
Learn to track objects in OpenCV using HSV color space, including image conversion, parameter setting with trackbars, and creating foreground/background masks for effective color-based object tracking.

Learn to create and manipulate live moving watermarks in OpenCV using threshold and masking techniques for video feeds on the Jetson Nano.

Explore thresholding and masking techniques in OpenCV to manipulate image foregrounds and backgrounds independently, enhancing your AI skills on the Jetson Nano platform.

Learn to create Region of Interest in OpenCV using mouse events and clicks, enhancing image processing capabilities for AI applications on Jetson Nano.

Learn to work with Region of Interest (ROI) in OpenCV on Jetson Nano, including setting up rectangles, creating and colorizing ROIs, and animating cuts for enhanced image processing capabilities.

Learn to build a self-leveling platform using Arduino, BNO055 sensor, and servos. Hands-on tutorial covers circuit assembly, mechanical construction, and servo control for tilt stabilization.

Learn to work with Region of Interest (ROI) in OpenCV for AI applications on Jetson Nano, including live video processing and practical examples.

Learn to read and write video files using OpenCV on the Jetson Nano, enabling efficient video processing and manipulation for AI applications.

Learn to resize and organize image windows in OpenCV for efficient AI image processing on the Jetson Nano, enhancing your ability to analyze intermediate stages of processing.

Learn to launch and view Raspberry Pi camera and webcam streams on Jetson Nano using OpenCV. Covers setup, camera settings, and basic image processing techniques for AI applications.

Learn to achieve stable and responsive tilt measurements using accelerometers, gyros, and a complimentary filter for accurate pitch and roll approximation in IMU applications.

Learn to approximate pitch and roll using a 3-axis accelerometer in this hands-on tutorial. Explore practical applications, limitations, and implementation techniques for tilt measurement in Arduino projects.

Learn to calibrate the BNO055 9-axis inertial measurement sensor for accurate data collection in Arduino projects. Covers setup, data printing, and visualization using Serial Plotter.

Explore ESP32's DAC capabilities through hands-on experiments, creating oscilloscope art and a fruit-based musical instrument while learning about voltage control and waveform generation.

Learn to build and control a Mecanum wheel robot car using ESP32 boards, featuring ESP-NOW communication, joystick control, TFT display, and NeoPixel LEDs. Gain hands-on experience with advanced robotics concepts.

Learn to control DC motors using various driver modules and Arduino. Explore hookup methods, coding techniques, and practical demonstrations for both small and large motors.

Learn to build an air quality monitoring system using ESP32 or Arduino. Explore various sensors, their applications, and create a multi-sensor platform for comprehensive environmental monitoring.

Explore using GC9A01 circular LCD modules with Arduino and ESP32. Learn specifications, wiring, and programming for instrumentation, metering, and animated projects like robotic eyes.

Learn to use I2S protocol with ESP32 for audio projects. Build an Internet radio, MP3 player, and display microphone waveforms. Covers digital audio basics and practical implementations.

Explore ESP32-CAM's MicroSD capabilities for image storage. Build a simple camera, then enhance it with motion-sensing and time-lapse features. Practical guide for leveraging this versatile module.

Learn to create private peer-to-peer networks with ESP32 boards using ESP-NOW protocol. Explore setup, broadcasting, and practical applications like remote temperature sensing without WiFi.