The paper deals with sampled-data stabilization of delayed input-affine dynamics. To remove the infinite dimensionality, the design is set in the sampled-data context and the delay is compensated with a discrete-time predictor. A simulated example illustrates the performances
Systems where the present rate of change of state depends on the past values of the higher rates of ...
Starting from an optimal stabilizing controller designed for an input-affine continuous-time dynamic...
A new approach to robust sampled-data control is introduced. The system is modelled as a continuous-...
International audienceThis paper represents a first attempt toward an alternative way of computing r...
International audienceThe paper deals with the stabilization of nonlinear sampled-data systems affec...
International audienceThe paper deals with the stabilisation of strict-feedback dynamics with a dela...
A reduction approach on the discrete-time equivalent model of a nonlinear input delayed system is pr...
In this work, how sampling can be instrumental for stabilizing nonlinear dynamics with delays is dis...
It is well known that in some systems a stabilizing feedback that depends on the output and its deri...
International audienceIn this paper the sampled-data stabilization of linear time-invariant systems ...
International audienceIn this paper, a nonlinear continuous-time dynamics with input-delay is consid...
In this technical note, we show that Immersion and Invariance is a natural framework for the design ...
In this letter, the reduction method is extended to time-delay systems affected by two mismatched in...
International audienceWe consider a stabilization problem for a continuous-time linear system with d...
International audienceThis paper represents a first attempt toward an alternative way of computing r...
Systems where the present rate of change of state depends on the past values of the higher rates of ...
Starting from an optimal stabilizing controller designed for an input-affine continuous-time dynamic...
A new approach to robust sampled-data control is introduced. The system is modelled as a continuous-...
International audienceThis paper represents a first attempt toward an alternative way of computing r...
International audienceThe paper deals with the stabilization of nonlinear sampled-data systems affec...
International audienceThe paper deals with the stabilisation of strict-feedback dynamics with a dela...
A reduction approach on the discrete-time equivalent model of a nonlinear input delayed system is pr...
In this work, how sampling can be instrumental for stabilizing nonlinear dynamics with delays is dis...
It is well known that in some systems a stabilizing feedback that depends on the output and its deri...
International audienceIn this paper the sampled-data stabilization of linear time-invariant systems ...
International audienceIn this paper, a nonlinear continuous-time dynamics with input-delay is consid...
In this technical note, we show that Immersion and Invariance is a natural framework for the design ...
In this letter, the reduction method is extended to time-delay systems affected by two mismatched in...
International audienceWe consider a stabilization problem for a continuous-time linear system with d...
International audienceThis paper represents a first attempt toward an alternative way of computing r...
Systems where the present rate of change of state depends on the past values of the higher rates of ...
Starting from an optimal stabilizing controller designed for an input-affine continuous-time dynamic...
A new approach to robust sampled-data control is introduced. The system is modelled as a continuous-...