In this paper, the notions of integral 0φ-stability of ordinary impulsive differential equations are introduced. The definition of integral 0φ-stability depends significantly on the fixed time impulses. Sufficient conditions for integral 0φ-stability are obtained by using comparison principle and piecewise continuous cone valued Lyapunov functions. A new comparison lemma, connecting the solutions of given impulsive differential system to the solution of a vector valued impulsive diffe-rential system is also established
This article is devoted to the investigation of nonlinear systems of differential and integro-differ...
This article is devoted to the investigation of nonlinear systems of differential and integro-differ...
AbstractIn this work, we investigate the stability of a class of impulsive functional differential e...
A new class of impulsive differential equations with noninstantaneous fixed time impulses is conside...
AbstractStrict stability is the kind of stability that can give us some information about the rate o...
In this work, new approach to stability theory of impulsive differential equations is proposed. Inst...
AbstractIn this paper, we introduce four Ulam’s type stability concepts for impulsive ordinary diffe...
Abstract In this paper an integro-differential system of equations, with fixed moments of non instan...
AbstractThis paper focuses on the stability of the zero solution for the impulsive differential syst...
Sufficient conditions for uniform stability and uniform asymptotic stability of impulsive integrodif...
AbstractThis paper studies the practical stability of the solutions of nonlinear impulsive functiona...
By using Lyapunov functions and Razumikhin techniques, the strict stability of impulsive functional...
In this paper, an impulsive differential system is investigated for the first time for several stabi...
AbstractThis paper establishes several stability criteria for perturbed impulsive integro-differenti...
The present work is devoted to the study of stability of the zero solution to linear impulsive diffe...
This article is devoted to the investigation of nonlinear systems of differential and integro-differ...
This article is devoted to the investigation of nonlinear systems of differential and integro-differ...
AbstractIn this work, we investigate the stability of a class of impulsive functional differential e...
A new class of impulsive differential equations with noninstantaneous fixed time impulses is conside...
AbstractStrict stability is the kind of stability that can give us some information about the rate o...
In this work, new approach to stability theory of impulsive differential equations is proposed. Inst...
AbstractIn this paper, we introduce four Ulam’s type stability concepts for impulsive ordinary diffe...
Abstract In this paper an integro-differential system of equations, with fixed moments of non instan...
AbstractThis paper focuses on the stability of the zero solution for the impulsive differential syst...
Sufficient conditions for uniform stability and uniform asymptotic stability of impulsive integrodif...
AbstractThis paper studies the practical stability of the solutions of nonlinear impulsive functiona...
By using Lyapunov functions and Razumikhin techniques, the strict stability of impulsive functional...
In this paper, an impulsive differential system is investigated for the first time for several stabi...
AbstractThis paper establishes several stability criteria for perturbed impulsive integro-differenti...
The present work is devoted to the study of stability of the zero solution to linear impulsive diffe...
This article is devoted to the investigation of nonlinear systems of differential and integro-differ...
This article is devoted to the investigation of nonlinear systems of differential and integro-differ...
AbstractIn this work, we investigate the stability of a class of impulsive functional differential e...