The organization of coordinated attack and the selection of aiming point which affect hit probability were analyzed for the countermeasures taken by the hostile submarines at two helicopters' coordinated attack.A ...The organization of coordinated attack and the selection of aiming point which affect hit probability were analyzed for the countermeasures taken by the hostile submarines at two helicopters' coordinated attack.A computational model of coordinated attack parameters,a model of submarine maneuver,and a model of noise jammer were established.Compared to single helicopter' torpedo attack,the coordinated attack of two helicopters can effectively increase the hit probability of torpedo and achieve the higher target detecting probability under counterwork condition.展开更多
针对舰艇编队航渡过程中的多架舰载反潜直升机前出执行伴随反潜作战问题进行研究。通过分析潜射鱼雷射距,建立了理想条件与编队规避机动两种情况下的鱼雷攻击阵位模型,从而得出伴随反潜区的阵位配置。在此基础上,对编队航渡过程中的多...针对舰艇编队航渡过程中的多架舰载反潜直升机前出执行伴随反潜作战问题进行研究。通过分析潜射鱼雷射距,建立了理想条件与编队规避机动两种情况下的鱼雷攻击阵位模型,从而得出伴随反潜区的阵位配置。在此基础上,对编队航渡过程中的多机伴随反潜方法进行了分析,并建立了伴随反潜兵力需求与探测概率模型。最后仿真计算了潜射鱼雷发射阵位,以及反潜兵力数量、探测次数、伴随反潜区大小对发现概率的影响。结果表明,伴随反潜区配置在编队前方20 n mile处,大小为20 n mile×30 n mile,反潜直升机数量3架为宜。展开更多
文摘The organization of coordinated attack and the selection of aiming point which affect hit probability were analyzed for the countermeasures taken by the hostile submarines at two helicopters' coordinated attack.A computational model of coordinated attack parameters,a model of submarine maneuver,and a model of noise jammer were established.Compared to single helicopter' torpedo attack,the coordinated attack of two helicopters can effectively increase the hit probability of torpedo and achieve the higher target detecting probability under counterwork condition.
文摘针对舰艇编队航渡过程中的多架舰载反潜直升机前出执行伴随反潜作战问题进行研究。通过分析潜射鱼雷射距,建立了理想条件与编队规避机动两种情况下的鱼雷攻击阵位模型,从而得出伴随反潜区的阵位配置。在此基础上,对编队航渡过程中的多机伴随反潜方法进行了分析,并建立了伴随反潜兵力需求与探测概率模型。最后仿真计算了潜射鱼雷发射阵位,以及反潜兵力数量、探测次数、伴随反潜区大小对发现概率的影响。结果表明,伴随反潜区配置在编队前方20 n mile处,大小为20 n mile×30 n mile,反潜直升机数量3架为宜。
