The reported analysis allows the design of the test under a given uncertainty constraint.
The RCB, which can be categorized as diagonal loading approach, is obtained by maximizing the output power of the standard Capon beamformer (SCB) subject to an uncertainty constraint on the nominal ASV.
The main challenges that face a CPC design are the modeling uncertainties, constraints on the control actions, and immeasurable system states.
In different settings and in a simple and graspable way it allows to visualize influence of chosen control parameters on the loop performance, no matter how a peculiar dynamics is considered (with a long dead time, parameter uncertainties, constraints, etc).. Its use in design of the PI control for a single integrator + dead time is considered.
The developed state and output feedback controllers are applied successfully to non-isothermal chemical reactor examples with uncertainty, input constraints, and incomplete state measurements.
Demand uncertainty and constraints posed by the every echelon are important factors to be considered in the supply chain design operations.
The shell control problem embodies most of the critical elements of challenging industrial process control problems (e.g. unmeasured disturbances, model uncertainty, input/output constraints, optimization objective conflicting with control requirements, failure-prone sensors, secondary measurements, nonsquare system, etc).
A key idea in the controller synthesis is to shape the fault-free closed-loop response of each state in a prescribed fashion that facilitates the derivation of (1) dedicated FDI residuals and thresholds for each actuator, and (2) an explicit characterization of the state-space regions where FDI can be performed under uncertainty and constraints.
Additional complexities accounted for by the framework include uncertainties and constraints.
System uncertainties, practical constraints on control action and desired performance are included in the synthesis procedure.
