Lectures:
History of artificial intelligence, artificial intelligence principles and approaches. Objective and subjective knowledge, knowledge using in knowledge baseed systems. Uncertainty and its using in linguistic models.
Mathematical logics and artificial intelligence approaches.
Knowledge representation, importance of knowledge in artificial intelligence systems. Machine knowledge representation IF-THEN rule based models.
Machine problem solving.
Expert systems
Principles and fundamentals of fuzzy set theory and fuzy mathematics an logics.
Fuzzy control
Methodology of fuzzy controller design
Neural networks
Genetics algorithms
Speach recognition
Application of artificial intelligence methods in engineering
Laboratories:
Motion system analysis of mobile robot model VIMR
Orientation system analysis of mobile robot model VIMR
Motion trajectory definition and realisation in VIMR control system
Communication in control system VIMR
On board microprocessor VIMR control system
Hierarchical control robot system VIMR using PC and HC12
Computer labs:
Linguistic model design methodology
State space searching
Fuzzy procedures, education programme system Fuzzy Logic MOTOROLA
Fuzzy toll box MATLAB, development systems LMPS and NEFRIT
Fuzzy controller design
Neural network application
Genetic algorithms application
History of artificial intelligence, artificial intelligence principles and approaches. Objective and subjective knowledge, knowledge using in knowledge baseed systems. Uncertainty and its using in linguistic models.
Mathematical logics and artificial intelligence approaches.
Knowledge representation, importance of knowledge in artificial intelligence systems. Machine knowledge representation IF-THEN rule based models.
Machine problem solving.
Expert systems
Principles and fundamentals of fuzzy set theory and fuzy mathematics an logics.
Fuzzy control
Methodology of fuzzy controller design
Neural networks
Genetics algorithms
Speach recognition
Application of artificial intelligence methods in engineering
Laboratories:
Motion system analysis of mobile robot model VIMR
Orientation system analysis of mobile robot model VIMR
Motion trajectory definition and realisation in VIMR control system
Communication in control system VIMR
On board microprocessor VIMR control system
Hierarchical control robot system VIMR using PC and HC12
Computer labs:
Linguistic model design methodology
State space searching
Fuzzy procedures, education programme system Fuzzy Logic MOTOROLA
Fuzzy toll box MATLAB, development systems LMPS and NEFRIT
Fuzzy controller design
Neural network application
Genetic algorithms application