Both redirected walking and automatic teleport rotation reduce physical-virtual occlusion in augmented virtuality, with teleport rotation resolving more occlusions but possibly causing more cybersickness.
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2 Pith papers cite this work, alongside 7 external citations. Polarity classification is still indexing.
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User study finds that task difficulty affects keystroke dynamics during LLM prompting as a marker of cognitive effort, while device type has weaker effects and keystrokes do not predict perceived output usefulness.
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Investigating Resolution Strategies for Workspace-Occlusion in Augmented Virtuality
Both redirected walking and automatic teleport rotation reduce physical-virtual occlusion in augmented virtuality, with teleport rotation resolving more occlusions but possibly causing more cybersickness.
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Typing Behavior in Human-LLM Interaction: Keystroke Dynamics Reveal Cognitive Effort During Prompting
User study finds that task difficulty affects keystroke dynamics during LLM prompting as a marker of cognitive effort, while device type has weaker effects and keystrokes do not predict perceived output usefulness.