基于 DoDAF 的靶场光学测量仿真训练系统体系结构

Optical Measurement Simulation Training System Architecture in Shooting Range Based on DoDAF

为解决靶场光学测量试验涉及组织结构复杂、参试人员多、装备分布广泛的问题,设计一种靶场光学测量仿真训练系统体系结构。以美国国防部体系结构框架(department of defense architecture framework,DoDAF)标准2.0版为理论基础,结合TD-CAP体系架构建模工具的应用,构建靶场光学测量仿真训练系统体系结构模型及系统顶层概念设计框架结构,并通过演示验证评估。结果表明:该设计具有一定的完整性和一致性,可为靶场光学测量仿真训练系统构建及训练组织实施提供思路与借鉴。

Aiming at the problems of complex organization structure,large number of participants and wide distribution of equipment involved in the shooting range optical measurement,a simulation training system architecture for optical measurement of the shooting range was designed.Based on the American department of defense architecture framework,(DoDAF)2.0 architecture standard,combined with the application of TD-CAP architecture modeling tools,the system structure model of the shooting range optical measurement simulation training system and the system top-level conceptual design frame structure are constructed,and verified and evaluated through demonstration.The results show that the design has a certain degree of completeness and consistency,which can provide ideas and references for the construction of the optical measurement simulation training system of the shooting range and the implementation of training organization.