AbstractIn this paper we are dealing with first-order differential equations and inequalities with a deviating argument and we give some new necessary, sufficient, and necessary and sufficient conditions concerning: (a) the comparison of oscillatory and asymptotic behavior of solutions of: (1) first-order vector differential equations and, corresponding to them, operator and scalar differential equations with a deviating argument and (2) first-order differential equations and, corresponding to them, inequalities with a deviating argument; and (b) the existence of a certain type of nonoscillatory solutions of differential equations and inequalities with a deviating argument. What is important, in our opinion, is the fact that some of the obt...
Sufficient oscillation conditions are obtained for second order differential equations with several ...
Abstract. The aim of our report is to present some results concerning the oscillatory and asymptotic...
summary:The aim of this paper is to deduce oscillatory and asymptotic behavior of delay differential...
In this paper we are dealing with first-order differential equations and inequalities with a deviati...
AbstractIn this paper, sufficient conditions have been obtained for oscillation and non-oscillation ...
This article concerns the oscillatory behavior of first-order non-linear differential equations with...
summary:Sufficient oscillation conditions involving $\limsup $ and $\liminf $ for first-order differ...
AbstractIn this paper, we study the oscillatory behavior of first order differential equations with ...
The Sturmian Comparison Method, elaborated previously by one of the authors, is developed and applie...
The Sturmian Comparison Method, elaborated previously by one of the authors, is developed and applie...
In this paper, improved oscillation conditions are established for the oscillation of all solutions ...
summary:This paper is concerned with the oscillatory behavior of first-order nonlinear difference eq...
AbstractSome new sufficient conditions for oscillation and nonoscillation are obtained for first ord...
Abstract Sufficient conditions, involving limsup and liminf, for the oscillation of all solutions of...
We study the oscillation of solutions to the differential equation ẋ(t) + α1(t)x[r(t)] + α2(t)x[p(t...
Sufficient oscillation conditions are obtained for second order differential equations with several ...
Abstract. The aim of our report is to present some results concerning the oscillatory and asymptotic...
summary:The aim of this paper is to deduce oscillatory and asymptotic behavior of delay differential...
In this paper we are dealing with first-order differential equations and inequalities with a deviati...
AbstractIn this paper, sufficient conditions have been obtained for oscillation and non-oscillation ...
This article concerns the oscillatory behavior of first-order non-linear differential equations with...
summary:Sufficient oscillation conditions involving $\limsup $ and $\liminf $ for first-order differ...
AbstractIn this paper, we study the oscillatory behavior of first order differential equations with ...
The Sturmian Comparison Method, elaborated previously by one of the authors, is developed and applie...
The Sturmian Comparison Method, elaborated previously by one of the authors, is developed and applie...
In this paper, improved oscillation conditions are established for the oscillation of all solutions ...
summary:This paper is concerned with the oscillatory behavior of first-order nonlinear difference eq...
AbstractSome new sufficient conditions for oscillation and nonoscillation are obtained for first ord...
Abstract Sufficient conditions, involving limsup and liminf, for the oscillation of all solutions of...
We study the oscillation of solutions to the differential equation ẋ(t) + α1(t)x[r(t)] + α2(t)x[p(t...
Sufficient oscillation conditions are obtained for second order differential equations with several ...
Abstract. The aim of our report is to present some results concerning the oscillatory and asymptotic...
summary:The aim of this paper is to deduce oscillatory and asymptotic behavior of delay differential...