McShane equi-integrability and Vitali’s convergence theorem
Jaroslav Kurzweil, Štefan Schwabik
Abstract
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Jaroslav Kurzweil, Štefan Schwabik
Abstract
Open-access reader
The McShane integral of functions $f\:I\rightarrow \mathbb{R}$ defined on an $m$-dimensional interval $I$ is considered in the paper. This integral is known to be equivalent to the Lebesgue integral for which the Vitali convergence theorem holds. For McShane integrable sequences of functions a convergence theorem based on the concept of equi-integrability is proved and it is shown that this theorem is equivalent to the Vitali convergence theorem.
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The McShane integral of functions $f\:I\rightarrow \mathbb{R}$ defined on an $m$-dimensional interval $I$ is considered in the paper. This integral is known to be equivalent to the Lebesgue integral for which the Vitali convergence theorem holds. For McShane integrable sequences of functions a convergence theorem based on the concept of equi-integrability is proved and it is shown that this theorem is equivalent to the Vitali convergence theorem.
Key concepts: Dominated convergence theorem, Lebesgue integration, Mathematics, Integrable system, Convergence (economics), Interval (graph theory), Pure mathematics, Mathematical analysis