AbstractThe main results of this paper are that the oscillation and the stability of a linear impulsive delay differential equation are equivalent respectively to the oscillation and the stability of a corresponding linear delay differential equation without impulses. The results of this paper can be used to improve and derive some of the known results in the literature
AbstractThis paper is devoted to the study of the oscillations for forced second order delay differe...
AbstractIn this paper, a necessary and sufficient condition for oscillation of a first-order delay d...
AbstractFor a scalar nonlinear impulsive delay differential equationẏ(t)+∑k=1mrk(t)fk[y(hk(t))]=0,t...
AbstractMany of the oscillation results for linear impulsive equations were justified by the followi...
AbstractThe main results of this paper are that the oscillation and the stability of a linear impuls...
AbstractThis paper presents a systematic development of the oscillatory results for the linear and n...
AbstractEffective sufficient conditions for the asymptotic stability of the trivial solution of impu...
AbstractSufficient conditions are obtained respectively for the asymptotic stability of the trivial ...
AbstractFor the second-order delay differential equation y″(t)+a(t)y′(t)+∑i=1npi(t)y(gi(t))=0, t>0, ...
AbstractIn the present paper, we obtain sufficient conditions for stability of the zero solution of ...
AbstractIn this paper we obtain sufficient conditions for the stability of the zero solution of the ...
AbstractComparison theorem and explicit sufficient conditions are obtained for oscillation and nonos...
AbstractIn this paper, we consider a food-limited population model with impulsive effect. Several ex...
AbstractWe offer new criteria for the preservation of nonoscillatory behavior of solutions of the de...
AbstractThe present paper is devoted to the investigation of the oscillatory behavior of a kind of e...
AbstractThis paper is devoted to the study of the oscillations for forced second order delay differe...
AbstractIn this paper, a necessary and sufficient condition for oscillation of a first-order delay d...
AbstractFor a scalar nonlinear impulsive delay differential equationẏ(t)+∑k=1mrk(t)fk[y(hk(t))]=0,t...
AbstractMany of the oscillation results for linear impulsive equations were justified by the followi...
AbstractThe main results of this paper are that the oscillation and the stability of a linear impuls...
AbstractThis paper presents a systematic development of the oscillatory results for the linear and n...
AbstractEffective sufficient conditions for the asymptotic stability of the trivial solution of impu...
AbstractSufficient conditions are obtained respectively for the asymptotic stability of the trivial ...
AbstractFor the second-order delay differential equation y″(t)+a(t)y′(t)+∑i=1npi(t)y(gi(t))=0, t>0, ...
AbstractIn the present paper, we obtain sufficient conditions for stability of the zero solution of ...
AbstractIn this paper we obtain sufficient conditions for the stability of the zero solution of the ...
AbstractComparison theorem and explicit sufficient conditions are obtained for oscillation and nonos...
AbstractIn this paper, we consider a food-limited population model with impulsive effect. Several ex...
AbstractWe offer new criteria for the preservation of nonoscillatory behavior of solutions of the de...
AbstractThe present paper is devoted to the investigation of the oscillatory behavior of a kind of e...
AbstractThis paper is devoted to the study of the oscillations for forced second order delay differe...
AbstractIn this paper, a necessary and sufficient condition for oscillation of a first-order delay d...
AbstractFor a scalar nonlinear impulsive delay differential equationẏ(t)+∑k=1mrk(t)fk[y(hk(t))]=0,t...