浮标阵搜潜建模仿真与潜艇逃逸结果分析

Simulation of Submarine Searching by Sonobuoy Array and Analysis of Submarine Escape

通过构建应召反潜作战中典型包围阵的航路模型、潜艇模型和固定翼反潜机模型等多个模型,实现了潜艇逃逸和布放声呐浮标阵搜潜的仿真建模,并对反潜距离、潜艇航速、搜潜阵型等要素对搜潜效能的影响进行仿真实验研究。在此基础上,针对高搜潜概率下,搜潜失败时的潜艇逃逸方向概率分布进行了分析,得到不同阵型的搜潜方向性特征属性。

By establishing the model of the submarine,and the models of the fixed-wing anti-submarine aircraft and of its typical flight route for deploying the encirclement arrays,simulation modeling is implemented for the submarine escaping and sonobuoy array deploying in anti-submarine combat.By using the simulation result,the influence of the anti-submarine distance,the submarine speed,and the type of sonobuoy array on the submarine searching efficiency is studied.Based on the analysis to the probability distribution of each escape direction of the submarine in the case of searching failure under high search probability condition,the directional characteristics of different anti-submarine sonobuoy array are obtained.