摘要
提出了一种星载电子侦察传感器和微波成像传感器的协同方法,能够在单一的天基平台上,通过星载电子侦察在大范围内搜索目标,并引导星载微波成像设备进行补充侦察。通过2种侦察结果的柔性重组,支撑精确定位与精细化判读。分析了平台定位误差、姿态误差和信号频段等因素对协同侦察任务的影响,分析结果证明了本方法的实用性。
A cooperative method of space-based electronic reconnaissance sensor and microwave imaging sensor is proposed.The proposed method can search targets in a large range through on-board electronic reconnaissance equipment on a single space-based platform,and guide microwave imaging equipment to conduct supplementary reconnaissance.Through the flexible reorganization of the two reconnaissance results,the accurate positioning and refined interpretation of the target can be supported.The influence of platform positioning error,attitude error and signal frequency and other factors on cooperative reconnaissance task is analyzed,and the analysis results can demonstrate the effectiveness of the proposed method.
作者
李镜
贾会超
郭胜楠
LI Jing;JIA Huichao;GUO Shengnan(The 54th Research Institute of CETC,Shijiazhuang 050081,China)
出处
《计算机与网络》
2023年第13期47-51,共5页
Computer & Network
关键词
传感器协同
多传感器数据融合
电子侦察
微波成像
sensor collaboration
multisensor data fusion
electronic reconnaissance
microwave imaging
