This paper develops approximate analytical solutions of the general form of Lotka – Volterra, Prey – Predator system using the perturbation technique. Here it is shown that results of the previous work [3] become a particular case of the present work
The non-linear differential equations describing the Volterra-Gause-Witt system have been solved in ...
The purpose of this thesis is to develop and evaluate approximate analytical solutions of nonlinear ...
This paper looked at how to obtain quantitative information about the behaviour of Predator-Prey mod...
Perturbation–iteration method is generalized for systems of first order differential equations. Appr...
The two dimensional Poincare--Lindstedt method is used to obtain approximate solutions to the period...
The two dimensional Poincare--Lindstedt method is used to obtain approximate solutions to the period...
The paper is devoted to an extended Lotka–Volterra system of differential equations of predator–prey...
The paper is devoted to an extended Lotka–Volterra system of differential equations of predator–prey...
The paper is devoted to an extended Lotka–Volterra system of differential equations of predator–prey...
The two dimensional Poincare--Lindstedt method is used to obtain approximate solutions to the period...
This paper reflects some research outcome denoting as to how Lotka–Volterra prey predator model has ...
The two dimensional Poincare--Lindstedt method is used to obtain approximate solutions to the period...
The two dimensional Poincare--Lindstedt method is used to obtain approximate solutions to the period...
The two dimensional Poincare-Lindstedt method is used to obtain approximate solutions to the periodi...
AbstractThis paper reflects some research outcome denoting as to how Lotka–Volterra prey predator mo...
The non-linear differential equations describing the Volterra-Gause-Witt system have been solved in ...
The purpose of this thesis is to develop and evaluate approximate analytical solutions of nonlinear ...
This paper looked at how to obtain quantitative information about the behaviour of Predator-Prey mod...
Perturbation–iteration method is generalized for systems of first order differential equations. Appr...
The two dimensional Poincare--Lindstedt method is used to obtain approximate solutions to the period...
The two dimensional Poincare--Lindstedt method is used to obtain approximate solutions to the period...
The paper is devoted to an extended Lotka–Volterra system of differential equations of predator–prey...
The paper is devoted to an extended Lotka–Volterra system of differential equations of predator–prey...
The paper is devoted to an extended Lotka–Volterra system of differential equations of predator–prey...
The two dimensional Poincare--Lindstedt method is used to obtain approximate solutions to the period...
This paper reflects some research outcome denoting as to how Lotka–Volterra prey predator model has ...
The two dimensional Poincare--Lindstedt method is used to obtain approximate solutions to the period...
The two dimensional Poincare--Lindstedt method is used to obtain approximate solutions to the period...
The two dimensional Poincare-Lindstedt method is used to obtain approximate solutions to the periodi...
AbstractThis paper reflects some research outcome denoting as to how Lotka–Volterra prey predator mo...
The non-linear differential equations describing the Volterra-Gause-Witt system have been solved in ...
The purpose of this thesis is to develop and evaluate approximate analytical solutions of nonlinear ...
This paper looked at how to obtain quantitative information about the behaviour of Predator-Prey mod...