Search results for "Predual"

showing 3 items of 3 documents

Atomic Decomposition of Weighted Besov Spaces

1996

We find the atomic decomposition of functions in the weighted Besov spaces under certain factorization conditions on the weight. Introduction. After achieving the atomic decomposition of Hardy spaces (see [8,22, 33]), many of the function saces have been shown to admit similar decompositions. Let us mention the decomposition of B.M.O. (see [32, 25]), Bergman spaces (see [9, 23]), the predual of Bloch space (see [ 11]), Besov spaces (see [15, 4, 10]), Lipschitz spaces (see [18]), Triebel-Lizorkin spaces (see [16, 31]),... They are obtained by quite different methods, but there is a unified and beautiful approach to get the decomposition for most of the spaces. This is the use of a formula du…

Bloch spacesymbols.namesakePure mathematicsFactorizationGeneral MathematicsSchur's lemmasymbolsBesov spacePredualDirect proofHardy spaceLipschitz continuityMathematicsJournal of the London Mathematical Society
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Preduals of spaces of homogeneous polynomials onLp-spaces

2012

Given a regular probability measure μ on a compact Hausdorff space, we explicitly describe the predual of the Banach space of continuous n-homogeneous polynomials on L p (μ) as the completion of a (explicit constructed) subspace of L p/n (μ) with respect to a (explicitly constructed) norm π p/n . An application to the factorization of dominated polynomials is provided.

Discrete mathematicsPure mathematicsAlgebra and Number TheoryTopological tensor productHausdorff spaceBanach spaceInterpolation spacePredualBirnbaum–Orlicz spaceBanach manifoldLp spaceMathematicsLinear and Multilinear Algebra
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Quasi-Normable Preduals of Spaces of Holomorphic Functions

1997

Abstract Let H ( U ) denote the space of all holomorphic functions on an open subset U of a separable Frechet space E . Let τ ω denote the compact-ported topology on H ( U ) introduced by Nachbin. Let G ( U ) denote the predual of H ( U ) constructed by Mazet. In our main result we show that E is quasi-normable if and only if G ( U ) is quasi-normable if and only if ( H ( U ), τ ω ) satisfies the strict Mackey convergence condition.

Discrete mathematicsPure mathematicsMathematics::Functional AnalysisFréchet spaceApplied MathematicsHolomorphic functionPredualMathematics::General TopologySpace (mathematics)AnalysisSeparable spaceMathematicsJournal of Mathematical Analysis and Applications
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