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Clinically Interpretable Biological Age Estimation Using CatBoost and SHAP with Continuous and Categorical Features from NHANES

arXiv cs.LG ↗ · 2026-10-16 Cached

该论文提出一个临床可解释的机器学习框架,使用CatBoost和自动化的SHAP依赖图定量分析,从NHANES的44个异构临床特征中估计生物年龄。研究发现模型估计的生物年龄与实际年龄高度相关,并识别出血尿素氮、血糖和剧烈运动等关键预测因子。

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Leakage-Safe and Scheduler-Aware Machine Learning for Grid Job Runtime Prediction

arXiv cs.LG ↗ · 2026-09-15 Cached

This paper presents a leakage-safe and scheduler-aware machine learning framework for predicting grid job runtime, using CatBoost with temporal validation to enhance scheduling efficiency in distributed computing environments.

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B2B Customer Conversion Prediction: A Document Representation, Graph Theory, and CatBoost Driven Methodology

arXiv cs.LG ↗ · 2026-09-04 Cached

This paper proposes a methodology for predicting B2B customer conversion using document representation, graph theory, and CatBoost, achieving 91% accuracy in sales funnel prediction.

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Sim2Win: A Team-Agnostic, Event-Based Pre-Match Outcome Prediction and Tactical Profiling System for Football

arXiv cs.LG ↗ · 2026-07-30 Cached

Presents Sim2Win, a team-agnostic event-based system for pre-match outcome prediction and tactical profiling in football, achieving 55.4% accuracy on unseen teams.

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Interpretable vs Learned Encoders for High-Cardinality Fraud Detection

arXiv cs.LG ↗ · 2026-07-02 Cached

This paper presents a controlled comparison of seven categorical encoding methods on the IEEE-CIS fraud dataset, evaluating accuracy, interpretability, and computational trade-offs with a fixed LightGBM learner, finding that entity embeddings achieve the highest AUC-ROC but no encoder dominates both metrics.

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Machine learning prediction of obstructive coronary artery disease using opportunistic coronary calcium and epicardial fat assessments from CT calcium scoring scans

arXiv cs.LG ↗ · 2026-05-22 Cached

This paper presents a machine learning framework using CatBoost and SHAP to predict obstructive coronary artery disease from CT calcium scoring scans, achieving high accuracy by combining calcium-omics and epicardial fat features.

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From Canopy to Collision: A Hybrid Predictive Framework for Identifying Risk Factors in Tree-Involved Traffic Crashes

arXiv cs.LG ↗ · 2026-05-11 Cached

This study presents a hybrid predictive framework using CatBoost and SHAP to identify risk factors in tree-involved traffic crashes, highlighting restraint non-use as the most critical predictor of severe injury.

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