A dataset of high-resolution SAR vehicle target recognition

<p indent="0mm">The recognition of SAR vehicle targets holds significant practical value in battlefield situational awareness and precision targeting. To address the scarcity of real SAR vehicle target data, the homogeneity of backgrounds, and limited sample diversity, we constructed a dataset of high-resolution SAR vehicle target recognition. This dataset was developed through the deployment of typical scenarios, field UAV flight tests, SAR data imaging processing, and preparation of SAR target slices. It comprises 7 categories and 21 types of vehicle targets, featuring three background types—cement ground, grassland, and shrubbery. Data are provide in two frequency bands, Ku and X, with five depression angles and up to 72 azimuth angles, resulting in a total of 3,308 SAR amplitude images and corresponding complex data. All samples are subjected to a dual verification process involving expert interpretation and image quality assessment to ensure the reliability of imaging quality and annotation information. This dataset provides foundational data support for research on SAR vehicle target characteristics analysis, fine-grained vehicle recognition, few-shot recognition, and domain-adaptive target recognition, thereby advancing the research level and application in the SAR target recognition field.

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Publication Details

Journal
China Scientific Data
Published
2026-01-19
DOI
https://doi.org/10.11922/11-6035.csd.2025.0094.zh
Primary Topic
Advanced SAR Imaging Techniques
Type
article
Field-Weighted Citation Impact
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article

A dataset of high-resolution SAR vehicle target recognition

Deliang Xiang, Chaofu Wei, Huiqiang Zhang, Shujie Wu et al.
China Scientific Data
Advanced SAR Imaging Techniques
article

A dataset of high-resolution SAR vehicle target recognition

Deliang Xiang, Chaofu Wei, Huiqiang Zhang, Shujie Wu, Zhongjie Wu, Bingwei Hui, Yingbing Ma, Tianpeng LIU, Wei Wang, Hongqi FAN
article en

Abstract

<p indent="0mm">The recognition of SAR vehicle targets holds significant practical value in battlefield situational awareness and precision targeting. To address the scarcity of real SAR vehicle target data, the homogeneity of backgrounds, and limited sample diversity, we constructed a dataset of high-resolution SAR vehicle target recognition. This dataset was developed through the deployment of typical scenarios, field UAV flight tests, SAR data imaging processing, and preparation of SAR target slices. It comprises 7 categories and 21 types of vehicle targets, featuring three background types—cement ground, grassland, and shrubbery. Data are provide in two frequency bands, Ku and X, with five depression angles and up to 72 azimuth angles, resulting in a total of 3,308 SAR amplitude images and corresponding complex data. All samples are subjected to a dual verification process involving expert interpretation and image quality assessment to ensure the reliability of imaging quality and annotation information. This dataset provides foundational data support for research on SAR vehicle target characteristics analysis, fine-grained vehicle recognition, few-shot recognition, and domain-adaptive target recognition, thereby advancing the research level and application in the SAR target recognition field.

China Scientific DataVol. 11(1)
Openalex Percentile: Top 84%
Advanced SAR Imaging Techniques
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