摘要
对舰载战斗机空战进行建模分析,研究影响舰载战斗机空战进程的关键参数对于舰载战斗机作战使用和装备论证都具有十分重要的意义。论文以随机兰彻斯特方程为研究工具,对舰载战斗机空战的过程进行分析,在此基础上,构建了舰载战斗机空战两阶段模型,给出了模型的状态演化方程,并详细介绍了模型的求解方法。最后应用典型案例,对舰载战斗机锁定目标能力、打击目标能力对舰载机空战进程的影响进行了分析,给出了描述能力参数的灵敏度分析结果。论文的研究结果,可为舰载战斗机作战使用和装备论证提供理论指导和实践依据。
Modeling and analyzing of air combat of carrier-borne fighter, researching the key factors that affect the air combat course is very important to operation of carrier-borne fighter and equipment demonstration. Firstly the stochastic Lanchester battle theory is intro- duced and the process of air combat is presented. Based on that,the two-phase air combat model based on stochastic Lanchester equation is given, the states of engagement system are defined, and the evolution equations are put forward. Finally applying the typical case, ana- lyze the impact of kill capability of firepower system and lock capability of radar system for process of air combat, give the result of de- scribing capability parameters. The result in this paper can provide theory guidance and practice principle for air combat of carrier-borne fighter.
出处
《计算机技术与发展》
2013年第5期199-201,205,共4页
Computer Technology and Development
基金
国家"863"高技术发展计划项目(2011AAXXX108)
关键词
随机兰彻斯特方程
舰载战斗机
空战
stochastic Lanchester equation
carrier-borne fighter
air combat
