基于情感理解和身份确认的集成视觉系统

Yang-Yen Ou, A. Tsai, Jhing-Fa Wang, Po-Chien Lin
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引用次数: 1

摘要

计算机视觉技术为家庭机器人提供了视觉能力,能够提高家庭机器人应用中的友好用户体验。视觉研究趋向于解决某一特定领域的单一问题,如情感理解、身份识别、目标检测等。本文提出了一种视觉系统在情感和身份确认中的集成应用。Kinect捕捉到的面部地标、RGB图像和骨骼信息是集成视觉系统的输入。面部标志用于动作单元检测,因为情感识别被认为是动作单元的组合。使用RGB图像和骨架信息进行身份识别。主要贡献总结如下。1)提出了一种用于用户描述的集成视觉系统。2)采用层次结构支持向量机对面部动作单元进行分析。3)系统利用人脸图像和骨骼信息增强身份确认能力。在在线测试中进行了实验,平均准确率分别为86.33%和86.26%。实验结果证明了该系统在实时应用中的有效性和高效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An integrated vision system on emotion understanding and identity confirmation
The technologies of computer vision provided the home robot with visual ability, is able to improve the friendly user experience in home robot application. The vision research tends to solve single problem for a particular area, such as emotion understanding, identity identification and object detection, etc. This paper proposed an integrated application of vision system for emotion and identity confirmation. The facial landmarks, RGB image, and skeleton information captured by Kinect are the input of integrated vision system. The facial landmarks are used for Action Unit (AU) detection since the emotion recognition is considered as a combination of action units. The RGB image and skeleton information are used for identity conformation. The main contributions are summarized as follows. 1) An integrated vision system is proposed for the user description. 2) Hierarchal-Architecture SVM is presented for analysis of facial action units. 3) The system uses facial image and skeleton information to enhance the ability of identity confirmation. Experiments are performed on online test with the average accuracy are obtained by 86.33% and 86.26%, respectively. The experimental results have demonstrated the effectiveness and efficiency of the proposed system in real time application.
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