Wind energy is one of the most rapidly growing renewable sources of energy due to the fact
that it has little negative impact on environment. To meet the growing demand, wind turbines …

The field of preview control has attracted many researchers for its applications in guidance
of autonomous vehicles, robotics, and process control, as this field is well suited for use in …

Although wind power has gained tremendous development in recent years, how to achieve
mechanical loads optimization to extend service life-time of wind turbines is still a hot and …

Current advances in lidar technology provide opportunities to take a fresh look at wind
turbine control. The wind is not only the main energy source but also the major disturbance …

This paper presents a study on the design of linear model predictive control (MPC) for wind
turbines, with a focus on the controller's tuning tradeoffs. A continuously linearized MPC …

This paper proposes a wavelet multi-resolution based individual pitch control strategy for
spar-type floating offshore wind turbines (FOWTs) and investigates its performance under …

The H∞ control problem of general preview/delayed systems is solved using analytic
solutions of the corresponding operator Riccati equations. The solution to the problem can …

The tower is an essential supporting structure for a Floating Wind Turbine (FWT). Due to the
complexities of system structure and the environmental excitations, FWT towers present …

We consider LiDAR-enabled model-based collective pitch and torque controllers that can be
implemented onboard a wind turbine in a hard real-time environment, in the sense that they …

To effectively utilize wind energy, many learning-based autoregressive models have been
proposed in the literature. Improving their short-term prediction accuracy, however, is …