Data-Centric AI for predicting non-contact injuries in professional soccer players

One big concern in soccer professional teams is to search for preventive measures to reduce the frequency of harmful episodes in their athletes since these episodes greatly impact the sports industry and affect both the team’s performance and the association’s economic situation. Thus, the present work proposes a methodology to predict non-contact injury episodes that may affect them in a microcycle through Data-centric AI concepts. The prediction model is trained using a dataset related to professional soccer athletes. The most interesting result were with AUC-ROC of 79,8%. About the performance improvement strategies applied, the best undersampling ratio was 70/30, PCA with one or two principal components did best, and the Decision Tree algorithm excelled.

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Publication Details

Published
2024-10-14
DOI
https://doi.org/10.5753/sbbd.2024.240518
Primary Topic
Sports injuries and prevention
Type
article
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article

Data-Centric AI for predicting non-contact injuries in professional soccer players

Eduardo Bezerra, Matheus da Silveira Maia, Juliano Spineti, Lucas Giusti et al.
Sports injuries and prevention
article

Data-Centric AI for predicting non-contact injuries in professional soccer players

Eduardo Bezerra, Matheus da Silveira Maia, Juliano Spineti, Lucas Giusti, Maria José Coutinho de Melo, Jorge Soares, Diego Brandão, Gabriel Padrão
article en

Abstract

One big concern in soccer professional teams is to search for preventive measures to reduce the frequency of harmful episodes in their athletes since these episodes greatly impact the sports industry and affect both the team’s performance and the association’s economic situation. Thus, the present work proposes a methodology to predict non-contact injury episodes that may affect them in a microcycle through Data-centric AI concepts. The prediction model is trained using a dataset related to professional soccer athletes. The most interesting result were with AUC-ROC of 79,8%. About the performance improvement strategies applied, the best undersampling ratio was 70/30, PCA with one or two principal components did best, and the Decision Tree algorithm excelled.

Federal Center for Technological Education Celso Suckow da Fonseca (BR), Manchester City Football Club (GB)
Openalex Percentile: Top 75%
Sports injuries and prevention
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