基于模型驱动架构的舰载指控系统仿真研究

Research of Ship-borne Command and Control System Simulation Based on Model Driven Architecture

基于模型驱动架构(MDA)及组件技术的理论和方法提出了一种新的舰载指控系统仿真开发框架,包括应用层、平台无关模型(PIM)层、平台相关模型(PSM)层、平台层、工具集及信息资源库。结合实例着重介绍了领域建模语言及仿真模型的构建方法。提出了一种基于元模型和状态机的舰载指控系统领域建模语言开发方法;按照组件化设计思想,将仿真模型实现为设计组件与运行组件;实现了模型组合集成、模型转换、模型代码生成的自动化。应用表明,基于该开发框架的舰载指控系统仿真,提升了仿真软件开发的抽象层次,提高了仿真软件的开发效率和可维护性。

Based on the theories and methods of model driven architecture（MDA） and component technology,a new simulation development architecture of ship-borne command and control system（SCCS） was proposed,which included applications layer,platform independent model（PIM） layer,platform special model（PSM） layer,platform layer,tool aggregate and information database.The method to establish domain specific language（DSL） and simulation models was primarily introduced combined with instances.A development method of domain specific language based on meta-model and state machine was proposed.Simulation models including design time component and runtime component were realized according to component design idea.The robotization through integration,transformation,code generation of simulation models was achieved.The application shows that the simulation of SCCS based on this development architecture can improve the abstract level,development productivity and maintainability of simulation software.