Head pose‐free gaze estimation using domain adaptation

Gaze-Tracking Based on Head-Pose Estimation using Depth Camera

A gaze is an indicator what people focused on. The research purpose is to implement a gaze tracking application so that people know which part of a wide view target is the most interesting. This research uses Kinect Xbox 360 as a tracking device and Visual Studio 2013 as development environment (IDE). The research can be applied in business purpose, such as in advertisement area. This research ...

Running head: EYE GAZE ADAPTATION Eye gaze adaptation under interocular suppression

The perception of eye gaze is central to social interaction in that it provides information about another person’s goals, intentions, and focus of attention. Direction of gaze has been found to reflexively shift the observer’s attention in the corresponding direction, and prolonged exposure to averted eye gaze adapts the visual system, biasing perception of subsequent gaze in the direction oppo...

Learning gaze biases with head motion for head pose-free gaze estimation

Gaze Estimation Using Morphable Models

This paper presents preliminary work on a novel technique for gaze estimation from a single image. The goal is to provide rough estimates of where a person is looking at a monitor. Many applications for human-computer interaction are possible for such a technique. Our approach uses the morphable model framework of Jones and Poggio 4] to model a region around the eyes of a person. After matching...

Head-unrestrained gaze adaptation in the rhesus macaque.

The ability to adjust the amplitude of gaze shifts in response to persistent visual errors ("gaze adaptation") has been investigated primarily by introducing visual errors at the end of saccades produced by head-restrained primates. Very little is known about the behavior and neural mechanisms underlying gaze adaptation when the head is free to move. We tested alternative hypotheses about the s...