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多传感信息融合定位方法在导弹截获中的应用

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针对传统的雷达截获波束指向方法仅适用于匀速行进中作战的问题,为解决变速非直线行进中作战的截获需求,提出采用核自适应滤波算法将激光雷达和惯导融合定位的方法.所提方法与传统采用惯导速度补偿方法相比,具有定位精度高、鲁棒性好等特点,可提高波束指向精度,缩短截获时间,提高武器系统作战效率,对复杂场景下雷达行进中截获导弹具有一定的研究价值.
Multi-sensor Information Fusion Positioning Method in Missile Interception
Aiming at the problem that the traditional radar interception beam pointing method is only suitable for uniform speed operation,in order to solve the interception requirements for the operation during variable speed and non-linear marching,a fusion positioning method of lidar and inertial navigation using kernel adaptive filtering algorithm is proposed.Compared with the traditional method of inertial navigation speed compensation,the proposed method has such characteristics as high positioning accuracy and good robustness,and it can improve the beam pointing accuracy,shorten the interception time and improve the combat efficiency of the weapon system,and it has certain research value for missile interception during radar marching in complex scenes.

missile interceptionfusion positioninglidarkernel adaptive filtering

韩秀枫、曾浩

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江南机电设计研究所,贵阳 550009

导弹截获 融合定位 激光雷达 核自适应滤波

2024

指挥与控制学报

指挥与控制学报

CSTPCD北大核心
ISSN:
年,卷(期):2024.10(1)
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