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Control of a Floating Wind Turbine on a Novel Actuated Platform.

, , , , , и . ACC, стр. 3532-3537. IEEE, (2022)

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Kathryn Tätzsch

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Kathryn Viemann

Kathryn Smits

 

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FX-RLS-Based Feedforward Control for LIDAR-Enabled Wind Turbine Load Mitigation., , и . IEEE Trans. Contr. Sys. Techn., 20 (5): 1212-1222 (2012)Active Power Control for Wind Farms Using Distributed Model Predictive Control and Nearest Neighbor Communication., , , , и . ACC, стр. 682-687. IEEE, (2018)Grid-Interactive Electric Vehicle and Building Coordination Using Coupled Distributed Control., , , , и . ACC, стр. 2539-2545. IEEE, (2022)Control of a Floating Wind Turbine on a Novel Actuated Platform., , , , , и . ACC, стр. 3532-3537. IEEE, (2022)Contractible edges in longest cycles in non-Hamiltonian graphs., , и . Discret. Math., 133 (1-3): 89-98 (1994)Stability analysis of an adaptive torque controller for variable speed wind turbines., , , , и . CDC, стр. 4087-4094. IEEE, (2004)Lidar-enhanced wind turbine control: Past, present, and future., , , , , и . ACC, стр. 1399-1406. IEEE, (2016)Comparison of Strategies for Enhancing Energy Capture and Reducing Loads Using LIDAR and Feedforward Control., , и . IEEE Trans. Contr. Sys. Techn., 21 (4): 1129-1142 (2013)Independent blade pitch controller design for a three-bladed turbine using disturbance accommodating control., , и . ACC, стр. 2301-2306. IEEE, (2016)LIDAR-based FX-RLS feedforward control for wind turbine load mitigation., , и . ACC, стр. 1910-1915. IEEE, (2011)