helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Can personalized AI based on large language models (LLM) effectively alleviate users' boredom in automated environments through emotional resonance?Direction: Self-regulation, Stress Management, and Behavior Support
Self-Regulation, Cognitive Load, and Behavior Change Support
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83 items
helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
What accuracy and effectiveness can boredom detection models integrating EEG data achieve in real-time intervention?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How can D-Twins leverage users' language and behavioral features to achieve highly personalized interaction?lightbulbPractical problemSelf-Regulation, Cognitive Load, and Behavior Change Support
Users easily feel bored in monotonous automated tasks, reducing efficiency and alertness.helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
What types of goals have been explored in HCI research, and what are their characteristics?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
What techniques are used in goal and behavior change HCI research, and how are they implemented and evaluated?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How effective are technology interventions in real-world settings?lightbulbPractical problemSelf-Regulation, Cognitive Load, and Behavior Change Support
Goal-related technologies lack theoretical support, and user behavior change effects are limited.helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How can simple happiness interventions significantly increase prosocial behavior?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How do different micro-actions such as gratitude lists and nature videos differ in effects on prosocial behavior?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
What heterogeneous responses do different demographic groups worldwide show to the same happiness intervention?lightbulbPractical problemSelf-Regulation, Cognitive Load, and Behavior Change Support
People struggle to find simple, effective ways to increase their prosocial behavior.helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How does fine-tuning video playback speed while watching affect eating speed and food intake?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How can visual cues be designed to improve food perception and attention in screen-based eating scenarios?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Can ViFeed effectively promote mindful eating behavior in screen-based eating scenarios?lightbulbPractical problemSelf-Regulation, Cognitive Load, and Behavior Change Support
People often eat while watching screens, leading to mindless eating and health problems such as obesity.helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How do self-regulation mechanisms affect user experience, psychological needs, and well-being in social media use?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How do different types of motivational regulation affect users' social media habits and problematic social media use?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Are there personalized design approaches that can effectively support healthy social media use?lightbulbPractical problemSelf-Regulation, Cognitive Load, and Behavior Change Support
Users struggle to balance immediate gratification from social media use with long-term well-being.helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How can personalized micro-financial incentives effectively modulate users' digital behavior (e.g., reducing smartphone overuse)?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How can multi-armed bandit algorithms optimize the balance between incentive cost and behavior change effectiveness?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Do dynamically adjusted financial incentives affect users' intrinsic motivation?lightbulbPractical problemSelf-Regulation, Cognitive Load, and Behavior Change Support
Users struggle to manage smartphone overuse, leading to stress, anxiety, and related problems.helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Can music feedback motivate users to increase daily physical activity levels?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How effective is personalized music feedback generated from user motion data for behavior change?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Is there an association between musical properties (e.g., rhythm, pitch) and user activity levels?lightbulbPractical problemSelf-Regulation, Cognitive Load, and Behavior Change Support
Users struggle to sustain exercise motivation through traditional text or visual feedback over the long term.helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Do users perceive fast and slow countdowns/timers differently?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How do combinations of short and long intervals affect users' subjective perception of waiting time?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Can optimized countdown design shorten users' subjective waiting time perception in real scenarios?lightbulbPractical problemSelf-Regulation, Cognitive Load, and Behavior Change Support
