基于属性散射中心和可分性测度的SAR目标分类方法

By using a method based on attribute scattering centers and separability measures, the problems of insufficient parameter utilization and poor interpretability in existing SAR target classification are solved, achieving more efficient and accurate SAR target identification and enhancing the interpretability of the model.

CN117593563BActive Publication Date: 2026-07-17NAT UNIV OF DEFENSE TECH

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
NAT UNIV OF DEFENSE TECH
Filing Date
2023-10-19
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Existing SAR target classification methods suffer from insufficient parameter utilization, inefficient fusion methods, and poor interpretability, leading to a bottleneck in the development of deep learning applications in SAR target classification.

Method used

A method based on attribute scattering centers and separability measures is adopted. By preprocessing complex SAR images, attribute scattering center parameters are extracted and the images are reconstructed. Features are calculated and fused using a separability measure network to guide the model training process, making the features more physically and mathematically interpretable.

Benefits of technology

It significantly improves the model's recognition efficiency and accuracy, achieves efficient extraction and reliable classification of physical features of SAR images, and enhances the model's physical and mathematical interpretability.

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Abstract

本申请涉及一种基于属性散射中心和可分性测度的SAR目标分类方法。所述方法通过对复数SAR图像进行预处理、属性散射中心参数提取与图像重构、可分性测度网络构建、特征融合和目标分类得到可信分类结果。本方法通过对属性散射中心参数和重构SAR图像的融合,引导模型提取物理可解释性更强的特征,使得模型能够学习到更具物理意义的特征,增强了模型的物理可解释性;通过对可分性测度网络的应用,引导模型训练过程向可分性测度值更小的方向收敛,使得模型收敛效果可计算、可量化,增强了模型的数学可解释性。本方法能够实现SAR图像物理特征的高效提取和可信分类,可为雷达目标识别关键技术突破提供思路支撑。
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