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地基雷达的探测与识别能力是整个弹道导弹防御系统识别能力的重要支撑.其主要是以多普勒频移成像和距离高分辨率能力实现对真假目标的识别,目标识别的方法包括基于 RCS 的识别方法.基于一维像的识别方法和基于二维像的识别方法,其中带宽外推目标识别技术使得宽带雷达成像技术取得了重大进展.在对地基雷达功能与实现过程、目标识别方法进行分析的基础上,从角位置测量、距离测量、径向速度测量三个方面对地基雷达探测与识别能力进行了分析.
The detection and recognition ability of ground-based radar is an important support for the recognition capability of the entire ballistic missile defense system, mainly based on the Doppler shift imaging and the ability of distance resolution to identify the true and false targets. The target recognition methods include RCS Based on the one-dimensional image recognition method and the two-dimensional image-based recognition method, in which the bandwidth extrapolation target recognition technology makes the broadband radar imaging technology has made significant progress in the ground-based radar function and implementation process, the target recognition method Based on the analysis, the capability of detecting and recognizing the ground-based radar is analyzed from three aspects of angular position measurement, distance measurement and radial velocity measurement.