AI for Health provides data-driven tools for healthcare:

  • Phenotype complex diseases.
  • Predict clinical outcomes and treatment effects.
  • Discover risk factors associated with clinical outcomes.
  • Support clinical decisions and precision medicine.

Research underway at Washington University in St. Louis

Talk: AI for Health with Wearables

Talk: AI for Health with Wearables

Chenyang Lu to deliver keynote speech at CPS-IoT Week, the premier event on cyber-physical systems and Internet of Things.

AI-assisted breast-cancer screening may reduce unnecessary testing

AI-assisted breast-cancer screening may reduce unnecessary testing

Using AI to help doctors read mammograms reduces follow-up testing without missing cancer cases, simulation shows

AI-based algorithms need to be evaluated for their clinical applications

AI-based algorithms need to be evaluated for their clinical applications

Abhinav Jha-led research focuses on developing algorithms to evaluate nuclear medicine images for clinical applications, such as cancer diagnosis and treatment

Wearable tech for contact tracing developed

Wearable tech for contact tracing developed

‘Potentially powerful’ automated tool could help fight COVID, future pandemics in hospitals

Interdisciplinary team wins award for paper on predicting postoperative complications with wearables, artificial intelligence

Interdisciplinary team wins award for paper on predicting postoperative complications with wearables, artificial intelligence

The award to Chenyang Lu and collaborators was announced at the UbiComp/ISWC 2023 conference

Artificial intelligence may assist decisions on which patients should get critical life support

Artificial intelligence may assist decisions on which patients should get critical life support

McKelvey Engineering, School of Medicine team develop machine-learning model using COVID-19 patient data

Learning physician burnout from electronic health record activities

Learning physician burnout from electronic health record activities

Interdisciplinary team develops deep learning model to predict burnout from electronic health record logs

Wearable fitness trackers help physicians track patient health

Wearable fitness trackers help physicians track patient health

Chenyang Lu applies machine learning, Internet of Things expertise to improve patient outcomes

Recent talks