摘要
为使用自航式声诱饵并结合潜艇的规避机动来对抗声自导鱼雷,运用运筹学的优化原理,将鱼雷和自航式声诱饵最终相遇时距我潜艇的距离归结为有约束的目标函数,根据不同的鱼雷报警舷角、距离,定量分析了三种常用的自航式声诱饵发射方向对目标函数的影响,利用MATLAB的优化工具箱函数进行仿真计算,给出了最优的自航式声诱饵发射方向。
In order to use the self- propelled type acoustic decoy and submarine evasive maneuvers to counter acoustic homing torpedo, using the optimization principle of operational research, the torpedo a- coustic bait and self- propelled type will eventually reach the distance from my submarine when they met due to constraints of the objective function, according to the different torpedo alarm Angle, distance, and quantitative ,The influence of the objective function of the three kinds of commonly is analyzed used self - propelled type acoustic decoy launching directions. The optimal direction of self- propelled type acous- tic decoy launching is given by MATLAB.
出处
《航空计算技术》
2014年第6期59-61,66,共4页
Aeronautical Computing Technique
关键词
潜艇
声诱饵
发射方向
submarine
decoy
decoy direction
