Abstract
The application of data-driven metrics in sports has significantly impacted the development of training programs for elite basketball players. By utilizing advanced analytics and wearable technology, coaches can gain objective insights into players’ performance, offering personalized interventions to enhance skill development. The usage of wearable devices such as motion sensors was assessed to collect kinematic and kinetic data on players’ physical exertion during training sessions. The data collected from 250 players using wearable technology offers valuable insights, enabling the development of highly targeted training programs and game-specific action factors such as dribbling, blocking, rebounding, and defensive positions, which are critical for optimizing overall player performance. The SPSS software of version 29 has been utilized. The incorporation of ANOVA analysis, paired t-test, and chi-square enhance the mean and standard deviations between pre- and post-training test results to assess differences in players’ improvement. It helps to decide whether particular results relating to different training efforts have an effect, and the regression analysis evaluates factors like training intensity or player attributes. The results indicate measurable improvements in player agility, shooting accuracy, and endurance, aligning training with individual needs. The integration of data-driven metrics into basketball training programs offers a more tailored approach, significantly enhancing player performance and efficiency. The ability to monitor and adjust training in real-time based on data-driven insights helps players reach their maximum potential and contributes to overall team success.
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