Study of Transitivity, Periodic Density and Sensitivity for Chaotic Non-Autonomous Fuzzified Dynamical System

The present investigations focus on the mathematical analysis and investigation of non-autonomous discrete dynamical systems. A non-autonomous discrete dynamical system has been framework  using the series technique map method to elaborate the relationships between the non-autonomous discrete dynami...

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Main Authors: Renu Verma, Ram Yadav
Format: Article
Language:English
Published: University of Maragheh 2024-07-01
Series:Sahand Communications in Mathematical Analysis
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Online Access:https://scma.maragheh.ac.ir/article_709869_287dbcc40525b6bf7f4c5d09b0eb1a46.pdf
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author Renu Verma
Ram Yadav
author_facet Renu Verma
Ram Yadav
author_sort Renu Verma
collection DOAJ
description The present investigations focus on the mathematical analysis and investigation of non-autonomous discrete dynamical systems. A non-autonomous discrete dynamical system has been framework  using the series technique map method to elaborate the relationships between the non-autonomous discrete dynamical system in the original (crisp) system and its g-fuzzified system. More specially, for the considered non-autonomous discrete dynamical system, the relationship between transitivity, weakly mixing, periodic density, and sensitive dependence on initial conditions have been examined.
format Article
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institution Kabale University
issn 2322-5807
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language English
publishDate 2024-07-01
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series Sahand Communications in Mathematical Analysis
spelling doaj-art-1af314bf70d7493b87d2248ea07d27bd2025-02-11T05:27:30ZengUniversity of MaraghehSahand Communications in Mathematical Analysis2322-58072423-39002024-07-01213213410.22130/scma.2023.2000135.1294709869Study of Transitivity, Periodic Density and Sensitivity for Chaotic Non-Autonomous Fuzzified Dynamical SystemRenu Verma0Ram Yadav1Department of Mathematics, B. N. MANDAL University, Madhepura, Bihar, 852113, India.Department of Mathematics, SRM University, Delhi- NCR, Sonepat 131029, India.The present investigations focus on the mathematical analysis and investigation of non-autonomous discrete dynamical systems. A non-autonomous discrete dynamical system has been framework  using the series technique map method to elaborate the relationships between the non-autonomous discrete dynamical system in the original (crisp) system and its g-fuzzified system. More specially, for the considered non-autonomous discrete dynamical system, the relationship between transitivity, weakly mixing, periodic density, and sensitive dependence on initial conditions have been examined.https://scma.maragheh.ac.ir/article_709869_287dbcc40525b6bf7f4c5d09b0eb1a46.pdfnon-autonomous discrete dynamical system$g$-fuzzificationzadeh's extensionperiodic densitytransitivitysensitive dependence on initial conditions
spellingShingle Renu Verma
Ram Yadav
Study of Transitivity, Periodic Density and Sensitivity for Chaotic Non-Autonomous Fuzzified Dynamical System
Sahand Communications in Mathematical Analysis
non-autonomous discrete dynamical system
$g$-fuzzification
zadeh's extension
periodic density
transitivity
sensitive dependence on initial conditions
title Study of Transitivity, Periodic Density and Sensitivity for Chaotic Non-Autonomous Fuzzified Dynamical System
title_full Study of Transitivity, Periodic Density and Sensitivity for Chaotic Non-Autonomous Fuzzified Dynamical System
title_fullStr Study of Transitivity, Periodic Density and Sensitivity for Chaotic Non-Autonomous Fuzzified Dynamical System
title_full_unstemmed Study of Transitivity, Periodic Density and Sensitivity for Chaotic Non-Autonomous Fuzzified Dynamical System
title_short Study of Transitivity, Periodic Density and Sensitivity for Chaotic Non-Autonomous Fuzzified Dynamical System
title_sort study of transitivity periodic density and sensitivity for chaotic non autonomous fuzzified dynamical system
topic non-autonomous discrete dynamical system
$g$-fuzzification
zadeh's extension
periodic density
transitivity
sensitive dependence on initial conditions
url https://scma.maragheh.ac.ir/article_709869_287dbcc40525b6bf7f4c5d09b0eb1a46.pdf
work_keys_str_mv AT renuverma studyoftransitivityperiodicdensityandsensitivityforchaoticnonautonomousfuzzifieddynamicalsystem
AT ramyadav studyoftransitivityperiodicdensityandsensitivityforchaoticnonautonomousfuzzifieddynamicalsystem