
Learn to create a simple 3D display using a tablet and plastic cone, allowing 360-degree viewing without special equipment. Explore the optical principles and implementation of this innovative, low-cost technology.

Explores robotic assembly of low-resolution haptic proxies using magnetic blocks for enhanced tangible interaction and VR experiences, demonstrating potential applications through various demonstrations.

Explore modular cardboard kit for building custom digital fabrication machines. Learn rapid prototyping techniques and expand application spaces for novice machine builders.

Explore innovative smartphone apps designed to promote critical viewing of reality TV, encouraging viewers to identify patterns, tropes, and social media interpretations for deeper engagement with societal issues.

Explore a smartwatch-based system for monitoring and managing severe itching conditions, designed to improve quality of life through objective tracking of scratching behaviors.

Explore how nostalgic branding can boost engagement in HCI projects, using Pokémon Go's success as a case study. Learn to apply the "Hammer of Nostalgification" tool for public impact.

Exploring Pokémon GO's impact on urban spaces, mobility patterns, and social dynamics through field surveys and geostatistical analysis, revealing geographic biases and safety implications.

Explores patient coping strategies during emergency visits, revealing information challenges and adaptive behaviors. Uncovers design opportunities to support unmet patient information needs in hospital settings.

Explores implications of order-revealing encryption, discussing potential security vulnerabilities and unintended information leakage in cryptographic systems.

Explore how error handling in in-vehicle networks creates vulnerabilities, focusing on security implications for automotive systems and potential countermeasures.

Explore deterministic Rowhammer attacks on mobile platforms, uncovering vulnerabilities in modern devices and discussing potential security implications for mobile computing.

Explore MEMS gyroscopes as Physical Unclonable Functions for enhanced security in embedded systems, presented at the ACM Conference on Computer and Communications Security.

Explore security vulnerabilities in embedded systems, focusing on real-world examples and practical attack scenarios. Learn about potential risks and strategies for enhancing embedded system security.

Explore quantum-secure key exchange using LWE, a practical approach for post-quantum cryptography. Learn about Frodo's implementation and its potential for future secure communications.

Explore computational soundness for Dalvik bytecode, focusing on security implications for Android applications and mobile device ecosystems.

Investigates a recent telephony fraud technique called Over-The-Top Bypass, exploring its mechanisms, impact on telecom operators, and potential countermeasures.

Explore strategies to mitigate stealthy attacks on industrial control systems, focusing on impact limitation and advanced detection techniques for enhanced cybersecurity.

Comprehensive analysis of Java exploitation trends over a decade, examining vulnerabilities, attack vectors, and security implications for developers and researchers.

Explore findings from a census-representative survey on security advice sources and behavior, revealing insights into how people learn and implement digital safety practices.

Explore side channel attacks that can compromise factory floor secrets through smartphones, revealing potential security vulnerabilities in industrial settings.

Explore deep learning with differential privacy, focusing on techniques to protect data privacy while maintaining model accuracy in machine learning applications.