摘要
运用马尔柯夫过程理论 ,建立了战斗机攻击地面目标的战场想定和数学模型 .通过分析战斗机的作战生存特征、打击能力和所使用的进攻战术以及各种战场防空武器系统的物理特性和损伤机理 ,评估了任务成功率、目标被毁率、飞机损失率以及与费用相关的最优战斗时间等作战效能指标 .给出了战斗机对地攻击作战效能的计算实例 .结果表明所建模型客观地描述了对地攻击作战的实质 .
Taking advantage of Markov process theory and considering synthetically a good many elements of an air to ground striking mission, the battle scenario and the mathematical models for the air to ground strike actualized by a battle plane were set up. Through analyses on the combat survivability, the striking capability and the employed tactics of the thrown out battle plane, along with the analysis on the physical characteristics and damage mechanism of various air defense weapon systems in the battle field, the time related operational effectiveness measurements of mission success rate, target killing rate and battle plane loss rate were evaluated. The optimal combat time was also correlated to the cost. An example calculation for the operational effectiveness of a battle plane in the postulated air to ground scenario was presented. The results indicated that the established models and the associated analysis efforts can objectively describe the essential of an air to ground strike combat.
出处
《北京航空航天大学学报》
EI
CAS
CSCD
北大核心
2002年第3期353-357,共5页
Journal of Beijing University of Aeronautics and Astronautics
关键词
战斗机
马尔柯夫过程
数学模型
对地攻击
作战效能
fighter
Markov processes
mathematical models
air to ground strike
operational effectiveness