Users feel discomfort due to long waits for computer or network responses.helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How can users' real-time psychological states (e.g., stress, boredom, inertia) be incorporated into smartphone use interventions?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Can personalized persuasion content generated by LLMs improve user acceptance of interventions and reduce smartphone use time?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Which state-based persuasion strategies (understanding, comfort, arousal, inertia support) are most effective for reducing problematic smartphone use?lightbulbPractical problemSelf-Regulation, Cognitive Load, and Behavior Change Support
Users overuse smartphones due to psychological states such as boredom and stress, affecting physical and mental health.helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
What activities do people engage in during waiting time?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Which contextual factors influence people's activity choices during waiting time?lightbulbPractical problemSelf-Regulation, Cognitive Load, and Behavior Change Support
Users struggle to proactively choose optimal activities during fragmented waiting time.helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Can guided-breathing interventions improve learner performance in computer-assisted learning?UbiComp '22Towards Guided-Breath as an Intervention Within Computer-Assisted Learning
helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How do individual mindfulness traits (e.g., non-reactivity) affect the effectiveness of guided-breathing interventions in computer-assisted learning?UbiComp '22Towards Guided-Breath as an Intervention Within Computer-Assisted Learning
helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Can a personalized guided-breathing intervention mechanism be designed to improve learning outcomes?UbiComp '22Towards Guided-Breath as an Intervention Within Computer-Assisted Learning
lightbulbPractical problemSelf-Regulation, Cognitive Load, and Behavior Change Support
Computer-assisted learning lacks effective focus-enhancement tools suitable for all learners.UbiComp '22Towards Guided-Breath as an Intervention Within Computer-Assisted Learning
helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How can user-centered design methods be applied to improve the design of all components in just-in-time adaptive interventions (JITAIs)?UbiComp '22Ask the Users: A Case Study of Leveraging User-Centered Design for Designing Just-in-Time Adaptive Interventions (JITAIs)
helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How do users' real behavioral patterns (e.g., intermittent logging, family-assisted logging) affect JITAI design details?UbiComp '22Ask the Users: A Case Study of Leveraging User-Centered Design for Designing Just-in-Time Adaptive Interventions (JITAIs)
helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Can user behavioral data be used to optimize variable definitions and decision rules in JITAIs?UbiComp '22Ask the Users: A Case Study of Leveraging User-Centered Design for Designing Just-in-Time Adaptive Interventions (JITAIs)
lightbulbPractical problemSelf-Regulation, Cognitive Load, and Behavior Change Support
Existing health intervention systems ignore user behavioral patterns, limiting effectiveness.UbiComp '22Ask the Users: A Case Study of Leveraging User-Centered Design for Designing Just-in-Time Adaptive Interventions (JITAIs)
helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
How does social media design affect users' normative dissociation (loss of self-awareness due to highly focused attention)?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Which design interventions can help users regain self-awareness on social media and reduce excessive use?helpResearch questionSelf-Regulation, Cognitive Load, and Behavior Change Support
Can designs such as personalized lists and reading history labels effectively reduce users' dissociative states on social media?Related papers
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D-Twins: Your Digital Twin Designed for Real-Time Boredom Intervention
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A Systematic Review and Meta-Analysis of Research on Goals for Behavior Change
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Promoting Prosociality via Micro-acts of Joy: A Large-Scale Well-Being Intervention Study
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ViFeed: Promoting Slow Eating and Food Awareness through Strategic Video Manipulation during Screen-Based Dining
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Autonomous Regulation of Social Media Use: Implications for Self-control, Well-Being, and UX
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Like Adding a Small Weight to a Scale About to Tip: Personalizing Micro-Financial Incentives for Digital Wellbeing
Sueun Jang, Youngseok Seo, Woohyeok Choi
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Changing Your Tune: Lessons for Using Music to Encourage Physical Activity
Matthew Clark, Afsaneh Doryab
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Waiting Time Perceptions for Faster Count-downs/ups Are More Sensitive Than Slower Ones: Experimental Investigation and Its Application
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MindShift: Leveraging Large Language Models for Mental-States-Based Problematic Smartphone Use Intervention
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Fragmented Moments, Balanced Choices: How Do People Make Use of Their Waiting Time?
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“I Don't Even Remember What I Read”: How Design Influences Dissociation on Social Media
Amanda Baughan, Mingrui Ray Zhang, Raveena Rao
CHI 2022
Lived Experiences of Mental Workload in Everyday Life
Serena Midha, Max L Wilson, Sarah Sharples