HCI.TOPHCI, made easy

arrow_backBack to questions View categoryarrow_forward

Sensing, Recognition, and Security / Eye Gaze Tracking Sensing

How can gaze estimation and object detection be combined to recognize non-contact human-object interaction?

helpResearch questionEye Gaze Tracking Sensing

How can gaze estimation and object detection be combined to recognize non-contact human-object interaction?

UbiComp '21Activity Knowledge Graph Recognition by Eye Gaze: Identification of Distant Object in Eye Sight for Watch Activity

Similar questions

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