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Interpretable prediction of acute respiratory infection disease among under-five children in Ethiopia using ensemble machine learning and Shapley additive explanations (SHAP).

Zinabu Bekele TadeseDebela Tsegaye HailuAschale Wubete AbebeShimels Derso KebedeAgmasie Damtew WalleBeminate Lemma SeifuTeshome Demis Nimani
Published in: Digital health (2024)
The XGBoost classifier was the best predictive model with improved performance, and predicting factors of acute respiratory infection were identified with the help of the Shapely additive explanation. The findings of this study can help policymakers and stakeholders understand the decision-making process for acute respiratory infection prevention among under-five children in Ethiopia.
Keyphrases
  • liver failure
  • respiratory failure
  • machine learning
  • decision making
  • young adults
  • drug induced
  • hepatitis b virus
  • respiratory tract
  • artificial intelligence
  • mechanical ventilation