AbstractGiven a non-degenerate interval of real numbers D, and a continuous function f:Dk→D with k≥2, we consider a kth-order difference equation of the form yn+1=f(yn,…,yn−k+1);n=0,1,2,…. We develop an easy-to-apply necessary condition so that all solutions of the above-mentioned equation are periodic of the same period
The central objective of this thesis is to analyze the eventual periodic properties of solutions of ...
AbstractOur aim in this paper is to investigate the boundedness, the persistence, the global attract...
It is proved that any first-order globally periodic linear inhomogeneous autonomous difference equat...
AbstractIn this research, we consider a difference equation of order k⩾2 of the following form: yn+1...
AbstractWe develop two methods for constructing several new and explicit m-periodic difference equat...
AbstractA new necessary condition for global periodicity of discrete dynamical systems and of differ...
AbstractGiven a positive integer p, we develop a method to construct difference equations of order g...
We develop two methods for constructing several new and explicit m-periodic difference equations. Th...
We will deal with the topic of the periodicity for difference equations with real val-ues. In the au...
We deal with m-periodic, n-th order difference equations and study whether they can be globally line...
We consider the higher-order nonlinear difference equation +1=(+−)/(1++−),=0,1,… with the parameters...
This paper studies the boundedness, global asymptotic stability, and periodicity of positive solutio...
Consider the following higher order difference equation \begin{equation*} x(n+1)= f(n,x(n))+g(n,x(n...
AbstractWe propose a classification and derive the associated normal forms for rational difference e...
summary:Consider the following higher order difference equation \begin{equation*} x(n+1)= f\big (n,x...
The central objective of this thesis is to analyze the eventual periodic properties of solutions of ...
AbstractOur aim in this paper is to investigate the boundedness, the persistence, the global attract...
It is proved that any first-order globally periodic linear inhomogeneous autonomous difference equat...
AbstractIn this research, we consider a difference equation of order k⩾2 of the following form: yn+1...
AbstractWe develop two methods for constructing several new and explicit m-periodic difference equat...
AbstractA new necessary condition for global periodicity of discrete dynamical systems and of differ...
AbstractGiven a positive integer p, we develop a method to construct difference equations of order g...
We develop two methods for constructing several new and explicit m-periodic difference equations. Th...
We will deal with the topic of the periodicity for difference equations with real val-ues. In the au...
We deal with m-periodic, n-th order difference equations and study whether they can be globally line...
We consider the higher-order nonlinear difference equation +1=(+−)/(1++−),=0,1,… with the parameters...
This paper studies the boundedness, global asymptotic stability, and periodicity of positive solutio...
Consider the following higher order difference equation \begin{equation*} x(n+1)= f(n,x(n))+g(n,x(n...
AbstractWe propose a classification and derive the associated normal forms for rational difference e...
summary:Consider the following higher order difference equation \begin{equation*} x(n+1)= f\big (n,x...
The central objective of this thesis is to analyze the eventual periodic properties of solutions of ...
AbstractOur aim in this paper is to investigate the boundedness, the persistence, the global attract...
It is proved that any first-order globally periodic linear inhomogeneous autonomous difference equat...