The paper discusses the asymptotic behaviour of all solutions of the differential equation y˙(t)=−a(t)y(t)+∑i=1nbi(t)y(τi(t))+f(t), t∈I=[t0,∞), with a positive continuous function a, continuous functions bi, f, and n continuously differentiable unbounded lags. We establish conditions under which any solution y of this equation can be estimated by means of a solution of an auxiliary functional equation with one unbounded lag. Moreover, some related questions concerning functional equations are discussed as well
The asymptotic behavior of the solutions of the first-order differential equation ẏ(t)=�...
Abstract. We prove that a function of several variables satisfying a func-tional differential inequa...
AbstractWe study the asymptotic behavior of solutions of the following forced delay differential equ...
AbstractIn this paper, the author investigates the asymptotic properties of solutions of the nonhomo...
summary:In this paper we investigate the asymptotic properties of all solutions of the delay differe...
This paper investigates the asymptotic behaviour of the solutions of the retarded-type linear differ...
summary:This contribution is devoted to the problem of asymptotic behaviour of solutions of scalar l...
summary:We discuss the asymptotic behaviour of all solutions of the functional differential equation...
AbstractOur aim is to obtain conditions under which every solutionyof the vector functional differen...
Abstract. We study the asymptotic behavior of solutions of the following forced delay differen-tial ...
summary:We study the asymptotic behavior of the solutions of a differential equation with unbounded ...
Consider the linear differential equation x(t)= Σi=1npi(t)x(t-ti)=0, t≥t0where p C([t0∞), R) and ti\...
In this paper, we consider linear and nonlinear perturbations of a linear autonomous functional diff...
AbstractIn this paper we present an asymptotic formula for the solutions of the nonautonomous delay ...
AbstractThis paper formulates necessary and sufficient conditions for a linear delay differential eq...
The asymptotic behavior of the solutions of the first-order differential equation ẏ(t)=�...
Abstract. We prove that a function of several variables satisfying a func-tional differential inequa...
AbstractWe study the asymptotic behavior of solutions of the following forced delay differential equ...
AbstractIn this paper, the author investigates the asymptotic properties of solutions of the nonhomo...
summary:In this paper we investigate the asymptotic properties of all solutions of the delay differe...
This paper investigates the asymptotic behaviour of the solutions of the retarded-type linear differ...
summary:This contribution is devoted to the problem of asymptotic behaviour of solutions of scalar l...
summary:We discuss the asymptotic behaviour of all solutions of the functional differential equation...
AbstractOur aim is to obtain conditions under which every solutionyof the vector functional differen...
Abstract. We study the asymptotic behavior of solutions of the following forced delay differen-tial ...
summary:We study the asymptotic behavior of the solutions of a differential equation with unbounded ...
Consider the linear differential equation x(t)= Σi=1npi(t)x(t-ti)=0, t≥t0where p C([t0∞), R) and ti\...
In this paper, we consider linear and nonlinear perturbations of a linear autonomous functional diff...
AbstractIn this paper we present an asymptotic formula for the solutions of the nonautonomous delay ...
AbstractThis paper formulates necessary and sufficient conditions for a linear delay differential eq...
The asymptotic behavior of the solutions of the first-order differential equation ẏ(t)=�...
Abstract. We prove that a function of several variables satisfying a func-tional differential inequa...
AbstractWe study the asymptotic behavior of solutions of the following forced delay differential equ...