SwEYEpinch uses gaze swiping plus a held pinch gesture to reach 64.7 WPM in XR text entry after practice, outperforming sequential key selection and prior gaze-swipe methods in user studies.
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cs.HC 2years
2026 2verdicts
UNVERDICTED 2roles
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The paper introduces a channels-and-substrates framework grounded in distributed cognition to model interaction for ubiquitous and cross-device analytics.
citing papers explorer
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SwEYEpinch: Exploring Intuitive, Efficient Text Entry for Extended Reality via Eye and Hand Tracking
SwEYEpinch uses gaze swiping plus a held pinch gesture to reach 64.7 WPM in XR text entry after practice, outperforming sequential key selection and prior gaze-swipe methods in user studies.
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Channels and Substrates: Distributed Cognition as an Interaction Model for Ubiquitous Analytics
The paper introduces a channels-and-substrates framework grounded in distributed cognition to model interaction for ubiquitous and cross-device analytics.