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Automatic Crosswind Flight of Tethered Wings for Airborne Wind Energy: Modeling, Control Design, and Experimental Results.

, , , and . IEEE Trans. Contr. Sys. Techn., 22 (4): 1433-1447 (2014)

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Automatic Retraction and Full Cycle Operation for a Class of Airborne Wind Energy Generators., , and . CoRR, (2014)On real-time optimization of airborne wind energy generators., , and . CDC, page 385-390. IEEE, (2013)Automatic control of tethered wings for airborne wind energy: Design and experimental results., , , and . ECC, page 992-997. IEEE, (2013)Model-based flight path planning and tracking for tethered wings., , , and . CDC, page 6712-6717. IEEE, (2015)Real-time Optimization and Adaptation of the Crosswind Flight of Tethered Wings for Airborne Wind Energy., , and . CoRR, (2013)Real-Time Optimization and Adaptation of the Crosswind Flight of Tethered Wings for Airborne Wind Energy., , and . IEEE Trans. Contr. Sys. Techn., 23 (2): 434-448 (2015)Efficient interior point methods for multistage problems arising in receding horizon control., , , , and . CDC, page 668-674. IEEE, (2012)On modeling and control of the retraction phase for airborne wind energy systems., , and . CDC, page 5686-5691. IEEE, (2014)Model-based identification and control of the velocity vector orientation for autonomous kites., , , and . ACC, page 2377-2382. IEEE, (2015)Automatic crosswind flight of tethered wings for airborne wind energy: modeling, control design and experimental results, , , and . CoRR, (2013)