Research has continued during the past year on critical components for a comprehensive expert system for on-board use in an aircraft. The investigators report on a system that can reason about the operation of a gas turbine engine; a system about route and trajectory meta-planning; a temporal reasoning system; a system for extracting speaker goals from natural language dialogue; systems for acquiring new knowledge schemas from natural language input; and systems for high level perceptual reasoning.
Expert Distributed Robotics System with Comprehension and Learning Abilities in the Aircraft Flight Domain
1984
43 pages
Report
No indication
English
Bionics & Artificial Intelligence , Computer Software , Avionics , Robotics , Artificial intelligence , Automation , Computer aided diagnosis , Aircraft , Flight , Systems engineering , Distributed data processing , Information systems , Natural language , Learning , Comprehension , Semantics , Data processing , Onboard , Expert systems
Springer Verlag | 2023
|Towards an expert system architecture for flight domain applications
Tema Archive | 1984
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