AbstractWe describe a surface in R3 which is called the stability cone. We prove necessary and sufficient stability conditions for the delay differential matrix equation ẋ+Ax+Bx(t−τ)=0. These conditions are formulated in terms of the location with respect to the stability cone of some points determined by the eigenvalues of matrices A,B and the delay value. We require that matrices A,B admit a simultaneous triangularization
AbstractThe equations of the title for the state X: [−T, ∞] → RL[X]: = [(D − a)(D − a)]n X(t) + B·[(...
summary:This paper is devoted to the investigation on the stability for two characteristic functions...
AbstractAn equilibrium of a delay equation is said to be absolutely stable if it is asymptotically s...
AbstractWe describe a surface in R3 which is called the stability cone. We prove necessary and suffi...
AbstractFor linear delay differential and difference equations with one coefficient matrix A, we giv...
AbstractIn this work, a new sufficient condition for asymptotic stability of the neutral differentia...
summary:In this paper, there are derived sufficient conditions for exponential and asymptotic stabil...
AbstractIn this paper we give necessary and sufficient conditions for the asymptotic stability of th...
Es reproducción del documento publicado en http://dx.doi.org/10.1155/DDNS/2006/76361The asymptotic s...
In this paper, we consider the asymptotic stability for the system of linear delay differential equa...
An algorithm for stabilization of a class of systems with constant delay is proposed. © 201
AbstractOne of the main results in a recent paper [P.H.A. Ngoc, On exponential stability of nonlinea...
AbstractSome asymptotic stability criteria are derived for systems of nonlinear functional different...
In this paper, we give some new necessary and sufficient conditions for the asymptotic stability of ...
We consider the stability problem for the difference system xn = Axn−1 +Bxn−k, where A, B are real m...
AbstractThe equations of the title for the state X: [−T, ∞] → RL[X]: = [(D − a)(D − a)]n X(t) + B·[(...
summary:This paper is devoted to the investigation on the stability for two characteristic functions...
AbstractAn equilibrium of a delay equation is said to be absolutely stable if it is asymptotically s...
AbstractWe describe a surface in R3 which is called the stability cone. We prove necessary and suffi...
AbstractFor linear delay differential and difference equations with one coefficient matrix A, we giv...
AbstractIn this work, a new sufficient condition for asymptotic stability of the neutral differentia...
summary:In this paper, there are derived sufficient conditions for exponential and asymptotic stabil...
AbstractIn this paper we give necessary and sufficient conditions for the asymptotic stability of th...
Es reproducción del documento publicado en http://dx.doi.org/10.1155/DDNS/2006/76361The asymptotic s...
In this paper, we consider the asymptotic stability for the system of linear delay differential equa...
An algorithm for stabilization of a class of systems with constant delay is proposed. © 201
AbstractOne of the main results in a recent paper [P.H.A. Ngoc, On exponential stability of nonlinea...
AbstractSome asymptotic stability criteria are derived for systems of nonlinear functional different...
In this paper, we give some new necessary and sufficient conditions for the asymptotic stability of ...
We consider the stability problem for the difference system xn = Axn−1 +Bxn−k, where A, B are real m...
AbstractThe equations of the title for the state X: [−T, ∞] → RL[X]: = [(D − a)(D − a)]n X(t) + B·[(...
summary:This paper is devoted to the investigation on the stability for two characteristic functions...
AbstractAn equilibrium of a delay equation is said to be absolutely stable if it is asymptotically s...