AbstractConsider the one-dimensional nonautonomous neutral differential equation ddt[xt−ft,xpt]+gt,xqt=0, t≥t0, where p,q:[t0,∞)→R are continuous and strictly increasing, p(t)<t,q(t)<t for all t≥t0, and xg(t,x)≥0 for t≥t0, x∈R. In this paper, the authors obtain sufficient conditions for the zero solution of this equation with unbounded delay to be uniformly stable as well as asymptotically stable
We consider one class of systems of linear nonautonomous differential equations of neutral type with...
AbstractThis paper provides results on the correct simulation, when using continuous Runge–Kutta met...
Abstract The uniform stability of the zero solution and the asymptotic behaviour of all solutions of...
AbstractConsider the scalar linear delay differential equation {d\over dt}[x(t)-P(t)x(t-\tau)]+Q(t)x...
AbstractIn this work, a new sufficient condition for asymptotic stability of the neutral differentia...
AbstractConsider the neutral delay differential equation ddt[x(t) + px(t − τ)] + q[x(t − σ1) − x(t −...
In this paper we use the contraction mapping theorem to obtain asymptotic stability results of the n...
AbstractThis paper deals with asymptotic behavior of solutions of the nonlinear nonautonomous delay ...
AbstractIn this letter, a new sufficient delay-dependent exponential stability condition for a class...
Abstract. In this paper, we use a fixed point technique and the concept of large contractions to pro...
AbstractConsider the following nonautonomous nonlinear delay differential equation:{dy(t)dt=−a(t)y(t...
AbstractIn this paper, we give some sufficient conditions for the zero solution of an n-dimensional ...
In this paper, we obtain sufficient conditions for oscillation and nonoscillation of the solutions o...
AbstractThe aim of this paper is to study the following first-order nonlinear neutral delay differen...
AbstractIn this paper we give a sufficient condition for the zero solution of an n-dimensional diffe...
We consider one class of systems of linear nonautonomous differential equations of neutral type with...
AbstractThis paper provides results on the correct simulation, when using continuous Runge–Kutta met...
Abstract The uniform stability of the zero solution and the asymptotic behaviour of all solutions of...
AbstractConsider the scalar linear delay differential equation {d\over dt}[x(t)-P(t)x(t-\tau)]+Q(t)x...
AbstractIn this work, a new sufficient condition for asymptotic stability of the neutral differentia...
AbstractConsider the neutral delay differential equation ddt[x(t) + px(t − τ)] + q[x(t − σ1) − x(t −...
In this paper we use the contraction mapping theorem to obtain asymptotic stability results of the n...
AbstractThis paper deals with asymptotic behavior of solutions of the nonlinear nonautonomous delay ...
AbstractIn this letter, a new sufficient delay-dependent exponential stability condition for a class...
Abstract. In this paper, we use a fixed point technique and the concept of large contractions to pro...
AbstractConsider the following nonautonomous nonlinear delay differential equation:{dy(t)dt=−a(t)y(t...
AbstractIn this paper, we give some sufficient conditions for the zero solution of an n-dimensional ...
In this paper, we obtain sufficient conditions for oscillation and nonoscillation of the solutions o...
AbstractThe aim of this paper is to study the following first-order nonlinear neutral delay differen...
AbstractIn this paper we give a sufficient condition for the zero solution of an n-dimensional diffe...
We consider one class of systems of linear nonautonomous differential equations of neutral type with...
AbstractThis paper provides results on the correct simulation, when using continuous Runge–Kutta met...
Abstract The uniform stability of the zero solution and the asymptotic behaviour of all solutions of...