AbstractIn this note we consider the following high-order rational difference equation xn=1+∏i=1k(1−xn−i)∑i=1kxn−i,n=0,1,…, where k≥3 is odd number, x−k,x−k+1,x−k+2,…,x−1 is positive numbers. We obtain the boundedness of positive solutions for the above equation, and with the perturbation of initial values, we mainly use the transformation method to prove that the positive equilibrium point of this equation is globally asymptotically stable
AbstractIn this paper we obtain sufficient conditions for the global asymptotic stability of the dif...
AbstractWe investigate the behavior of solutions of the equation in the title under the hypotheses t...
AbstractThis paper studies global asymptotic stability for positive solutions to the equationyn=yn−k...
AbstractIn this note we consider the following high-order rational difference equation xn=1+∏i=1k(1−...
AbstractIn this paper, we study the boundedness, persistence, and the global asymptotic behavior of ...
AbstractThis paper studies global asymptotic stability for positive solutions to the equation yn=yn−...
AbstractIn this note, we consider the following rational difference equation:xn+1=f(xn−r1,…,xn−rk)g(...
AbstractThis paper is concerned with the following nonlinear difference equations xn+1=∑i=1lAsixn−si...
AbstractIn this note we prove that the positive solutions of some classes of rational difference equ...
AbstractThe main objective of this paper is to study the global stability of the positive solutions ...
AbstractWe prove that the equilibrium solution of the rational difference equation xn+1=a+xnxn−kxn+x...
AbstractIn this paper, we consider a higher order difference equation of the form xn+1=f(xn,xn−k),n=...
In this work, we investigate the asymptotic behaviour and examine boundedness of the solutions for t...
AbstractIn this paper, the rule for the lengths of positive and negative semicycles of nontrivial so...
AbstractTwo sufficient conditions are obtained for the global asymptotic stability of the following ...
AbstractIn this paper we obtain sufficient conditions for the global asymptotic stability of the dif...
AbstractWe investigate the behavior of solutions of the equation in the title under the hypotheses t...
AbstractThis paper studies global asymptotic stability for positive solutions to the equationyn=yn−k...
AbstractIn this note we consider the following high-order rational difference equation xn=1+∏i=1k(1−...
AbstractIn this paper, we study the boundedness, persistence, and the global asymptotic behavior of ...
AbstractThis paper studies global asymptotic stability for positive solutions to the equation yn=yn−...
AbstractIn this note, we consider the following rational difference equation:xn+1=f(xn−r1,…,xn−rk)g(...
AbstractThis paper is concerned with the following nonlinear difference equations xn+1=∑i=1lAsixn−si...
AbstractIn this note we prove that the positive solutions of some classes of rational difference equ...
AbstractThe main objective of this paper is to study the global stability of the positive solutions ...
AbstractWe prove that the equilibrium solution of the rational difference equation xn+1=a+xnxn−kxn+x...
AbstractIn this paper, we consider a higher order difference equation of the form xn+1=f(xn,xn−k),n=...
In this work, we investigate the asymptotic behaviour and examine boundedness of the solutions for t...
AbstractIn this paper, the rule for the lengths of positive and negative semicycles of nontrivial so...
AbstractTwo sufficient conditions are obtained for the global asymptotic stability of the following ...
AbstractIn this paper we obtain sufficient conditions for the global asymptotic stability of the dif...
AbstractWe investigate the behavior of solutions of the equation in the title under the hypotheses t...
AbstractThis paper studies global asymptotic stability for positive solutions to the equationyn=yn−k...