New Fixed Figure Results with the Notion of $k$-Ellipse

Fuente: arXiv
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Bibliographic Details
Main Authors: Taş, Nihal, Aytimur, Hülya, Güvenç, Şaban
Format: Preprint
Published: 2021
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author Taş, Nihal
Aytimur, Hülya
Güvenç, Şaban
author_facet Taş, Nihal
Aytimur, Hülya
Güvenç, Şaban
contents In this paper, as a geometric approach to the fixed-point theory, we prove new fixed-figure results using the notion of $k$-ellipse on a metric space. For this purpose, we are inspired by the Caristi type contraction, Kannan type contraction, Chatterjea type contraction and Ćirić type contraction. After that, we give some existence and uniqueness theorems of a fixed $k$-ellipse. We also support our obtained results with illustrative examples. Finally, we present a new application to the $S$-Shaped Rectified Linear Activation Unit ($SReLU$) to show the importance of our theoretical results.
format Preprint
id arxiv_https___arxiv_org_abs_2112_10204
institution arXiv
publishDate 2021
record_format arxiv
spellingShingle New Fixed Figure Results with the Notion of $k$-Ellipse
Taş, Nihal
Aytimur, Hülya
Güvenç, Şaban
Metric Geometry
54H25, 47H09, 47H10
In this paper, as a geometric approach to the fixed-point theory, we prove new fixed-figure results using the notion of $k$-ellipse on a metric space. For this purpose, we are inspired by the Caristi type contraction, Kannan type contraction, Chatterjea type contraction and Ćirić type contraction. After that, we give some existence and uniqueness theorems of a fixed $k$-ellipse. We also support our obtained results with illustrative examples. Finally, we present a new application to the $S$-Shaped Rectified Linear Activation Unit ($SReLU$) to show the importance of our theoretical results.
title New Fixed Figure Results with the Notion of $k$-Ellipse
topic Metric Geometry
54H25, 47H09, 47H10
url https://arxiv.org/abs/2112.10204