Trail Maneuver Generation and Selection in the Paladin Tactical Decision Generation System
Trail Maneuver Generation and Selection in the Paladin Tactical Decision Generation System
- Neue Suche nach: A. R. Chappell
- Neue Suche nach: J. W. Mcmanus
- Neue Suche nach: K. H. Goodrich
- Neue Suche nach: A. R. Chappell
- Neue Suche nach: J. W. Mcmanus
- Neue Suche nach: K. H. Goodrich
To date, increased levels of maneuverability and controllability in aircraft have been postulated as tactically advantageous, but little research has studied maneuvers or tactics that make use of these capabilities. In order to help fill this void, a real-time tactical decision generation system for air combat engagements, Paladin, has been developed. Paladin models an air combat engagement as a series of discrete decisions. A detailed description of Paladin's decision making process is presented. This includes the sources of data used, methods of generating reasonable maneuvers for the Paladin aircraft, and selection criteria for choosing the 'best' maneuver. Simulation results are presented that show Paladin to be relatively insensitive to errors introduced into the decision process by estimation of future positional and geometric data.
Dokumentinformationen
Trail Maneuver Generation and Selection in the Paladin Tactical Decision Generation System
1993
13 pages
Report
Keine Angabe
Englisch
Aircraft , Aeronautics , Aerodynamics , Aircraft control , Aircraft maneuvers , Computerized simulation , Controllability , Expert systems , Flight simulation , Maneuverability , Combat , Decision making , Knowledge bases (Artificial intelligence) , Weapon systems , Real time operation , Tactics , Target acquisition