Nonoscillatory solutions of discrete fractional order equations with positive and negative terms

This paper aims at discussing asymptotic behaviour of nonoscillatory solutions of the forced fractional difference equations of the form \align\Delta^{\gamma}u(\kappa)&+\Theta[\kappa+\gamma,w(\kappa+\gamma)] =&\Phi(\kappa+\gamma)+\Upsilon(\kappa+\gamma)w^{\nu}(\kappa+\gamma) +\Psi[\kapp...

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Main Authors: Jehad Alzabut, Said Rezk Grace, A. George Maria Selvam, Rajendran Janagaraj
Format: Article
Language:English
Published: Institute of Mathematics of the Czech Academy of Science 2023-12-01
Series:Mathematica Bohemica
Subjects:
Online Access:http://mb.math.cas.cz/full/148/4/mb148_4_3.pdf
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author Jehad Alzabut
Said Rezk Grace
A. George Maria Selvam
Rajendran Janagaraj
author_facet Jehad Alzabut
Said Rezk Grace
A. George Maria Selvam
Rajendran Janagaraj
author_sort Jehad Alzabut
collection DOAJ
description This paper aims at discussing asymptotic behaviour of nonoscillatory solutions of the forced fractional difference equations of the form \align\Delta^{\gamma}u(\kappa)&+\Theta[\kappa+\gamma,w(\kappa+\gamma)] =&\Phi(\kappa+\gamma)+\Upsilon(\kappa+\gamma)w^{\nu}(\kappa+\gamma) +\Psi[\kappa+\gamma,w(\kappa+\gamma)],\quad\kappa\in\mathbb{N}_{1-\gamma}, u_0 =&c_0, where $\mathbb{N}_{1-\gamma}=\{1-\gamma,2-\gamma,3-\gamma,\cdots\}$, $0<\gamma\leq1$, $\Delta^{\gamma}$ is a Caputo-like fractional difference operator. Three cases are investigated by using some salient features of discrete fractional calculus and mathematical inequalities. Examples are presented to illustrate the validity of the theoretical results.
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spelling doaj.art-e44e3f908d1e4f16859194fc0d8c0a032023-11-21T12:00:13ZengInstitute of Mathematics of the Czech Academy of ScienceMathematica Bohemica0862-79592464-71362023-12-01148446147910.21136/MB.2022.0157-21MB.2022.0157-21Nonoscillatory solutions of discrete fractional order equations with positive and negative termsJehad AlzabutSaid Rezk GraceA. George Maria SelvamRajendran JanagarajThis paper aims at discussing asymptotic behaviour of nonoscillatory solutions of the forced fractional difference equations of the form \align\Delta^{\gamma}u(\kappa)&+\Theta[\kappa+\gamma,w(\kappa+\gamma)] =&\Phi(\kappa+\gamma)+\Upsilon(\kappa+\gamma)w^{\nu}(\kappa+\gamma) +\Psi[\kappa+\gamma,w(\kappa+\gamma)],\quad\kappa\in\mathbb{N}_{1-\gamma}, u_0 =&c_0, where $\mathbb{N}_{1-\gamma}=\{1-\gamma,2-\gamma,3-\gamma,\cdots\}$, $0<\gamma\leq1$, $\Delta^{\gamma}$ is a Caputo-like fractional difference operator. Three cases are investigated by using some salient features of discrete fractional calculus and mathematical inequalities. Examples are presented to illustrate the validity of the theoretical results.http://mb.math.cas.cz/full/148/4/mb148_4_3.pdf fractional difference equation nonoscillatory caputo fractional difference forcing term
spellingShingle Jehad Alzabut
Said Rezk Grace
A. George Maria Selvam
Rajendran Janagaraj
Nonoscillatory solutions of discrete fractional order equations with positive and negative terms
Mathematica Bohemica
fractional difference equation
nonoscillatory
caputo fractional difference
forcing term
title Nonoscillatory solutions of discrete fractional order equations with positive and negative terms
title_full Nonoscillatory solutions of discrete fractional order equations with positive and negative terms
title_fullStr Nonoscillatory solutions of discrete fractional order equations with positive and negative terms
title_full_unstemmed Nonoscillatory solutions of discrete fractional order equations with positive and negative terms
title_short Nonoscillatory solutions of discrete fractional order equations with positive and negative terms
title_sort nonoscillatory solutions of discrete fractional order equations with positive and negative terms
topic fractional difference equation
nonoscillatory
caputo fractional difference
forcing term
url http://mb.math.cas.cz/full/148/4/mb148_4_3.pdf
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AT ageorgemariaselvam nonoscillatorysolutionsofdiscretefractionalorderequationswithpositiveandnegativeterms
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