3. HYBRID ARTIFICIAL INTELLIGENT
CONTROLLER
vv-,
To speed follow and control of induction drive, PI,PID and adaptive control method are many used. But
these methods are complicated that evaluated the d-q
axis parameter and is very sensitive at parameter
variation, load change.
Fuzzy controller and neural network are developed
for speed control of induction motor. These methods
have the advantage about parameter variation, load
change, system disturbance. But each controller
contains problems. To develop more new method, the
new way is tried. Mixture control that is inter-mixed
adaptive, fuzzy control, neural network and genetic
algorithm is predicted the influential method.
Figure 2 schematically expresses about research of
hybrid artificial intelligent controller.
3. HYBRID ARTIFICIAL INTELLIGENTCONTROLLERvv-,To speed follow and control of induction drive, PI,PID and adaptive control method are many used. Butthese methods are complicated that evaluated the d-qaxis parameter and is very sensitive at parametervariation, load change.Fuzzy controller and neural network are developedfor speed control of induction motor. These methodshave the advantage about parameter variation, loadchange, system disturbance. But each controllercontains problems. To develop more new method, thenew way is tried. Mixture control that is inter-mixedadaptive, fuzzy control, neural network and geneticalgorithm is predicted the influential method.Figure 2 schematically expresses about research ofhybrid artificial intelligent controller.
การแปล กรุณารอสักครู่..
