基于DoDAF的作战任务结构建模与仿真

为解决作战需要到装备需求之间的映射关系模糊、约束不强的问题，提出一种作战任务结构建模与仿真。以美国国防部体系结构框架DoDAF为理论基础，结合体系架构建模工具，以某岛夺取与控制场景为例，构建作战体系结构模型，推演了作战要素及其之间的运行策略，并通过STK仿真进行演示与验证评估。结果表明：基于DoDAF的体系结构设计能够显性化地呈现作战体系的逻辑，更清晰地描述作战场景下的需求，为后续装备需求提供决策参考。

Modeling and Simulation of Combat Mission Structure Based on DoDAF

In order to solve the problems of fuzzy mapping and weak constraints between operational requirements and equipment requirements, a modeling and simulation of operational mission structure was proposed. Based on DoDAF (DoD architecture framework), combined with architecture modeling tools, taking an island capture and control scenario as an example, the operational architecture model is built, the operational elements and their operation strategies are deduced, and the demonstration and verification evaluation are carried out through STK simulation. The results show that the architecture design based on DoDAF can explicitly present the logic of combat system, more clearly describe the requirements in combat scenarios, and provide decision-making reference for subsequent equipment requirements.