Abstract The Direct Current (DC) motor is widely applied in various implementations. The
main problem in the DC motor is controlling the angular speed on the specific reference …

In this article, a nonsingular fast terminal sliding mode (NFTSM) control strategy is proposed
based on the high-order super-twisting observer (HOSTO) to acquire a fast and precise …

This paper aims to provide a clear explanation of the role of the footprint of uncertainty (FOU)
parameters on the control signal generation and, thus, to increase the interpretability of …

Model-based predictive control (MPC) is an attractive solution for controlling power
converters and drives. This research shows the most recent alternatives of predictive control …

This study introduces a novel methodology based on an extensive mathematical analysis,
performed from basic electromagnetic principles, with an optimized cost for a magnetic …

This article proposes a novel transverse-flux tubular linear switched reluctance (TF-TLSR)
machine for long-stroke applications, in which the armature windings are placed on the short …

This article proposed a robust deadbeat predictive current regulation (DPCR) algorithm for
permanent magnet synchronous linear motors (PMSLMs) drive based on parallel parameter …

The article proposes an enhanced deadbeat predictive current control for the permanent-
magnet synchronous motor using an iterative sliding mode observer to improve the current …

This paper proposed a new fault-tolerant direct thrust force control (DTFC) for a dual inverter
fed open-end winding linear vernier permanent-magnet (LVPM) motor. First, the topology …

A sliding-mode-based control scheme with integral action for combined speed and direct
thrust force control of a linear permanent-magnet synchronous motor is proposed. A …