
Learn to create a Bernie Sanders detector using YOLOv4/v5, OpenCV, and Roboflow. Build datasets, train models, and implement real-time detection on various platforms.

Comprehensive introduction to machine learning theory, covering algorithms, neural networks, and computer vision topics through engaging whiteboard animations designed for beginners.

Build a real-time mask detection access control system using Raspberry Pi, OpenCV AI Kit, and a stepper motor. Learn hardware setup, coding, and dataset annotation with Roboflow for this practical AI application.

Learn to detect chess pieces using YOLOv5 and OpenCV in Python. Explore object detection techniques, train a custom model, and implement computer vision for chess analysis.

Build a real-time social distancing detection system using Raspberry Pi and OpenCV AI Kit. Learn to implement computer vision for monitoring and alerting, with depth capability and high performance on an embedded platform.

Build a real-time AI surveillance camera using Raspberry Pi and OpenCV AI Kit. Detect objects, people, and packages with MobileNet SSD at 30 FPS. Includes hardware setup, coding, and Roboflow integration for custom object detection.

Explore cutting-edge computer vision research through live presentations of VinAI's seven accepted papers at the prestigious CVPR 2021 conference.

Explore how visual elements in AI-generated images impact users' sense of agency and attribution of creative authorship in digital art creation.

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

Explore innovative techniques for controlling style alignment in AI image generation through advanced style-strength methodologies and enhanced user interface controls.

Dive into advanced eye-tracking prediction using transformer-guided reinforcement learning to understand and model personalized visual attention patterns and scanpaths.

Explore innovative mobile task automation through vision-based UI understanding and LLM planning, revolutionizing how we interact with smartphone interfaces.

Explore innovative surface typing technology through egocentric camera perspectives, advancing user interface capabilities for next-generation computing interactions.

Discover innovative techniques for manipulating color contrast in visual media through interactive chromaticity gradient mapping and advanced control methods.

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

Discover real-time full-body pose estimation techniques using IMU sensors for mobile applications, exploring cutting-edge methods for accurate human motion tracking and translation.

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.

Discover how pressure-sensing insoles enable real-time 3D human pose estimation, offering innovative solutions for motion tracking and biomechanical analysis.

Learn how to integrate PIR motion sensors with Arduino to detect warm moving objects, perfect for creating reliable alarm systems and motion-activated projects.

Explore how Knowledge-Adapted Fine-Tuning (KnowAda) improves vision-language models in medical AI, reducing hallucinations while maintaining accurate image descriptions and diagnostic capabilities.