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New Jersey Maternal Mortality (NJMM) is an interactive web application that visualizes maternal mortality in the state of New Jersey in order to raise awareness of maternal mortality and make it easier to see how it relates to other potential factors (e.g. access to healthcare).
The notebook aims to examine various factors that impact the health of pregnant women and develop a machine learning model to predict the level of health risk for pregnant women.
A maternal health platform empowering ASHA workers with smart data tools to detect high-risk pregnancies, deliver personalized dietary advice, and ensure safer outcomes in rural India.
A repository of CDC National Center for Health Statistics maternal mortality data and a selection of state data, from Michigan, Minnesota and North Carolina, about maternal deaths
An intelligent maternal healthcare assistant for expecting mothers, offering personalized tracking, guidance, and support throughout pregnancy and postpartum.
This project focuses on developing an AI-powered system to predict and prevent pre-eclampsia in women aged 15–45. Pre-eclampsia is a serious pregnancy complication characterized by high blood pressure and potential damage to organs, such as liver and kidneys. Early identification is crucial to improving maternal and neonatal health outcomes.
This repository contains a Python-based project that generates realistic synthetic data simulating the maternal health journey of 5,000 women in Nigeria.
A repository of information and system dynamics models to support collaborative planning, implementation, and monitoring of Bronx Healthy Start Partnership community programs and services.
Cross-sectional study that analyzed retrospective data from pregnant and postpartum women diagnosed with Severe Acute Respiratory Syndrome (SARS) between January 2016 and November 2021.
This repository contains the thesis and supporting code for the Master’s thesis submitted by **Sashiel Vagus** to **San Diego State University** in Spring 2024, in partial fulfillment of the requirements for the degree **Master of Science in Applied Mathematics**, with a concentration in **Dynamical Systems**.