Computerized Stroboscope using an ESP32-CAM to capture and stream images via a web interface. The camera’s flashing, adjustable via an app, creates a stroboscopic effect for motion analysis. This system integrates IoT and real-time imaging for interactive visualization.
This project presents the design and implementation of a Computerized Stroboscope system using the ESP32-CAM microcontroller to visually analyze and synchronize with the motion of a drip emitter. The stroboscope operates by flashing light at adjustable frequencies, allowing the user to ”freeze” the motion of periodic events, making it possible to observe and study them in detail. This project generates a stroboscopic effect by controlling the camera’s flashing, which is adjustable via an app, enabling precise synchronization with the observed motion. The ESP32-CAM captures image frames in real time and streams them through a web interface, allowing for remote monitoring and fine-tuning of the system settings. This setup provides an efficient and interactive tool for visualizing fast-moving phenomena and serves as an educational and experimental resource. The system integrates embedded programming, IoT principles, and real-time image transmission to offer a functional and interactive stroboscopic analysis tool.
