[PDF.12jm] Development of Fuzzy Logic-LQR Control Integration for Air Refueling: Full Mission Multistage Aerial Refueling Autopilot, Design and Simulation

Development of Fuzzy Logic-LQR Control Integration for Air Refueling: Full Mission Multistage Aerial Refueling Autopilot, Design and Simulation

[PDF.dt09] Development of Fuzzy Logic-LQR Control Integration for Air Refueling: Full Mission Multistage Aerial Refueling Autopilot, Design and Simulation

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 |  2016-08-02 |  2016-08-02 | Original language:English |  8.66 x.48 x5.91l, | File type: PDF | 212 pages

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||About the Author|Ahmed Momtaz Ahmed Hosny, PhD-PhD in "Aircraft Control" from Beihang University (Beijing University for Aeronautics and Astronautics BUAA), 2008.- Currently working as a Head of Instrumentation and Control Department at AZFC Company and as a lec

This work investigates the performance on the aircraft control system during air refuel purposes of the Linear Quadratic Regulator (LQR) control alone, and the integration between fuzzy control and LQR. LQR is modern linear control that is suitable for multivariable state feedback and is known to yield good performance for linear systems or for nonlinear systems where the nonlinear aspects are presented. The fuzzy control is known to have the ability to deal with nonline...

You can specify the type of files you want, for your gadget.Development of Fuzzy Logic-LQR Control Integration for Air Refueling: Full Mission Multistage Aerial Refueling Autopilot, Design and Simulation   |  Ahmed Hosny.Not only was the story interesting, engaging and relatable, it also teaches lessons.

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