Gaze tracking is the technology that identifies a region in space that a user is looking at. Most previous non-wearable gaze tracking systems use a near-infrared (NIR) light camera with an NIR illuminator. Based on the kind of camera lens used, the viewing angle and depth-of-field (DOF) of a gaze tracking camera can be different, which affects the performance of the gaze tracking system. Nevert...

Abstract2 This paper proposes eye gaze area determination using multiple cameras without calibration for improving usability of ICT products. In our method, one camera identify whether the user gaze at left side or right side of the camera. By combing two cameras, the gazing area can be determined as left edge, right edge or other area of the display. From the experiments, proposed method was p...

This paper presents camera mouse system with additional feature: "CTRL ALT DEL" key. The previous gaze-based camera mouse systems are only considering how to obtain gaze and making selection. We proposed gaze-based camera mouse with "CTRL ALT DEL" key. Infrared camera is put on top of display while user looking ahead. User gaze is estimated based on eye gaze and head pose. Blinking and mouth de...

This paper introduces a work in progress method for automating camera control in games using gaze tracking. Building on prior work by Burelli et al, we provide characterization of features for the gaze tracker and test a gaze-assisted camera control module in a first-person shooter game. We report results from a pilot study on the viability of gaze-assisted camera control. We also discuss chall...

The population with disabilities has risen remarkably during the past century. Especially, the disabled with two arms disability cannot manipulate devices by themselves. They suffer from operating computer using conventional interface devices such as joysticks or keyboards. In this paper, an eye gaze estimation system is proposed. The eye gaze estimation system is a system to estimate the eye-g...

Recent research has demonstrated the ability to estimate gaze on mobile devices by performing inference on the image from the phone’s front-facing camera, and without requiring specialized hardware. While this offers wide potential applications such as in human-computer interaction, medical diagnosis and accessibility (e.g., hands free gaze as input for patients with motor disorders), current m...

In this paper, we suggest a new system to estimate user’s eye gaze direction. Our system is consisted of 5 IR LEDs and CCD camera. IR LEDs that are attached to the corners of a computer monitor make glints on the surface of a cornea of an eye. If the user sees the monitor, the center of the pupil is always in a polygon that is made by the glints. By this fact, this system can compute user’s eye...

Learning-based methods are believed to work well for unconstrained gaze estimation, i.e. gaze estimation from a monocular RGB camera without assumptions regarding user, environment, or camera. However, current gaze datasets were collected under laboratory conditions and methods were not evaluated across multiple datasets. Our work makes three contributions towards addressing these limitations. ...

We present a camera-projection system for singleor multiparty telepresence which allows for correct eye gaze, and unlike standard videophony, provides a great deal of spatial context. The unique feature of our system is a combination of omnidirectional video capture and display from corresponding projection centers. In essence, this creates a virtual overlap between the screen and the camera, w...

We investigated a driver’s gazing time during backing vehicle maneuvers in 90-degree reverse parking system for the phase from start to 5-m point (start phase) and stop (stop phase). The objective of this study was elucidate gaze while approaching area backing. used sport utility with seat at right-hand side. modified four technological conditions: no-tech vehicle, sonar backup-camera backup ca...