
Explores blended agents in mixed reality, combining virtual and physical interactions through robotic actuators and thermochromic ink, examining their impact on perceived presence and user experience.

Learn to design conference web programs using QOALA and Progressive Web App, covering settings, scheduling, content management, and export features.

Innovative thumb-based input technique for large smartphones, improving one-handed use without compromising grip stability. Demonstrates ForceRay's effectiveness in extending reach and maintaining device control.

Innovative sensing techniques for tablets adapt UI to user posture, combining capacitive touch, motion, and electric field sensors to enhance pen and touch interaction.

Explore innovative haptic feedback in VR using low-cost twistable artifacts. Learn about HapTwist toolkit for creating interactive proxies, improving user experience and performance in virtual environments.

Explore Triptech, a method for evaluating early design concepts in UX, focusing on user needs, desirability, and usefulness. Learn its application in tech-driven innovation practices.

Innovative haptic feedback technique using finger pad periphery for subtle, nuanced interactions. Explores design space, evaluates human factors, and presents guidelines for enhanced tactile experiences in handheld devices.

Explore strategies for adjusting user expectations of AI systems, focusing on a Scheduling Assistant case study to improve acceptance of imperfect AI technologies.

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 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.

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.

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

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.

Innovative method for creating personalized paper-based tangible user interfaces, allowing dynamic customization and control through simple shape manipulation, backed by user studies and real-world applications.

Explore smartphone touchscreen interaction patterns through in-the-wild studies, revealing optimal input areas and confirming previous lab-based models for improved user interface design.

Explore Spatial Augmented Reality for creating interactive audio-tactile drawings, enhancing accessibility for visually impaired individuals. Learn about system development, user studies, and efficiency improvements.

Exploring the shift from device-centric to ecosystem-focused HCI, emphasizing seamless transitions, ubiety, and the importance of place in human-technology interactions for achieving flow in compound tasks.

Explores innovative user interfaces for enhancing expressivity in speech synthesis for augmentative communication, improving emotional conveyance for users with speech disabilities.

Explore a novel system for interactive 3D room modeling using mobile devices, combining object recognition and augmented reality for quick, accurate, and effortless indoor space capture.

Explore Stylo-Handifact, a visuo-haptic interface for posture training in AR. Learn about its design, effectiveness, and impact on haptic perception through experimental results and practical applications.