helpResearch questionEye Gaze Tracking Sensing
How do existing visualization literacy assessment tools overlook dynamic changes in users' cognitive strategies during task completion?Direction: Sensing, Recognition, and Security
Eye Gaze Tracking Sensing
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60
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15
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2025
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All questions
60 items
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?helpResearch questionEye Gaze Tracking Sensing
Do different chart types significantly affect users' problem-solving strategies and self-correction behaviors?lightbulbPractical problemEye Gaze Tracking Sensing
Users struggle to interact efficiently with complex data visualizations and often make errors.helpResearch questionEye Gaze Tracking Sensing
How can multi-user eye-tracking data be synchronized and analyzed for interaction in dynamic scenes?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?helpResearch questionEye Gaze Tracking Sensing
What innovative metrics can quantify group gaze distribution and similarity of social behavior?lightbulbPractical problemEye Gaze Tracking Sensing
Users struggle to synchronously analyze multi-person gaze behavior in dynamic social scenes.helpResearch questionEye Gaze Tracking Sensing
How can hand-eye coordinated manipulation enable implicit calibration of smartphone eye-tracking models?helpResearch questionEye Gaze Tracking Sensing
How can eye-tracking models be dynamically optimized during natural user interaction to improve accuracy?helpResearch questionEye Gaze Tracking Sensing
How can cursor trajectory data substitute for gaze data from traditional explicit calibration?lightbulbPractical problemEye Gaze Tracking Sensing
Smartphone eye-tracking is limited in practice by insufficient accuracy and disruptive calibration.helpResearch questionEye Gaze Tracking Sensing
How can AI and gaze tracking be used to assess infants' vocabulary comprehension?helpResearch questionEye Gaze Tracking Sensing
Compared with existing assessment methods, can AI and gaze behavior analysis tools provide more objective and efficient language assessment?helpResearch questionEye Gaze Tracking Sensing
How applicable is this assessment tool across age groups and cultural backgrounds?lightbulbPractical problemEye Gaze Tracking Sensing
Doctors and parents lack objective, efficient methods to assess infant vocabulary development.helpResearch questionEye Gaze Tracking Sensing
Can combining eye tracking and think-aloud methods better understand analysts' problem-solving processes in hardware reverse engineering?helpResearch questionEye Gaze Tracking Sensing
What are the advantages of real-time versus retrospective think-aloud methods in capturing problem-solving behavior and cognitive attributes?helpResearch questionEye Gaze Tracking Sensing
How do complex tasks (e.g., camouflaged gate circuit tasks) affect analysts' problem-solving strategies and attention distribution?lightbulbPractical problemEye Gaze Tracking Sensing
Hardware reverse engineering analysts lack tool support to visualize and evaluate their problem-solving processes.helpResearch questionEye Gaze Tracking Sensing
How do eye-tracking-based 2D platform games affect users' experience (e.g., enjoyment and sense of competence)?helpResearch questionEye Gaze Tracking Sensing
Is integrating eye exercise mechanics in games effective for alleviating digital visual fatigue (eye discomfort)?helpResearch questionEye Gaze Tracking Sensing
Compared with traditional mouse interaction, what differences exist in eye-movement interaction's impact on users' visual health?lightbulbPractical problemEye Gaze Tracking Sensing
Prolonged screen use easily causes eye fatigue, affecting visual health.helpResearch questionEye Gaze Tracking Sensing
How do eye-tracking data loss and artifacts caused by blinking specifically affect interaction system performance?helpResearch questionEye Gaze Tracking Sensing
What are the best interpolation methods and time windows for handling blink-related data loss?helpResearch questionEye Gaze Tracking Sensing
How can standardized blink detection and data processing improve consistency and reproducibility of eye-tracking data quality?lightbulbPractical problemEye Gaze Tracking Sensing
Eye-tracking data loss caused by blinking seriously degrades system performance.helpResearch questionEye Gaze Tracking Sensing
How can implicit neural representation techniques enhance the spatiotemporal resolution of low-resolution gaze data?helpResearch questionEye Gaze Tracking Sensing
How does SUPREYES perform in enhancing gaze data resolution compared to traditional interpolation methods?helpResearch questionEye Gaze Tracking Sensing
How does high-resolution gaze data produced by SUPREYES affect user identification tasks based on gaze data?lightbulbPractical problemEye Gaze Tracking Sensing
