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Water Region Detection Supporting Ship Identification in Port Surveillance

机译:港口监视中的水域检测支持船舶识别

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In this paper, we present a robust and accurate water region detection technique developed for supporting ship identification. Due to the varying appearance of water body and frequent intrusion of ships, a region-based recognition is proposed. We segment the image into perceptually meaningful segments and find all water segments using a sampling-based Support Vector Machine (SVM). The algorithm is tested on 6 different port surveillance sequences and achieves a pixel classification recall of 97.5% and precision of 96.4%. We also apply our water region detection to support the task of multiple ship detection. Combined with our cabin detector, it successfully removes 74.6% false detections generated in the cabin detection process. A slight decrease of 5% in the recall value is compensated by a significant improvement of 15% in precision.
机译:在本文中,我们提出了一种强大而准确的水域检测技术,旨在支持船舶识别。由于水体外观的变化和船舶的频繁侵入,提出了一种基于区域的识别方法。我们将图像分割为可感知的有意义的片段,并使用基于采样的支持向量机(SVM)查找所有水片段。该算法在6个不同的端口监视序列上进行了测试,并实现了97.5%的像素分类召回率和96.4%的精度。我们还将水域检测应用于支持多船检测的任务。结合我们的机舱检测器,它成功地消除了在机舱检测过程中产生的74.6%的错误检测。召回值略微降低5%,可通过将精度大幅提高15%来补偿。

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