摘要
为了提高试飞效率、缩短试飞周期,根据型号试飞需求,为多目标综合安全监控系统设计试飞讲评软件,结合试飞实时数据处理任务要求,进一步提高试飞的效率和质量,为型号任务有效开展服务。该软件基于地理信息、系统仿真、可视化技术及智能人机交互技术,基于多精度三维数字地图、试飞数据库及试飞任务信息库,建立一个以试飞讲评为主体的数字化环境,设计满足新装备飞行试飞任务事后分析讲评需求的软件。
In order to improve the flight test efficiency and shorten test cycle, the flight test evaluation software for the multi-objective comprehensive safety monitoring system was designed to improve the flight test efficiency and quality, and per- form the effective service for the specific mission according to the flight test demand and the requirements of the real-time data processing task. The digital environment taking the flight test evaluation as main part was built based on the geography infor- mation, system simulation, visualization technology, intelligent human-computer interaction technology, 3D digital map with multipl-eaecuracy, flight test database and flight test task information database. The software design satisfied the demands of analysis and evaluation for the flight test mission of new equipments.
出处
《现代电子技术》
2012年第22期116-118,124,共4页
Modern Electronics Technique
关键词
试飞讲评
可视化技术
任务信息
数据处理
flight test evaluation
visualization technology
task information
data processing
