大溈（國際）人工智能科技有限公司

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AI Medicine Ball

The AI Medicine Ball Trajectory Analysis Technology adopts an intelligent sensor system, which captures throwing movements in real time through high-speed cameras, accurately measuring release speed, angle, and flight trajectory with a precision of ±2 cm. The system completes parabola calculations in 0.1 seconds, automatically displaying key data such as flight distance and highest point. It also provides in-depth analysis of throwing force and angle, fully records each training result, and supports data comparison—helping users scientifically improve their throwing performance. Suitable for sports training, teaching evaluations, and other scenarios, this technology makes the training process more professional and efficient.

AI Volleyball

The AI Volleyball Training System integrates computer vision technology and AI algorithms, using high-speed cameras to track volleyball trajectories in real time. It accurately calculates the number of passes, hitting height, and flight path of athletes within designated areas. The system automatically filters environmental interference, precisely identifies each ball contact, and displays training data instantly—helping users improve pass stability and ball control skills. Suitable for professional team training and individual practice, it allows you to monitor training effects in real time and scientifically enhance your volleyball performance. Key features include automatic counting, height measurement, trajectory analysis, and data recording, providing professional and reliable technical support for your training.

AI Basketball/Football Slalom Training System

Adopting advanced computer vision technology, the AI Basketball/Football Slalom Training System captures players’ dribbling trajectories in real time via high-speed cameras, automatically analyzing the fluency of slalom movements, ball control stability, and path accuracy. Leveraging AI deep learning algorithms, the system precisely identifies interactions between players and equipment, instantly calculating slalom speed, direction change angles, and dribbling rhythm. Through 3D trajectory reconstruction technology, it visualizes dribbling paths for intuitive insight.
The intelligent analysis function automatically detects mistakes and provides real-time data feedback, helping players optimize dribbling skills, enhance directional agility, and refine ball control. Suitable for professional team training and individual skill improvement, this system makes slalom training more scientific and efficient, enabling rapid mastery of core dribbling techniques.