AI Camera Golf Ball Tracking for Remote Distance Measurement

The patent replaces the mechanical GPS-based distance measurement system with an optical system using cameras and image analysis. The system uses image processing algorithms to track the golf ball's position and calculate distances, eliminating the need for GPS receivers and achieving much higher precision without requiring the player to physically move to the ball's location.

The patent creates a visual copy of the golf course scene through camera imaging. By capturing images and analyzing the positions of the golf ball, hole, and other objects in the image space, the system calculates real-world distances and positions without physical measurement, providing accurate distance information remotely.

The patent replaces the laser rangefinder's active laser measurement system with a passive optical imaging system. Instead of emitting laser beams to measure distance, the system uses cameras to capture images and computational algorithms to determine positions and distances, eliminating the need for line-of-sight laser measurement and enabling long-distance measurement without player movement.

The patent introduces an intermediary computational processing system that bridges the gap between optical imaging and distance measurement. The image analysis algorithms act as intermediaries, converting visual information from cameras into accurate distance and position data, enabling remote measurement without direct laser contact between the player and the ball.

The patent creates an external visual model of the golf ball's position and motion through camera imaging. Instead of modifying the golf ball with RFID antennas, the system captures images of the standard golf ball and uses image processing to track its position, trajectory, and rotation, maintaining the ball's original manufacturing and rotational characteristics while achieving precise measurement.

The patent introduces cameras and image analysis algorithms as intermediaries between the golf ball and the measurement system. This external measurement approach eliminates the need to modify the golf ball itself, avoiding increased manufacturing costs and preserving the ball's natural rotation and flight characteristics while still enabling accurate position tracking.

The patent segments the image analysis process into multiple distinct stages: flight trajectory analysis, landing zone identification, and precise drop position detection. By dividing the measurement process into these segments and applying specialized algorithms to each, the system achieves both remote measurement capability and accurate drop position determination that cannot be achieved through simple flight distance calculation alone.

The patent implements feedback mechanisms where the system continuously refines its position estimates by comparing expected ball behavior with actual observed positions. The image analysis system provides feedback on ball location, trajectory deviations, and landing characteristics, allowing iterative improvement of measurement accuracy and precise determination of the drop position.