Event-based control of linear hyperbolic systems of conservation laws

In this thesis, we have studied the modeling and boundary control of networks described by a class of infinite dimensional systems: networks of hyperbolic partial differential

As illustrated in Figure 1, a fault detection filter is used for generating the residual signal en. More specifically, this filter uses a bunch of set-measurements Y 0:n for the

Moreover, when we consider a linear system in max-plus algebra, we obtain the same results as the residuation theory (ii) the constraint propagation techniques are more general than

This set represents the forbidden configu- rations at the top-level of K , whereas [b, E b ] corresponds to the forbidden configurations at the lower level (i.e. The idea is that we

Moreover, when we consider a linear system in max-plus algebra, we obtain the same results as the residuation theory (ii) the constraint propagation techniques are more general than

Keywords: Discrete event systems, control reconfiguration, manufacturing systems, timed discrete event systems, estimation, sensor faults..

In order to focus on the event-triggered implementation of the controller (2), we want to propose a new dynamic triggering mechanism to enrich the event generator algorithm managing

The effect of input and output quantization introduced by the network is considered in the stability analysis.. The results are illustrated