In addition, the SDRE algorithm is implemented with a timing update strategy both for the controller and the proposed nonlinear filter.
The first cooperative strategy implemented was the strategy for the speed controller.
The attractive ellipsoid method allows us develop an efficient strategy for the stabilizing controllers synthesis guaranteeing the elimination of drilling oscillations.
Two strategies for designing the controller matrix are developed.
The hybrid control strategy includes two parts: fuzzy controllers for subsystems and state updating controller at switching instant, and the switched control strategy contains the controllers for subsystems.
This chapter presents an adaptive neuro-fuzzy control strategy for the bridge type superconducting fault current controller (SFCC).
Conventional proportional-integral-derivative (PID) controller based control strategy for the bidirectional converter can not always meet the dynamic performance requirements under charging and discharging operation cycles of the battery.
This paper shows a strategy for the optimal tuning of a fuzzy controller in a networked control system using an offline simulated annealing approach.
Secondly, a controller design strategy for the transient behavior improvement in the presence of impulsive disturbances is shown.
Using a limit-robust strategy, the controller cannot choose an exact real-valued time delay but must allow for some nonzero jitter in each of its actions.
In this paper we present a novel transmission strategy for communication between controller and sensors which is intended to minimize the data exchange over the wireless channel.
