In addition well calibrated rule based control designs are also being adopted in the last decades as a way to improve the energy efficiency in buildings (improving active elements management).
An LMI-based control design is proposed to attenuate seismic disturbances in base-isolated structures under saturation actuators.
Model-based control design is essential in the control of solar power plants.
To control the greenhouse a model-based control design is required.
In this paper a framework for randomization-based control design is presented and applied to a Mini-UAV platform.
A discrete-time linearization-based control design is constructed for control of a high-fidelity continuous-time nonlinear aircraft model with uncertain dynamics and structural damage.
Model-based control design is a highly efficient and widely established approach enabling control engineers to work with a single, visualized system model in an integrated software environment.
A convergence-based control design is proposed that guarantees stability of the closed-loop system and a unique bounded steady-state response for any bounded disturbance.
H2 and H∞ based control design methodologies are widely used to deal with multivariable control problems.
Sufficient conditions for observer based control design with saturation constraints are developed.
The proposed robust based PID control design is tested against other tuning methods.
