AbstractWe investigate the behavior of solutions of the equation in the title under the hypotheses that β is a positive constant and the initial conditions x−1 and x0 are arbitrary positive numbers
AbstractWe prove that the equilibrium solution of the rational difference equation xn+1=a+xnxn−kxn+x...
AbstractIn this work we investigate the global behavior of the difference equation xn+1=α+xn−1xnk,n=...
We study the global stability, the periodic character, and the boundedness character of the positive...
AbstractIn this paper we study the behavior of the recursive sequence xn+1=axn+bxnxn−1cxn+dxn−1,n=0,...
AbstractIn this paper, we obtain some global attractivity results for a rational recursive sequence
AbstractWe investigate the behavior of solutions of the equation in the title under the hypotheses t...
AbstractWe study the global stability, the boundedness character, and the periodic nature of the pos...
AbstractTwo sufficient conditions are obtained for the global asymptotic stability of the following ...
Abstract: In this paper, we investigate the global attractivity of the recursive sequence xn+1 = (α ...
Abstract. In this paper, we study the global asymptotic behavior of the solutions for the rational r...
AbstractWe investigate the global stability properties and asymptotic behavior of solutions of the r...
AbstractIn this paper we investigate the global asymptotic stability of the recursive sequence xn+1=...
AbstractWe study the global asymptotic behavior, the oscillatory character, and the periodic nature ...
AbstractIn this paper, we investigate the global behavior and boundedness of the difference equation...
In this paper, we study the global stability of the difference equation x(n) = a + bx(n-1) + cx(n-1)...
AbstractWe prove that the equilibrium solution of the rational difference equation xn+1=a+xnxn−kxn+x...
AbstractIn this work we investigate the global behavior of the difference equation xn+1=α+xn−1xnk,n=...
We study the global stability, the periodic character, and the boundedness character of the positive...
AbstractIn this paper we study the behavior of the recursive sequence xn+1=axn+bxnxn−1cxn+dxn−1,n=0,...
AbstractIn this paper, we obtain some global attractivity results for a rational recursive sequence
AbstractWe investigate the behavior of solutions of the equation in the title under the hypotheses t...
AbstractWe study the global stability, the boundedness character, and the periodic nature of the pos...
AbstractTwo sufficient conditions are obtained for the global asymptotic stability of the following ...
Abstract: In this paper, we investigate the global attractivity of the recursive sequence xn+1 = (α ...
Abstract. In this paper, we study the global asymptotic behavior of the solutions for the rational r...
AbstractWe investigate the global stability properties and asymptotic behavior of solutions of the r...
AbstractIn this paper we investigate the global asymptotic stability of the recursive sequence xn+1=...
AbstractWe study the global asymptotic behavior, the oscillatory character, and the periodic nature ...
AbstractIn this paper, we investigate the global behavior and boundedness of the difference equation...
In this paper, we study the global stability of the difference equation x(n) = a + bx(n-1) + cx(n-1)...
AbstractWe prove that the equilibrium solution of the rational difference equation xn+1=a+xnxn−kxn+x...
AbstractIn this work we investigate the global behavior of the difference equation xn+1=α+xn−1xnk,n=...
We study the global stability, the periodic character, and the boundedness character of the positive...
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