helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How can generative AI produce AR task instruction animations adapted to complex real-world scenarios?Direction: XR/AR/VR Interaction
AR Task Guidance, Tutorials, and Prompt Design
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43 items
helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How can generated AR instructions dynamically adapt to diverse user, environment, and system contexts?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
What algorithms can improve spatiotemporal continuity and naturalness of AR animations?lightbulbPractical problemAR Task Guidance, Tutorials, and Prompt Design
Users struggle to generate context-adaptive AR guidance content in real environments.helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How does content automation in AR systems affect user operational efficiency and task performance?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How are high and low user-control modes traded off in complex construction assembly tasks?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How does user autonomy in AR design affect psychological needs, task workload, and UX?lightbulbPractical problemAR Task Guidance, Tutorials, and Prompt Design
Construction workers struggle to effectively use automated AR systems in high-pressure work environments.helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
In AR task guidance, can reflective prompts promote users' deeper understanding of tasks?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
Which types of reflective prompts most effectively guide users to understand the logic and principles behind tasks?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
Does adding reflective prompts during tasks improve task success rates and information-seeking behavior?lightbulbPractical problemAR Task Guidance, Tutorials, and Prompt Design
Users often complete AR-guided tasks mechanically without deep understanding.helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How do task recovery efficiency and error rates change when AR cue reliability is insufficient (e.g., 64% or 86%)?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How do different reliability levels of AR cues affect users' chosen task recovery strategies?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How does task interruption length moderate effects of AR cue reliability on task recovery?lightbulbPractical problemAR Task Guidance, Tutorials, and Prompt Design
Users often struggle to recover efficiently and accurately after task interruption, causing delays and errors.helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How can text instructions be seamlessly converted into AR operation guides that interact with the real environment?UIST '24Transforming Procedural Instructions into In-Situ Augmented Reality Guides with InstructAR
helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
Which NLP and computer vision techniques can effectively parse and track target objects and actions in complex tasks?UIST '24Transforming Procedural Instructions into In-Situ Augmented Reality Guides with InstructAR
helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How can dynamically updated AR interfaces reduce cognitive load and improve accuracy in multi-step task execution?UIST '24Transforming Procedural Instructions into In-Situ Augmented Reality Guides with InstructAR
lightbulbPractical problemAR Task Guidance, Tutorials, and Prompt Design
Users struggle to map text instructions to real-world operations when executing complex tasks.UIST '24Transforming Procedural Instructions into In-Situ Augmented Reality Guides with InstructAR
helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How can task instruction text on AR devices be simplified to reduce users' cognitive burden and operational errors?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How can text simplification systems for AR environments combine spatial information to optimize presentation?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
In AR scenarios, how can semantic preservation in text simplification be balanced with effective subsequent task guidance?lightbulbPractical problemAR Task Guidance, Tutorials, and Prompt Design
Lengthy text on AR devices obstructs the field of view and increases users' cognitive burden.helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How do AR cues affect users' task resumption efficiency after interruptions in computerized and physical tasks?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
Under long vs. short interruptions, how do automated vs. manual cues differ in supporting task resumption?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
Does AR cue effectiveness for task resumption vary by task type (computerized vs. physical)?lightbulbPractical problemAR Task Guidance, Tutorials, and Prompt Design
After task interruption, users struggle to resume quickly and make errors, especially in high-risk settings such as healthcare and aviation.helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
In AR, how can eye tracking and spatial visual markers help users switch tasks efficiently?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
Can task-agnostic visual guidance tools in AR improve task resumption efficiency?lightbulbPractical problemAR Task Guidance, Tutorials, and Prompt Design
In complex environments, users struggle to switch tasks efficiently during multitasking.helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How can AR tutorials be automatically generated to simplify operation of digital instruments?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How can seamless virtual arrow generation and task step tracking be achieved by capturing users' actual operations?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
What role does multimodal tracking (posture + pressure sensing) play in improving tutorial generation accuracy?lightbulbPractical problemAR Task Guidance, Tutorials, and Prompt Design
Users frequently adjust virtual arrows when creating AR tutorials, leading to low efficiency.helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
What are the advantages and disadvantages of common VR user onboarding methods?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How can automated tutorials and human guidance complement each other to optimize VR onboarding?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How can a multidimensional VR onboarding framework address insufficiencies in comprehensibility, feedback, and adaptability?lightbulbPractical problemAR Task Guidance, Tutorials, and Prompt Design
Novices struggle to quickly get started with VR devices or applications, resulting in low comprehension and adaptation efficiency.helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
Which types of AR visual prompts work best in supporting older adults' everyday tasks?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
How do different task types (e.g., pick up and put down) affect prompt effectiveness?helpResearch questionAR Task Guidance, Tutorials, and Prompt Design
What are older users' acceptance and preferences for different AR visual prompts?lightbulbPractical problemAR Task Guidance, Tutorials, and Prompt Design
Older adults may struggle to complete daily tasks independently due to cognitive decline.Related papers
CHI 2025
CARING-AI: Towards Authoring Context-aware Augmented Reality INstruction through Generative Artificial Intelligence
Jingyu Shi, Rahul Jain, Seunggeun Chi
CHI 2025
Who is in Control? Understanding User Agency in AR-assisted Construction Assembly
Xiliu Yang, Prasanth Sasikumar, Felix Amtsberg
CHI 2025
From Following to Understanding: Investigating the Role of Reflective Prompts in AR-Guided Tasks to Promote User Understanding
Nandi Zhang, Yukang Yan, Ryo Suzuki
CHI 2025
AR Cue Reliability for Interrupted Task Resumption Affects Users' Resumption Strategies and Performance
Kilian L Bahnsen, Emma Dischinger, Tobias Grundgeiger
CHI 2024
ARTiST: Automated Text Simplification for Task Guidance in Augmented Reality
Guande Wu, Jing Qian, Sonia Castelo Quispe
CHI 2024
Augmented Reality Cues Facilitate Task Resumption after Interruptions in Computer-Based and Physical Tasks
Kilian L Bahnsen, Lucas Tiemann, Lucas Plabst
CHI 2024
Spatial Gaze Markers: Supporting Effective Task Switching in Augmented Reality
Mathias N. Lystbæk, Ken Pfeuffer, Tobias Langlotz
CHI 2023
InstruMentAR: Auto-Generation of Augmented Reality Tutorials for Operating Digital Instruments Through Recording Embodied Demonstration
Ziyi Liu, Zhengzhe Zhu, Enze Jiang
CHI 2023
User Onboarding in Virtual Reality: An investigation of current practices
Edwige Chauvergne, Martin Hachet, Arnaud Prouzeau
CHI 2021
Augmented Reality and Older Adults: A Comparison of Prompting Types
Thomas J. Williams, Simon L. Jones, Christof Lutteroth
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