The conventional induction motor rotor flux observer based on current model and voltage
model are sensitive to parameter uncertainties. In this paper, a non-parametric induction …

Rotor flux is an important parameter in field-oriented control of induction motor (IM). It can be
obtained through direct physical measurement at the air-gap or indirectly by using …

Abstract Field Oriented Control (FOC), also known as vector control of induction motor drives
is very useful technique to obtain high performance speed response. Implementation of field …

Estimation of exact speed information is must to have speed sensorless drive. This paper
presents an artificial neural network assisted speed estimator for induction motor drive. A …

This paper proposes a nonlinear observer for induction machine drives based on space-
vector dynamic model of induction machine, expressed in state form, which presents the …

In this paper, an Artificial Neural Network (ANN) for accurate estimation of the speed and flux
for induction motor (IM) drives has been presented for industrial applications such as electric …

In this paper, an Artificial Neural Network (ANN) for accurate estimation of the speed and flux
for induction motor (IM) drives has been presented for industrial applications such as electric …

This paper aims to design rotor flux estimation based on artificial neural network (ANN) and
fuzzy-logic based sensor less speed control of control for an induction motor drive. Induction …

This paper presents a new rotor flux estimation algorithm using neural network for induction
motor, based on the left-inversion method. Using the standard fifth-order model of the three …

In speed sensorless controlled induction motor drive, the rotor flux based Model Reference
Adaptive System (MRAS) for is more popular. In MRAS, the voltage model equations are …