摘要
为实现新型舰炮对海作战能力需求生成,构建框架模型,建立舰炮武器在对海作战过程中的检测概率、最大发现距离及跟踪距离、反应时间及单发命中概率等映射模型。仿真验证新型舰炮在不同初速下,以要达到指定单发命中概率射击距离25 km处目标时的系统精度为标准,分析在不同射击距离下对新型舰炮的能力指标要求。模型方法可定量生成满足作战任务的能力指标需求,对于科学规划新型舰炮武器装备发展具有重要的理论和实践意义。
In order to realize the anti-sea combat capability requirement generation of the new types of naval guns,the framework model is established,the anti-sea combat mission is decomposed and the capability index system of the naval gun is constructed.The mapping models are established,including the detection probability model,the maximum detection distance and tracking distance model,the single-shot hitting probability model,the reaction time model and so on.Taking the system accuracy when shooting a target at 25 km away with the given single-shot hitting probability as the standard,the simulation experiment analyzes the capability requirements to the new naval gun at different firing distances under different initial velocities. The model method can quantitatively generate the capability indicator requirements that satisfy the operational mission,and has theoretical and practical significance for scientific development of naval gun weapon equipment.
作者
许俊飞
卢发兴
王航宇
吴玲
XU Jun-fei;LU Fa-xing;WANG Hang-yu;WU Ling(Naval University of Engineering,Wuhan 430033,China)
出处
《电光与控制》
CSCD
北大核心
2019年第5期26-31,85,共7页
Electronics Optics & Control
基金
国家自然科学基金(61703419)
关键词
舰炮
对海作战
能力需求生成
映射模型
能力指标
naval gun
anti-sea combat
capability requirement generation
mapping model
capability index
