摘要
针对飞行试验中各参试装备不能实时共享数据、相互引导的问题,文章设计了一种将所有参试测量装备通过有线和无线的方式链接为一个能够信息共享的网络平台;该平台以网络化为基础,由数据采集引导终端、实时处理终端和服务器三部分组成,通过运用平滑剔点、坐标转换、数据融合、数据外推等数学方法优化引导数据,通过数字通信技术实现各装备之间测量数据的实时传输和共享,实现了任意装备之间的相互自动引导,达到了"发现即跟踪、跟踪即引导"的测量效果,有效增强了装备使用效率和整体测量能力。
In order to solve the problem that the equipments in the test cannot share data and guide each other,this paper designs a network platform for information sharing,which links all measuring equipments in wired and wireless ways as a whole.The platform is based on network,and consists of three parts:data collection and guidance terminal,real-time processing terminal and data server.In addition,the paper also discusses how to optimize the guiding data by using smooth picking,coordinate transformation,data fusion,data extrapolation and other mathematical methods.Digital communication technology realizes real-time transmission and sharing of the measured data and the automatic guidance among equipments.As a result,the measurement effect of“discovering is tracking,tracking is guiding”is achieved,which effectively improves the equipment utilization efficiency and overall measuring capability.
作者
陈庆良
黄河
姬新阳
Chen Qingliang;Huang He;Ji Xinyang(Luoyang Electronic Equipment Test Center of China,Luoyang 471003,China)
出处
《计算机测量与控制》
2018年第3期276-279,284,共5页
Computer Measurement &Control
关键词
飞行试验
信息共享
引导网络
数据外推
flight test
information sharing
guide network
data extrapolation
