STABILITY OF LOCALIZED INTEGRAL OPERATORS ON WEIGHTED L<SUP>p</SUP> SPACES

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초록

In this article, we consider localized integral operators whose kernels have mild singularity near the diagonal and certain Holder regularity and decay off the diagonal. Our model example is the Bessel potential operator J(gamma), gamma > 0. We show that if such a localized integral operator has stability on a weighted function space L-w(p) for some p epsilon [1,infinity) and Muckenhoupt A(p)-weight w, then it has stability on weighted function spaces L-w'(p') and Muckenhoupt A(p')-weights w' for all p' epsilon [1,infinity).

키워드

Bessel potentialBootstrap techniqueDoubling measureInfinite matrixIntegral operatorMuckenhoupt weightReverse Holder inequalitySpectrumWiener's lemmaWeighted function spaceBANACH ALGEBRAWIENERS LEMMASPECTRUM
제목
STABILITY OF LOCALIZED INTEGRAL OPERATORS ON WEIGHTED L<SUP>p</SUP> SPACES
저자
Rim, Kyung SooShin, Chang EonSun, Qiyu
DOI
10.1080/01630563.2012.684535
발행일
2012
유형
Article
저널명
Numerical Functional Analysis and Optimization
33
7-9
페이지
1166 ~ 1193