Low-resolution eye-tracking device data is insufficient for advanced visual analysis needs.helpResearch questionEye Gaze Tracking Sensing
Can smartphone cameras effectively track eye movement features (e.g., fixation latency and directional error rate) in healthy individuals?UbiComp '23Individualized Tracking of Neurocognitive-State-Dependent Eye-Movement Features Using Mobile Devices
helpResearch questionEye Gaze Tracking Sensing
Can a mixed Gaussian process model more accurately capture temporal changes and inter-feature associations in eye movement features?UbiComp '23Individualized Tracking of Neurocognitive-State-Dependent Eye-Movement Features Using Mobile Devices
helpResearch questionEye Gaze Tracking Sensing
How does individualized eye movement feature tracking improve over multi-day recordings (more than 25 days)?UbiComp '23Individualized Tracking of Neurocognitive-State-Dependent Eye-Movement Features Using Mobile Devices
lightbulbPractical problemEye Gaze Tracking Sensing
Patients with neurodegenerative diseases lack convenient and high-frequency disease progression monitoring methods.UbiComp '23Individualized Tracking of Neurocognitive-State-Dependent Eye-Movement Features Using Mobile Devices
helpResearch questionEye Gaze Tracking Sensing
Can eye-hand coordination patterns from the physical world be applied to on-screen digital object interaction?helpResearch questionEye Gaze Tracking Sensing
In online tasks, how do gaze-cursor coordination dynamics align with eye-hand coordination?helpResearch questionEye Gaze Tracking Sensing
How can high-quality eye-tracking data collection be achieved remotely with multiple participants using cameras?lightbulbPractical problemEye Gaze Tracking Sensing
Users struggle to achieve natural and efficient coordination in digital interaction as in physical tasks.helpResearch questionEye Gaze Tracking Sensing
How can eye tracking and physiological sensing be combined to predict users' affective states (e.g., engagement, arousal, and valence) in real time?UbiComp '22Real-Time Feedback on Reader’s Engagement and Emotion Estimated by Eye-Tracking and Physiological Sensing
helpResearch questionEye Gaze Tracking Sensing
Compared to traditional machine learning methods, can deep learning models improve affective state classification accuracy when processing multimodal physiological data?UbiComp '22Real-Time Feedback on Reader’s Engagement and Emotion Estimated by Eye-Tracking and Physiological Sensing
helpResearch questionEye Gaze Tracking Sensing
Can an intuitive real-time visualization tool be developed to provide users affective state feedback and improve reading experience?UbiComp '22Real-Time Feedback on Reader’s Engagement and Emotion Estimated by Eye-Tracking and Physiological Sensing
lightbulbPractical problemEye Gaze Tracking Sensing
When reading, users struggle to understand their own affective states in real time, lacking focus and motivation.UbiComp '22Real-Time Feedback on Reader’s Engagement and Emotion Estimated by Eye-Tracking and Physiological Sensing
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
helpResearch questionEye Gaze Tracking Sensing
In crowded multi-object scenes, how can activity knowledge graphs represent "what a person is looking at" relationships?UbiComp '21Activity Knowledge Graph Recognition by Eye Gaze: Identification of Distant Object in Eye Sight for Watch Activity
helpResearch questionEye Gaze Tracking Sensing
How can gaze direction and object position overlap accurately determine non-contact interaction relationships?UbiComp '21Activity Knowledge Graph Recognition by Eye Gaze: Identification of Distant Object in Eye Sight for Watch Activity
lightbulbPractical problemEye Gaze Tracking Sensing
Smart home and robot planning lack precise methods for recognizing non-contact human-object interaction.UbiComp '21Activity Knowledge Graph Recognition by Eye Gaze: Identification of Distant Object in Eye Sight for Watch Activity
helpResearch questionEye Gaze Tracking Sensing
How does self-supervised learning perform in cognitive activity (e.g., reading) classification tasks?UbiComp '21Self-supervised Learning for Reading Activity Classification
helpResearch questionEye Gaze Tracking Sensing
Can self-supervised learning effectively support reading behavior classification under limited labeled data conditions?UbiComp '21Self-supervised Learning for Reading Activity Classification
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Beyond Time and Accuracy: Strategies in Visual Problem-Solving
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SocialEyes: Scaling Mobile Eye-tracking to Multi-person Social Settings
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Effects of a Gaze-Based 2D Platform Game on User Enjoyment, Perceived Competence, and Digital Eye Strain
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Uncovering and Addressing Blink-Related Challenges in Using Eye Tracking for Interactive Systems
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