Artificial Intelligence in Health Care

Artificial Intelligence in Health Care


Portfolio Overview

The field of artificial intelligence is rapidly growing and evolving. Artificial intelligence (AI) refers to the ability of a machine to perform a task that is normally done by humans, including problem-solving and learning. AI-enabled software can be divided into two categories, with the classification depending on how the software is developed. Rules-based algorithms use expert-derived rules to turn the inputs into an output, through a defined and logical process. Data-based algorithms are given sets of labeled input data (called “training data”) and use programmed processes to derive relationships between the inputs and the labels. The relationships can then be used to predict how new input data would likely be labeled. While forms of clinical decision support (CDS) software has been available for many decades, recent advances in data-based AI may have the potential to significantly improve software performance, opening to the door to an explosion of new products, some of which are already in the market. With this explosion will come a host of regulatory, implementation, and adoption challenges in the near- and long-term. 

 

  • New Health Affairs Forefront Article (June 20224) | Best Practices For AI In Health Insurance Claims Adjudication And Decision-Making
  • Perspective Article (April 2024) | In a perspective article in npj Digital Medicine, Duke-Margolis researchers describe four priority action areas recommended by international health leaders to fully realize the potential of artificial intelligence (AI) in health care: improving data quality to power AI, building infrastructure to encourage efficient and trustworthy development and evaluations, sharing data for better AI, and providing incentives to accelerate the progress and impact of AI.

 

July 2022 White Paper | Preventing Bias and Inequities in AI-Enabled Health Tools
March 2022, NEJM Catalyst Article | How Health Systems Decide to Use Artificial Intelligence for Clinical Decision Support
March 2022, Whitepaper | Evaluating AI-Enabled Clinical Decision and Diagnostic Support Tools Using Real-World Data
November-December 2020, NEJM Catalyst Article | AI-Enabled Clinical Decision Support Software: A “Trust and Value Checklist” for Clinicians
November 2020, JLB Article | Accountability, Secrecy, and Innovation in AI-Enabled Clinical Decision Software
September 2020, White Paper | Trust, But Verify: Informational Challenges Surrounding AI-Enabled Clinical Decision Software
June 2019, White Paper | Current State and Near-Term Priorities for AI-Enabled Diagnostic Support Software in Health Care

Research Team

silcox

Christina Silcox, PhD

Research Director, Digital Health
Adjunct Assistant Professor
Senior Team Member
Margolis Core Faculty

Valerie Parker Headshot

Valerie Parker, MS

Policy Research Associate

Trevan Locke headshot

Trevan Locke, PhD

Assistant Research Director

Thomas Roades Photo

Thomas Roades, MPP

Policy Research Associate

Arti Rai

Arti K. Rai, JD

Elvin R. Latty Professor of Law
Margolis Core Faculty