Abstract:The aim of this paper is to construct a fractal with the help of a finite family of generalized F -contraction mappings, a class of mappings more general than contraction mappings, defined in the setup of b-metric space. Consequently, we obtain a variety of results for iterated function system satisfying a different set of contractive conditions. Our results unify, generalize and extend various results in the existing literature.---------------
“…The idea of a b-metric space was given by Czerwik [35]. This opened a new door for researchers and they published several research papers of fixed point theory (see, e.g., [35][36][37][38]). Kamran et al [39] and Ali et al [40] introduced F-contraction mappings in the framework of b metric spaces.…”
Section: Introductionmentioning
confidence: 99%
“…Secelean [42] considered the generalized iterated function systems, defined on product of metric spaces to improve some fixed point results. Dung et al [43] revised the results of Nazir et al [37,44] by adding a commutativity assumption on the maps. Inspired by their work, we attempt to extend their results to find the multifractals using ciric type generalized multivalued G-contraction mappings in the framework of Hausdorff b-metric spaces.…”
In this paper, we obtain multifractals (attractors) in the framework of Hausdorff b-metric spaces. Fractals and multifractals are defined to be the fixed points of associated fractal operators, which are known as attractors in the literature of fractals. We extend the results obtained by Chifu et al. (2014) and N.A. Secelean (2015) and generalize the results of Nazir et al. (2016) by using the assumptions imposed by Dung et al. (2017) to the case of ciric type generalized multi-iterated function system (CGMIFS) composed of ciric type generalized multivalued G-contractions defined on multifractal space C ( U ) in the framework of a Hausdorff b-metric space, where U = U 1 × U 2 × ⋯ × U N , N being a finite natural number. As an application of our study, we derive collage theorem which can be used to construct general fractals and to solve inverse problem in Hausdorff b-metric spaces which are more general spaces than Hausdorff metric spaces.
“…The idea of a b-metric space was given by Czerwik [35]. This opened a new door for researchers and they published several research papers of fixed point theory (see, e.g., [35][36][37][38]). Kamran et al [39] and Ali et al [40] introduced F-contraction mappings in the framework of b metric spaces.…”
Section: Introductionmentioning
confidence: 99%
“…Secelean [42] considered the generalized iterated function systems, defined on product of metric spaces to improve some fixed point results. Dung et al [43] revised the results of Nazir et al [37,44] by adding a commutativity assumption on the maps. Inspired by their work, we attempt to extend their results to find the multifractals using ciric type generalized multivalued G-contraction mappings in the framework of Hausdorff b-metric spaces.…”
In this paper, we obtain multifractals (attractors) in the framework of Hausdorff b-metric spaces. Fractals and multifractals are defined to be the fixed points of associated fractal operators, which are known as attractors in the literature of fractals. We extend the results obtained by Chifu et al. (2014) and N.A. Secelean (2015) and generalize the results of Nazir et al. (2016) by using the assumptions imposed by Dung et al. (2017) to the case of ciric type generalized multi-iterated function system (CGMIFS) composed of ciric type generalized multivalued G-contractions defined on multifractal space C ( U ) in the framework of a Hausdorff b-metric space, where U = U 1 × U 2 × ⋯ × U N , N being a finite natural number. As an application of our study, we derive collage theorem which can be used to construct general fractals and to solve inverse problem in Hausdorff b-metric spaces which are more general spaces than Hausdorff metric spaces.
“…-to consider more general domains or ranges of the iterated function systems (see, for example, [6], [10], [13], [14], [24], [30], [33] and [45]). …”
Section: Introductionmentioning
confidence: 99%
“…-to work with more general contractive conditions on the constitutive functions of the iterated function systems (see, for example, [18], [34], [36], [37], [38], [39], [45], [48], [52], [53], [57] and [58]). …”
Section: Introductionmentioning
confidence: 99%
“…Concerning the first line of generalization, we emphasize the papers [10], [14] and [45], were iterated function systems in the setting of b-metric spaces are studied. The notion of b-metric space was introduced by I.…”
Abstract. The concept of generalized convex contraction was introduced and studied by V. Istrȃţescu and the notion of b -metric space was introduced by I. A. Bakhtin and S. Czerwik. In this paper we combine these two elements by studying iterated function systems consisting of generalized convex contractions on the framework of b-metric spaces. More precisely we prove the existence and uniqueness of the attractor of such a system providing in this way a generalization of Istrȃţescu's convex contractions fixed point theorem in the setting of complete strong b-metric spaces.
In this paper we aim to obtain the attractors with the assistance of a finite
family of generalized contractive mappings, which belong to a special class
of mappings defined on a partial metric space. Consequently, a variety of
results for iterated function systems satisfying a different set of
generalized contractive conditions are acquired. We present some examples in
support of the results proved herein. Our results generalize, unify and
extend a variety of results which exist in current literature.
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