
Innovative approach to combine tangible and gestural input using passive tokens on multi-touch surfaces, enhancing interface design with high-accuracy touch pattern recognition.

Explore key insights and future directions in gesture recognition, focusing on increasing accuracy, robust recognition systems, and ecological validity in evaluations. Learn from decades of research and challenges.

Innovative tilt-based text entry method for single-handed use on large mobile devices. Achieves 15 WPM for novices, up to 32 WPM with practice. Offers alternative to typing when one hand is unavailable.

Explore HoloLens mixed reality development with Unity, covering setup, skills, and best practices. Learn through demos and real-world applications to create compelling AR/VR experiences.

Innovative gesture recognition system for low-power devices, utilizing existing wireless signals to enable always-on functionality across various platforms, including battery-free devices.

Explore gesture recognition using JavaScript, Arduino, and machine learning to create intuitive human-technology interactions. Learn to build a simple system for smarter, adaptive experiences.

Innovative deep learning approach for wireless sensing, combining spectrogram generation and learning to enhance accuracy in various applications like gesture recognition and fall detection.

Innovative trackpad gesture typing method for efficient command activation, reducing time by 43% compared to menus and achieving 91% adoption rate in experimental settings.

Explore novel machine learning for RF-based gesture recognition using Google's Soli sensor. Learn about high-frequency radar sensing and advanced neural network techniques for fine-grained motion detection.

Explore a Python-based humanoid robotic platform for natural human-robot interaction using speech, gestures, and facial expressions. Learn about its architecture, applications, and see a live demo.

Explore gesture recognition using JavaScript, Arduino, and machine learning to create intuitive human-technology interactions. Learn to build a simple system for smarter, more natural interfaces.

Explore advanced Cognitive Services APIs beyond face and object detection. Discover innovative capabilities like speech authentication, gesture recognition, and event detection through demos and use cases.

Master hand pose detection and gesture-based interactive painting using ml5.js. Create dynamic sketches by tracking hand keypoints and implementing real-time gesture recognition for creative digital art projects.

Learn to control real-world objects using gesture recognition with Mediapipe and Arduino. Develop a Python program to recognize hand gestures and control LEDs on an Arduino breadboard.

Learn accurate hand gesture recognition using Python and MediaPipe. Develop algorithms to detect and train on hand landmarks, enabling precise gesture identification in real-time applications.

Explore Project Enabled Play: AI-powered platform enabling diverse inputs for gaming and coding accessibility. Learn about scaling .NET apps, voice tech, computer vision, and real-time communication.

Explore multimodal communication in human-machine interactions using a 3D simulation platform. Learn about VoxML modeling language for encoding objects and actions in shared task environments.

Discover groundbreaking wrist-worn radar technology that enables touch-based gestures on skin surfaces, revolutionizing human-computer interaction through proprioceptive sensing capabilities.

Discover innovative touchscreen hand tracking technology for remote whiteboard collaboration, exploring advanced user interface solutions for digital interaction and remote teamwork.

Discover a groundbreaking wireless ring device that enables intuitive vision-based interactions with smart home systems through innovative gesture control technology.

Discover how sound leakage signals from hearables can enable mid-air gesture recognition, revolutionizing user interface interactions with wearable audio devices.