The main goal of this paper is to investigate the boundedness, invariant intervals, semi-cycles and global attractivity of all nonnegative solutions of the equation xn+1 = βxn + γ xn−k A + Bxn + C xn−k , n ∈ N0, where the parameters β, γ, A, B and C and the initial conditions x−k , x−k+1,..., x0 are non-negative real numbers, k = {1, 2,...}. We give a detailed description of the semi-cycles of solutions, and determine conditions that satisfy the global asymptotic stability of the equilibrium point
In this article, we study the periodicity, the boundedness and the global stability of the positive ...
AbstractThe global attractivity of the unique positive equilibrium of the equation xn+1 = g(xn−k1, x...
In this paper, we will investigate the dynamics of a nonlinear rational difference equation of a hig...
AbstractWe study the invariant interval, the character of semicycles, the global stability, and the ...
AbstractThe aim of this work is to investigate the global attractivity, periodic nature, oscillation...
Abstract: In this paper, we investigate the global attractivity of positive solutions of the nonline...
Abstract In this paper, we study the boundedness, persistence, and periodicity of the positive solut...
AbstractIn this paper, we investigate the boundedness, invariant interval, semicycle and global attr...
The main goal of this paper is to investigate the periodic character, invariant intervals, oscillati...
AbstractWe investigate the global character of solutions of the equation in the title with positive ...
AbstractWe investigate the global character of solutions of the equation in the title with non-negat...
Abstract. In this paper, we study the asymptotic behavior of positive solu-tions of the nonlinear di...
The main goal of this paper is to investigate the periodic character, invariant intervals, oscillati...
Consider the difference equation (n/a) where all parameters α, β, ai, bi , aij, bij, i, j = 0,1,...,...
AbstractIn this article, we study the periodicity, the boundedness and the global stability of the p...
In this article, we study the periodicity, the boundedness and the global stability of the positive ...
AbstractThe global attractivity of the unique positive equilibrium of the equation xn+1 = g(xn−k1, x...
In this paper, we will investigate the dynamics of a nonlinear rational difference equation of a hig...
AbstractWe study the invariant interval, the character of semicycles, the global stability, and the ...
AbstractThe aim of this work is to investigate the global attractivity, periodic nature, oscillation...
Abstract: In this paper, we investigate the global attractivity of positive solutions of the nonline...
Abstract In this paper, we study the boundedness, persistence, and periodicity of the positive solut...
AbstractIn this paper, we investigate the boundedness, invariant interval, semicycle and global attr...
The main goal of this paper is to investigate the periodic character, invariant intervals, oscillati...
AbstractWe investigate the global character of solutions of the equation in the title with positive ...
AbstractWe investigate the global character of solutions of the equation in the title with non-negat...
Abstract. In this paper, we study the asymptotic behavior of positive solu-tions of the nonlinear di...
The main goal of this paper is to investigate the periodic character, invariant intervals, oscillati...
Consider the difference equation (n/a) where all parameters α, β, ai, bi , aij, bij, i, j = 0,1,...,...
AbstractIn this article, we study the periodicity, the boundedness and the global stability of the p...
In this article, we study the periodicity, the boundedness and the global stability of the positive ...
AbstractThe global attractivity of the unique positive equilibrium of the equation xn+1 = g(xn−k1, x...
In this paper, we will investigate the dynamics of a nonlinear rational difference equation of a hig...