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Underwater Object Detection by Combining the Spectral Residual and Three-Frame Algorithm

机译:结合光谱残差和三帧算法进行水下目标检测

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摘要

In this paper, a hierarchical system, in which each level is composed by a specialized processor, is proposed to detect objects in underwater videos. The system is designed to assist the underwater monitor system survey operations, specialized to the task of object detection. The input image is firstly transformed into the spatial frequency domain to detect the saliency regions including the object region and parts of the background. Then, the saliency maps are further analyzed by the frame-difference algorithm which contributes to the background noise reduction. Experimental results, which have been performed on a set of real underwater images acquired in different environments, demonstrate the robustness and the accuracy of the proposed system.
机译:在本文中,提出了一种分层系统,其中每个级别由专用处理器组成,以检测水下视频中的对象。该系统旨在帮助水下监控系统调查操作,专门用于对象检测的任务。首先将输入图像转换为空间频域以检测包括对象区域和背景部分的显着区域。然后,通过帧差分算法进一步分析显着性图,这有助于减少背景噪声。已经在不同环境中获取的一组真实水下图像上进行的实验结果,证明了所提出的系统的鲁棒性和准确性。

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