Add to ORKGThe development of the first Lyapunov's method for the solution stability investigation of discrete and differential systems with impulsive influence is the of the paper. As a result theorems about the solution stability and attraction of discrete and differential systems with impulsive influence have been obtained. Results may find their field of application in theory of functional-differential equationsAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
By using Lyapunov functions and Razumikhin techniques, the strict stability of impulsive functional...
AbstractIn the present paper the question of the practical stability of the solutions of impulsive s...
AbstractStrict stability is the kind of stability that can give us some information about the rate o...
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...
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...
This article is devoted to the investigation of nonlinear systems of differential and integro-differ...
AbstractThis paper considers the stability problem for a class of impulsive systems of functional di...
AbstractThis paper focuses on the stability of the zero solution for the impulsive differential syst...
In this paper we extend the notion of the control Lyapounov pair of functions and derive a stability...
AbstractThis paper considers Lyapunov stability of impulsive differential systems. New sufficient co...
In this work, new approach to stability theory of impulsive differential equations is proposed. Inst...
This article addresses the problem of stability of impulsive control systems whose dynamics are give...
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...
AbstractIn the present paper the question of the practical stability of the solutions of impulsive s...
AbstractStrict stability is the kind of stability that can give us some information about the rate o...
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...
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...
This article is devoted to the investigation of nonlinear systems of differential and integro-differ...
AbstractThis paper considers the stability problem for a class of impulsive systems of functional di...
AbstractThis paper focuses on the stability of the zero solution for the impulsive differential syst...
In this paper we extend the notion of the control Lyapounov pair of functions and derive a stability...
AbstractThis paper considers Lyapunov stability of impulsive differential systems. New sufficient co...
In this work, new approach to stability theory of impulsive differential equations is proposed. Inst...
This article addresses the problem of stability of impulsive control systems whose dynamics are give...
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...
AbstractIn the present paper the question of the practical stability of the solutions of impulsive s...
AbstractStrict stability is the kind of stability that can give us some information about the rate o...