A knowledge reasoning-based intelligent design method of kill-web is proposed for the problems of strong dependence on human experience and low intelligence in the design of kill-web. Based on the OODA theory,a multi-level kill-web ontology including combat mission-combat capability-wWeapon equipment is constructed to model the static knowledge related to kill-web design. Three types of kill-web design rule bases,namely mission-capability-equipment mapping rule,equipment coordination rule and kill chain coordination rule,are constructed to model the dynamic knowledge related to kill-web design. Based on static knowledge and dynamic knowledge,a knowledge reasoning-based intelligent design process framework of kill-web is proposed,in which three kill-chain evaluation metrics of time,precision and cost are defined in order to quickly and intelligently design a kill-web in actual combat situations. Taking the air defense and anti-missile system of systems as an example the effectiveness of the proposed method is verified on a simulation platform.
维普
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