
Explore creating live webcam masks with JavaScript in this talk on web-ready augmented reality, covering AR applications, frameworks, and practical demonstrations.

Explore Android P's multi-camera API for advanced features like bokeh and optical zoom. Live demos and code walkthroughs on two devices showcase practical implementation techniques.

Explore ML Kit's capabilities for on-device machine learning, including text recognition, image labeling, and custom models. Learn tips and best practices for optimal implementation.

Discover how computer vision and deep neural networks enhance medical mask compliance monitoring through object detection and facial landmark analysis for improved healthcare safety.

Build a Python web app for face analysis using Gradio UI, including face detection, mesh, and orientation. Learn to process webcam input and deploy to Hugging Face Space.

Learn to build a face detection system using Python and OpenCV. Gain hands-on experience in computer vision, from setup to implementation, with a practical demonstration of the final output.

Learn to create image processing projects in Python, including smile and face detection, grayscale conversion, and image transformation techniques. Gain practical skills for real-world applications.

Comprehensive 2-hour tutorial on computer vision using CVZone, covering various modules and techniques for image processing, object detection, and facial analysis.

Explore practical applications of ConvNets in object detection, face recognition, and semantic segmentation. Learn about network architectures, performance comparisons, and real-world implementations in robotics and image processing.

Explore Python face detection models for age, race, emotion, and keypoints. Compare results and implement various techniques in this hands-on coding session.

Explore deep learning techniques for detecting masked faces during the pandemic with Vladimir Iglovikov, a Sr. Computer Vision Engineer at Lyft and Kaggle Grandmaster.

Lightweight face detection method for ultra-low power AI processors, featuring real-time application and accuracy in various scenarios. Explores implementation on Himax WE-I Plus platform for always-on sensing products.

Explore recent advancements in tinyML technologies, their implementation, and potential applications across various industries, with a focus on always-on machine learning for voice, vision, and sensing.

Learn face detection using OpenCV and Python on Raspberry Pi Zero. Explore object detection, AI, neural networks, and computer vision fundamentals. Practical implementation and insights provided.

Explore the journey of TinyML from face detection demos to large-scale commercial deployment in notebooks, addressing real-world challenges and bridging the gap between technology and business.

Explore battery-free wireless smart cameras for face detection using edge AI and low-power microcontrollers. Learn about energy harvesting, tiny ML algorithms, and novel hardware architectures for IoT devices.

Exploring the journey from tinyML face detection demos to large-scale commercial deployment, addressing real-world challenges and bridging the gap between prototypes and practical applications.

Explore practical applications of Docker containers for rapid ML project prototyping, including face detection, sentiment analysis, and smart bot creation.

Explore face synthesis detection techniques for identity systems, focusing on synthetic data generation and its applications in enhancing security and privacy.

Anonymize faces in images using Python: detect, blur, and pixelate for privacy. Learn CPU and GPU techniques, compare results, and ensure data protection in your projects.

DeepLocker: AI-powered targeted attacks using deep neural networks for evasive malware. Explores mechanisms, implications, and defenses against AI-weaponized cybercrime.