火控雷达技术
火控雷達技術
화공뢰체기술
FIRE CONTROL RADAR TECHNOLOGY
2012年
2期
1-3
,共3页
非等间隔采样%自行体%多目标跟踪
非等間隔採樣%自行體%多目標跟蹤
비등간격채양%자행체%다목표근종
unequal interval sampling%self-propelled system%muhitarget tracking
文章研究了非等间隔采样环境下自行体稳定跟踪目标方法,包括坐标转换、航迹点迹动态关联、航迹滤波和航迹动态预测。仿真分析结果表明,在变采样间隔环境下采用该技术,自行体能够提供稳定的目标航迹信息。
文章研究瞭非等間隔採樣環境下自行體穩定跟蹤目標方法,包括坐標轉換、航跡點跡動態關聯、航跡濾波和航跡動態預測。倣真分析結果錶明,在變採樣間隔環境下採用該技術,自行體能夠提供穩定的目標航跡信息。
문장연구료비등간격채양배경하자행체은정근종목표방법,포괄좌표전환、항적점적동태관련、항적려파화항적동태예측。방진분석결과표명,재변채양간격배경하채용해기술,자행체능구제공은정적목표항적신식。
Stable tracking target methods including coordinate transform, track and plot dynamic association, track filter and track dynamic prediction for self-propelled system in unequal interval sampling condition are studied. The simulation analysis results show that the self-propelled system can provide stable target track information in variable sampling interval condition.