The model predictive control (MPC) has its superiorities in simple algorithm and exceptional
dynamic performance. However, the mismatch of the model parameters will strongly affect …

Model predictive control has been considered as a potential alternative method in electrical
drives. High reliable predictive model design is a research hotspot. To further improve the …

The ever-increasing demand for passenger air traffic results in larger airline fleets every
year. The aircraft market forecast reveals an unprecedented growth for the coming decades …

The objective of this article is to design robust speed control of a permanent magnet
synchronous motor (PMSM). The mathematical model of the PMSM is highly nonlinear with …

This article proposes neural network (NN) based observer schemes and a sensorless robust
optimal control scheme for partially unknown permanent magnet synchronous motors with …

Finite set model predictive torque control (FCSMPTC) of induction machines has received
widespread attention in recent years due to its fast dynamic response, intuitive concept, and …

For the high-end industrial application of induction motors (IMs), the speed controller is
expected to possess strong torque rejection capability to suppress the speed fluctuation. To …

Zero-sequence current (ZSC) is inevitable in the structure of an open-end winding
permanent-magnet synchronous machine (OW-PMSM) system with a common dc bus due to …

Periodic torque ripples caused by current harmonics seriously affect the control accuracy of
the Permanent magnet synchronous motors (PMSMs). A conventional approach to reducing …

Due to the fast dynamic response and ability to handle the constraints, model predictive
control (MPC) is becoming an exciting and widely applied approach for permanent magnet …