Ontology Construction and Reasoning of Air Defense and Anti-missile Assistant Decision Based on Distributed Operation
Jinyu Ji, Wen Zhen Zhou, Miao Yu, Yitai Xu, Xiaomin Sun, Kun Zhu · 2021
With the rapid development of big data technology, the battlefield situation space of air defense and anti-missile has been extended to six-dimensional space such as land, sea, air, space, network, and electricity. The wide-area distribution of combat resources makes the resource organization more difficult and unable to deal with the rapidly changing battlefield situation in time. According to the different operational requirements of the multi-stage battlefield situation of air defense and anti-missile, based on the concept of distributed operation, this paper decomposes the operational resources according to the functional elements and puts forward a distributed air defense and anti-missile architecture with on-demand service, dynamic adaptation, and independent cooperation. The air defense and anti-missile combat resources auxiliary decision ontology (ADACR) is constructed by ontology modeling, and the combat rules are established based on SWRL language to realize the matching of battlefield situation, combat services, and combat resources, and quickly generate the combat resource organization scheme, to provide strong support for emergency decision-making under complex battlefield situation.