摘要
针对目前辐射控制条件下多传感器协同探测无法随战场态势变化实现既降低被截获概率又达到目标探测精度要求的问题,提出了一种直升机多机传感器协同探测方法。该方法以探测精度和被截获概率为约束条件,建立了直升机多机传感器协同探测流程。根据约束条件分别采用雷达红外协同探测和双红外协同探测,并给出了相应的信息融合算法。仿真验证表明,该方法在战场态势发生变化时,根据约束条件选择相应的协同探测手段,既能降低被截获概率又能满足目标探测精度要求。
To resolve the problem that the present sensors coordination detection methods could not meet the detection needs in case of radiation control,a helicopter sensors coordination detection method was proposed in this paper.The detection precision and probability of interception were used as the constraint conditions,and the process of helicopter sensors coordination detection was established.According to the constraint conditions,radar-infrared coordination detection or double infrared coordination detection could be chosen,and a information fusion algorithms was proposed.Numerical simulation results demonstrated that the proposed method could reduce the probability of interception and meet the detection needs.
作者
张宏斌
鞠艳秋
齐驰
张少杰
ZHANG Hongbin;JU Yanqiu;QI Chi;ZHANG Shaojie(Army Aviation Institute, Beijing 101123, China)
出处
《探测与控制学报》
CSCD
北大核心
2020年第5期63-67,共5页
Journal of Detection & Control
关键词
辐射控制
直升机
多传感器
协同探测
信息融合
radiation control
helicopter
multisensor
coordination detection
information fusion
