Research

I perform research to enhance AI in circumstances where data are limited, data are noisy, and humans are actively involved in sensitive decisions. Selected papers are grouped below by theme, and the full list is in my CV. The three main themes of my work are:

Data

Bringing data to a data-starved field

I helped build many of the most widely used datasets in clinical AI.

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Models

Powerful models with limited data

I build models that learn from small, noisy data by starting from what experts already know.

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Trust

Calibration and decision support

I build models that know when they are wrong, and decision support that people can act on.

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Focus 1: Bringing data to a data-starved field

Open data, benchmarks, and tools for AI10 papers
  • Bridging the Gap: Enhancing LLM Performance for Low-Resource African Languages with New Benchmarks, Fine-Tuning, and Cultural Adjustments2025

    Paper Data Leaderboard

  • Plant Science Knowledge Graph Corpus: A Gold Standard Entity and Relation Corpus for the Molecular Plant Sciences2024

    Paper

  • The International Cardiac Arrest Research (I-CARE) Consortium Database2023

    Paper Data

  • SPread: Automated Financial Metric Extraction and Spreading Tool from Earnings Reports2020

    Paper

  • You Snooze, You Win: the PhysioNet/Computing in Cardiology Challenge2018

    Paper Data

  • A Repository of Corpora for Summarization2018

    Paper

  • An Open-Source Tool For The Automated Transcription of Paper-Spreadsheet Data2017

    Paper

  • MIMIC-III, A Freely Accessible Critical Care Database2016

    Paper Data

  • A Datathon Model to Support Cross-Disciplinary Collaboration2016

    Paper

  • Management and Analysis of Biomedical Big Data with Cloud-based In-memory Database and Dynamic Querying: a Hands-on Experience with Real-world Data2014

    Paper

AI that mines health records5 papers
  • Using a Data-Driven Approach to Define Post-COVID Conditions in US Electronic Health Record Data2024

    Paper

  • One-year mortality after recovery from critical illness: A retrospective cohort study2018

    Paper

  • How is the Doctor Feeling? ICU Provider Sentiment is Associated with Diagnostic Imaging Utilization2018

    Paper

  • Management of Atrial Fibrillation with Rapid Ventricular Response in the Intensive Care Unit: A Secondary Analysis of Electronic Health Record Data2017

    Paper

  • A Visualization of Evolving Clinical Sentiment Using Vector Representations of Clinical Notes2015

    Paper

Focus 2: Reconciling powerful models with limited data

AI that starts from expert knowledge8 papers
  • An LSTM Feature Imitation Network for Hand Movement Recognition from sEMG Signals2025

    Paper

  • GLoG-CSUnet: Enhancing Vision Transformers with Adaptable Radiomic Features for Medical Image Segmentation2025

    Paper Code

  • Characterization of acute radiation induced vascular changes in animal model of brain tumors using time frequency analysis of DCE MRI information2025

    Paper

  • Feature Imitating Networks Enhance Performance, Reliability and Speed of Deep Learning On Biomedical Image Processing Tasks2024

    Paper

  • Probabilistic Nested Model Selection in Pharmacokinetic Analysis of DCE-MR Data in Animal Model of Cerebral Tumor2024

    Paper

  • Radiomics Characterization of Tissues in an Animal Brain Tumor Model Imaged Using Dynamic Contrast Enhanced (DCE) MRI2023

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  • Dynamic contrast enhanced (DCE) MRI estimation of vascular parameters using knowledge-based adaptive models2023

    Paper

  • Feature Imitating Networks2022

    Paper

AI that reads complex, noisy signals13 papers
  • Single-Channel EEG Sleep Stage Classification Using Synchrosqueezed Transform and Sequential Representation Learning2026

    Paper

  • Neurophysiology State Dynamics Underlying Acute Neurological Recovery After Cardiac Arrest2023

    Paper

  • Artifact Detection and Correction in EEG data: A Review2021

    Paper

  • Unsupervised EEG Artifact Detection and Correction2021

    Paper

  • Predicting Neurological Outcome in Comatose Patients after Cardiac Arrest with Multiscale Deep Neural Networks2021

    Paper

  • Predicting Neurological Outcome from Electroencephalogram Dynamics in Comatose Patients after Cardiac Arrest with Deep Learning2021

    Paper

  • EEG Channel Interpolation Using Deep Encoder-decoder Networks2020

    Paper

  • Cost-effectiveness analysis of multimodal prognostication in cardiac arrest with EEG monitoring2020

    Paper

  • Quantitative EEG Trends Predict Recovery in Hypoxic-Ischemic Encephalopathy2019

    Paper

  • Estimating the False Positive Rate of Absent Somatosensory Evoked Potentials in Cardiac Arrest Prognostication2018

    Paper

  • An Enhanced Cerebral Recovery Index2015

    Paper

  • Global Optimization Approaches for Parameter Tuning in Biomedical Signal Processing: A Focus of Multi-scale Entropy2014

    Paper

  • Accumulated Deep Sleep is a Powerful Predictor of LH Pulse Onset in Pubertal Children2014

    Paper

AI that senses health and mood7 papers
  • Two-step Imputation and AdaBoost based Classification for Early Prediction of Sepsis on Imbalanced Clinical Data2020

