Enhancing local public health decision-making: Incorporating end-user perspectives into influenza forecasting models

The goals of this study are to: 1) understand the seasonal flu intervention decision-making process from the perspective of local public health officials and health care providers; and 2) identify these stakeholders’ data needs and priorities for flu forecasting models.

August 2025 · Rochelle L. Frounfelker, Kareem Hargrove, Katherine Blomkvist, David Rea, Thomas McAndrew

When Data Disappear: Public Health Pays As Policy Strays

Illustrating the importance of public health data

May 2025 · Thomas McAndrew, Andrew A. Lover, Garrik Hoyt, Maimuna S. Majumder

Influenza Dashboard

Infleunza dashbaord at state level, showing ILI+ and hospitalization rates

April 2025 · Natalie Kam, Hongfei Luo

A Cluster-Aggregate-Pool (CAP) Ensemble Algorithm for Improved Forecast Performance of influenza-like illness

We propose a novel Cluster-Aggregate-Pool or `CAP’ ensemble algorithm that first clusters together individual forecasts, aggregates individual models that belong to the same cluster into a single forecast (called a cluster forecast), and then pools together cluster forecasts via a linear pool.

December 2023 · Ningxi Wei, Wei-Min Huang, Thomas McAndrew

Adaptively stacking ensembles for influenza forecasting with incomplete data

Needing no data at the beginning of an epidemic, an adaptive ensemble can quickly train and forecast an outbreak, providing a practical tool to public health officials looking for a forecast to conform to unique features of a specific season.

October 2021 · Thomas McAndrew, Nicholas G. Reich