Exploring Swimming Performance with Data
Tiago Russomanno
Performance Analysis | Data Scientist | Sport & Health | Python | Biomechanics
Thrilled to share my first steps in predicting swimming performance using data!
We know athletes employ unique pace strategies, and long-distance swimmers often surge at the start and finish. My initial exploration used a Random Forest model to see if we could predict final times based on preliminary rounds data and individual pace from 5 Olympic Games and 174 races.
The results are promising! The model learned effectively from the training data, explaining over 95% of the variance in times. While still in its early stages, the model predicted final times with an average error of just 5.7 seconds – less than 0.58% of the entire race!
While this is an initial exploration, it reveals the potential of data-driven models like Random Forest to optimize swimming performance.
Next steps: gather more data, explore advanced techniques, and refine the model for even sharper predictions!
Stay tuned for further dives into the world of data and swimming!
#datascience #sportsanalytics #swimming #performance #exploration #linkedin World Aquatics
P.S. Share your thoughts and questions in the comments! Let's discuss how data can revolutionize swimming!