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Underwater multi-focus image fusion based on sparse matrix

机译:基于稀疏矩阵的水下多焦点图像融合

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摘要

Due to the limited focus range of optical imaging system, and the locations or focus of different objects in the same scene are different, multiple objects cannot be focused at the same time. In order to solve this problem and make the underwater image clearer, we propose a fusion method based on the sparse matrix in this paper. Firstly, we transform the source image into sparse image by sparse transform and get the clearity of the image based on the sparsity. Then, the clearity image will be segmented into focus regions. After that, the focus regions and non-focus regions are fused respectively based on different fusion algorithms. Finally, the focus regions and non-focus regions are combined to get the enhanced image. The experiments in the end show that the fusion method we proposed in this paper has higher information entropy, correlation entropy, standard deviation, and average gradient, so it can enhance the underwater multi-focus image and can be applied to the underwater object detection.
机译:由于光学成像系统的聚焦范围有限,且同一场景中不同物体的位置或焦点不同,无法同时聚焦多个物体。为了解决这一问题,使水下图像更加清晰,本文提出了一种基于稀疏矩阵的融合方法。首先,通过稀疏变换将源图像转化为稀疏图像,并根据稀疏性得到图像的清晰度。然后,将清晰图像分割成聚焦区域。然后,基于不同的融合算法分别对聚焦区域和非聚焦区域进行融合。最后,将聚焦区域和非聚焦区域合并得到增强图像。实验结果表明,本文提出的融合方法具有较高的信息熵、相关熵、标准差和平均梯度,能够增强水下多聚焦图像,可以应用于水下目标检测。

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