Research Interests

Exploring multimodal medical research

Research Focus

Multimodal Medical Research

My research focuses on developing advanced AI methods for integrating and analyzing multimodal medical data. Working at Moffitt Cancer Center, I specialize in creating scalable frameworks that combine various data types to improve cancer diagnosis, prognosis, and treatment planning.

AI in Oncology

I develop deep learning models specifically designed for oncology applications, including survival prediction, treatment outcome forecasting, and biomarker discovery. My work includes foundation models and self-normalizing networks for multi-omics data analysis.

Clinical Data Extraction

I work on creating AI systems that can automatically extract structured information from unstructured clinical documents like pathology reports, enabling more efficient data processing for cancer registries and research databases.

Current Projects

HoneyBee

A scalable modular framework for creating multimodal oncology datasets with foundational embedding models. This platform enables seamless integration of diverse data types for comprehensive cancer research.

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Self-Normalizing Foundation Models

Developing self-normalizing neural networks for enhanced multi-omics data analysis in oncology, improving the ability to discover biomarkers and predict patient outcomes.

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