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基于使命模式的仿真想定动态提炼研究
引用本文:张明智,邓晶,杨镜宇.基于使命模式的仿真想定动态提炼研究[J].系统仿真学报,2012,24(7):1355-1360.
作者姓名:张明智  邓晶  杨镜宇
作者单位:国防大学信息作战与指挥训练教研部,北京,100091
基金项目:国家863计划(2007AA01Z323)
摘    要:作战体系对抗仿真想定涉及内容多、结构复杂,在想定构建过程中需要不断对想定内容进行调整优化。为提高作战体系探索性仿真效率,提炼出更优、更符合指挥员意图的武器装备体系配置方案和部署方案的想定,提出了一种基于使命模式的想定动态提炼方法,定义了想定动态提炼所采用的特殊的仿真模式——使命模式,分析了该模式的特点,给出基于使命模式的想定动态提炼的流程和算法,最后结合航空兵对地面目标突防筹划分析,实现了想定动态提炼的过程。实验表明,基于使命模式的想定提炼方法可以对多种想定局部效果的动态分析比较,通过单次仿真即可实现传统蒙特卡洛模式下需要多次仿真才能完成的探索过程,大大提高了探索效率。

关 键 词:蒙特卡洛模式  使命模式  想定动态提炼  数据耕耘  探索性分析优化

Research on Simulation Scenario Dynamic Distillation Based on Task Mode
ZHANG Ming-zhi,DENG Jing,YANG Jing-yu.Research on Simulation Scenario Dynamic Distillation Based on Task Mode[J].Journal of System Simulation,2012,24(7):1355-1360.
Authors:ZHANG Ming-zhi  DENG Jing  YANG Jing-yu
Institution:(Department of Information Operation & Command Training,NDU of PLA,Beijing 100091,China)
Abstract:The scenario of combat simulation of Combat System-of-systems involves a great deal of content and complex structure so that it needs to be adjusted and optimized during the process of scenario design.The purpose is to boost the efficiency of exploratory simulation and distill into a better weapon system-of-systems(WSoS) configuration and deployment scenario,according to commander’s intention.The task mode was put forward,a special simulating mode which was used to distillate scenario dynamically.The characteristic of this mode was analyzed and the flow and arithmetic of scenario dynamic distillation based on task mode was given.Combing with the issue of designing and analyzing objects when air forces breach the enemies’ defenses,the scenario dynamic distillation was implemented.The experiments indicate that simulation scenario dynamic distillation based on task mode could compare the effect of parts of multi-scenario.The single simulation could carry out the process while it should be fulfilled by several simulations based on Monte Carlo mode.Thus,the task mode leads to exploratory efficiencies.
Keywords:Monte Carlo mode  task mode  scenario dynamic distillation  data farming  exploratory analysis optimization
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