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Adaptive histogram equalization based fusion technique for hazy underwater image enhancement

机译:基于自适应直方图均衡化的朦胧水下图像增强融合技术

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Degradation of underwater images is an atmospheric phenomenon which is a result of scattering and absorption of light. In this paper, we have defined a fusion based approach to enhance the visibility of underwater images. Our method uses only one single hazy image to derive the contrast improved and colour corrected versions of the original image. Further, it removes the distortion and uplifts the visibility of the distant objects in the image by applying weight maps on each of the derived inputs. We have used multi-scale fusion technique to blend the inputs and weight maps together, ensuring that each fused image contributes its most significant feature into the final image. Our technique is simple and straightforward that effectively contribute in enhancing the quality and appearance of underwater hazy images.
机译:水下图像的退化是一种大气现象,是光散射和吸收的结果。在本文中,我们定义了一种基于融合的方法来增强水下图像的可见性。我们的方法仅使用一个模糊图像来获得原始图像的对比度改进和色彩校正版本。此外,它通过在每个派生的输入上应用权重图,消除了失真并提高了远处物体在图像中的可见性。我们使用了多尺度融合技术将输入和权重图混合在一起,以确保每个融合图像将其最重要的特征贡献到最终图像中。我们的技术简单明了,可以有效地提高水下模糊图像的质量和外观。

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