摘要
根据靶场导弹试验需求和建模与仿真VV&A标准规范,设计了基于仿真全生命周期的导弹仿真模型验证过程和内容,重点分析了基于时域和频域分析方法的导弹模型验证技术。依据仿真模型验证应用,设计并开发了导弹模型验证自动化平台,文章详细描述了自动化平台的总体结构和功能,并以具体验证实例分析了模型验证技术应用的可行性。
According to the range missile test requirements and modeling and simulation VVN-A standards, the process and content of missile simulation model validation based on simulation life-cycle is designed, and the time-domain and frequency-domain model validation techniques is analyzed emphatically. According to simulation model validation applications, the model validation automation platform is designed and developed. This paper describes in detail the overall structure and functions of automation platform, and verifies the feasibility of model validation techniques in the usage of the specific validation case.
出处
《舰船电子工程》
2012年第9期101-103,129,共4页
Ship Electronic Engineering
关键词
VV&A
导弹模型验证
最大熵谱估计
可信度评估
VV&A
missile model validation
maximum entropy spectral estimation
credibility assessment