The concern of this paper is with the asymptotic behavior of the solutions of some nonlinear systems of integro-differential equations that occur, quite often, in the study of nonlinear control systems with time-delay and/or distributed-parameter elements
In the behavioral approach, a linear time-invariant (LTI) delay-differential system is naturally int...
Time-delay systems occupy a place of central importance in all areas of science. Time-delays are oft...
We are concerned with a class of n-dimensional non-autonomous delay differential equations obtained ...
The concern of this paper is with the asymptotic behavior of the solutions of some nonlinear systems...
International audienceThe importance oftime delays in control is now well recognized in a wide range...
summary:In this paper we give an example of Markus–Yamabe instability in a constant coefficient dela...
International audienceRecent work by Mazenc and Malisoff provided a trajectory-based approach to pro...
AbstractThis paper deals with the global uniform exponential stability independent of delay of time-...
summary:The following time delay system $$ \dot {x} = Ax(t) + \sum _1^rbq_i^*x(t-\tau _i)-b\varphi (...
This paper deals with the global uniform exponential stability independent of delay of time-delay li...
AbstractIn this paper we give a sufficient condition for the zero solution of an n-dimensional diffe...
AbstractOur concern is to solve the stability problem for a linear integro-differential system with ...
It is shown that every solution of the linear difference system with constant coefficients and delay...
AbstractSufficient conditions for the null controllability of nonlinear infinite delay systems with ...
The asymptotic stability of solutions of a class of third and fourth order delaydifferential equatio...
In the behavioral approach, a linear time-invariant (LTI) delay-differential system is naturally int...
Time-delay systems occupy a place of central importance in all areas of science. Time-delays are oft...
We are concerned with a class of n-dimensional non-autonomous delay differential equations obtained ...
The concern of this paper is with the asymptotic behavior of the solutions of some nonlinear systems...
International audienceThe importance oftime delays in control is now well recognized in a wide range...
summary:In this paper we give an example of Markus–Yamabe instability in a constant coefficient dela...
International audienceRecent work by Mazenc and Malisoff provided a trajectory-based approach to pro...
AbstractThis paper deals with the global uniform exponential stability independent of delay of time-...
summary:The following time delay system $$ \dot {x} = Ax(t) + \sum _1^rbq_i^*x(t-\tau _i)-b\varphi (...
This paper deals with the global uniform exponential stability independent of delay of time-delay li...
AbstractIn this paper we give a sufficient condition for the zero solution of an n-dimensional diffe...
AbstractOur concern is to solve the stability problem for a linear integro-differential system with ...
It is shown that every solution of the linear difference system with constant coefficients and delay...
AbstractSufficient conditions for the null controllability of nonlinear infinite delay systems with ...
The asymptotic stability of solutions of a class of third and fourth order delaydifferential equatio...
In the behavioral approach, a linear time-invariant (LTI) delay-differential system is naturally int...
Time-delay systems occupy a place of central importance in all areas of science. Time-delays are oft...
We are concerned with a class of n-dimensional non-autonomous delay differential equations obtained ...
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