arXiv:2605.10796cs.AI2026-05

研究发现,顶级联赛的足球表现解释模型在大学比赛中失效。

Interpretable Machine Learning for Football Performance Analysis: Evidence of Limited Transferability from Elite Leagues to University Competition

论文配图:Interpretable Machine Learning for Football Performance Analysis: Evidence of Limited Transferability from Elite Leagues to University Competition
图 1 · 摘自论文原文
  • 用相同特征空间对比顶级联赛与大学队数据
  • 大学队关键指标排序大幅变化,解释稳定性下降
  • 解释不稳或反映目标领域结构模糊,非方法缺陷

机器学习在足球表现分析中日益普及,但多数研究侧重预测精度,隐含假设其性能决定因素及解释具有跨竞赛层级可迁移性。本研究检验了从顶级联赛学到的性能决定因素是否可结构化迁移至大学足球,并考察其解释在领域偏移下的鲁棒性。模型基于欧洲五大联赛大规模事件数据训练,应用到台湾清华大学(NTHU)大学足球数据,采用相同特征空间。使用随机森林与多层感知机模型,通过SHAP和反事实影响得分(CIS)进行解释。五组实验显示,顶级联赛中性能决定因素的优先级在不同联赛、模型与解释方法间保持稳定;而NTHU大学足球则出现关键指标显著重排,解释稳定性减弱,与顶级领域结构一致性降低,且对解释方法更敏感。结果表明,解释鲁棒性依赖于领域。解释不稳定未必源于方法局限,可能反映目标领域的结构不确定性。

原文摘要 · Abstract (English)

Machine learning has become increasingly prevalent in football performance analysis, yet most studies prioritize predictive accuracy while implicitly assuming that learned performance determinants and their interpretations are transferable across competition levels. Whether interpretability remains reliable under domain shift-from elite to university football remains largely unexplored. This study investigates whether performance determinants learned from elite competitions are structurally transferable to university-level football and whether their interpretations remain robust under domain shift. Models were trained on large-scale event data from the top five European leagues and applied to university football data from National Tsing Hua University (NTHU) using an identical feature space. Random Forest and Multilayer Perceptron models were interpreted using SHapley Additive exPlanations (SHAP) and Counterfactual Impact Score (CIS). Across five experiments, elite football exhibited a stable and consistent hierarchy of performance determinants across leagues, models, and explanation methods. In contrast, NTHU university football showed substantial reordering of key indicators, reduced explanation stability, weaker structural agreement with elite domains, and increased sensitivity to explanation method. These findings suggest that interpretability robustness is domain-dependent. Rather than reflecting methodological limitations alone, instability in explanations under domain shift may serve as a diagnostic signal of structural ambiguity in the target domain.

可解释AI足球分析领域迁移性能评估

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