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Fast Source Camera Identification Using Content Adaptive Guided Image Filter

机译:使用内容自适应引导图像过滤器快速识别源摄像机

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摘要

Source camera identification (SCI) is an important topic in image forensics. One of the most effective fingerprints for linking an image to its source camera is the sensor pattern noise, which is estimated as the difference between the content and its denoised version. It is widely believed that the performance of the sensor-based SCI heavily relies on the denoising filter used. This study proposes a novel sensor-based SCI method using content adaptive guided image filter (CAGIF). Thanks to the low complexity nature of the CAGIF, the proposed method is much faster than the state-of-the-art methods, which is a big advantage considering the potential real-time application of SCI. Despite the advantage of speed, experimental results also show that the proposed method can achieve comparable or better performance than the state-of-the-art methods in terms of accuracy.
机译:源摄像机识别(SCI)是图像取证中的重要主题。将图像链接到其源相机的最有效指纹之一是传感器图案噪声,其估计为内容与其降噪后的版本之间的差异。普遍认为,基于传感器的SCI的性能在很大程度上取决于所使用的降噪滤波器。这项研究提出了一种新的基于传感器的SCI方法,使用了内容自适应制导图像滤波器(CAGIF)。由于CAGIF的低复杂性,该方法比最新方法要快得多,考虑到潜在的SCI实时应用,这是一个很大的优势。尽管速度方面有优势,但实验结果还表明,所提方法在准确性方面可以达到与最新技术相当或更好的性能。

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