In this paper, we specifically discuss the architecture and requirements for an expert system for integrated aircraft/engine control systems analysis and design. The purpose of this concept is to provide a high-level environment embodying expertise from the many fields that enter into integrated flight and engine controls design, i.e., aerodynamics, structures, propulsion, pilot/aircraft interaction, mission performance requirements, control system design and validation, thereby facilitating the design of integrated aircraft control systems and ensuring that the best possible designs are obtained. Such a system should aid the controls engineer in every aspect of aircraft control system design, from model development through control system design, validation, and implementation, and should permit determining the impact of alternative control system designs on aircraft mission performance and carrying out tradeoff analyses. This concept is based on the motivational issues, general functional requirement, and basic expert system ideas and architecture. The expert system CACE-III that embodies these ideas is, in our opinion, the first true third-generation CACE environment; hence its name.
An expert system for integrated aircraft/engine controls design
Ein Spezialsystem fuer die integrierte Flugzeug/Maschinensteuerungs-Entwicklung
1985
9 Seiten, 1 Bild, 1 Tabelle, 14 Quellen
Aufsatz (Konferenz)
Englisch
Engine Controls for Integrated Aircraft Systems
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