借助仿真、概率统计以及博弈分析的混合方法,通过对与复杂信息环境有关的不完全信息进行统计分析,构建了在复杂信息环境下全局最优的远程火力打击战法设计的理论模型,对该模型的初步研究表明:全局最优的远程火力打击战法比局部最优的远程火力打击战法更能满足复杂多变的战场需求,取得更好的战果。
According to statistics analysis for incomplete information or complex information, a global-optimal concept model based on complex information is built for designing optimal long-range fire attack tactics by using mixed method based on simulation, statistics and game theory. The initial results of research on this model mechanism show that the global-optimal tong-range fire attack tactics can better satisfy complex requirements of battle field and can give better battle results than local-optimal long-range fire attack tactics.