反潜巡逻机浮标布阵应召搜潜效能研究  

Efficiency Research for On-Call Search Submarine by Anti-submarine Patrol Aircraft Dropping Sonobuoy Array

作　　者：杨兵兵[1] 鞠建波[1] 张鑫磊[1] 

机构地区：[1]海军航空工程学院,山东烟台264001

出　　处：《系统仿真技术》2015年第3期202-206,共5页System Simulation Technology

摘　　要：搜潜效能是评判浮标阵型优劣的重要依据。本文基于应召搜潜,根据已知的潜艇信息,以反潜巡逻机为平台,建立了不同阵型声纳浮标搜潜数学模型。并运用Monte Carlo方法仿真分析了相同条件下,潜艇初始位置分布、初始距离、潜艇航速对浮标阵搜潜效能的影响。结果表明:同等条件下,声纳浮标方形阵搜潜效能最好,其次是圆形阵、三角形阵;三种浮标阵的搜潜效能都随着潜艇初始位置分布、初始距离、潜艇航速的增大而降低。这为指挥员进行浮标布阵提供了有效的辅助决策依据。Searching submarine efficiency is an important basis for judging the merits of the sonobuoy array. Based on on-call searching submarine, reasoning the known information of submarine and on the platform of anti-submarine patrol aircraft, different mathematical models of sonobuoy array were established in this paper. By employing Monte Carlo method, the influence of the initial position of the submarine, the initial distance and submarine speed on searching submarine efficiency is analyzed under the same condition. The results showed that, under the same condition, the square array had the best searching submarine efficiency, followed by the circular, triangular array, and with the distribution of the initial position of the submarine, the initial distance and submarine speed increased, searching submarine efficiency of three array reduced. The research rescults provided an effective aid decisions for commander dropping sonobuoy array.

关 键 词：反潜巡逻机 声纳浮标 浮标阵型 搜潜效能 

分 类 号：TP391[自动化与计算机技术—计算机应用技术]