Visible and infrared image fusion based on visual saliency detection

Xizi Tan, Liqiang Guo
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Abstract

Visible and infrared image fusion is widely adopted in navigation, object recognition and smart city. In this paper, we use the saliency object detection method to fusion the visible and infrared images. In consideration of the properties of the different type of image, we design two different visual saliency object detection methods to fuse the coefficients of detail image layers and coarse image layers. Then we can reconstruct the fused image from those coefficients. The experimental results indicate that the proposed fusion algorithm conforms to the human vision characteristics and has a strong comparability and effectiveness in both objective and subjective evaluation.
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基于视觉显著性检测的可见光与红外图像融合
可见光和红外图像融合在导航、目标识别和智慧城市等领域有着广泛的应用。本文采用显著性目标检测方法对可见光和红外图像进行融合。考虑到不同类型图像的特性,我们设计了两种不同的视觉显著性目标检测方法来融合细节图像层和粗图像层的系数。然后利用这些系数重建融合后的图像。实验结果表明,所提出的融合算法符合人类视觉特征,在客观和主观评价上都具有较强的可比性和有效性。
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