helpResearch questionMixed Reality Instruction Guidance and Task Support
How do different collaboration mechanisms (free, bound, and synchronous collaboration) affect gameplay experience, motivation, and performance?Direction: XR/AR/VR Interaction
Mixed Reality Instruction Guidance and Task Support
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40 items
helpResearch questionMixed Reality Instruction Guidance and Task Support
Can collaborative design improve quality of social interaction and physical activity?helpResearch questionMixed Reality Instruction Guidance and Task Support
How can mixed reality platforms optimize physical interaction and promote immersion in fitness games?lightbulbPractical problemMixed Reality Instruction Guidance and Task Support
Players in fitness games lack social interaction and collaboration, leading to monotonous experiences.helpResearch questionMixed Reality Instruction Guidance and Task Support
How does carrying weight affect performance on typical tasks such as target selection and text input in mixed reality (MR) interaction?helpResearch questionMixed Reality Instruction Guidance and Task Support
How much do mixed reality tasks (e.g., target selection and text input) interfere with efficiency and accuracy while walking?helpResearch questionMixed Reality Instruction Guidance and Task Support
How does the combination of carrying weight and walking change mixed reality task interaction performance?lightbulbPractical problemMixed Reality Instruction Guidance and Task Support
When using MR devices in real environments, user operation efficiency often decreases due to external constraints.helpResearch questionMixed Reality Instruction Guidance and Task Support
How can finger-on-palm touch operations be detected in real time using a single RGB camera?helpResearch questionMixed Reality Instruction Guidance and Task Support
Can optical flow technology significantly improve touch state discrimination accuracy in palm touch recognition?helpResearch questionMixed Reality Instruction Guidance and Task Support
Can single RGB camera touch detection achieve performance comparable to multi-camera or depth camera methods?lightbulbPractical problemMixed Reality Instruction Guidance and Task Support
Existing mixed reality devices struggle to accurately recognize finger-on-palm touch actions.helpResearch questionMixed Reality Instruction Guidance and Task Support
How do mixed reality devices affect users' spatial perception, cognitive load, and social interaction in daily activities?helpResearch questionMixed Reality Instruction Guidance and Task Support
How do user experiences with mixed reality devices differ between dynamic and static tasks?helpResearch questionMixed Reality Instruction Guidance and Task Support
How do indoor and outdoor environments affect mixed reality device usage experience?lightbulbPractical problemMixed Reality Instruction Guidance and Task Support
Users using mixed reality devices in daily tasks often face reduced immersion and increased perceptual burden.helpResearch questionMixed Reality Instruction Guidance and Task Support
Can integrated schema metaphors (ISM) in mixed reality system design effectively improve user learning efficiency?helpResearch questionMixed Reality Instruction Guidance and Task Support
Compared with traditional design methods, how does ISM improve key UX metrics such as task completion time, learning rate, and subjective experience?helpResearch questionMixed Reality Instruction Guidance and Task Support
How can ISM components applied in mixed reality interfaces be systematically designed and validated?lightbulbPractical problemMixed Reality Instruction Guidance and Task Support
Ordinary users face high learning and onboarding barriers when using mixed reality systems.helpResearch questionMixed Reality Instruction Guidance and Task Support
Can adding holes to haptic devices improve users' tactile sensitivity?helpResearch questionMixed Reality Instruction Guidance and Task Support
How does hole design in haptic devices affect the balance between virtual and real touch?helpResearch questionMixed Reality Instruction Guidance and Task Support
Can hole design improve operation and assembly tasks in mixed reality?lightbulbPractical problemMixed Reality Instruction Guidance and Task Support
Haptic devices cover finger surfaces, limiting real texture perception and finger flexibility.helpResearch questionMixed Reality Instruction Guidance and Task Support
How can visual-haptic consistency in mixed reality enable realistic virtual manipulation of physical scenes?helpResearch questionMixed Reality Instruction Guidance and Task Support
How can high-fidelity visual illusions be designed so users barely perceive discontinuities between visual and physical reality?helpResearch questionMixed Reality Instruction Guidance and Task Support
How can occlusion and lighting consistency be dynamically handled in mixed reality to improve immersion?lightbulbPractical problemMixed Reality Instruction Guidance and Task Support
Current mixed reality experiences lack realism and consistency in virtual-physical interaction.helpResearch questionMixed Reality Instruction Guidance and Task Support
How can paper instruction documents be rapidly converted into spatialized and context-aware mixed reality (MR) experiences?helpResearch questionMixed Reality Instruction Guidance and Task Support
In mixed reality, how can instruction text positioning be dynamically optimized to reduce users' frequent context switching?helpResearch questionMixed Reality Instruction Guidance and Task Support
Can machine learning models improve the efficiency of MR instruction content generation and enhance user experience?lightbulbPractical problemMixed Reality Instruction Guidance and Task Support
When performing tasks, users frequently switch between documents and the physical environment, resulting in low efficiency and high error rates.helpResearch questionMixed Reality Instruction Guidance and Task Support
How can virtual and mixed reality technologies be designed and evaluated for special populations (e.g., people with visual impairments, autistic children)?UbiComp '23Research Methodologies across the Physical - Virtual Reality Spectrum
helpResearch questionMixed Reality Instruction Guidance and Task Support
In virtual environments, how can users' depth perception and interaction precision be improved for locating virtual objects?UbiComp '23Research Methodologies across the Physical - Virtual Reality Spectrum
helpResearch questionMixed Reality Instruction Guidance and Task Support
Which research methods are suitable for guiding virtual and mixed reality technology development for special populations?UbiComp '23Research Methodologies across the Physical - Virtual Reality Spectrum
lightbulbPractical problemMixed Reality Instruction Guidance and Task Support
Special populations struggle to use current virtual and mixed reality technologies effectively due to insufficient depth perception and interaction precision.UbiComp '23Research Methodologies across the Physical - Virtual Reality Spectrum
helpResearch questionMixed Reality Instruction Guidance and Task Support
How can temporal management of causal relationships among physical events be achieved in mixed reality?helpResearch questionMixed Reality Instruction Guidance and Task Support
How can nonlinear playback of physical events enable more efficient asynchronous collaboration?helpResearch questionMixed Reality Instruction Guidance and Task Support
How does users' physical location affect triggering and experience of asynchronous events?lightbulbPractical problemMixed Reality Instruction Guidance and Task Support
Common physical interruptions in offices significantly reduce team collaboration efficiency.Related papers
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From Solo to Social: Exploring the Dynamics of Player Cooperation in a Co-located Cooperative Exergame
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Estimating the Effects of Encumbrance and Walking on Mixed Reality Interaction
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Palmpad: Enabling Real-Time Index-to-Palm Touch Interaction with a Single RGB Camera
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Haptic Permeability: Adding Holes to Tactile Devices Improves Dexterity
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Scene Responsiveness for Visuotactile Illusions in Mixed Reality
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