Using lifelines to replicate published articles
-
Updated
Jan 17, 2022 - Jupyter Notebook
Using lifelines to replicate published articles
This project focuces on analysis of survival patients with Aids, with Python library Lifelines
DecenniumClinic is a reproducible Python stack for epidemiology-style cohorts: validation → imputation-in-pipeline random forests → Harrell’s C tuning, plus /health, /ready, and curl-friendly APIs. Built for methods research, not patient care.
C++17 console implementation of Who Wants to Be a Millionaire with validated CSV question banks, a prize ladder and three lifelines
Most housing risk models ask "which homes will fail?" This one asks "which homes are we dangerously confident about?" Separates genuine low-risk from low-risk-because-nobody-checked, using ensemble disagreement as an uncertainty signal, then optimises inspection and capital spend around what we actually don't know.
Predicts what happens to passengers after their flight is cancelled, where they go, when they'll actually resolve, and what it costs the airport. Classification vs. a transparent benchmark, survival analysis for timing, and a Passenger Half-Life metric that shows which disrupted groups keep generating pressure for hours.
end-to-end survival analysis on 15,054 breast cancer patients using Kaplan–Meier, Cox PH, and Weibull AFT models to identify prognostic factors and evaluate survival outcomes
Applying KaplanMeierFitter model on Time and Events
Analyse de survie appliquée aux historiques Git pour comprendre pourquoi et quand les contributeurs abandonnent un projet.
Employee attrition prediction (XGBoost, 0.83 ROC-AUC) with SHAP explainability, Cox survival analysis, cohort retention, and a Streamlit dashboard — built on a responsible-use framework (protected attributes excluded, disparate-impact audit).
Project and tutorial for analyzing datasets with Python, pandas, lifelines, matplotlib, statsmodels, and seaborn
Survival analysis of breast cancer clinical data using Kaplan–Meier curves and Cox proportional hazards models in Python
A biostatistical survival analysis pipeline using Python to evaluate patient prognosis in the Mayo Clinic PBC dataset. Implements Kaplan-Meier estimators and Cox Proportional Hazards models to mathematically process right-censored clinical data and identify mortality risk factors.
Notebooks for "A topic model analysis of TCGA transcriptomic data of breast and lung cancer"
A repository containing various projects and microprojects.
Survival prediction model on TCGA-BRCA data · Python · Lifelines · Streamlit
Kaplan-Meier survival analysis and log-rank testing on canine osteosarcoma clinical trail data (ICDC COTC022).
Add a description, image, and links to the lifelines topic page so that developers can more easily learn about it.
To associate your repository with the lifelines topic, visit your repo's landing page and select "manage topics."