In the past, AI planning systems have focused primarily on logical representation of the planning problem and search of the plan space. More recently, planning systems are being applied to real-world problems characterized by dynamic domains with mathematically complex representations, uncertainty of current and future domain states, and unresponsiveness to the planner's actions. A paradigm for dynamic plan execution and monitoring is presented that complements skeletal planning based on scripts. This paradigm interleaves plan generation and plan interpretation phases. Plan generation and interpretation are implemented as coroutines in an application to the highly dynamic air battle environment. In this application, the planning system combines expert fighter pilot heuristics with detailed mathematical functions that evaluate and execute these heuristics.
An expert planning system for air-to-air combat management
Ein Expertensystem fuer die Planung der Luftkampffuehrung
Eighteenth ; 112-116
1984
5 Seiten, 5 Bilder, 6 Quellen
Aufsatz (Konferenz)
Englisch
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