arXiv:1409.0679 [math.FA]AbstractReferencesReviewsResources
On the boundedness of singular integrals in Morrey spaces and its preduals
Marcel Rosenthal, Hans-Jürgen Schmeißer
Published 2014-09-02Version 1
We reduce the boundedness of operators in Morrey spaces $L_p^r({\mathbb R}^n)$, its preduals, $H^{\varrho}L_p ({\mathbb R}^n)$, and their preduals $\overset{\circ}{L}{}^r_p({\mathbb R}^n)$ to the boundedness of the appropriate operators in Lebesgue spaces, $L_p({\mathbb R}^n)$. Hereby, we need a weak condition with respect to the operators which is satisfied for a large set of classical operators of harmonic analysis including singular integral operators and the Hardy-Littlewood maximal function. The given vector-valued consideration of these issues is a key ingredient for various applications in harmonic analysis.
Categories: math.FA
Related articles: Most relevant | Search more
arXiv:1007.1185 [math.FA] (Published 2010-07-07)
Criteria for the Boundedness of Potential Operators in Grand Lebesgue Spaces
arXiv:1606.06584 [math.FA] (Published 2016-06-21)
The boundedness of operators in Muckenhoupt weighted Morrey spaces via extrapolation techniques and duality
arXiv:1606.02791 [math.FA] (Published 2016-06-09)
A note on the boundedness of discrete commutators on Morrey spaces and their preduals