Interpolation and sampling for analytic selfmappings of the disc
Nacho Monreal Galan, Michael Papadimitrakis

TL;DR
This paper explores interpolation and sampling problems for analytic self-maps of the disc, extending classical results and providing new characterizations for these function classes.
Contribution
It introduces a specialized interpolation problem based on a Schwarz-Pick lemma variant and characterizes sampling sequences for analytic self-maps of the disc.
Findings
A version of Schwarz-Pick lemma for multiple points
A new interpolation problem for disc self-maps
Characterization of sampling sequences for these functions
Abstract
Two different problems are considered here. First, a version of Schwarz-Pick Lemma for points leads to an interpolation problem for analytic functions from the disc into itself, which may be considered as a particular case of the classical Nevanlinna-Pick interpolation problem. Second, a characterization of sampling sequences for this class of functions is given.
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Taxonomy
TopicsHolomorphic and Operator Theory · Analytic and geometric function theory · Algebraic and Geometric Analysis
