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Ship detection in SAR images based on an improved faster R-CNN

机译:基于改进的R-CNN改进的SAR图像中的船舶检测

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Deep learning has led to impressive performance on a variety of object detection tasks recently. But it is rarely applied in ship detection of SAR images. The paper aims to introduce the detector based on deep learning into this field. We analyze the advantages of the state-of-the-art Faster R-CNN detector in computer vision and limitations in our specific domain. Given this analysis, we proposed a new dataset and four strategies to improve the standard Faster R-CNN algorithm. The dataset contains ships in various environments, such as image resolution, ship size, sea condition, and sensor type, it can be a benchmark for researchers to evaluate their algorithms. The strategies include feature fusion, transfer learning, hard negative mining, and other implementation details. We conducted some comparison and ablation experiments on our dataset. The result shows that our proposed method obtains better accuracy and less test cost. We believe that SAR ship detection method based on deep learning must be the focus of future research.
机译:深度学习导致最近对各种对象检测任务的表现令人印象深刻。但它很少应用于SAR图像的船舶检测。本文旨在将探测器介绍进入该领域的深度学习。我们分析了最先进的R-CNN检测器在计算机视觉和专用领域的限制中的优势。鉴于此分析,我们提出了一个新的数据集和四种策略来提高标准更快的R-CNN算法。 DataSet包含各种环境中的船舶,例如图像分辨率,船舶尺寸,海况和传感器类型,它可以是研究人员评估其算法的基准。该策略包括特征融合,转移学习,难度挖掘和其他实施细节。我们对我们的数据集进行了一些比较和消融实验。结果表明,我们的提出方法获得了更好的准确性和更少的测试成本。我们认为,基于深度学习的SAR船舶检测方法必须是未来研究的重点。

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