基于声纳浮标的反潜直升机应召搜潜仿真研究

Simulative Research of On-call Antisubmarine of ASW Helicopter Using Sonar Buoy

反潜直升机使用声纳浮标应召搜潜是其搜潜的主要方式之一。在分析声纳浮标应召搜潜特点的基础上,对仿真环境进行假设,并建立声纳浮标应召搜潜蒙特卡洛法模型,通过仿真试验对反潜直升机在一定条件下使用声纳浮标应召搜潜时声纳浮标间隔系数、螺旋系数、浮标数目和搜索阵型进行研究。得出的结论对于制定反潜作战方案具有一定的参考价值。

Responding-antisubmarine is one of major antisubmarine method of ASW helicopter using sonar buoy.In the base of analyzing the sonar buoy responding-antisubmarine characteristic and using,it carry on the simulation environment,builds the MonteCalo model of sonar buoy,studis the sonar buoy coefficient at interval,spiral coefficient,the checked number of sonar buoy,and search formation.The calculation can provide an application value in warship formation for ASW helicopter.