摘要
为了对建模与仿真进行全面性的校核、验证、确认(Verification,Validation,Accreditation,VVA),从系统工程的角度,提出了一种面向全局的VVA开放体系结构(VVA Global Open Structure,VVA-GOS),从通用性、生命周期及视图等方面对其内容、过程与方法进行了讨论,开发了VVA-GOS的基础平台.通过在水声对抗系统建模与仿真VVA中的应用,验证了VVA-GOS的可行性及有效性.为建模与仿真VVA提供了一个实用的体系结构和自动化的使能工具.
To realize global Verification, Validation, Accreditation（VVA） in modeling and simulation, a kind of VVA global open structure （VVA-GOS） was proposed based on system engineering. The content, process and methods of VVA-GOS were discussed from perspectives of generalization, life cycle and view, in the meantime, the basic platform of VVA-GOS was developed. Through the application in the modeling and simulation of acoustic counterwork system, the feasibility and validity of the structure were fully testified. VVA-GOS provides VVA in the modeling and simulation with a useful structure and automatic enable tool.Tfigs., 12refs.
出处
《湖南科技大学学报（自然科学版）》
CAS
北大核心
2007年第3期90-95,共6页
Journal of Hunan University of Science And Technology：Natural Science Edition
基金
国家自然科学基金资助项目(50505006)
关键词
建模与仿真
VVA
体系结构
使能工具
modeling and simulation
VVA
systematic structure
enable tool
