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The supremacy of the proposed controller with respect to standard control solutions is illustrated through simulation.
Through the MPC@CB control software, the robustness of the controller with respect to the main model parameter uncertainty is shown.
Furthermore, robustness of the proposed controller with respect to external disturbances is discussed.
The simulation results reveal effective damping of power/speed oscillations achieved by designed controller with respect to conventional PSS implemented.
Experiments on batch and semi-batch reactors are carried out to emphasize the performances of the aforementioned controller with respect to those of an auto-calibrated PID controller.
Robustness property of the designed controller with respect to the uncertainty of a complex-valued acoustic impedance at the other end is validated through computer simulations.
Similar(37)
This paper compares the two approaches based on pole sensitivity and the complex stability radius measures, respectively, for optimizing the closed-loop stability robustness of digital controllers with respect to finite word length (FWL) errors in fixed-point implementation.
A frequency domain method, which makes it possible to adjust multivariable controllers with respect to both nominal performance and robustness, is presented.
In Part I of this paper a general frequency domain method to adjust multivariable controllers with respect to both nominal performance and robustness are presented.
According to simulation results, discussions and comparisons are presented to show the effectiveness of the designed reduced-order controllers with respect to the industrial performance specifications.
This paper presents a design of optimal controllers with respect to a meaningful cost function to globally asymptotically stabilize (in probability) nonholonomic systems affine in stochastic disturbances.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com