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Existence Results for Nonoscillatory Solutions of Third Order Nonlinear Neutral Difference Equations
Sarajevo Journal of MathematicsIn this paper the authors consider the third order neutral difference equation\begin{equation*}\Delta ^{3}\left( x_{n}+p_{n}x_{n-k}\right) +q_{n}f\left(x_{n-\ell }\right) =h_{n}\end{equation*}where $\left\{ p_{n}\right\} ,\left\{ q_{n}\right\} ,\left\{h_{
E. Thandapani +2 more
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Generalized Quantum Computing K-Fibonacci Sequence
2024 International Conference on Science, Engineering and Business for Driving Sustainable Development Goals (SEB4SDG)In this study, we present a generalized quantum computing Fibonacci sequence derived through a third order quantum k-difference operator and its equations, from which we deduce some algebraic identities, some theorems, and lemmas with Fibonacci numbers ...
Rajiniganth P +4 more
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Fractional Inequalities for Exponentially s-Convex Functions on Time Scales
Journal of Advances in Applied & Computational MathematicsIn this paper, we present new integral inequalities involving exponentially s-convex functions in the second sense on time scales. By utilizing the delta Riemann-Liouville fractional integral and the fractional Taylor formula, we establish upper bounds ...
S. Georgiev, V. Darvish
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QUENCHING PROBLEM FOR TWO DIMENSIONAL CAPUTO TIME-FRACTIONAL REACTION-DIFFUSION EQUATION
, 2020In this paper, we study the quenching problem for Caputo time-fractional reactiondiffusion equation with a nonlinear reaction term in two dimensional rectangular domain.
S. Subedi, A. Vatsala
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Sarajevo Journal of Mathematics
In this paper we investigate the global convergence result, boundedness, and periodicity of solutions of the recursive sequence \begin{equation*}x_{n+1}=\frac{ax_{n}^{2}+bx_{n-1}x_{n-k}}{cx_{n}^{2}+dx_{n-1}x_{n-k}},\;\;\;n=0,1,\dots\end{equation*}where ...
E. Elabbasy, H. El-Metwally, E. Elsayed
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In this paper we investigate the global convergence result, boundedness, and periodicity of solutions of the recursive sequence \begin{equation*}x_{n+1}=\frac{ax_{n}^{2}+bx_{n-1}x_{n-k}}{cx_{n}^{2}+dx_{n-1}x_{n-k}},\;\;\;n=0,1,\dots\end{equation*}where ...
E. Elabbasy, H. El-Metwally, E. Elsayed
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Sarajevo Journal of Mathematics
We prove a conjecture asserted in a previous paper (see [2]) about order $q$ Lyness difference equation in ${\mathbb R}_*^+$:$u_{n+q}\,u_n=a+u_{n+q-1}+{\dots}+u_{n+1}$, with $a>0$.
G. Bastien, M. Rogalski
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We prove a conjecture asserted in a previous paper (see [2]) about order $q$ Lyness difference equation in ${\mathbb R}_*^+$:$u_{n+q}\,u_n=a+u_{n+q-1}+{\dots}+u_{n+1}$, with $a>0$.
G. Bastien, M. Rogalski
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Sarajevo Journal of Mathematics
We consider the following system of rational difference equations in the plane: $$\left\{\begin{aligned}%{rcl}x_{n+1} &= \frac{\alpha_1}{A_1+B_1 x_n+ C_1y_n} \\[0.2cm]y_{n+1} &= \frac{\alpha_2}{A_2+B_2 x_n+ C_2y_n}\end{aligned}\right. \, , \quad n=0,1,2,\
Dž Burgić, Z. Nurkanović
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We consider the following system of rational difference equations in the plane: $$\left\{\begin{aligned}%{rcl}x_{n+1} &= \frac{\alpha_1}{A_1+B_1 x_n+ C_1y_n} \\[0.2cm]y_{n+1} &= \frac{\alpha_2}{A_2+B_2 x_n+ C_2y_n}\end{aligned}\right. \, , \quad n=0,1,2,\
Dž Burgić, Z. Nurkanović
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Solvability of Boundary Value Problems for a Class of Third-Order Functional Difference Equations
Sarajevo Journal of MathematicsConsider the boundary value problems consisting of the functional difference equation$$\Delta^3x(n)=f(n,x(n+2),x(n-\tau_1(n)),\dots,x(n-\tau_m(n))),\;\;n\in[0,T] $$ and the following boundary value conditions\[\begin{cases}x(0)=x(T+3)=x(1)=0,\\x(n)=\psi ...
Yuji Liu
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Positive homoclinic solutions for the discrete $p$-Laplacian with a coercive weight function
Differential and Integral Equations, 2014We study a p-Laplacian difference equation on the set of integers, involving a coercive weight function and a reaction term satisfying the Ambrosetti-Rabinowitz condition.
A. Iannizzotto, Vicentiu D. Rădulescu
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A class of nonlinear perturbed difference equations
, 2018Tahia Zerizer
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