摘要
为了跨越时间和空间的限制,将原培训机房扩展为广域网中的虚拟教室,基于对远程仿真系统构建过程中存在主要问题的分析,提出了一种适用于远程仿真系统的实时数据智能交换技术。通过对实时数据的分级交换、动态交换、智能切换和自动重拨,减少了仿真通信的数据量,有效增加了系统容量,提高了仿真的实时性和稳定性。
In order to break through in time and space constraints,the original training-room was extended to a virtual classroom on internet,and an intelligent real-time data exchange technology which was suitable for the remote simulation system was put forward,on the basis of analysis on main problems occurred during the establishment of the remote simulation system.By stepwise exchange,dynamic exchange,intelligent switch and automatic redial against the real-time data,the simulation network traffic was reduced,the system capacity increased,and the real-time performance and stability of the simulation system were improved.
出处
《热力发电》
CAS
北大核心
2013年第6期65-68,共4页
Thermal Power Generation
关键词
远程仿真系统
实时数据
智能交换
分级交换
动态交换
智能切换
自动重拨
remote simulation system
real-time data
intelligent exchange
stepwise exchange
dynamic exchange
intelligent switch
automatic redial
