Species living in a fluctuating medium and human exploitation activities might result in the duration of continuous changes. Such changes can be well-approximated as feedback controls. In this contribution a periodic discrete competitive system subject to feedback controls is proposed. By using the methods of discrete inequality, fixed point theorem, and analysis techniques, a good understanding of the existence and global asymptotic stability of positive periodic solutions is obtained. Some numerical investigations are provided to verify our analytical results
This thesis is concerned with the classical system of differential equations for the competition bet...
A competitive Lotka–Volterra system of two equations is studied. It is shown that if the coefficien...
We investigate a neutral multispecies logarithmic population model with feedback control and impulse...
Abstract. In this paper, we study the existence and global asymptotic stability of positive periodic...
A discrete nonlinear almost periodic multispecies competitive system with delays and feedback contro...
The existence and the global stability of positive periodic solutions of a discrete competition mode...
A discrete two-species competitive model is investigated. By using some preliminary lemmas and const...
A discrete time non-autonomous two-species competitive system with delays is proposed, which involve...
We consider an almost periodic multispecies discrete Lotka-Volterra mutualism system with feedback c...
In this paper, we consider the almost periodic solutions of a discrete cooperation system with feedb...
In this paper, a delayed competitive system with the effect of toxic substances is investigated. Wit...
In this paper, a delayed competitive system with the effect of toxic substances is investigated. Wit...
This paper studies a class of periodic n species cooperative Lotka-Volterra systems with continuous ...
summary:In this paper, sharp a priori estimate of the periodic solutions is obtained for the discret...
AbstractSufficient conditions are obtained for the existence and global stability of a positive peri...
This thesis is concerned with the classical system of differential equations for the competition bet...
A competitive Lotka–Volterra system of two equations is studied. It is shown that if the coefficien...
We investigate a neutral multispecies logarithmic population model with feedback control and impulse...
Abstract. In this paper, we study the existence and global asymptotic stability of positive periodic...
A discrete nonlinear almost periodic multispecies competitive system with delays and feedback contro...
The existence and the global stability of positive periodic solutions of a discrete competition mode...
A discrete two-species competitive model is investigated. By using some preliminary lemmas and const...
A discrete time non-autonomous two-species competitive system with delays is proposed, which involve...
We consider an almost periodic multispecies discrete Lotka-Volterra mutualism system with feedback c...
In this paper, we consider the almost periodic solutions of a discrete cooperation system with feedb...
In this paper, a delayed competitive system with the effect of toxic substances is investigated. Wit...
In this paper, a delayed competitive system with the effect of toxic substances is investigated. Wit...
This paper studies a class of periodic n species cooperative Lotka-Volterra systems with continuous ...
summary:In this paper, sharp a priori estimate of the periodic solutions is obtained for the discret...
AbstractSufficient conditions are obtained for the existence and global stability of a positive peri...
This thesis is concerned with the classical system of differential equations for the competition bet...
A competitive Lotka–Volterra system of two equations is studied. It is shown that if the coefficien...
We investigate a neutral multispecies logarithmic population model with feedback control and impulse...