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This project studies the effects of the shape parameter estimator uncertainty at different threshold levels on the value-at-risk confidence interval for quantitative risk management (QRM) using the Generalized Pareto Distribution (GPD) from the Extreme Value Theory (EVT) approach.
🏦 Machine Learning system for credit default prediction using a RandomForestClassifier. Features an end-to-end pipeline including synthetic financial data generation, robust preprocessing (ColumnTransformer), and comprehensive evaluation with ROC-AUC and Confusion Matrices.
A comprehensive implementation of the ID3 Decision Tree algorithm from scratch for financial risk assessment, featuring custom entropy calculations, information gain optimization, and detailed data preprocessing.
This is a front-end system for systematic financial risk data visualization. It provides comprehensive monitoring and analysis of financial market pressure indicators across multiple dimensions including bond market, foreign exchange market, stock market, derivatives market, and money market.
POC antifraude baseada em Machine Learning, que demonstra como estruturar modelos como motores de decisão, com avaliação temporal honesta, baseline sólido e comparação entre algoritmos.
A Power BI fraud detection system analyzing 6.4 million transactions. Identified $12B in financial losses, detected "Night Owl" attack patterns (2 AM–6 AM), and uncovered critical security loopholes in mobile money transfers.
End-to-end Canadian Credit Risk & PD modeling project using public Canadian lending data, ML models, SHAP explainability, Streamlit UI, and Power BI dashboard.
A collaborative fraud detection pipeline handling extreme class imbalance (0.17%). Features a RobustScaler data workflow and trade-off analysis between KNN and Random Forest classifiers.