Priority Decision of Air to Surface Multi-target Attack under Uncertainty
Xiaojun Liu · Journal of Nanjing University of Science and Technology · 2012
To improve the accuracy of air-to-surface multi-target attack,the priority decision model of air-to-surface multi-target attack under uncertainty is researched.Uncertainty factors,which affect the decision of air-to-surface multi-target attack,are carefully analyzed and an interval-based method is proposed to describe the uncertainty of attributes.A multi-attribute value tree is used to construct the multifactor cooperative priority decision model.The RICH(Rank inclusion in criteria hierarchies) method is applied to solve the model.Simulation results of 2 vs.4 air-to-surface multi-target attacks demonstrate that the cooperative priority decision model proposed here is effective and can give reasonable decision support for air-to-surface cooperative multi-target attack.