摘要
主要研究了将虚拟现实技术(VR)应用到当前核电站仿真机的可行性及实现方法。通过介绍核电站全范围仿真机的架构、软硬件组成、设计过程,研究了虚拟现实技术的建模过程,首次提出将虚拟现实融进全范围仿真机的实现方法。建立虚拟建模场景进而应用到核电仿真机,不仅降低成本也将大幅提高培训和管理的效率;更能直观,逼真地再现模拟过程,节省核电厂的空间布置;对人因工程的研究意义也非常重大。
The purpose of the paper is mainly studied on the feasibility and method of Virtual Reality （VR） technology applied in nuclear power plant simulator. By introducing the architecture, hardware and software composition and design process of nuclear full scope simulator, the modeling process of virtual reality technology is studied. The realization method of virtual reality into full scope simulator is issued for the first time. The virtual modeling scene is applied to the nuclear power simulator, which not only re-duces the cost, but also enhances the efficiency of training and management. More intuitive and vivid reproduction of the simulation process is appeared,nuclear power plant space layout saved even of great significance to human factor research.
出处
《仪器仪表用户》
2017年第12期66-70,共5页
Instrumentation
关键词
虚拟现实
全范围仿真机
核电
人因工程
virtual reality
full scope simulator（FSS）
nuclear
human factor engineering
