摘要
针对多基地声呐浮标在使用过程中,对多基地声呐的配置原则、不同阵形探测能力不清晰等问题,将多基地声呐探测问题转换为多个双基地探测过程,基于构建的双基地声呐目标强度模型、等效作用距离模型、探测概率模型等相关模型,以不同概率下的有效探测面积作为评价指标,通过仿真计算分析了多基地声呐配置的基本原则,进一步计算分析了直线阵、三角阵、方形阵、六边形阵等典型阵形的探测能力,给出了相应阵形的探测特点。该研究结果对多基地声呐浮标的使用具有一定的参考价值。
Aiming to the issues of multi-static sonar buoy in practical use,including unclear configura-tion principles and detection capabilities of different array formation,the multi-static sonar detection problem was transformed into multiple bistatic detection processes.Basing on the constructed bistatic sonar target strength model,equivalent range model,detection probability model and other related models,the effective detection areas under different probabilities were used as the evaluation index.Through simulating and calculating,the basic principles of multi-static sonar configuration were ana-lyzed.And then the detection capabilities of typical array formation such as linear array,triangular ar-ray,square array,and hexagonal array were further calculated and analyzed to present the detection characteristics of different arrays.The results provides valuable reference for the use of multi-static sonar buoys.
作者
单志超
崔双月
董彩萍
王龙
SHAN Zhichao;CUI Shuangyue;DONG Caiping;WANG Long(Navy Aviation Univ.,Yantai 26400l,China)
出处
《海军工程大学学报》
北大核心
2025年第4期79-85,共7页
Journal of Naval University of Engineering
关键词
多基地
声呐浮标
目标强度
探测概率
浮标阵形
multi-static
sonar buoy
target strength
detection probability
buoy array
