现代作战体系中通常涉及来自多个领域的复杂系统, 因而体系设计时会采用到多个不同的建模工具与仿真工具, 导致体系建模工具之间异构数据难以共享、体系建模工具与仿真工具联动困难等不足. 为解决上述问题, 提出了一种新型的多架构体系建模与仿真联合平台, 形成了“元模型设计-体系建模-仿真验证”的全覆盖设计能力. 在此基础上, 以空地协同防御体系中的人机协同防御场景为例, 验证了该平台对体系设计的有效性. 具体来说, 采用该平台设计了与案例场景相对应的元模型、建立了作战视图体系模型, 并对作战任务中的战机行为进行了仿真, 为战机出战方案设计提供了理论依据.
Modern combat System of Systems (SoS) generally consists of complex systems across various fields. Accordingly, multiple modeling and simulation tools are used for SoS development. As a result, several problems are caused. For example, heterogeneous data is hard to share among modeling tools, and the collaboration between modeling and simulation tools is difficult. To address these problems, we propose a new multi-architecture SoS modeling and simulation platform with the development capability including meta-model development, SoS modeling, as well as simulation and verification. Then, we demonstrate the platform through a man-aircraft cooperative defense scenario in the air-ground cooperative defense SoS. Specifically, the meta-models for the case scene are designed, and the operational view models are built via the proposed platform. In addition, the simulation of aircraft behavior in combat missions provides a theoretical basis for the trade-off of combat plans.