Aug 2026· Proceedings of the Human Factors and Ergonomics Society Annual Meeting· 0 citations· 19 references
TL;DR
A publicly available, goal-driven, interactive guide called Generalized Eye Tracking Metrics (GEMs), which supports the learning of metrics, relevant terminology, and analysis approaches as it relates to the user’s research questions and experimental setup.
Abstract
Eye tracking is a non-invasive method to measure an individual’s cognitive state and visual attention allocation patterns, both of which provide valuable insight into their real-time needs when completing complex tasks. With the availability of low-cost systems and the wealth of available information, eye tracking is ever more common in human factors research and applications. However, access to comprehensive, approachable, and adaptable information on various eye tracking metrics is limited. Therefore, we created a publicly available, goal-driven, interactive guide called Generalized Eye Tracking Metrics (GEMs). It supports the learning of (1) metrics, (2) relevant terminology, and (3) analysis approaches, as it relates to the user’s research questions and experimental setup. Our findings from focus groups, interviews, and usability testing among novices and experts indicated that GEMs is a highly usable information source created by and for eye tracking researchers.
It is concluded that combining eye tracking and Thinking Aloud is feasible without compromising data quality and meaningful for comprehensive HCI evaluation.
Tina Frenzel, Inka Schmitz, Lisa Kerwien et al.· Message Understanding Confer...· 0 citations
GazeDepth is introduced, an eye-tracking dataset collected from 19 participants using a wearable tracker during tasks reflecting real-world scenarios that captures gaze characteristics that distinguish the three viewing-distance categories, supporting gaze-based distance inference and distance-aware interaction in real...
Dohwan Kim, Yejin Choi, Seungbok Lee et al.· 0 citations
Gaze retracing rate is negatively correlated with semantic comprehension accuracy, supporting continuous evaluation from perception to cognition, and the method effectively differentiates design effectiveness under different contrast ratios.
Xin-Zhen Zhuo, Zhi-Xiong Hu, Yang Lin· Advanced Electromagnetics· 0 citations
This work presents a calibration-focused dataset containing 163 trials from 12 participants, with separate 18-point fitting and 32-point test grids, and uses it to evaluate global, local, and composite correction functions under a common spatial-extrapolation protocol and introduces a lightweight neural refiner that co...
Jia-Qi Liu, Zi-Xuan Wang, Yu-Hong Zhang et al.· 0 citations
The ability to comprehend and interpret visualizations has garnered increasing attention in recent years. Individuals with specialized knowledge and experience in a particular field exhibit distinct patterns in how they perceive, process, and retain information related to that area. Extensive research across various...
Elena Lupia, A. Bortolotti, Riccardo Palumbo· Trends in Psychology· 0 citations
Tracking of the eyes and head have occupied a crucial role in human computer interaction, virtual and augmented reality, accessibility systems and cognitive studies. This paper gives a critical review on gaze estimation and head pose tracking algorithms, data sets, and performance determinants. This article compares cl...
Khalid Sami Yousif, Emad A. Mohammed· ITEGAM- Journal of Engineeri...· 0 citations
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