Demo: A Multi-Perspective Video Streaming System with Privacy Preservation in Trauma Room

Zhengyong Ren, Yuxin Yang, Kambiz Ghazinour, Sara Bayramzadeh, Qiang Guan
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Abstract

More and more hospitals are now deploying mul-tiple cameras in trauma room for a multi-perspective remote observation. but video surveillance system can cause privacy breach by showing and storing sensitive information of patients and staff. We use OpenPose which is a state-of-the-art human body skeletons estimation framework to extract 18 human key skeleton points. For privacy preservation, we can apply the image obfuscation techniques to human heads, we also can use human skeleton to replace the human body in the truth background. we proposed a head detection method based on the 5 key points of each head output from OpenPose. We applied the st-gcn algorithm to recognize human actions, we propose a interactive algorithm for multiple cameras to recognize and trace the same person in different cameras, Based on multi-view action recognition for the same person, we can take action recognition accuracy to a high level. Our experiment results prove that our proposed technique has a high performance in privacy protection applications. Now we focus on the interactive algorithm for multiple cameras.
演示:创伤室隐私保护的多视角视频流系统
目前,越来越多的医院在创伤室部署多台摄像机,实现多视角远程观察。但是视频监控系统会显示和存储病人和工作人员的敏感信息,从而造成隐私泄露。我们使用最先进的人体骨架估计框架OpenPose来提取18个人体关键骨架点。为了保护隐私,我们可以将图像混淆技术应用于人体头部,也可以在真实背景中使用人体骨骼代替人体。我们提出了一种基于OpenPose输出的每个头部的5个关键点的头部检测方法。我们将st-gcn算法应用于人体动作识别,提出了一种多摄像头对同一人在不同摄像头中的识别和跟踪的交互式算法,基于对同一人的多视角动作识别,可以将动作识别精度提高到一个较高的水平。实验结果表明,该方法在隐私保护应用中具有较高的性能。现在我们主要研究多摄像头的交互算法。
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