I.M. ISMAILOV, M.M. ISAYEV
THE PRINCIPLES OF BUILDING INTELLIGENT AIRCRAFT CONTROL SYSTEMS
The development of intelligent control systems in conditions of dynamically changing flight conditions are considered and the principle of construction of an onboard intelligent flight control system is proposed. The model of the fuzzy expert system in the form of fuzzy products and linguistic variables and the implementation of the expert system module are illustrated by the example of a fuzzy regulator providing control of the longitudinal movement of the aircraft.
Keywords: aircraft control systems, intelligent control systems, artificial intelligence systems, expert systems, fuzzy logic
THE PRINCIPLES OF BUILDING INTELLIGENT AIRCRAFT CONTROL SYSTEMS
The development of intelligent control systems in conditions of dynamically changing flight conditions are considered and the principle of construction of an onboard intelligent flight control system is proposed. The model of the fuzzy expert system in the form of fuzzy products and linguistic variables and the implementation of the expert system module are illustrated by the example of a fuzzy regulator providing control of the longitudinal movement of the aircraft.
Keywords: aircraft control systems, intelligent control systems, artificial intelligence systems, expert systems, fuzzy logic