潜艇声诱饵防御鱼雷优化目标对方案的影响  

Influence of Optimization Object of Defending Acoustic Homing Torpedo by Acoustic Decoy of Submarine on Counterplan

作　　者：侯文姝[1] 陆铭华[1] HOU Wenshu;LU Minghua(Naval Submarine Academy,Qingdao 266199)

机构地区：[1]海军潜艇学院,青岛266199

出　　处：《舰船电子工程》2022年第7期20-22,120,共4页Ship Electronic Engineering

摘　　要：采用智能算法求解潜艇声诱饵防御鱼雷优化问题时,不同的优化目标对防御方案的影响不明。对于潜艇使用单个自航式声诱饵防御正在进行蛇形搜索声自导鱼雷的问题,采用基于并行计算的改进PSO算法进行优化,分别研究三个优化目标对潜艇机动规避和声诱饵发射方案的影响。仿真结果表明,对抗结束后鱼雷与潜艇距离最大以及鱼雷与潜艇最小距离最大这两个优化目标能满足防御要求。When intelligent algorithms are used on optimization problem of defending acoustic homing torpedo by acoustic de⁃coy of submarine,influence of different optimization objectives are indeterminate.PSO algorithm based on parallel calculation is used to optimize the problem of a submarine using single mobile acoustic decoy to defend a S maneuver acoustic homing torpedo,and three optimization objects are researched on the influence on the counterplan of submarine evasion and acoustic decoy launch.Simulation results show that maximum distance between torpedo and submarine when the counterplan is over and maximum the mini⁃mum distance between torpedo and submarine met the defending requirement.

关 键 词：自航式声诱饵 鱼雷防御 优化目标 

分 类 号：TB566[交通运输工程—水声工程]