technologyliberal
Improving Robot Basketball Skills with AI
Asia, ChinaFriday, November 22, 2024
The results? The improved system was really good at finding the ball, with scores like 0. 96 for IoU, a low 0. 03 for information loss, and a high 0. 98 for signal-to-noise ratio. It also did well in detecting basketballs, volleyballs, and calibration columns, with an average accuracy of 95. 87% for classification and 97. 05% for calibration boxes.
This means the robots could see the ball and other objects clearly, making their decisions and moves more accurate. This boosts their overall performance, making them better at the game.
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