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YOLO-SAATD: An efficient SAR airport and aircraft target detector
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作者 daobin ma Zhanhong Lu +5 位作者 Zixuan Dai Yangyue Wei Li Yang Haimiao Hu Wenqiao Zhang Dongping Zhang 《Visual Informatics》 2025年第2期87-93,共7页
While object detection performs well in natural images,it faces challenges in Synthetic Aperture Radar(SAR)images for detecting airports and aircraft due to discrete scattering points,complex backgrounds,and multi-sca... While object detection performs well in natural images,it faces challenges in Synthetic Aperture Radar(SAR)images for detecting airports and aircraft due to discrete scattering points,complex backgrounds,and multi-scale targets.Existing methods struggle with computational inefficiency,omission of small targets,and low accuracy.We propose a SAR airport and aircraft target detection model based on YOLO,named YOLO-SAATD(You Only Look Once-SAR Airport and Aircraft Target Detector),which tackles the aforementioned challenges from three perspectives:1.Efficiency:A lightweight hierarchical multi-scale backbone reduces parameters and enhances detection speed.2.Fine granularity:A"ScaleNimble Neck"integrates feature reshaping and scale-aware aggregation to enhance detail detection and feature capture in multi-scale SAR images.3.Precision:Wise-IoU loss function is used to optimize bounding box localization and enhance detection accuracy.Experiments on the SAR-Airport-1.0 and SAR-AirCraft-1.0 datasets show that YOLO-SAATD improves precision and mAP50 by 1%-2%,increases detection frame rate by 15%,and reduces model parameters by 25%compared to YOLOv8n,thus validating its effectiveness for SAR airport and aircraft target detection. 展开更多
关键词 SAR image Aircraft detection Airport detection Deep learning YOLO
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