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To identify lithologies, geoscientists use subsurface data such as wireline logs and petrophysical data. However, this process is often tedious, repetitive, and time-consuming. This project aims to use machine learning techniques to predict lithology from petrophysical logs, which are direct indicators of lithology.
An interactive ML decision engine and Streamlit dashboard for real-time credit risk modeling, Probability of Default (PD) scoring, and portfolio expected loss analytics.
AI-powered project management assistant using ML to predict task delays, classify project risk, and optimize resource allocation. Features an NLP query interface, automated reporting, and a Streamlit dashboard. Built with FastAPI, scikit-learn, and XGBoost — runs locally, no cloud dependency required.
Comparison of multiple machine learning classifiers for corporate bankruptcy prediction using financial ratios, class imbalance handling, and cross‑validation.
Proyecto de predicción de ventas para las proximas 6 semanas de todas las tiendas , con representación de datos, usando Python con librerías distintas como Pandas, Numpy,Matlab, Seaborn para análisis de datos, recopilación e interpretación de los datos, además de modelos predictivos.