目的:为实现飞行员空中飞行数据和生理数据的融合,研制一种基于地理信息系统(geographic information system,GIS)的飞行人机参数三维回放系统。方法:该系统采用浏览器/服务器(Browser/Server,B/S)架构和微服务架构设计,使用Java语言和S...目的:为实现飞行员空中飞行数据和生理数据的融合,研制一种基于地理信息系统(geographic information system,GIS)的飞行人机参数三维回放系统。方法:该系统采用浏览器/服务器(Browser/Server,B/S)架构和微服务架构设计,使用Java语言和Spring Cloud框架开发。整个系统由飞行过程复现、生理态势感知、关键事件标定分析3个功能模块组成。结果:该系统实现了空中飞行数据和生理数据的时间同步及数据融合,时间同步频率为1 Hz,刷新率不低于120帧/s。结论:该系统能够安全稳定、可靠准确开展飞行员空中生理监测及空中飞行数据和生理数据的融合与同步展示,可作为飞行员空中作战训练辅助决策的重要平台。展开更多
This paper designs a space electromagnetic interference signal test and analysis technology verification platform.The article firstly introduces the general scheme of the technical verification platform and then descr...This paper designs a space electromagnetic interference signal test and analysis technology verification platform.The article firstly introduces the general scheme of the technical verification platform and then describes each component unit of the hardware and the overall structure of the software in detail.The platform can achieve a 10 MHz~50 GHz working frequency band,1.2 GHz acquisition and real-time recording bandwidth,6 GB/s recording rate,and 12 TB recording capacity.展开更多
文摘目的:为实现飞行员空中飞行数据和生理数据的融合,研制一种基于地理信息系统(geographic information system,GIS)的飞行人机参数三维回放系统。方法:该系统采用浏览器/服务器(Browser/Server,B/S)架构和微服务架构设计,使用Java语言和Spring Cloud框架开发。整个系统由飞行过程复现、生理态势感知、关键事件标定分析3个功能模块组成。结果:该系统实现了空中飞行数据和生理数据的时间同步及数据融合,时间同步频率为1 Hz,刷新率不低于120帧/s。结论:该系统能够安全稳定、可靠准确开展飞行员空中生理监测及空中飞行数据和生理数据的融合与同步展示,可作为飞行员空中作战训练辅助决策的重要平台。
基金supported by the China Electronics Technology Innovation Fund Project(Project No.KJ2202008).
文摘This paper designs a space electromagnetic interference signal test and analysis technology verification platform.The article firstly introduces the general scheme of the technical verification platform and then describes each component unit of the hardware and the overall structure of the software in detail.The platform can achieve a 10 MHz~50 GHz working frequency band,1.2 GHz acquisition and real-time recording bandwidth,6 GB/s recording rate,and 12 TB recording capacity.