
Mapping properties of the Fourier transform between weighted Lebesgue and Lorentz spaces are studied...
AbstractWe study the boundedness of the Hilbert transform H and the Hilbert maximal operator H∗ on w...
In this paper, we obtain sufficient conditions for the weighted Fourier-type transforms to be bounde...
The main goal of this paper is to provide a characterization of the weak-type boundedness of the Har...
Necessary conditions and sufficient conditions on weights u and w are given for the Fourier transfor...
The classical Hausdorff-Young theorem is extended to the setting of rearrangement-invariant spaces. ...
We show that the Lorentz space A1(w) is a Banach space if and only if the Hardy-Littlewood maximal ...
The classical Hausdorff-Young theorem is extended to the setting of rearrangement-invariant spaces. ...
For Lebesgue spaces on Rn, we study two-weight p → q-inequalities for Fourier transform. Some suffi...