This article proposes a current-reference generation method, including current harmonic
injection (CHI) for enhancing the torque capability of multiphase induction machines (IMs) …

This work presents a novel optimization method for the implementation of finite-state model-
based predictive current controllers in electrical drives. The proposal avoids the usual …

A multiphase induction machine model using vector space decomposition provides insights
into many space harmonics through decoupled reference frames. These decoupled …

Voltage-source-inverter (VSI) nonlinearity compensation is an important scheme for improve
motor performance. The traditional off-line method is cumbersome and the compensation …

Lagging orientation error detuning induced by iron losses for multiplanes of multiphase
induction machines (IM) under nonsinusoidal supply control triggers error in the …

Finite state model predictive control (FSMPC) of multiphase drives can use an extra number
of inverter configurations compared with the three-phase case. This, however, requires more …

The harmonic injection and fault-tolerant control can significantly increase the torque density
and dependability of induction motor systems without raising the hardware cost. In terms of …

Predictive control of stator currents is a model‐based technique needing an estimation of
rotor currents, which are normally not measured. These currents affect the evolution of the …

In the network environment with data transmission time lag, the study of the relationship
between the time lag range and the maximum sampling period allowed to ensure system …