Characterizations of IIS-Compactness space

The idea of the present study is based on the fundamental idea of defining a new set, which we called interior isolated set and the old topological concept of isolated point. Therefore, the topological properties of this concept and its most important relationships were examined. Moreover, we built new types of sets and spaces as follows: IIS*-set, IISopen and TIIS-space. The most important algebraic properties of these sets were also studied. In addition, several new definitions were presented for compact based on interior isolated set, which was called IIS-compact spaces IIS-O-compact. The researcher also discussed their most important properties and relationships with each other.

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Publication Details

Journal
Journal of Interdisciplinary Mathematics
Published
2025-01-01
DOI
https://doi.org/10.47974/jim-2204
Primary Topic
Advanced Banach Space Theory
Type
article
Field-Weighted Citation Impact
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article

Characterizations of IIS-Compactness space

Raghad Almohammed, Luay A. Al-Swidi, Alyaa Yousef Khudayer Mutawek
Journal of Interdisciplinary Mathematics
Advanced Banach Space Theory
article

Characterizations of IIS-Compactness space

Raghad Almohammed, Luay A. Al-Swidi, Alyaa Yousef Khudayer Mutawek
article en

Abstract

The idea of the present study is based on the fundamental idea of defining a new set, which we called interior isolated set and the old topological concept of isolated point. Therefore, the topological properties of this concept and its most important relationships were examined. Moreover, we built new types of sets and spaces as follows: IIS*-set, IISopen and TIIS-space. The most important algebraic properties of these sets were also studied. In addition, several new definitions were presented for compact based on interior isolated set, which was called IIS-compact spaces IIS-O-compact. The researcher also discussed their most important properties and relationships with each other.

Journal of Interdisciplinary MathematicsVol. 28(4)
Openalex Percentile: Top 81%
Advanced Banach Space Theory
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