This paper describes a sliding mode-based fuzzy logical method with a PID controller that
was used to control the speed of an indirect filed oriented vector control (IFOC) multiphase …

In this paper, a novel fuzzy logic controller is proposed for vector controlled three phase
induction motor. Modelling of the three phase induction motor is done with the help of …

In this paper, an adaptive integral Sliding Mode Control (SMC) is employed to control the
speed of Three-Phase Induction Motor. The strategy used is the field oriented control as ac …

The controllability of torque in an induction motor without any peak overshoot and less
ripples with good transient and steady state responses form the main criteria in the …

This paper proposes an indirect field oriented controller for five-phase induction motor
drives. The controller is based on fuzzy logic control technique. Simulation is carried out by …

For electrical drives good dynamic performance is mandatory so as to respond to the
changes in command speed and torque. This requirement of AC drives can be fulfilled by …

This paper presents the theory, design and simulation of a fuzzy logic based controller used
for an indirect vector controlled three-phase induction motor. The analysis, design and …

Since induction motors are inexpensive, well-constructed, robust and require little
maintenance, they are widely used in industrial applications and manufacturing processes …

In closed loop speed control, the speed loop error signal controls the PWM inverter
frequency and voltage. The control strategy can be implemented by scalar control and vector …

In this paper, a fuzzy logic supervised second order sliding mode controller for an indirect
vector-controlled induction motor is proposed. A second order sliding mode controller is …