
Learn to detect faces in real-time video using Mediapipe, OpenCV, and Python. Explore data parsing and visualization techniques for efficient face recognition.

Learn to parse pose and hand landmark data in Mediapipe using Python and OpenCV. Develop full-body pose estimation for live video analysis, with practical demonstrations and troubleshooting tips.

Learn real-time pose estimation using Mediapipe and Python. Discover how to analyze body landmarks, process webcam video, and visualize results with OpenCV in this hands-on tutorial.

Learn to track objects by color using OpenCV with step-by-step instructions. Create masks, use trackbars for model training, and apply techniques for effective color-based object detection.

Explore the HSV color space for effective object tracking in OpenCV. Learn about hue, saturation, and value components to enhance your computer vision projects.

Learn to create and use trackbars in OpenCV for dynamic parameter control in real-time video processing, with step-by-step guidance suitable for beginners.

Discover 8 essential image processing algorithms applicable beyond images. Learn thresholding, motion detection, filtering, convolution, edge detection, and morphological operations.

Implement perspective-correct texture sampling, scan-line triangle rasterizing, and depth buffers in a command prompt 3D engine. Enhance graphics with advanced techniques.

Explore 3D graphics engine development, focusing on camera implementation, clipping planes, and matrix operations. Learn to create immersive visual experiences through practical coding techniques.

Learn to create, manipulate, and animate Regions of Interest (ROI) in OpenCV, optimizing AI computations and enhancing image processing efficiency.

Learn to create a checkerboard pattern using OpenCV and Python, mastering numpy slice functions and array manipulation for visual programming projects.

Beginner-friendly introduction to AI concepts, Python, and OpenCV, covering face, hand, and body detection techniques for absolute beginners.

Learn to measure obstacle distance using HC-SR04 ultrasonic sensor for robotics projects. Practical coding and hardware setup included for implementing distance measurement in robotic applications.

Learn to program an Elegoo Smart Car's speed using an infrared remote control. Explore Arduino IDE, if statements, and mathematical concepts like slope equations for precise velocity control.

Learn essential Linux terminal commands for navigating, managing files, and performing basic operations. Gain confidence in using the command line interface for efficient system interaction and file manipulation.

Learn to integrate an Infrared (IR) remote into Arduino projects, covering setup, library installation, and basic coding for remote control functionality.

Explore a practical approach to combining Clean Architecture and Test Pyramid theories in software development, with insights applicable across technologies.

Insights from 6 years of serverless development for IoT devices, covering best practices, trade-offs, and lessons learned in building scalable real-time systems using AWS technologies.

Explore the development of a self-driving car in TrackMania using reinforcement learning. Learn about the AI pipeline, from feature selection to model training, and witness the impressive results in action.

Explore modern CSS layout techniques through comic book-inspired designs. Learn to create uneven shapes and dynamic layouts using CSS Grid, writing mode, and CSS shapes.

Explore building wearable LED displays for live speech-to-text captioning, using Azure Cognitive Services and Ably's MQTT broker to enhance accessibility for the hard of hearing.