This article uses the active flux concept to review fundamental frequency sensorless
algorithms for both induction and permanent magnet motors in one framework …

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 …

Running over the motor rated speed is crucial in applications, such as electric vehicles. The
flux weakening technique for reaching high speed used in this article is model predictive …

Agriculture activities are completely dependent upon energy production worldwide. This
research presents sensorless speed control of a three-phase induction motor aided with an …

This article presents a new intelligent sliding-mode control approach to effectively achieve
harmonic suppression of an active power filter (APF). An intelligent complementary terminal …

This article proposes a robust adaptive supertwisting sliding-mode controller (STSMC) for
high-precision IM drive. First, the STSMC is developed for controlling and stabilizing the IM …

This article focuses on the position sensorless control for variable flux memory machine
(VFMM) of which the magnetization state (MS) can be flexibly changed by applying a d-axis …

This paper studies the trajectory tracking control problem of a ship-borne manipulator
system (SBMS) which comprises of a robotic manipulator installed on an unmanned surface …

In the field of evolving industrial automation, there is a growing need for refined sensorless
speed estimation techniques for induction drives to cater the demands of various …

For speed-sensorless induction motor (IM) drives, the high-order sliding-mode observer
(SMO) can improve the robustness of speed estimation. However, it is difficult for the existing …