The convergence space of minimal USCO mappings
Roumen Anguelov, Ondřej F. K. Kalenda
Abstract
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Roumen Anguelov, Ondřej F. K. Kalenda
Abstract
Open-access reader
A convergence structure generalizing the order convergence structure on the set of Hausdorff continuous interval functions is defined on the set of minimal usco maps. The properties of the obtained convergence space are investigated and essential links with the pointwise convergence and the order convergence are revealed. The convergence structure can be extended to a uniform convergence structure so that the convergence space is complete. The important issue of the denseness of the subset of all continuous functions is also addressed.
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A convergence structure generalizing the order convergence structure on the set of Hausdorff continuous interval functions is defined on the set of minimal usco maps. The properties of the obtained convergence space are investigated and essential links with the pointwise convergence and the order convergence are revealed. The convergence structure can be extended to a uniform convergence structure so that the convergence space is complete. The important issue of the denseness of the subset of all continuous functions is also addressed.
Key concepts: Pointwise convergence, Compact convergence, Mathematics, Modes of convergence (annotated index), Normal convergence, Convergence tests, Convergence (economics), Uniform convergence