How does SingTown Technology's AI vision system "capture" a high-speed flying eagle?

SingTown's intelligent camera system based on OpenMV enables real-time recognition and timing of high-speed flying objects. Utilising machine vision and image recognition technologies, the system captures high-speed flying targets and accurately records the time they cross the finish line, providing intelligent timing and analytical support for scientific research experiments, flight competitions, and observational studies.

In the scenario of observing and timing flying objects, traditional manual methods or low-speed equipment struggle to accurately capture high-speed passing targets. SingTown Technology's AI smart camera solution, based on the OpenMV platform, integrates machine vision and computer vision technologies to achieve precise identification and real-time timing of high-speed flying objects.

The system employs high-speed cameras to capture target imagery and utilises AI algorithms to analyse target morphology, dimensions, and motion trajectory, facilitating precise locking onto airborne objects such as eagles with a wingspan of approximately 50 centimetres. Upon the target crossing the finish line, the system instantly records a timestamp, attaining high-precision timing. The image recognition algorithm effectively manages variations in illumination, background interference, and motion blur, ensuring the stable capture of high-speed flying targets.

The OpenMV intelligent camera features high frame rate, low latency, and compact size, enabling easy deployment in competition venues, scientific research areas, or observation platforms. Additionally, OpenMV supports edge deployment, allowing for all-weather high-speed monitoring without reliance on cloud or external servers. The system can also integrate with data processing units to achieve automatic statistics, ranking, and analysis, providing real-time and reliable timing data for scientific research or flight competitions.

SingTown Technology focuses on edge AI, machine vision, and image recognition technologies, enabling smart cameras to achieve "high-speed recognition, precise timing, and real-time analysis." It provides intelligent and professional embedded vision solutions for flight object monitoring and timing.