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空防对抗仿真的情景想定设计
引用本文:李凌鹏,李为民.空防对抗仿真的情景想定设计[J].上海航天,2005,22(6):36-39.
作者姓名:李凌鹏  李为民
作者单位:空军工程大学导弹学院,陕西,三原,713800
基金项目:高等学校骨干教师资助计划(GG-110-90039.1004)
摘    要:为使空防对抗仿真更接近实战,对仿真情景想定设计作了改进。将防空区等分成4个扇形区,在确定对突防飞机威胁最大的影响因素的基础上,根据动态规划法得出进袭飞机采用不同航线时防空方不同部署形式的赢得矩阵,并由布朗算法计算该矩阵,得出攻防双方作战方案的选取概率。仿真计算结果表明,该设计方法较合理,避免了仿真的盲目性,对战术仿真有一定的参考价值。

关 键 词:对抗防空  仿真  情景想定  动态规划  布朗算法
文章编号:1006-1630(2005)06-0036-04
收稿时间:2005-01-07
修稿时间:2005-03-11

The Design of Simulation Scenario on Missile and Plane's Countermine
LI Ling-peng,LI Wei-min.The Design of Simulation Scenario on Missile and Plane''''s Countermine[J].Aerospace Shanghai,2005,22(6):36-39.
Authors:LI Ling-peng  LI Wei-min
Institution:The Missile Institute of Airforee Engineering University, Sanyuan Shaanxi 713800, China
Abstract:The design of simulation scenario of missile and plane's countermine was improved for the simulation more realistically in this paper.The defence area was divided into 4 parts equally.The playoff matrix of attack plane and defence missile using variable strategies respectively was gained by dynamic program theory on the basis of defining the influence factor of the most threatened to aggressor plane.Brown algorithm was used to estimate payoff matrix in order to obtain the probability of two players selecting operation project.The result showed the above design method was fairly reasonable,and would avoid the blindness of simulation.It had a certain reference value to the tactics simulation.
Keywords:Air defense countermine  Simulation  Scenario  Dynamic program  Brown algorithm
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