We investigate the asymptotic behavior, the oscillatory character and the periodic nature of solutions of the difference equation [special characters omitted]where A is a real parameter and the initial conditions are arbitrary nonzero real numbers. We also give a detailed description of the set of initial conditions [special characters omitted] for which the system of difference equations with real parameters a, b, c, and d [special characters omitted]is well defined for all n ≥ 0. We then present an analysis of the short term and long term behavior of its solutions. Finally we investigate the periodic character and the global stability of solutions of [special characters omitted]with positive parameters and positive initial conditions
Our goal in this paper is to investigate the long-term behavior of solutions of the following differ...
AbstractWe study the boundedness and the periodic character of the solutions of the equation[formula...
We consider the higher-order nonlinear difference equation +1=(+−)/(1++−),=0,1,… with the parameters...
We investigate the global character of the positive solutions of[special characters omitted]where th...
We study the global stability, the boundedness nature, and the periodic character of the positive so...
We investigate the boundedness, persistence, and global behavior of solutions of the perennial grass...
We investigate the periodic nature, the boundedness character, and the global attractivity of the po...
Our goal is to study the global properties of some nonlinear rational difference equations. Consider...
We investigate the global behavior of the solutions of several rational difference equations. In par...
We investigate the global asymptotic stability, the periodic nature, the rate of convergence, and th...
We investigate the global behavior of the solutions of several rational difference equations. In par...
AbstractWe show that every solution of the difference equation xn+1=max{1xn,Axn−1},n=0,1,..., where...
We investigate the periodicity, the boundedness, and the convergence of the solutions of several dif...
In this difference equation, Stability, Periodicity, boundedness, global Stability. We investigate s...
AbstractWe investigate the boundedness character, the periodic nature, and the global asymptotic sta...
Our goal in this paper is to investigate the long-term behavior of solutions of the following differ...
AbstractWe study the boundedness and the periodic character of the solutions of the equation[formula...
We consider the higher-order nonlinear difference equation +1=(+−)/(1++−),=0,1,… with the parameters...
We investigate the global character of the positive solutions of[special characters omitted]where th...
We study the global stability, the boundedness nature, and the periodic character of the positive so...
We investigate the boundedness, persistence, and global behavior of solutions of the perennial grass...
We investigate the periodic nature, the boundedness character, and the global attractivity of the po...
Our goal is to study the global properties of some nonlinear rational difference equations. Consider...
We investigate the global behavior of the solutions of several rational difference equations. In par...
We investigate the global asymptotic stability, the periodic nature, the rate of convergence, and th...
We investigate the global behavior of the solutions of several rational difference equations. In par...
AbstractWe show that every solution of the difference equation xn+1=max{1xn,Axn−1},n=0,1,..., where...
We investigate the periodicity, the boundedness, and the convergence of the solutions of several dif...
In this difference equation, Stability, Periodicity, boundedness, global Stability. We investigate s...
AbstractWe investigate the boundedness character, the periodic nature, and the global asymptotic sta...
Our goal in this paper is to investigate the long-term behavior of solutions of the following differ...
AbstractWe study the boundedness and the periodic character of the solutions of the equation[formula...
We consider the higher-order nonlinear difference equation +1=(+−)/(1++−),=0,1,… with the parameters...