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Gaze Detection by Dual Camera and Dual IR-LED Illuminators

机译:通过双摄像头和双IR-LED照明器进行注视检测

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摘要

Gaze detection is to locate the position (on a monitor) of where a user is looking. This paper presents a new and practical method for detecting the monitor position where the user is looking. In general, the user tends to move both his head and eyes in order to gaze at certain monitor position. Previous researches use one wide-view camera, which can capture a whole user's face. However, the image resolution is too low with such a camera and the fine movements of user's eye cannot be exactly detected. So, we implement the gaze detection system with dual camera system(a wide and a narrow-view camera). In order to locate the user's eye position accurately, the narrow-view camera has the functionalities of auto focusing/pan/tilting based on the detected 3D facial feature positions from the wide-view camera. In addition, we use IR-LED illuminator in order to detect facial features and especially eye features. To overcome the problem of specular reflection on a glasses, we use dual IR-LED illuminators and detect the accurate eye position with escaping the glasses specular reflection. Prom experimental results, we implement the real-time gaze detection system and obtain the gaze position accuracy between the computed positions and the real ones is about 3.44 cm of RMS error.
机译:注视检测是为了定位用户正在看的位置(在监视器上)。本文提出了一种新的实用的方法来检测用户正在注视的监视器位置。通常,用户倾向于移动他的头部和眼睛以凝视特定的监视器位置。先前的研究使用一个广角相机,该相机可以捕获整个用户的脸部。然而,使用这种照相机的图像分辨率太低,并且不能精确地检测到用户眼睛的精细运动。因此,我们采用双摄像头系统(宽视角和窄视角相机)来实现凝视检测系统。为了准确地定位用户的眼睛位置,窄视相机具有基于从广视相机检测到的3D面部特征位置而自动聚焦/摇动/倾斜的功能。此外,我们使用IR-LED照明器来检测面部特征,尤其是眼睛特征。为了克服眼镜上的镜面反射问题,我们使用了双IR-LED照明器,并通过避开眼镜的镜面反射来检测准确的眼睛位置。舞会的实验结果,我们实现了实时的凝视检测系统,并获得计算的位置和实际位置之间的凝视位置精度约为RMS误差3.44厘米。

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