The “freezing” method for ordinary differential equations is extended to multivariable retarded systems with distributed delays and slowly varying coefficients. Explicit stability conditions are derived. The main tool of the paper is a combined usage of the generalized Bohl-Perron principle and norm estimates for the fundamental solutions of the considered equations
This note is concerned with stability properties of linear time-invariant delay systems. We consider...
Abstract. General linear time-varying differential systems with delay are consid-ered. Several expli...
In the paper linear distributed delay stochastic systems are considered. Using theory of stochastic ...
The paper studies a class of a system of linear retarded differential difference equations with seve...
AbstractIn this paper, an easy-to-check exponential stability criterion for a class of uncertain ret...
The special transcendental character of the characteristic equations of theretarded differential sys...
AbstractThis paper formulates necessary and sufficient conditions for a linear delay differential eq...
In this work characterizations of external notions of output stability for uncertain time-varying sy...
As is stated in reference 2, the systematic study of differential equations with retarded arguments ...
In this paper, we give some new necessary and sufficient conditions for the asymptotic stability of ...
In this work characterizations of external notions of output stability for uncertain time-varying sy...
AbstractThe properties of practical stability and exponential estimates of trajectory bounds for ret...
AbstractIn this paper, the global exponential stability and asymptotic stability of retarded functio...
This paper is concerned with stability of linear time-delay systems of both retarded and neutral typ...
This note is concerned with stability properties of linear time-invariant delay systems. We consider...
This note is concerned with stability properties of linear time-invariant delay systems. We consider...
Abstract. General linear time-varying differential systems with delay are consid-ered. Several expli...
In the paper linear distributed delay stochastic systems are considered. Using theory of stochastic ...
The paper studies a class of a system of linear retarded differential difference equations with seve...
AbstractIn this paper, an easy-to-check exponential stability criterion for a class of uncertain ret...
The special transcendental character of the characteristic equations of theretarded differential sys...
AbstractThis paper formulates necessary and sufficient conditions for a linear delay differential eq...
In this work characterizations of external notions of output stability for uncertain time-varying sy...
As is stated in reference 2, the systematic study of differential equations with retarded arguments ...
In this paper, we give some new necessary and sufficient conditions for the asymptotic stability of ...
In this work characterizations of external notions of output stability for uncertain time-varying sy...
AbstractThe properties of practical stability and exponential estimates of trajectory bounds for ret...
AbstractIn this paper, the global exponential stability and asymptotic stability of retarded functio...
This paper is concerned with stability of linear time-delay systems of both retarded and neutral typ...
This note is concerned with stability properties of linear time-invariant delay systems. We consider...
This note is concerned with stability properties of linear time-invariant delay systems. We consider...
Abstract. General linear time-varying differential systems with delay are consid-ered. Several expli...
In the paper linear distributed delay stochastic systems are considered. Using theory of stochastic ...
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