
Strategies for explaining decision-making algorithms through UI to non-experts, focusing on improving comprehension and transparency while exploring the impact on trust and user experience.

Explores delegating digital consent decisions to third parties, revealing public interest and context-dependent preferences for alternative decision mechanisms beyond individual control.

Explores misdirected emails, their causes, and how recipients manage them. Examines the intersection of human-chosen usernames and machine-based addressing, highlighting potential consequences and lack of systematic solutions.

Explores factors influencing trust in social groups, including group size, exclusivity, and network structure. Examines how trust impacts outcomes like friendship formation and group growth.

Explores cultural representation in emojis, examining global perceptions and proposing inclusive designs. Combines surveys, interviews, and participatory design to address cultural gaps in emoji standards.

Explores a tiered privacy model for shared mobile devices in Bangladesh, addressing digital privacy challenges through separate 'shared' and 'secret' accounts. Findings reveal benefits and remaining hurdles in protecting personal data.

Exploring robust technological alternatives to traditional corporate structures, focusing on new organizational forms, employee empowerment, and the impact of digital platforms on labor and business models.

Experts discuss wicked problems and collective intelligence, exploring innovative approaches to global challenges through conservation, ant behavior, organizational design, and supply chain management.

Overview of Andrew System: distributed computing environment for academic users. Explores file system, toolkit, messaging, and UI. Developed at Carnegie Mellon's Information Technology Center, used campus-wide by students, faculty, and staff.

Explores democratizing interactive hardware production, addressing challenges in scaling from prototypes to low-volume products. Proposes innovative solutions like "DevOps for hardware" to make small-scale manufacturing viable and impactful.

Explore the future of augmented reality and its potential to revolutionize human communication, collaboration, and problem-solving through dynamic, shared virtual experiences.

Explore how AI with emotional intelligence can enhance human connection during the pandemic, improving technology's ability to understand and respond to our emotions.

Explore the health benefits of emotional expression through writing and its potential for automated interventions, based on studies of online platforms and controlled experiments.

Explore techniques to enhance user trust in recommender systems through fairness and explanations, addressing ethical concerns and promoting transparency in AI-driven decision-making.

Explores human tendency to overtrust AI and robots, examining real-world interactions and potential consequences, especially in healthcare scenarios involving vulnerable populations like children with disabilities.

Exploring AI's impact on race, gender, and aging through art, emphasizing inclusive tech ecosystems and community-driven approaches to shape ethical AI and robotics for a more equitable future.

Enhancing virtual reality experiences with body-scale kinesthetic force feedback using a suspension kit for activities like kitesurfing and paragliding, improving realism and reducing motion sickness.

Innovative design of Memory Music Box to combat isolation in older adults, enhancing connectedness through familiar interfaces and cognitively sustainable technology.

Innovative technique for 360° videos using gated clips and view-dependent video textures, ensuring viewers don't miss key narrative elements while maintaining seamless playback and enhancing the viewing experience.

Innovative method for creating re-programmable multi-color textures using photochromic dyes, enabling single-material fabrication techniques to produce high-resolution, customizable designs on physical objects.

Innovative haptic VR controller using capstan mechanism for realistic force feedback in virtual environments, offering high-force output with low power consumption and cost-effective design.