摘要
根据空舰导弹与岸舰导弹协同对海突击作战的特点,以最大化目标舰艇毁伤价值、最小化攻击机损失和弹药消耗成本为目标函数,以突击目标覆盖、导弹射程、火力资源、毁伤阈值、攻击机作战半径等为约束条件,建立两型反舰导弹协同火力分配模型。利用多目标粒子群算法,对不同被发现概率下两型反舰导弹的火力分配策略进行仿真求解,结果表明,构建的模型和采用的算法能够快速有效得到Pareto前沿解,求解的火力分配方案符合海战场态势,能够为机动岸导与航空兵合同对海突击作战的火力分配决策提供支持。
According to the operational use characteristics of air-to-ship missile and coast-ship missile,the two type anti-ship missiles firepower assignment model was established with the maximum damage value of the target ship,minimum loss of attack aircraft and minimum cost of ammunition consumption as the object function,and the limit of assault target coverage,the limit of missile range,the limit of firepower resources damage threshold,the limit of attack aircraft combat radius as the constraint conditions.Aiming at the difference of the volley effect of the two type anti-ship missiles under different detection probabilities,the multi-objective particle swarm optimization algorithm(MOPSO)was used to solve the fire distribution strategy of the two types of anti-ship missiles under different detection probabilities.The simulation results show that the model and the algorithm can quickly and effectively get Pareto solution,and the solved firepower assignment scheme is in line with the situation of naval battle field,which can provide support for the decision of firepower assignment of mobile coast-ship missile and aviation force cooperative sea combat.
作者
曾家有
刘天庆
谢宇鹏
ZENG Jiayou;LIU Tianqing;XIE Yupeng(Naval Aviation University,Yantai 264001,China)
出处
《兵器装备工程学报》
CSCD
北大核心
2021年第6期163-169,共7页
Journal of Ordnance Equipment Engineering
基金
xx海域xx导弹与xx导弹协同对海突击问题研究(2019-SKJJ-C-020)。
关键词
空舰导弹
岸舰导弹
协同对海突击
火力分配
多目标粒子群算法
air-to-ship missile
coast-ship missile
cooperative sea combat
firepower assignment
MOPSO algorithm
