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Digital human face detection in video sequences via a physiological signal analysis

机译:通过生理信号分析在视频序列中的数字人脸检测

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Imagine a future in which computer-generated (CG) human characters become almost indistinguishable from real humans. It is not that far away. Real-time rendering of photorealistic facial animation is just around the corner. To prepare for this world in which CG content will be intermingled with the natural, there is a fundamental need to understand how human beings can preserve the awareness of what is real and what is not. We present a methodology for distinguishing real and CG human faces within the context of multimedia forensics, by exploiting the heart rate as the discriminating feature. The underlying idea is that humans always present a pulse signal that can be automatically extracted from a video sequence depicting their face, while this is not the case for virtual humans. Experimental validation shows the effectiveness of the proposed solution. (C) 2020 SPIE and IS&T
机译:想象一下,从真正的人类变得几乎无法区分的计算机生成(CG)的未来。 这不是很远。 照片拟真的面部动画的实时渲染即将来临。 为了为这个世界做准备,其中CG内容将融入自然,有基本需要了解人类如何保留对真实的知识以及没有什么的意识。 我们通过利用作为辨别特征的心率来提出一种区分真实和CG人面的方法,以在多媒体取证的背景下进行区分。 潜在的想法是人类总是呈现可以从描绘它们面部的视频序列自动提取的脉冲信号,而这不是虚拟人的情况。 实验验证显示了所提出的解决方案的有效性。 (c)2020个SPIE和IS&T

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