Abstract. We show that the error in 3D gaze depth (vergence) estimated from binocularly-tracked gaze disparity is related to the viewing distance of the screen�...
We show that the error in 3D gaze depth (vergence) estimated from binocularly-tracked gaze disparity is related to the viewing distance.
Comparing estimated gaze depth in virtual and physical environments. Year: 2014. Authors: AT Duchowski,DH House, J Gestring.
This article investigates near-field distance estimation in IVEs and RW conditions using physical reach and verbal report measures, by using an apparatus�...
Jun 3, 2020 � The results show that there is no difference between R and VR within the directional vision measuring gaze accuracy. In VR, a better accuracy of�...
Co-authors ; Comparing estimated gaze depth in virtual and physical environments. AT Duchowski, DH House, J Gestring, R Congdon, L Świrski, ... Proceedings of�...
Apr 29, 2024 � Our quantitative findings suggest that considering the eye-to-object distance improves the quality of data analysis and visualization. We�...
In this paper, we propose to exploit the gaze information acquired by an eye tracker for depth estimation. The data collected from the eye tracker in a fixation�...
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Jun 2, 2020 � Comparing estimated gaze depth in virtual and physical environments. In Proceedings of the 8th ACM Symposium on Eye Tracking Research�...
The aim of this study is to collect and debate current gaze analysis methods based on their application field.