2022•Unpublished venueRequires access

THE CONTRACTION PROPERTY AND THE EQUIVALENC OF (LIPSCHITZ AND ARCWISE COMPLETENESS)

Ansam Ghazi Nsaif Albu Amer, Sami Abdullah Abed

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Abstract

Researchers investigate the completeness and shrinkage properties in metric spaces in this paper as well as demonstrate that the shrinking characteristic entails Lipschitz- wholeness or arswise- wholeness in metric spaces. The contraction feature, on the other hand, does not entail completion in metric spaces. We demonstrate that a locally Lipschitz-linked metric area has the shrinkage characteristic if it is Lipschitz- whole and an arswise-linked metric area is arswise- entire if X has the intense shrinkage characteristic. The method applied by Borwein to generate a shrinkage map is crucial for showing Lipschitz-completeness of the space.

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What this paper is about

Researchers investigate the completeness and shrinkage properties in metric spaces in this paper as well as demonstrate that the shrinking characteristic entails Lipschitz- wholeness or arswise- wholeness in metric spaces. The contraction feature, on the other hand, does not entail completion in metric spaces. We demonstrate that a locally Lipschitz-linked metric area has the shrinkage characteristic if it is Lipschitz- whole and an arswise-linked metric area is arswise- entire if X has the intense shrinkage characteristic. The method applied by Borwein to generate a shrinkage map is crucial for showing Lipschitz-completeness of the space.

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Available abstract

Researchers investigate the completeness and shrinkage properties in metric spaces in this paper as well as demonstrate that the shrinking characteristic entails Lipschitz- wholeness or arswise- wholeness in metric spaces. The contraction feature, on the other hand, does not entail completion in metric spaces. We demonstrate that a locally Lipschitz-linked metric area has the shrinkage characteristic if it is Lipschitz- whole and an arswise-linked metric area is arswise- entire if X has the intense shrinkage characteristic. The method applied by Borwein to generate a shrinkage map is crucial for showing Lipschitz-completeness of the space.

Key concepts: Lipschitz continuity, Metric map, Completeness (order theory), Metric space, Shrinkage, Mathematics, Metric differential, Contraction (grammar)

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