Abstract

We characterize sampling and interpolating sets with derivatives in weighted Fock spaces on the complex plane in terms of their weighted Beurling densities.

Highlights

  • 1.1 Results and ContextLet φ : C → R be a subharmonic function with Laplacian bounded above and below by positive constants

  • We study sampling and interpolation on weighted Fock spaces, where we sample or interpolate using the function values, and the values of its derivatives

  • We characterize the sets that allow for multiple sampling and interpolation in weighted Fock spaces in terms of certain densities, provided that the number of derivatives considered at each sampling point is bounded

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Summary

Results and Context

Let φ : C → R be a subharmonic function with Laplacian bounded above and below by positive constants. The weighted Fock space of entire functions is Communicated by Uwe Kähler. This article is part of the topical collection “Linear Operators and Linear System” edited by Sanne ter Horst, Dmitry S.

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Motivation
Organization and Technical Overview
Sets with Multiplicity
Notation
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Interpolating Sets and Sampling Sets
Beurling Densities
Compatibility Assumptions
Main Results
Riesz Decomposition
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Necessary Conditions for Interpolation and Sampling
Interpolation
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Sampling
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Proof of the Main Results
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Bell Polynomials
Chain Rule for Higher Derivatives
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Full Text
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