A Parameter Version of Forstneri\v{c}'s Splitting Lemma
Lars Simon

TL;DR
This paper develops a parameter-dependent solution operator for the ar-equation and applies it to extend Forstneri's splitting lemma, ensuring continuous dependence on parameters for varying maps and domains.
Contribution
It introduces a parameter version of Forstneri's splitting lemma by constructing continuous solution operators for the ar-equation that depend on domain parameters.
Findings
Constructed solution operators for the ar-equation depending continuously on the domain.
Extended Forstneri's splitting lemma to parameter-dependent settings.
Ensured continuous dependence of splitting maps on parameters.
Abstract
We construct solution operators to the -equation that depend continuously on the domain. This is applied to derive a parameter version of Forstneri\v{c}'s splitting lemma: If both the maps and the domains they are defined on vary continuously with a parameter, then the maps obtained from Forstneri\v{c}'s splitting will depend continuously on the parameter as well.
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Taxonomy
TopicsHolomorphic and Operator Theory · Analytic and geometric function theory · Nonlinear Differential Equations Analysis
