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Experiments carried out with a manual version of this controller, that controls the first five harmonic components of the signal driving the subsonic source, reveal that it is efficient in controlling periodic primary sound fields.
In order to find the appropriate parameters of this controller, the compromise between magnitude of control signal and convergence speed is quantified by using a quadratic performance index.
end{aligned} (4 The first step in implementing the sliding-mode control approach is the design of this controller for subsystem (3).
The aim of this controller is to decrease the pitch acceleration by controlling the position of some actuators, varying their working angles.
Harsh control signals produced by MVC are among other disadvantages of this controller.
In order to improve the setpoint tracking and robustness properties of this controller it is extended with PI feedback from the product concentrations and the control parameters are adjusted by means of the proposed frequency domain method.
A simulation result illustrates the validity of this controller.
The membership functions of this controller are shown in Figure 3.
4, the proposed controller is introduced and the different modules of this controller are detailed.
The performance of this controller has been studied and compared to the PI controller.
Experimental evaluation of this controller that is based on the MPC@CB software is then presented.
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