Proximal iterated function systems using cyclic Meir-Keeler contractions and an application to fractal theory

In this paper, we develop the proximal iterated function systems ( P I F S ) using cyclic Meir-Keeler contractions and hence give an application in the fractal theory by constructing fractals using the new I F S . Furthermore, we extend the results to countable P I F S .

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Vydáno v:Fixed point theory and algorithms for sciences and engineering Ročník 2025; číslo 1; s. 3 - 23
Hlavní autoři: Unni, A. Sreelakshmi, Pragadeeswarar, V.
Médium: Journal Article
Jazyk:angličtina
Vydáno: Cham Springer International Publishing 25.02.2025
Springer Nature B.V
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Abstract In this paper, we develop the proximal iterated function systems ( P I F S ) using cyclic Meir-Keeler contractions and hence give an application in the fractal theory by constructing fractals using the new I F S . Furthermore, we extend the results to countable P I F S .
AbstractList In this paper, we develop the proximal iterated function systems $(PIFS)$ ( P I F S ) using cyclic Meir-Keeler contractions and hence give an application in the fractal theory by constructing fractals using the new $IFS$ I F S . Furthermore, we extend the results to countable $PIFS$ P I F S .
In this paper, we develop the proximal iterated function systems (PIFS) using cyclic Meir-Keeler contractions and hence give an application in the fractal theory by constructing fractals using the new IFS. Furthermore, we extend the results to countable PIFS.
In this paper, we develop the proximal iterated function systems ( P I F S ) using cyclic Meir-Keeler contractions and hence give an application in the fractal theory by constructing fractals using the new I F S . Furthermore, we extend the results to countable P I F S .
Abstract In this paper, we develop the proximal iterated function systems ( P I F S ) $(PIFS)$ using cyclic Meir-Keeler contractions and hence give an application in the fractal theory by constructing fractals using the new I F S $IFS$ . Furthermore, we extend the results to countable P I F S $PIFS$ .
ArticleNumber 3
Author Pragadeeswarar, V.
Unni, A. Sreelakshmi
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Best attractor
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Snippet In this paper, we develop the proximal iterated function systems ( P I F S ) using cyclic Meir-Keeler contractions and hence give an application in the fractal...
In this paper, we develop the proximal iterated function systems $(PIFS)$ ( P I F S ) using cyclic Meir-Keeler contractions and hence give an application in...
In this paper, we develop the proximal iterated function systems (PIFS) using cyclic Meir-Keeler contractions and hence give an application in the fractal...
Abstract In this paper, we develop the proximal iterated function systems ( P I F S ) $(PIFS)$ using cyclic Meir-Keeler contractions and hence give an...
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SubjectTerms Algorithms
Analysis
Applications of Mathematics
Best attractor
Cyclic Meir-Keeler contraction
Differential Geometry
Fractals
Iterated function systems
Mapping
Mathematical and Computational Biology
Mathematics
Mathematics and Statistics
Topology
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Title Proximal iterated function systems using cyclic Meir-Keeler contractions and an application to fractal theory
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