/ EEM7108 - OBSERVES IN CONTROL OF INDUCTION MOTORS

Contents Of The Courses in a weekly Period

Week 
Subjects 
Sources 
1Development of two-phase induction motor model[1] pg 16-31; [2] pg 28-32
2General introduction to current speed sensorles control methods related to induction motors[1] pg 32-46; [2] pg 122-262
3Observers-Estimators using deterministic model of induction motor. Open-Loop flux and angular velocity estimations. model referans adaptive system based speed and flux estimations[1] pg 47-59;
4Speed adaptive flux observer. Extended Leunberger Observer[1] pg 47-59;
5MATLAB Simulink applications: Observers-Estimators using deterministic model of induction motor.[3] pg (1-1)-(20-71); [4] pg 6-28
6MATLAB Simulink applications: Observers-Estimators using deterministic model of induction motor.[3] pg (1-1)-(20-71); [4] pg 6-28
7MATLAB Simulink applications: Observers-Estimators using deterministic model of induction motor.[3] pg (1-1)-(20-71); [4] pg 6-28
8Observers-Estimators using stochastic model of induction motor. Full and reduced order extended Kalman Filter based observers[1] pg 60-88;
9Observers-Estimators using stochastic model of induction motor. Full and reduced order extended Kalman Filter based observers[1] pg 60-88;
10Observers-Estimators using stochastic model of induction motor. Full and reduced order extended Kalman Filter based observers[1] pg 60-88;
11MATLAB Simulink applications: Observers-Estimators using stochastic model of induction motor.[3] pg (1-1)-(20-71); [4] pg 6-28
12MATLAB Simulink applications: Observers-Estimators using stochastic model of induction motor.[3] pg (1-1)-(20-71); [4] pg 6-28
13MATLAB Simulink applications: Observers-Estimators using stochastic model of induction motor.[3] pg (1-1)-(20-71); [4] pg 6-28
14Final exam.