An existing attitude tracking control method developed for a FlyGen airborne wind energy (AWE) system is extended to control a GroundGen AWE system.
Apr 1, 2018 · A comparison study is conducted between a Lyapunov-based and attitude tracking control for the same baseline conditions for the airborne wind ...
An existing attitude tracking control method developed for a FlyGen airborne wind energy (AWE) system is extended to control a GroundGen AWE system.
We first propose an attitude tracking theorem that provides desired tracking signals for rotational motion. A feedback linearization controller and a real time ...
This paper discusses translation related velocity angles, which can be used to link the translational and rotational motion in an AWE system, and a Lyapunov ...
Reference [43], [44], present a 3-DOF model based on the spherical coordinate system for kite planes adapted from soft inflatable kites.
, Olinger D. J. and Demetriou M. A., “Attitude Tracking Control of a GroundGen Airborne Wind Energy System,” Proceedings of American Control Conference (ACC) ...
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Bibliographic details on Attitude tracking control of a GroundGen airborne wind energy system.
Attitude tracking control of a groundgen airborne wind energy system. H Li, DJ Olinger, MA Demetriou. 2016 American Control Conference (ACC), 4095-4100, 2016.
Attitude tracking control of a GroundGen airborne wind energy system. Haocheng Li, D. Olinger, M. Demetriou. 2016, American Control Conference. S2 logo ...