
Análisis del impacto del tipo de escenario en la satisfacción de necesidades psicológicas en la conducción automatizada y su influencia en el diseño de interfaces de usuario inteligentes.

Explore human interfaces through diverse experiences like baking and storytelling. Gain insights on social interactions and future digital human possibilities from a renowned psychologist and broadcaster.

Explore the future of interactive technology with Ivan Poupyrev as he discusses integrating digital information into the physical world, from touchless gestures to smart garments and beyond.

Explore the creation of responsible and empathetic AI assistants, focusing on personalization and ethical considerations in human-AI interactions.

Exploring urban interaction design inspired by cities, architecture, and decentralized systems to create socially-conscious digital-physical spaces and services that enhance community wellbeing.

Visualize and analyze group collaborations with EagleView, a tool offering real-time visualizations of spatial interactions and easy querying for efficient video analysis of multi-device setups.

Innovative pixelization system using 3D-printed lens array and liquid control to gradually blur real-world objects, exploring novel techniques for altering appearance and inducing line of sight.

Explores design and usability of semi-transparent soft keyboards for tablets, examining transparency levels, design options, and text caret positioning to optimize screen space and typing efficiency.

Exploración de desafíos y oportunidades en interfaces de próxima generación que fusionan tecnología con materia, humanos y máquinas, presentando avances en detección, visualización, actuación y computación.

Explore 3D sketching in AR using physical objects as guides, comparing accuracy and efficiency to virtual objects. Learn how different surface types impact sketching performance in augmented reality.

Exploring the convergence of VR, AR, AI, robotics, and IoT, and how it transforms our interaction with technology, blurring lines between real and virtual experiences.

Interactive robot programming using tangible blocks and projected feedback, enhancing situatedness in both input and output for improved workspace referencing and error understanding.

Explore techniques to enhance spatial awareness in VR, comparing landmarks, 3D minimaps, and waypoint navigation. Learn how these methods impact user experience and productivity in immersive scientific visualization tasks.

Explores four virtual cursor offset techniques for 3D object selection in VR, comparing performance and user preference using different input devices and target distances.

Explore how personalized virtual hands enhance VR experiences, improving object size estimation, body ownership, and spatial presence through innovative body-based scaling techniques.

Explore how navigation interfaces with turn-by-turn directions and location updates impact incidental learning of spatial knowledge, comparing map-based and video-based interfaces.

Innovative smartphone app for 6DoF input, rivaling expensive controllers. Offers high accuracy, accessibility, and versatility for 2D/3D object manipulation without external trackers or spatial limitations.

Innovative technique using silent speech commands for smartphone control, enabling efficient one-handed input and enhancing privacy through front camera lip movement recognition.

Innovative keyboard shortcut techniques using finger postures and movements to enhance efficiency and learnability, bridging the gap between novice and expert users.

Innovative passive tagging system using finger motion and IMU ring. Trace patterns to scan and receive encoded information. Asterisk scheme achieves 95% accuracy with high information capacity.

Novel web scraping tool enabling efficient collection of hierarchical data across multiple pages. Demonstrates 8x faster scraper creation through programming by demonstration, benefiting data scientists and researchers.