In this work we evaluate neural networks, support vector machines and decision trees for the
regression of the center of the eyeball and the optical vector based on the pupil ellipse. In …

Amyotrophic lateral sclerosis (ALS) patients suffer a great inconvenience in their daily lives
due to the gradual loss of their motion abilities. In order to help ALS patients regain their self …

Gaze estimation has widespread applications. However, little work has explored gaze
estimation on smartphones, even though they are fast becoming ubiquitous. This paper …

Most applications involving gaze-based interaction are supported by estimation techniques
that find a mapping between gaze data and corresponding targets on a 2D surface …

Eye tracking systems have recently experienced a diversity of novel calibration procedures,
including smooth pursuit and vestibulo-ocular reflex based calibrations. These approaches …

The gaze estimation in the mobile scenario often suffers from the extrapolation and parallax
errors. In this paper, we propose a novel calibration framework to achieve the precise gaze …

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 …

It is argued that polynomial expressions that are normally used for remote, video-based, low
cost eye tracking systems, are not always ideal to accommodate individual differences in …

Knowing where the user is looking at, allows for intelligent systems to keep track of the
user's needs and respond immediately to changes. The availability of eye gaze information …

Nowadays capturing the image of eyeball with camera and estimating gaze points using
pupil positions is the most common method for eye-tracking devices. Head-mounted eye …