电光与控制
電光與控製
전광여공제
ELECTRONICS OPTICS & CONTROL
2014年
3期
76-79,91
,共5页
任俊亮%邢清华%邹志刚%李明
任俊亮%邢清華%鄒誌剛%李明
임준량%형청화%추지강%리명
反导%目标识别%雷达配置%一维距离像
反導%目標識彆%雷達配置%一維距離像
반도%목표식별%뢰체배치%일유거리상
missile defense%target recognition%radar deployment%range profile
为更好地发挥反导目标识别雷达的作战效能,针对目标识别雷达的实际配置问题,建立一种基于一维距离像识别的雷达配置模型。首先,根据目标识别雷达的反导作战任务,确定目标识别雷达的探测结束点,再利用雷达探测性能参数计算出目标识别雷达的可配置区域;其次,指出雷达视线与目标间夹角的稳定性是影响一维距离像识别的重要因素,并给出衡量其稳定性的指标,以覆盖率和雷达视线与目标夹角稳定性的最大化为目标建立雷达配置模型,给出求解方法;最后,通过实例仿真发现,在靠近弹道地面投影的区域雷达覆盖率较小,在弹道地面投影正向延长线附近区域,雷达视线与目标间夹角能保持较高的稳定性,有利于目标识别。以上结论可为反导体系建设中武器系统的实际配置提供参考。
為更好地髮揮反導目標識彆雷達的作戰效能,針對目標識彆雷達的實際配置問題,建立一種基于一維距離像識彆的雷達配置模型。首先,根據目標識彆雷達的反導作戰任務,確定目標識彆雷達的探測結束點,再利用雷達探測性能參數計算齣目標識彆雷達的可配置區域;其次,指齣雷達視線與目標間夾角的穩定性是影響一維距離像識彆的重要因素,併給齣衡量其穩定性的指標,以覆蓋率和雷達視線與目標夾角穩定性的最大化為目標建立雷達配置模型,給齣求解方法;最後,通過實例倣真髮現,在靠近彈道地麵投影的區域雷達覆蓋率較小,在彈道地麵投影正嚮延長線附近區域,雷達視線與目標間夾角能保持較高的穩定性,有利于目標識彆。以上結論可為反導體繫建設中武器繫統的實際配置提供參攷。
위경호지발휘반도목표식별뢰체적작전효능,침대목표식별뢰체적실제배치문제,건립일충기우일유거리상식별적뢰체배치모형。수선,근거목표식별뢰체적반도작전임무,학정목표식별뢰체적탐측결속점,재이용뢰체탐측성능삼수계산출목표식별뢰체적가배치구역;기차,지출뢰체시선여목표간협각적은정성시영향일유거리상식별적중요인소,병급출형량기은정성적지표,이복개솔화뢰체시선여목표협각은정성적최대화위목표건립뢰체배치모형,급출구해방법;최후,통과실례방진발현,재고근탄도지면투영적구역뢰체복개솔교소,재탄도지면투영정향연장선부근구역,뢰체시선여목표간협각능보지교고적은정성,유리우목표식별。이상결론가위반도체계건설중무기계통적실제배치제공삼고。
To make full advantage of target recognition radar ( TRR) in missile defense and solve the practical problem how to deploy TRR,we established a model for TRR deployment based on range profile recognition.First,according to the mission of TRR in missile defense,the point where TRR can stop detecting was determined,and the area where TRR could be deployed was calculated out by using the performance parameters of the radar.It was pointed out that the angle between line of radar and target (ABRT) was the main factor that had effect on target recognition,and an index was given to weigh its stability.Then,a radar deployment model was established aimed at maximizing the coverage ratio and stability of ABRT.The method to solve this model was also given .Finally,simulation analysis showed that:1) When the radar is deployed in the area near trajectory projection,the coverage ratio is small;and 2) When the radar is deployed in the area near line of extended trajectory projection,the ABRT is relatively stable.The conclusions are useful for target recognition .