电光与控制
電光與控製
전광여공제
ELECTRONICS OPTICS & CONTROL
2014年
5期
19-23,33
,共6页
商龙%王红卫%汪欣%陈游
商龍%王紅衛%汪訢%陳遊
상룡%왕홍위%왕흔%진유
机载雷达%作战实验%多域分层%战术组件化
機載雷達%作戰實驗%多域分層%戰術組件化
궤재뢰체%작전실험%다역분층%전술조건화
airborne radar%campaign experiment%multi-filed hierarchy%tactical componentization
对机载雷达作战实验仿真是提升雷达和电子战系统作战能力、验证战术方法的有效手段。按照仿真粒度的不同,采用多域分层的思想,构建作战域、实体域、信息域和物理域的作战实验仿真系统层次结构;将战术过程抽象为作战实体状态变化过程,采用时间-实体-任务-顺序的思想将电子战交互进程转变为实体变量组状态变化过程,实现了战术组件化;建立了不同重频下信号检测模型;分析了仿真实验的设计方法和时序过程;最后,结合典型的雷达对抗实验,对比单一干扰样式和复合干扰样式的干扰效果,验证了作战实验仿真系统的有效性。
對機載雷達作戰實驗倣真是提升雷達和電子戰繫統作戰能力、驗證戰術方法的有效手段。按照倣真粒度的不同,採用多域分層的思想,構建作戰域、實體域、信息域和物理域的作戰實驗倣真繫統層次結構;將戰術過程抽象為作戰實體狀態變化過程,採用時間-實體-任務-順序的思想將電子戰交互進程轉變為實體變量組狀態變化過程,實現瞭戰術組件化;建立瞭不同重頻下信號檢測模型;分析瞭倣真實驗的設計方法和時序過程;最後,結閤典型的雷達對抗實驗,對比單一榦擾樣式和複閤榦擾樣式的榦擾效果,驗證瞭作戰實驗倣真繫統的有效性。
대궤재뢰체작전실험방진시제승뢰체화전자전계통작전능력、험증전술방법적유효수단。안조방진립도적불동,채용다역분층적사상,구건작전역、실체역、신식역화물리역적작전실험방진계통층차결구;장전술과정추상위작전실체상태변화과정,채용시간-실체-임무-순서적사상장전자전교호진정전변위실체변량조상태변화과정,실현료전술조건화;건립료불동중빈하신호검측모형;분석료방진실험적설계방법화시서과정;최후,결합전형적뢰체대항실험,대비단일간우양식화복합간우양식적간우효과,험증료작전실험방진계통적유효성。
The simulation of airborne radar campaign experiment is an effective way to enhance campaign ability and validate the tactics of radar system and electronic warfare system .According to the difference in simulator granularity,the multi-filed hierarchy way was used to design the simulation system hierarchy structure in campaign field,entity field,information field and physical field .In this simulation system,the tactic process was abstracted as the changing process of campaign entity status .The thought of time-agent-task-order was applied to convert the process of electronic warfare intercommunion to the changing process of entity status,achieving the tactical componentization .The signal detection model in different repeat frequencies was established,and the design method and sequential process of the simulation experiment were analyzed .In the end,according to a representative radar jamming experiment,the effectiveness of the campaign experiment simulation system was validated by comparing the effect of singular jamming with that of compound jamming .