Note: Some of the graphical elements of this site are only visible to browsers that support accepted web standards. The content of this site is, however, accessible to any browser or Internet device.
Control and Power Portfolio Partnership
ROBUST CONTROL, MODEL REDUCTION AND CONTROLLER APPROXIMATION
APPLICATIONS
-
Reduced Gain-scheduled Autopilot Design for Missiles:
LPV reduced controller design techniques are used to control agile missiles.
The missile is controlled over a wide operating envelope and nonlinear
simulations proved the potential of LPV design methods for such class
of problems. -
Model
Reduction and Reduced-order Controller Design of ITER-Tokamak::
LTI and LPV design methods are used to simplify the modeling and control
of a fusion reactor. The problem is challenging in the sense that Tokamaks
are represented with huge number of differential equations and no model-based
controller synthesis can be used without simplifications.