In this work, new approach to stability theory of impulsive differential equations is proposed. Instead of putting all components of the state variable x in one Liapunov function, several functions of partial components of x, which can be much easier constructed, are used so that the conditions ensuring that stability are simpler and less restrictive. Also, an example is given to illustrate the advantages of the obtained results
AbstractThis paper studies the practical stability of the solutions of nonlinear impulsive functiona...
AbstractThis paper focuses on the stability of the zero solution for the impulsive differential syst...
AbstractCriteria for stability, asymptotical stability and instability of the nontrivial solutions o...
AbstractIn the present paper the notion of stability of linear impulsive differential equations at f...
AbstractIn this work, we consider a new approach to the practical stability theory of impulsive func...
AbstractStrict stability is the kind of stability that can give us some information about the rate o...
This book is devoted to impulsive functional differential equations which are a natural generalizati...
In this paper, we study new impulsive ordinary differential equations and apply fixed point approach...
AbstractIn this work, we investigate the stability of a class of impulsive functional differential e...
In this paper, the notions of integral 0φ-stability of ordinary impulsive differential equations are...
AbstractThe stability of nonlinear impulsive differential equations with “supremum” is studied. A sp...
AbstractThis paper considers the stability problem for a class of impulsive systems of functional di...
Abstract. The notions of Lipschitz stability of impulsive systems of differential equations are exte...
Abstract. The notions of Lipschitz stability of impulsive systems of differential equations are exte...
The development of the first Lyapunov's method for the solution stability investigation of discrete ...
AbstractThis paper studies the practical stability of the solutions of nonlinear impulsive functiona...
AbstractThis paper focuses on the stability of the zero solution for the impulsive differential syst...
AbstractCriteria for stability, asymptotical stability and instability of the nontrivial solutions o...
AbstractIn the present paper the notion of stability of linear impulsive differential equations at f...
AbstractIn this work, we consider a new approach to the practical stability theory of impulsive func...
AbstractStrict stability is the kind of stability that can give us some information about the rate o...
This book is devoted to impulsive functional differential equations which are a natural generalizati...
In this paper, we study new impulsive ordinary differential equations and apply fixed point approach...
AbstractIn this work, we investigate the stability of a class of impulsive functional differential e...
In this paper, the notions of integral 0φ-stability of ordinary impulsive differential equations are...
AbstractThe stability of nonlinear impulsive differential equations with “supremum” is studied. A sp...
AbstractThis paper considers the stability problem for a class of impulsive systems of functional di...
Abstract. The notions of Lipschitz stability of impulsive systems of differential equations are exte...
Abstract. The notions of Lipschitz stability of impulsive systems of differential equations are exte...
The development of the first Lyapunov's method for the solution stability investigation of discrete ...
AbstractThis paper studies the practical stability of the solutions of nonlinear impulsive functiona...
AbstractThis paper focuses on the stability of the zero solution for the impulsive differential syst...
AbstractCriteria for stability, asymptotical stability and instability of the nontrivial solutions o...