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For the same robustness, a better disturbance rejection response is obtained by the proposed controller than that of the PID, by adjusting only two parameters with a clear meaning.
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Fewer controllers than that of any other method are needed to cover the whole parameter space.
Simulation results show superior performance for higher order approximate controllers than that of lower order ones.
The simulation results verify that the proposed RITC system using PID-type lealgorithmgorithm can achieve faster convergence of the tracking error and controller parameters than that using I-type learning algorithm.
For the ESS control system, the response of the outer dc voltage controller is slower than that of the inner current controller; thus, the dynamics of the inner controller are neglected when investigating the outer dc voltage controller.
The overall performance of the proposed H∞ current controller was better than that of a conventional PR controller.
This figure clearly indicates that the full OEPC architecture can reduce the signaling messages that are processed by the mobile controller by more than that achieved by the Openflow controller in a partial OEPC architecture in [14, 15].
In the conventional H∞ optimal output feedback control design, the order of the controller is higher than that of the plant.
Furthermore, it is found that, for the ultra low-speed position tracking with a significant friction effect, the tracking performance using the designed FOPD controller is much better than that using the optimized IOPI controller.
Numerical simulations are presented to verify the effectiveness of the designed controller, and the results show that the performances of the nonlinear HTRS system assisted with the proposed controller is much better than that with the commonly used optimal PID controller.
Results showed that the mean value of CO2 concentration with on/off controller (1124.64 ppm) was lower than that of fuzzy controller (2582 ppm).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com