    Paper

  • Detecting Depression with Audio/Text Sequence Modeling of Interviews2018

    Paper Award certificate

  • Predicting Latent Narrative Mood using Audio and Physiologic Data2017

    Paper

  • The Effects of Deep Network Topology on Mortality Prediction2016

    Paper

  • Monitoring and Detecting Atrial Fibrillation using Wearable Technology2016

    Paper

  • Patient Prognosis from Vital Sign Time Series: Combining Convolutional Neural Networks with a Dynamical Systems Approach2015

    Paper

  • A Fast and Memory-Efficient Algorithm for Learning and Retrieval of Phenotypic Dynamics in Multivariate Cohort Time Series2014

    Paper

Focus 3: Calibration, trust, and decision support

AI that knows when it is wrong5 papers
  • How Reliable are Confidence Estimators for Large Reasoning Models? A Systematic Benchmark on High-Stakes Domains2026

    Paper Code

  • Calibrating LLM Confidence by Probing Perturbed Representation Stability2025

    Paper Code Data

  • Do Explanations Improve the Quality of AI-assisted Human Decisions? An Algorithm-in-the-Loop Analysis of Factual & Counterfactual Explanations2023

    Paper

  • Bayesian Networks Improve Out-of-Distribution Calibration for Agribusiness Delinquency Risk Assessment2023

    Paper PDF

  • Enhancing Credit Risk Reports Generation using LLMs: An Integration of Bayesian Networks and Labeled Guide Prompting2023

    Paper PDF

AI for high-stakes decisions8 papers
  • Distribution-Free Uncertainty Quantification in Mechanical Ventilation Treatment: A Conformal Deep Q-Learning Framework2025

    Paper Code

  • Reinforcement Learning approach to Sedation and Delirium Management in the Intensive Care Unit2023

    Paper

  • Patient-Specific Sedation Management via Deep Reinforcement Learning2021

    Paper

  • Personalized Medication Dosing Using Volatile Data Streams2018

    Paper

  • A Deep Deterministic Policy Gradient Approach to Medication Dosing and Surveillance in the ICU2018

    Paper

  • Optimal Medication Dosing from Suboptimal Clinical Examples: A Deep Reinforcement Learning Approach2016

    Paper

  • Machine Learning and Decision Support in Critical Care2016

    Paper

  • A Data-Driven Approach to Optimized Medication Dosing: A Focus on Heparin2014

    Paper

AI inside oncology and radiology clinics10 papers
  • Automated Stereotactic Radiosurgery Planning Using a Human-in-the-Loop Reasoning Large Language Model Agent2026

    Paper

  • Hybrid Student-Teacher Large Language Model Refinement for Cancer Toxicity Symptom Extraction2025

    Paper

  • Enhancing Radiology Clinical Histories Through Transformer-Based Automated Clinical Note Summarization2025

    Paper

  • Integrating Natural Language Processing Into Radiation Oncology: A Practical Guide to Transformer Architecture and Large Language Models2025

    Paper

  • Efficient CTCAE Grading for Post-Radiotherapy Toxicities Using Large Language Models: A Privacy-Preserving Approach Using Instruction Fine-Tuning2025

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  • Advancing Post-Radiotherapy Toxicity Extraction: A Novel Privacy-Preserving, Parameter-Efficient Language Model Fine-Tuning2025

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  • Iterative Prompt Refinement for Radiation Oncology Symptom Extraction Using Teacher-Student Large Language Models2024

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  • Improving Automating Quality Control in Radiology: Leveraging Large Language Models to Extract Correlative Findings in Radiology and Operative Reports2024

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  • A Novel Localized Student-Teacher LLM for Enhanced Toxicity Extraction in Radiation Oncology2024

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  • Automation of Protocoling Advanced MSK Examinations Using Natural Language Processing Techniques2023

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Trainees

Doctoral Students

  • Niloufar Eghbali Zarch2021 – Present

    LinkedIn

  • Reza Khanmohammadi2022 – Present

    Website LinkedIn

  • Sara Rezaeimanesh2025 – Present

    LinkedIn

Alumni13 people
  • Serena Lotreck2020 – 2024

    Website LinkedIn

  • Sari Saba-Sadiya2020 – 2022

    Website LinkedIn

  • Jeeva Bhavanandam2020 – 2024

    LinkedIn

  • Norah Alfadhli2021 – 2022

    LinkedIn

  • Shahaab Ali2024 – 2025

    LinkedIn

  • Navya Singh2022 – 2024

    LinkedIn

  • Minh Pham2022 – 2024

    LinkedIn

  • Sampan Chaudhuri2023 – 2024

    LinkedIn

  • Shangyang Min2022 – 2023

    Website LinkedIn

  • Anvita Gollu2022 – 2023

    LinkedIn

  • David Lingan2022

    LinkedIn

  • Abhinav Thirupathi2020 – 2022

    LinkedIn

  • Aven Zitzelberger2020 – 2021

    LinkedIn

Collaborators and Support

The organizations that have supported my research as sponsors or collaborators.

  • National Institutes of Health
  • National Science Foundation
  • JPMorgan Chase
  • Michigan Health Endowment Fund
  • Henry Ford Health
  • Alliance for African Partnership
  • New York University
  • Bayer
  • MSU Federal Credit Union
  • CSAA Insurance Group
  • Google
  • Michigan Space Grant Consortium
  • Bill & Melinda Gates Foundation