1) naval gun R & D
舰炮研制
2) naval gun control
舰炮控制
1.
This paper discussed the feasibility and several typical applications of the image identified technology in the naval gun control system,and bring the technical difficulties to be solved in practice.
初步探讨了舰炮控制系统应用图像识别技术的可行性和几种典型应用 ,提出了工程化中需要解决的技术难点。
4) warship development
舰船研制
1.
Integrated data model system design based on STEP in the warship development;
舰船研制中基于STEP的数据模型集成系统设计
2.
The integrated evaluation problem of the warship development alternative is studied.
以系统评价思想为指导,提出了基于粗糙集理论的多目标评价方法,对舰船研制方案综合评价问题进行了研究,建立了综合评价模型,并通过算例表明,该方法用于舰船研制方案的总体评价比现行方法有明显的优越性。
5) naval guided projectile
舰载制导炮弹
1.
Simulation analysis of battle effectiveness of naval guided projectile
舰载制导炮弹作战效能仿真分析
6) navy gun
舰炮
1.
In order to make the decision more scientifically when commanders organize navy gun surface-to-shore calling fire,the article comes up with the method of producing and optimizing the station of navy gun surface-to-shore calling fire and analyzing process of producing and optimizing the station.
为了射击指挥员在组织舰炮对岸应召射击时,射击指挥决策更具科学性,文章提出了基于模糊多目标决策理论的舰炮对岸应召射击阵位生成和优选的方法,研究探讨了阵位生成和优选的实现过程,并通过最后的定量计算求得了相对最优攻击阵位。
2.
According to characteristic of navy gun,this paper analysis the firing error of surface-to-shore of navy gun,then,discuss the method to predigest aggregate object.
针对舰炮射击特点,分析了海上射击误差,探讨了集群目标的简化处理方法,给出了最优火力分配时表尺差和弹药消耗量计算模型,并进行了举例分析。
补充资料：“奥托”76毫米/62紧凑型舰炮
“奥托”76毫米/62紧凑型舰炮是台湾从意大利购进的海军武器，用在"阳"字号驱逐舰上。射程为对海16公里，对空12公里，发射率每分钟10－85发，弹重6公斤，炮重7．5吨。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条