Simulation studies are included to explore the performance in comparison to the extended Kalman filter.
Also, at 40 Gbps the MDRZ modulation has better performance in comparison to the CSRZ and DRZ modulations.
The results show that the heliostat field achieves a better performance in comparison to the parabolic trough.
Exploring the obtained results, the proposed structure has superior electrical performance in comparison to the conventional structure.
Moreover, Dual-k JLT devices show competitive ULP performance in comparison to the inversion mode (IM) underlap device.
The results show that the proposed LSSVM model has a very good performance in comparison to the other existed models.
It has been determined that the coated substrate exhibits a very good tribological performance in comparison to the uncoated substrate.
According to battery test, MnO2 NCNT decrease the battery resistance by 34% and concurrently improved the durability, discharge and charge performance in comparison to the MnO2 nanotubes.
Driving the polarization curve for the three flow fields, it is seen that the parallel flow field demonstrated weaker performance in comparison to the other two models.
Finally, some numerical examples are given to illustrate the procedure of the proposed approaches and the optimal H∞ performance in comparison to the existing approaches.
The integration between INC robustness and the accuracy of fractional-order can enhance the overall tracking performance in comparison to the conventional tracking techniques.
