If you’ll be at ML4H or the first day of NeurIPS, let’s connect!
More about my work: web.stanford.edu/~jfries/
If you’ll be at ML4H or the first day of NeurIPS, let’s connect!
More about my work: web.stanford.edu/~jfries/
Core interests: representation learning, synthetic data generation, longitudinal benchmarks, and agentic clinical AI.
Core interests: representation learning, synthetic data generation, longitudinal benchmarks, and agentic clinical AI.
Thanks to our research team: Michael Wornow, Ethan Steinberg, Zepeng Frazier Huo, Hejie Cui, Suhana Bedi, Alyssa Unell, Nigam Shah and many others.
Thanks to our research team: Michael Wornow, Ethan Steinberg, Zepeng Frazier Huo, Hejie Cui, Suhana Bedi, Alyssa Unell, Nigam Shah and many others.
Each dataset includes a set of standardized tasks exploring a technical challenge area in AI.
🎯 Few-shot Learning
🤖 Multimodal Learning & Time-to-Event Modeling
⌛ Long Context Instruction Following & Temporal Reasoning
Each dataset includes a set of standardized tasks exploring a technical challenge area in AI.
🎯 Few-shot Learning
🤖 Multimodal Learning & Time-to-Event Modeling
⌛ Long Context Instruction Following & Temporal Reasoning
📊 3 longitudinal EHR datasets
• Scale: 25,991 patients | 441,680 visits | 295M clinical events (median: 4,882 events/patient)
• Timeframe: 1997–2023 (median: 10 years/patient)
• Multimodal: structured EHR data, 3D medical imaging, and clinical notes
📊 3 longitudinal EHR datasets
• Scale: 25,991 patients | 441,680 visits | 295M clinical events (median: 4,882 events/patient)
• Timeframe: 1997–2023 (median: 10 years/patient)
• Multimodal: structured EHR data, 3D medical imaging, and clinical notes