攻击型UUV效能评估系统设计

Designing an Effective Evaluation System for Attacking UUVs

为解决攻击型无人水下航行器(UUV)作战使用、方案论证、研制、试验和训练等问题,文中设计了一种适用于攻击型UUV的效能评估系统,模拟对抗综合仿真平台和组件化的水声物理场效应模型,构建不同的攻防作战想定和试验设计方案,可支持实现攻防对抗仿真全过程,实现对攻击型UUV的远航程精确打击效能评估。通过对水下攻防对抗仿真模型验证评估案例,得到效能评估置信度。该系统可为攻击型UUV效能评估和辅助决策提供参考。

This study proposed the design of an effective evaluation system for attacking unmanned undersea vehicles(UUVs)to solve problems related to operational applications, project argumentation, development, testing, and training. Furthermore,an integrated confrontation simulation platform and a componentized underwater acoustic physical field-effect model were developed to construct different offensive and defensive scenarios and experimental design schemes. The system can simulate offensive and defensive confrontations and evaluate the effectiveness of attacking long-range precise strikes of UUVs. The reliability of this effective evaluation was obtained by verifying the simulation model of underwater offensive and defensive confrontations using an evaluation case. The system provides a reference for this evaluation and assistive decision making for attacking UUVs.