基于神经艺术的视频数据人脸去识别研究

K. Brkić, T. Hrkać, I. Sikirić, Z. Kalafatić
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引用次数: 6

摘要

我们提出了一种基于计算机视觉的管道,可以改变视频中人脸的外观。假设一个监控场景,我们将基于gmm的背景减法与改进版本的GrabCut算法相结合,以发现和分割行人。独立地,我们使用标准的人脸检测器来检测人脸。我们应用神经艺术算法,利用深度神经网络的响应,通过与参考图像的风格混合来混淆检测到的人脸。利用提取的行人轮廓作为指导,将改变后的人脸与原始帧相结合。实验评估表明,我们的方法有潜力产生输入帧的去标识版本,同时保留去标识数据的效用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards neural art-based face de-identification in video data
We propose a computer vision-based pipeline that enables altering the appearance of faces in videos. Assuming a surveillance scenario, we combine GMM-based background subtraction with an improved version of the GrabCut algorithm to find and segment pedestrians. Independently, we detect faces using a standard face detector. We apply the neural art algorithm, utilizing the responses of a deep neural network to obfuscate the detected faces through style mixing with reference images. The altered faces are combined with the original frames using the extracted pedestrian silhouettes as a guideline. Experimental evaluation indicates that our method has potential in producing de-identified versions of the input frames while preserving the utility of the de-identified data.
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