... adaptive control robust control uncertain systems Wind energy is increasingly becoming a significant source of clean energy. However, its market penetration has been affected adversely by high costs related to manufacturing, operation, and maintenance, especially for megawatt size wind turbines...

... 10 10 2021 28 10 2021 25 11 2021 aerospace systems control applications emerging control approaches energy/power systems H-infinity control robust control uncertain systems The main challenge in jet engine control arises from the need to track either fan speed (N1...

... constrained control control applications H infinity control linear matrix inequality (LMIs) optimization algorithms robust control uncertain systems vibration control vibrations The demand for cloud storage is ever increasing today, requiring more efficient storage options. Hard disk drives...

... 11 2020 16 12 2020 flexible structures renewable energy structural dynamics uncertain systems vibrations A response amplitude operator (RAO) is typically used to characterize the response of a floating structure to waves it is exposed to. It is calculated in the frequency...

... nonlinear control robust control sliding mode control uncertain systems vibration control Fig. 1 Drill-string failures due to elastodynamic vibration fatigue: (left) stem separation and (right) washout Drill-string failures due to elastodynamic vibration fatigue: (left) stem separation...

... networks pattern recognition and classification uncertain systems Deep neural networks are gaining popularity due to their ability to learn representations of data with multiple levels of abstraction [ 1 ]. In Ref. [ 2 ], researchers used deep learning to detect irregularities in the behaviors...

... simulation results of an electrohydrodynamic jet printing (e-jet) printing process. iterative learning control diagonal learning‌ uncertain systems multi-material multi-layer‌ Iterative learning control (ILC) is a powerful technique that has been widely used in systems with repetitive...