Modelling women's team line-ups based on effectiveness and quality
Chuqi Chen1, Run Cao1, Miguel Ángel Gómez Ruano2
1School of Sports Engineering, Beijing Sport University, Beijing, China.
Journal of Sports Sciences
|February 26, 2024
Summary
Basketball coaches can optimize team performance by understanding how player rotations impact game outcomes. This study analyzed line-up strategies in women
Area of Science:
- Sports Science
- Basketball Analytics
- Performance Optimization
Background:
- Effective player line-ups are crucial for tactical success in basketball.
- Understanding line-up performance variations across different teams is essential for international competition.
- Player rotation strategies significantly influence offensive and defensive efficiency.
Purpose of the Study:
- To assess the impact of different player combinations on team game performance.
- To explore variations in line-up utilization among national women's basketball teams.
- To examine the evolution of offensive efficiency for each line-up during a game.
Main Methods:
- Analysis of 3,387 ball possessions from 23 international women's basketball games.
- Calculation of offensive and defensive ratings for various line-ups.
- Application of a Markov chain model to distinguish overperforming and underperforming line-ups.
Main Results:
- The Chinese women's basketball team's most dominant offensive line-up is PG-G-SF-PF-C; G-G-F-PF-PF achieved the highest defensive rating.
- US and Australian teams favor line-ups with three guards, while China relies heavily on center players.
- Line-up performance and efficiency vary significantly, impacting overall team strategy.
Conclusions:
- Insights into line-up performance in FIBA Female Basketball Competitions can optimize strategies.
- Understanding player rotation impacts aids talent selection and recruitment at the international level.
- Data-driven analysis of line-ups provides a competitive advantage for coaching decisions.
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