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基于分层构架的多机空战仿真系统设计

Multi-aircraft Combat Simulation System Design Based on Multi-layer Construction
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摘要 针对多机混合编队协同攻击多目标的新型空战特点,提出了以配匹队列顺序投递为核心的分层构架设计思想,建立了综合距离、角度和速度指标的态势决策优势函数,并据此实现了优势矩阵配匹算法,然后在动力学虚拟样机仿真环境下设计完成了系统各模块的搭建、连接和调试,最后应用本平台进行了二对二空战的仿真,验证了系统的有效性。 Aiming at the cooperative attack of multiple aircrafts to multi-target in modem air combat, the method of multi-layer construction, centered on the allocation queue posted orderly, was proposed, and the integrated function of decision-making in which range, angle and speed were taken into consideration was built, and based on this function, the dominant-matrix algorithm of target allocation was realized. Then the whole modules of the system were constructed, linked and debugged under the VPM environment. Last 2:2 air combat was simulated and the result illustrates the reliability of the system.
作者 张科 李楠
出处 《系统仿真学报》 EI CAS CSCD 北大核心 2007年第22期5160-5164,共5页 Journal of System Simulation
基金 航空科学基金(04I53067) 航空支撑科技基金(05C53005)。
关键词 多机空战 系统仿真 分层构架 动力学虚拟样机 multi-aircraft combat system simulation multi-layer construction virtual prototype with modeling
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