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Sensing, Recognition, and Security / Eye Gaze Tracking Sensing

How can deep multimodal learning achieve cross-task and cross-individual cognitive load classification?

helpResearch questionEye Gaze Tracking Sensing

How can deep multimodal learning achieve cross-task and cross-individual cognitive load classification?

UbiComp '21Objective Measurement of Cognitive Load Using Deep Multimodal Learning: A Case Study in Aviation

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helpResearch questionEye Gaze Tracking Sensing

How do existing visualization literacy assessment tools overlook dynamic changes in users' cognitive strategies during task completion?

CHI '25Beyond Time and Accuracy: Strategies in Visual Problem-Solving

helpResearch questionEye Gaze Tracking Sensing

How can multimodal data (e.g., eye tracking, participant feedback) be used to track and classify users' visualization problem-solving strategies?

CHI '25Beyond Time and Accuracy: Strategies in Visual Problem-Solving

helpResearch questionEye Gaze Tracking Sensing

Do different chart types significantly affect users' problem-solving strategies and self-correction behaviors?

CHI '25Beyond Time and Accuracy: Strategies in Visual Problem-Solving

helpResearch questionEye Gaze Tracking Sensing

How can multi-user eye-tracking data be synchronized and analyzed for interaction in dynamic scenes?

CHI '25SocialEyes: Scaling Mobile Eye-tracking to Multi-person Social Settings

helpResearch questionEye Gaze Tracking Sensing

In the same scene, how can multiple observers' gaze data be calibrated from subjective viewpoints to a shared spatial coordinate system?

CHI '25SocialEyes: Scaling Mobile Eye-tracking to Multi-person Social Settings

helpResearch questionEye Gaze Tracking Sensing

What innovative metrics can quantify group gaze distribution and similarity of social behavior?

CHI '25SocialEyes: Scaling Mobile Eye-tracking to Multi-person Social Settings

Related papers

Beyond Time and Accuracy: Strategies in Visual Problem-Solving

Eric Mörth, Zona Kostic, Nils Gehlenborg

SocialEyes: Scaling Mobile Eye-tracking to Multi-person Social Settings

Shreshth Saxena, Areez Visram, Neil Lobo

Enhancing Smartphone Eye Tracking with Cursor-Based Interactive Implicit Calibration

Chang Liu, Xiangyang Wang, Chun Yu

Lookee: Gaze Tracking-based Infant Vocabulary Comprehension Assessment and Analysis

Minji Kim, Minkyu Shim, Jun Ho Chai

I see an IC: A Mixed-Methods Approach to Study Human Problem-Solving Processes in Hardware Reverse Engineering

René Walendy, Markus Weber, Jingjie Li

Effects of a Gaze-Based 2D Platform Game on User Enjoyment, Perceived Competence, and Digital Eye Strain

Mark Colley, Beate Wanner, Max Rädler

Uncovering and Addressing Blink-Related Challenges in Using Eye Tracking for Interactive Systems

Jesse W Grootjen, Henrike Weingärtner, Sven Mayer

SUPREYES: SUPer Resolutin for EYES Using Implicit Neural Representation Learning

Chuhan Jiao, Zhiming Hu, Mihai Bâce

Dynamics of eye-hand coordination are flexibly preserved in eye-cursor coordination during an online, digital, object interaction task

Jennifer K Bertrand, Craig Chapman

Breaking out of the Lab: Mitigating Mind Wandering with Gaze-Based Attention-Aware Technology in Classrooms

Stephen Hutt, Kristina Krasich, James R. Brockmole