基于HLA的三维空管监视系统仿真

针对空管监视系统界面显示直观性不强的问题,应用三维仿真软件开发出了三维空管监视系统,并基于高级体系结构(HLA,High Level Architecture)技术实现,开发了出了三维监视环境下的空管系统仿真平台.论述了该仿真平台的构成、开发过程及关键技术,包括HLA、基于FEDEP(Federation Development and Execution Process)模式的开发过程、VirtoolsSDK开发及三维交互设计.实现了空管监视系统的三维化显示.仿真运行结果表明,三维化的空管监视系统提高了空管监视界面的直观性,方便了地面管制人员的信息获取,为空管监视系统终端提供了一种新的显示方式.

The simulation of 3D air-traffic control and monitoring system based on HLA

Subject to the problem of air-traffic control and monitoring system's interface not intuitive enough, a 3D air-traffic control and monitoring system was developed by 3D simulating software. In addition, based on the realization of HLA, high level architecture technology, an air-traffic control simulating platform in 3D surveillance environment was developed. This paper discussed the consisting, development and key technologies of this simulating platform, which contained the development based on HLA and FEDEP, i.e. federation development and execution process, the development of Virtools SDK and 3D interactive design. This paper implemented the simulating of 3D air-traffic control and monitoring system, thus provides a new mode of 3D air-traffic control and monitoring system terminal.