红外与激光工程
紅外與激光工程
홍외여격광공정
INFRARED AND LASER ENGINEERING
2014年
12期
4177-4185
,共9页
付莹%汤子跃%孙永健
付瑩%湯子躍%孫永健
부형%탕자약%손영건
协同探测%航线优化%机载预警雷达%累积发现概率
協同探測%航線優化%機載預警雷達%纍積髮現概率
협동탐측%항선우화%궤재예경뢰체%루적발현개솔
cooperation probing%routes optimization%airborne early warning radar
单架机载预警雷达探测目标时存在空域覆盖盲区和多普勒盲区。建立了巡逻航线的参数化模型,推导了机载预警雷达目标发现概率计算模型;提出了基于累积发现概率矩阵2-范数的单架机载预警雷达巡逻航线优化准则。由于多架机协同可以减小盲区对探测性能的影响,进一步研究了多架机协同探测的任务航线规划问题,提出了优化准则,分析了机载预警雷达之间的飞行时间间隔和航线之间的距离间隔对重点监视区域累积发现概率的影响。仿真结果表明了基于累积发现概率矩阵2-范数的优化准则的有效性,有利于最大化机载预警雷达空域覆盖和目标发现概率。
單架機載預警雷達探測目標時存在空域覆蓋盲區和多普勒盲區。建立瞭巡邏航線的參數化模型,推導瞭機載預警雷達目標髮現概率計算模型;提齣瞭基于纍積髮現概率矩陣2-範數的單架機載預警雷達巡邏航線優化準則。由于多架機協同可以減小盲區對探測性能的影響,進一步研究瞭多架機協同探測的任務航線規劃問題,提齣瞭優化準則,分析瞭機載預警雷達之間的飛行時間間隔和航線之間的距離間隔對重點鑑視區域纍積髮現概率的影響。倣真結果錶明瞭基于纍積髮現概率矩陣2-範數的優化準則的有效性,有利于最大化機載預警雷達空域覆蓋和目標髮現概率。
단가궤재예경뢰체탐측목표시존재공역복개맹구화다보륵맹구。건립료순라항선적삼수화모형,추도료궤재예경뢰체목표발현개솔계산모형;제출료기우루적발현개솔구진2-범수적단가궤재예경뢰체순라항선우화준칙。유우다가궤협동가이감소맹구대탐측성능적영향,진일보연구료다가궤협동탐측적임무항선규화문제,제출료우화준칙,분석료궤재예경뢰체지간적비행시간간격화항선지간적거리간격대중점감시구역루적발현개솔적영향。방진결과표명료기우루적발현개솔구진2-범수적우화준칙적유효성,유리우최대화궤재예경뢰체공역복개화목표발현개솔。
Airspace covering blind area and Doppler blind zone occur as single airborne early warning (AEW) radar is operated to probe targets. The parameterized mathematical model of AEW radar patrol routes was established. The calculation formula of AEW radar target detection probability was derived. And the patrol routes optimizing criterion of single AEW radar was proposed based on the 2- norm of accumulated detection probability matrix. The mission routes programming problem of multi- AEW radar cooperation probing was studied further and the optimizing criteria was presented in that multi- AEW radar cooperation can help reduce the bad influence of airspace covering blind area and Doppler blind zone on detection performance. Finally, the effects of time interval and distance separation between AEW radars on accumulated detection probability of the key surveillance area were analyzed. Simulation results show that the optimizing criteria founding on 2- norm of accumulated detection probability matrix are effective which are conducive to maximize the coverage and target detection probability of AEW radar.