
Envisions a future where digital interactions are seamlessly integrated into our environment, eliminating the need for standalone apps and revolutionizing user interfaces.

Insights on touch interface development and lessons for AR/VR UI design. Explores misconceptions about "natural" interfaces and proposes strategies for creating functional, appropriate experiences in emerging technologies.

Investigates dark mode's impact on visual fatigue and acuity in optical see-through head-mounted displays, revealing benefits for acuity, fatigue, and usability in various lighting conditions.

Innovative touch input technique for large displays, combining absolute and relative pointing for efficient target selection across distances, validated through experiments and a two-person game study.

Exploring design justice theory and practice, challenging universalist design principles, and discussing how user interface design can contribute to collective liberation and ecological sustainability.

Automatización del reconocimiento en programas de Bug Bounty con Lemon Booster: herramienta con interfaz visual para ejecutar, analizar y monitorear resultados, agilizando el proceso de búsqueda de vulnerabilidades.

Exploring biomaterials as a new frontier for user interfaces, this talk inspires developers to consider innovative ways of integrating nature-inspired materials into technology for enhanced user experiences.

Explore Janus, a JS framework for complex UIs using declarative FRP. Learn about its data primitives, context-free programming, and flexible view framework for simplified development of sophisticated interfaces.

Explore the vulnerabilities of phone systems and network storage devices, uncovering security flaws and potential exploits in administrative interfaces and user access.

Explore Oracle's cloud platform services and on-premise software strategy, covering workload modernization, SaaS transition, API-first applications, IT optimization, and real-time analytics for digital transformation.

Explore AR tools, displays, and applications in web, data evaluation, and interactive storytelling. Gain insights on immersive media, patient education, and haptic feedback prototypes.

Explore a modular actuated device for data visualization, featuring wireless controllers with sliders and rotary encoders for precise, eyes-free interaction in desktop, VR, and AR environments.

Explore how interactive analytics and augmented reality leverage big data for competitive intelligence, addressing challenges like latency, privacy, and data retention in various industries.

Innovative fabrication method for creating highly stretchable interfaces with embedded sensors and displays, enabling non-experts to add interaction to elastic objects, shape-changing surfaces, fabrics, and skin.

Explore HaptiCase, a technique using back-of-device tactile landmarks to improve eyes-free touch input on smartphones when mirroring to distant screens, enhancing accuracy and reducing target size.

Explores user interface design for Interactive Machine Learning, discussing challenges, solutions, and principles for effective non-expert applications in data-driven pattern recognition and development.

Explores metrics beyond accuracy for modeling expert sketching ability, discussing features that differentiate expert and novice sketches to improve intelligent tutoring systems for design sketching.

Innovative approach to predict music preferences using facial expressions, outperforming traditional methods. Explores personality influences and adapts models accordingly, balancing accuracy with privacy considerations.

Innovative 3D visualization interface for analyzing group activities from first-person videos, enhancing understanding of spatial relationships and collaborative dynamics in complex workspaces.

Explores benefits of using real golf clubs for haptic feedback in VR training, showing improved performance and user preference over controllers in a putting task study.

Innovative VR drawing system combining freehand flexibility with 3D accuracy. Utilizes snapping planes, beautification, and geometric relationships to enhance spatial sketching and overcome depth perception challenges.