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Haptics, Input Performance, and Perceptual Design / Gaze, Fixation, and Pointing Target Selection

Can smart glasses stably identify visual segments users attend to in complex dynamic scenes?

helpResearch questionGaze, Fixation, and Pointing Target Selection

Can smart glasses stably identify visual segments users attend to in complex dynamic scenes?

UbiComp '21MemX: An Attention-Aware Smart Eyewear System for Personalized Moment Auto-capture

Similar questions

helpResearch questionGaze, Fixation, and Pointing Target Selection

Does combining gaze (eye direction) with finger or hand pointing outperform existing methods (e.g., gesture-only approaches)?

CHI '23A Fitts' Law Study of Gaze-Hand Alignment for Selection in 3D User Interfaces

helpResearch questionGaze, Fixation, and Pointing Target Selection

How does variation in target depth (parallax effect) affect efficiency and accuracy of 3D target selection?

CHI '23A Fitts' Law Study of Gaze-Hand Alignment for Selection in 3D User Interfaces

helpResearch questionGaze, Fixation, and Pointing Target Selection

How can existing techniques be improved to adapt to selection tasks with different target depths and ranges?

CHI '23A Fitts' Law Study of Gaze-Hand Alignment for Selection in 3D User Interfaces

helpResearch questionGaze, Fixation, and Pointing Target Selection

How do dwell, smooth pursuit, and gaze gesture gaze interaction methods differ in performance on mobile devices?

CHI '23Comparing Dwell time, Pursuits and Gaze Gestures for Gaze Interaction on Handheld Mobile Devices

helpResearch questionGaze, Fixation, and Pointing Target Selection

How does user instability in mobile contexts (e.g., jitter while walking) affect gaze interaction accuracy and efficiency?

CHI '23Comparing Dwell time, Pursuits and Gaze Gestures for Gaze Interaction on Handheld Mobile Devices

helpResearch questionGaze, Fixation, and Pointing Target Selection

How does the number of targets affect performance and user preference across the three gaze interaction methods?

CHI '23Comparing Dwell time, Pursuits and Gaze Gestures for Gaze Interaction on Handheld Mobile Devices

Related papers

A Fitts' Law Study of Gaze-Hand Alignment for Selection in 3D User Interfaces

Uta Wagner, Mathias N. Lystbæk, Pavel Manakhov

Comparing Dwell time, Pursuits and Gaze Gestures for Gaze Interaction on Handheld Mobile Devices

Omar Namnakani, Yasmeen Abdrabou, Jonathan Grizou

EyeSayCorrect: Eye Gaze and Voice Based Hands-free Text Correction for Mobile Devices

Maozheng Zhao, Henry Huang, Zhi Li

Multimodal Fusion for Driver Referencing: A Comparison of Pointing to Objects Inside and Outside the Vehicle

Abdul Rafey Aftab, Michael von der Beeck

Brainwave-Augmented Eye Tracker: High-Frequency SSVEPs Improves Camera-Based Eye Tracking Accuracy

Alexandre Armengol-Urpi, Andrés F. Salazar-Gómez, Sanjay E. Sarma