首页> 外文会议>Asian Conference on Computer Vision(ACCV 2007) pt.2; 20071118-22; Tokyo(JP) >Iris Tracking and Regeneration for Improving Nonverbal Interface
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Iris Tracking and Regeneration for Improving Nonverbal Interface

机译:虹膜跟踪和再生,以改善非语言界面

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In this study, we discuss the quality of teleconference with respect to especially to the "eye-contact". Recently, VIDEO conference system can be used easily even in the mobile phone environment with camera, and many people use it in daily life. Since human is likely to look at the face of his partner on monitor not at camera, he will usually fail to send his own eye-contacted facial images to him, and vice versa. We pay attention to the disagreement of the eye-contact in teleconference caused by the separation between the input camera and output monitor devices. Then we propose the Eye-Contact Camera System for generating eye-contacted motion images to the receiver. In this system, iris contour is extracted after the face region extraction, the vertical and horizontal directions of the glance are calculated based on the relation among positions of the monitor, camera and receiver, and finally the iris center coordinates are shifted in the image so that the partner looks just looking at him, and vice versa. We implemented the system on note PC with web-camera for evaluating the usability.
机译:在这项研究中,我们讨论了电话会议的质量,尤其是“眼神接触”。最近,即使在带摄像头的手机环境中,VIDEO会议系统也可以轻松使用,许多人在日常生活中使用它。由于人类可能会在监视器上而不是在照相机上注视伴侣的脸,因此他通常无法将自己的眼睛接触的面部图像发送给他,反之亦然。我们注意由于输入摄像机和输出监视器设备之间的分离而导致的电话会议中眼神交流的分歧。然后,我们提出了眼神接触式摄像机系统,用于生成与接收者眼神接触的运动图像。在该系统中,虹膜轮廓在脸部区域提取之后被提取,基于监视器,摄像机和接收器的位置之间的关系来计算扫视的垂直和水平方向,最后虹膜中心坐标在图像中移动,因此对方只是看着他,反之亦然。我们在具有网络摄像头的笔记本电脑上实施了该系统,以评估可用性。

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