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Convergence of approximate solutions to nonlinear Caputo nabla fractional difference equations with boundary conditions

This article studies a boundary value problem for a nonlinear Caputo nabla fractional difference equation. We obtain quadratic convergence results for this equation using the generalized quasi-linearization method. Further, we obtain the convergence of the sequences is potentially improved by the Ga...

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Published in:Electronic journal of differential equations 2020-01, Vol.2020 (4), p.1-19
Main Authors: Xiang Liu, Baoguo Jia, Scott Gensler, Lynn Erbe, Allan Peterson
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container_title Electronic journal of differential equations
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creator Xiang Liu
Baoguo Jia
Scott Gensler
Lynn Erbe
Allan Peterson
description This article studies a boundary value problem for a nonlinear Caputo nabla fractional difference equation. We obtain quadratic convergence results for this equation using the generalized quasi-linearization method. Further, we obtain the convergence of the sequences is potentially improved by the Gauss-Seidel method. A numerical example illustrates our main results.
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subjects caputo nabla fractional difference equation
gauss-seidel method
generalized quasi-linearization method
upper and lower solution
title Convergence of approximate solutions to nonlinear Caputo nabla fractional difference equations with boundary conditions
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