In this article, we propose a novel quasi-sinusoidal-wave excitation scheme for switched
reluctance motors (SRMs) to minimize torque ripple fully considering the high-order …

Model predictive control (MPC) is an advanced control technique with salient features, such
as simplicity applied in multivariable systems, fast-transient response, inclusion of …

Switched reluctance motors are a potential competitor to permanent magnet motors and
induction motors for various industrial applications. The switched reluctance motors without …

This article presents a low-measurement effort and less storage space but an effective
method to reduce the torque ripple. First, a torque-balanced measurement method is …

This article proposes an improved model predictive torque control (MPTC) strategy for
switched reluctance motor (SRM) drives with candidate voltage vectors (CVVs) optimization …

In this article, a novel composite predictive control using PWM control signals is proposed for
the torque ripple suppression of the switched reluctance machine (sRm). A PWm modulation …

Switched reluctance motors (SRMs) have recently gained notable interest in industrial
applications. Yet, their inherent torque ripple poses a significant impediment, limiting the …

The DC link current sampling with a single sensor is a promising solution in the electric drive
field due to its low cost and small volume. However, limited by the minimum sampling time …

In view of the disadvantages of negative torque and large torque ripple under different
operating conditions in the traditional model-predictive torque control (MPTC), an improved …

In the combination of torque sharing function (TSF) and model predictive torque control
(MPTC), the finite set prediction with only three evaluated switching states can not fully …