Abstract Model-based 3D gaze estimation represents a dominant technique for eye gaze
estimation. It allows free head movement and gives good estimation accuracy. But it requires …

The problem of 3D gaze estimation can be viewed as inferring the visual axes from eye
images. It remains a challenge especially for the head-mounted gaze tracker (HMGT) with a …

Gaze positions can provide important cues for natural computer interfaces. In this paper, we
describe a new gaze estimation method based on a three dimensional analysis of the …

Gaze-tracking technology is highly valuable in many interactive and diagnostic applications.
For many gaze estimation systems, calibration is an unavoidable procedure necessary to …

We present a novel method to auto-calibrate gaze estimators based on gaze patterns
obtained from other viewers. Our method is based on the observation that the gaze patterns …

This paper presents an unconstrained gaze estimation method using an online learning
algorithm. We focus on a desktop scenario, where a user operates a personal computer, and …

Remote gaze estimation using a single non-calibrated camera, simple user calibration or
calibration free, and robust to head movements are very desirable features of eye tracking …

Abstract 3D gaze tracking from a single RGB camera is very challenging due to the lack of
information in determining the accurate gaze target from a monocular RGB sequence. The …

This paper describes a novel real-time 3D gaze estimation system. The system consists of
two cameras and two IR light sources. There are three novelties in this method. First, in our …

This paper presents a user-calibration-free method for estimating the point of gaze (POG).
This method provides a fast and stable solution for realizing user-calibration-free gaze …