AbstractWe study the asymptotic behavior of solutions of the following forced delay differential equation: x′(t)=−p(t)fx(t−τ)+r(t),t⩾0. Some sufficient conditions that guarantee every solution of the equation to converge to zero are obtained. The results obtained are applied to some well-known delay differential ecological equations with forcing term
Abstract. In this paper, we study the asymptotic behavior of linear differential equations under non...
AbstractWe study the asymptotic behavior of the solutions of the first order differential equation c...
AbstractThe convergence of all solutions of the scalar equation ẋ=f(t,xt) is studied under the main...
Abstract. We study the asymptotic behavior of solutions of the following forced delay differen-tial ...
summary:In this paper we investigate the asymptotic properties of all solutions of the delay differe...
AbstractIn this paper, the authors consider the forced delay differential equation[formula]wherea,b,...
In this article, we first study the asymptotic behavior of delay dynamic equations having the follow...
AbstractIn this paper, we consider the nonautonomous forced delay difference equation Δxn = pnf(xn −...
AbstractIn this paper we study the oscillatory and asymptotic behavior of the solutions of delay dif...
AbstractIn this paper, sufficient conditions are established for the asymptotical behavior of soluti...
Abstract. Sufficient conditions in terms of coefficient functions have been obtained so that all non...
AbstractSufficient conditions will be given for the existence of the limit of f(x) for x→∞ if f is a...
AbstractThe asymptotic behaviour of the solutions of the differential equations (r(t)x′(t))′ + f(t,x...
AbstractThis paper deals with asymptotic behavior of solutions of the nonlinear nonautonomous delay ...
AbstractIn this paper, the author investigates the asymptotic properties of solutions of the nonhomo...
Abstract. In this paper, we study the asymptotic behavior of linear differential equations under non...
AbstractWe study the asymptotic behavior of the solutions of the first order differential equation c...
AbstractThe convergence of all solutions of the scalar equation ẋ=f(t,xt) is studied under the main...
Abstract. We study the asymptotic behavior of solutions of the following forced delay differen-tial ...
summary:In this paper we investigate the asymptotic properties of all solutions of the delay differe...
AbstractIn this paper, the authors consider the forced delay differential equation[formula]wherea,b,...
In this article, we first study the asymptotic behavior of delay dynamic equations having the follow...
AbstractIn this paper, we consider the nonautonomous forced delay difference equation Δxn = pnf(xn −...
AbstractIn this paper we study the oscillatory and asymptotic behavior of the solutions of delay dif...
AbstractIn this paper, sufficient conditions are established for the asymptotical behavior of soluti...
Abstract. Sufficient conditions in terms of coefficient functions have been obtained so that all non...
AbstractSufficient conditions will be given for the existence of the limit of f(x) for x→∞ if f is a...
AbstractThe asymptotic behaviour of the solutions of the differential equations (r(t)x′(t))′ + f(t,x...
AbstractThis paper deals with asymptotic behavior of solutions of the nonlinear nonautonomous delay ...
AbstractIn this paper, the author investigates the asymptotic properties of solutions of the nonhomo...
Abstract. In this paper, we study the asymptotic behavior of linear differential equations under non...
AbstractWe study the asymptotic behavior of the solutions of the first order differential equation c...
AbstractThe convergence of all solutions of the scalar equation ẋ=f(t,xt) is studied under the main...
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