摘要
研究潜防搜索优化问题,吊放声纳和声纳浮标是舰载直升机对潜搜索的主要手段,但在搜索的过程中存在着因搜索面积大导致兵力需求多和如何协同使用才能达到最优搜索效果等问题。针对舰载直升机吊放声纳和声纳浮标在搜潜中的协同,由于水面舰艇在航渡中受到潜艇威胁,提出了一种舰载直升机对潜防御性应召搜索的方法,通过建立潜艇对水面舰艇威胁航向的模型和仿真分析,能够有效缩小舰载直升机应召搜索的范围;同时,建立了舰载直升机吊放声纳搜索及声纳浮标阵列模型,并对舰载直升机使用吊放声纳和声纳浮标协同搜索进行仿真。仿真结果表明,提高了搜索效率,可为吊放声纳和声纳浮标的作战应用提供重要参考。
Dipping sonar and buoy are main methods of antisubmarine searching. But the common searching process has some shortages such as big searching area and ineffective cooperation. Aimed at the cooperation of dip- ping sonar and buoy and based on the situation that surface vessel encounters the submarine while on setting course, the paper proposed a method of defensive call-on antisubmarine search of sea-borne helicopter using dipping sonar. By building the threatening course model of the submarine to the surface vessel, the paper reduced the area of call-on antisubmarine search dramatically, and then acquired the action of defensive call-on antisubmarine search of sea- borne helicopter using dipping sonar through the analysis and simulaiton.
出处
《计算机仿真》
CSCD
北大核心
2013年第1期9-13,共5页
Computer Simulation
关键词
舰载直升机
吊放声纳
防御
应召搜索
仿真
Sea-borne heicopter
Dipping sonar
Defensive
Call-on research
Simulation
