基于MBSE的潜艇鱼雷武器系统设计

Design of Submarine Torpedo Weapon System Based on MBSE

潜艇鱼雷武器系统作为大型复杂系统,其运行场景繁多,逻辑功能和接口关系复杂。传统基于文本的设计方法存在诸多弊端,例如文档报告繁多相互独立,研制项目之间难以快速实现型号迭代等。为提升潜艇鱼雷武器系统的正向设计能力,通过对潜艇武器系统设计现有的业务流程的研究,将基于模型的系统工程(MBSE)方法与传统潜艇鱼雷武器系统设计方法相融合,提出了一种基于MBSE的潜艇鱼雷武器系统设计方法。在此基础上对潜艇鱼雷武器系统从黑盒到白盒进行逐层分析拆解,并利用Magicdraw开发平台,以图形化的SysML建模语言构建对应的需求模型、功能模型和架构模型,形成了完整潜艇鱼雷武器系统的设计方案。论文提出的方法能够有效支撑潜艇鱼雷武器系统设计,实现从设计需求到设计实现的完整性。

As a large and complex system,the submarine torpedo weapon system has many operating scenarios and complex logical functions and interface relationships.The traditional text-based design methods have various disadvantages.Document reports are numerous and independent of each other,and it is difficult to quickly implement model iterations between development projects.In order to improve the forward design capabilities of submarine torpedo weapon systems,through research on the existing business processes of submarine weapon system design,a model-based systems engineering(MBSE)method is integrated with traditional submarine torpedo weapon system design methods,and a method is proposed design method of submarine torpedo weapon system based on MBSE.On this basis,the submarine torpedo weapon system is analyzed and disassembled layer by layer from black box to white box,and the Magicdraw development platform is used to build the corresponding requirements model,functional model and architecture model with the graphical SysML modeling language,forming a design of a complete submarine torpedo weapon system.The method proposed in this article can effectively support the design of submarine torpedo weapon systems and achieve integrity from design requirements to design implementation.