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潜艇在隐蔽方式下运用线导鱼雷攻击水面目标时,前端声呐探测能力对武器系统发现概率、攻击效果影响较大。文中分析了影响武器系统发现概率的几类声呐探测相关因素,采用现在方位导引方法对武器系统导引鱼雷攻击进行了建模和仿真。通过仿真验证,揭示了鱼雷初始攻击距离、目标跟踪不稳定等不同情况下武器系统的发现概率变化规律,给出了相应策略和方法,可为鱼雷作战和工程实践提供参考。
Submarine in a covert manner using wire-guided torpedoes attack surface targets, the front-end sonar detection capability of the weapons system to discover the probability of attack effect greater impact. In this paper, we analyze several factors that affect the detection probability of weapon system and use the current azimuth guidance method to model and simulate the weapon system-guided torpedo attack. Through simulation and verification, the variation rules of discovery probability of weapon system in different situations, such as the initial attack distance of torpedo and instability of target tracking, are revealed. Corresponding strategies and methods are given, which can provide reference for torpedo operations and engineering practice.