Learning to Address Health Inequality in the United States with a Bayesian Decision Network
Tavpritesh Sethi, Anant Mittal, Shubham Maheshwari, Samarth Chugh

TL;DR
This paper develops a Bayesian Decision Network to analyze and identify actionable policy interventions aimed at reducing health disparities and increasing life expectancy in the United States, based on county-level socio-economic and health data.
Contribution
It introduces an integrated Bayesian framework combining diverse data sources to quantify and visualize policy impacts on health inequality.
Findings
Quantifies the impact of diversity, preventive care, and stable families on health outcomes.
Provides an interactive dashboard for policy exploration and validation.
Identifies key interventions to reduce the longevity-gap.
Abstract
Life-expectancy is a complex outcome driven by genetic, socio-demographic, environmental and geographic factors. Increasing socio-economic and health disparities in the United States are propagating the longevity-gap, making it a cause for concern. Earlier studies have probed individual factors but an integrated picture to reveal quantifiable actions has been missing. There is a growing concern about a further widening of healthcare inequality caused by Artificial Intelligence (AI) due to differential access to AI-driven services. Hence, it is imperative to explore and exploit the potential of AI for illuminating biases and enabling transparent policy decisions for positive social and health impact. In this work, we reveal actionable interventions for decreasing the longevity-gap in the United States by analyzing a County-level data resource containing healthcare, socio-economic,…
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Taxonomy
TopicsHealth disparities and outcomes · Health, Environment, Cognitive Aging · Health Systems, Economic Evaluations, Quality of Life
