传感技术学报
傳感技術學報
전감기술학보
Journal of Transduction Technology
2014年
10期
1377-1381
,共5页
探测%图像识别%捕获%跟踪
探測%圖像識彆%捕穫%跟蹤
탐측%도상식별%포획%근종
detect%image identify%capture%track
针对机载导弹发射点火信息探测问题,提出了基于视觉图像的探测方法,设计了系统结构和工作流程,介绍了运动目标的捕获和跟踪方法,阐述了导弹点火特征的综合识别方法,构建的探测系统监测距离为10 m~3000 m,点火探测实时性优于20 ms,在某型空空导弹抗干扰试验期间进行了多次检验,未出现误报、漏报现象。
針對機載導彈髮射點火信息探測問題,提齣瞭基于視覺圖像的探測方法,設計瞭繫統結構和工作流程,介紹瞭運動目標的捕穫和跟蹤方法,闡述瞭導彈點火特徵的綜閤識彆方法,構建的探測繫統鑑測距離為10 m~3000 m,點火探測實時性優于20 ms,在某型空空導彈抗榦擾試驗期間進行瞭多次檢驗,未齣現誤報、漏報現象。
침대궤재도탄발사점화신식탐측문제,제출료기우시각도상적탐측방법,설계료계통결구화공작류정,개소료운동목표적포획화근종방법,천술료도탄점화특정적종합식별방법,구건적탐측계통감측거리위10 m~3000 m,점화탐측실시성우우20 ms,재모형공공도탄항간우시험기간진행료다차검험,미출현오보、루보현상。
According to the problem of aerial missile’s firing detection,the detecting way based on visual image is put forward. The system structure and workflow are designed. The moving target capturing and tracking are intro ̄duced. The ignition multiple characteristics finding are expounded. The system’s monitor range is 10 m~3 000 m. The detecting real time is less than 20 ms,The system capabilities are verified many times during the anti ̄interfer ̄ence test for aerial missiles. The results indicate that error reporting and missing reporting are not happened.