在对舰载拖曳线列阵声纳搜潜原理及多舰应召平行搜索方法研究的基础上,建立了在潜艇初始位置已知、航向及航速未知的条件下,多艘舰艇利用拖曳线列阵声纳对潜艇目标进行搜索的数学模型,采用蒙特卡罗方法仿真分析了舰艇与潜艇最大速度比值,舰艇组成搜索队形位置点与最后发现潜艇位置点之间的距离,舰艇之间间距与舰艇声纳作用距离的比值,及最后发现潜艇时刻到舰艇开始搜索时刻所需时间等因素对搜潜概率的影响,获得了有益的效果。
Based on the research of the submarine search theory of ship-carrying tow line array sonar and multi-ship called parallel search methods,multi-ship submarine-searching mathematical model is built using tow line array sonar.The effects of the ratio of ship speed and submarine maximum speed,the distance between the position of ship search queue buildup and that of submarine finally found,the ratio of ship space and ship sonar range and time needed from submarine finally found to ship search start on search probability is analyzed using Monte Carlo method,and helpful effects are gained.