摘要
受对抗手段的影响,反导导弹可能出现指令周期增大、有效末制导距离减小、过载需求加大等现象,最终表现为其拦截能力的变化。为了研究对抗条件下上述因素对反导导弹拦截能力的影响,建立了反导导弹的逻辑模型及其视场变化模型,实现了包括攻防双方主要武器系统模型的对抗仿真环境,最后,通过仿真实验,研究了反导导弹指令周期、末制导开机距离及弹道导弹弹道变化等因素对反导导弹拦截能力的影响。
Affected by counter measures, Anti-ballistic missile (ATBM) may achieve different intercept capabilities for its longer instructing cycle, shorter detecting distance , and larger overload demand . In order to explore the ATBM's intercept capability under the condition of counter measures, the authors construct an simulation environment which includes main weapon system models of the two engaging sides. The logical engagement process between the weapon systems is discussed. Based on the discussion, the model interface among ATBM and other systems, the ATBM logic model and field of view model are proposed. Finally, the intercept capability of the ATBM system is analyzed with different instruction cycle, different detecting distance of ATBM, and different trajectory of ballistic missile through simulation result.
出处
《计算机仿真》
CSCD
2004年第12期10-13,共4页
Computer Simulation
关键词
反导导弹
对抗手段
视场
拦截能力
Anti-ballistic missile
Counter measures
Field of view
Intercept capability
