1. Optimal Extension of Positive Order Continuous Operators with Values in Quasi-Banach Lattices
- Author
-
B. B. Tasoev
- Subjects
Mathematics::Functional Analysis ,Pure mathematics ,Function space ,General Mathematics ,010102 general mathematics ,Sigma ,Extension (predicate logic) ,Type (model theory) ,01 natural sciences ,Operator (computer programming) ,0103 physical sciences ,Order (group theory) ,Quasinorm ,Dedekind cut ,010307 mathematical physics ,0101 mathematics ,Mathematics - Abstract
The goal of this article is to present some method of optimal extension of positive order continuous and $ \sigma $ -order continuous operators on quasi-Banach function spaces with values in Dedekind complete quasi-Banach lattices. The optimal extension of such an operator is the smallest extension of the Bartle–Dunford–Schwartz type integral. It is also shown that if a positive operator sends order convergent sequences to quasinorm convergent sequences, then its optimal extension is the Bartle–Dunford–Schwartz type integral.
- Published
- 2020
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