This is your work, valued
My research focuses on medical computer vision, language, and graphics for early cancer detection and diagnosis.
UNetPlusPlus. [IEEE TMI Best Paper Award] Official Implementation for UNet++
2.7kModelsGenesis. [MICCAI 2019 Young Scientist Award] [MEDIA 2020 Best Paper Award] Models Genesis, one of the first "foundation" models in medical image analysis for multiple downstream tasks
786SuPreM. [ICLR 2024 oral; top 1.2%] Supervised Pre-Trained 3D Models for Medical Image Analysis (9,262 CT volumes + 25 annotated classes)
426SyntheticTumors. [CVPR 2023] Label-Free Liver Tumor Segmentation
380AbdomenAtlas. [NeurIPS 2023] AbdomenAtlas 1.0 (5,195 CT volumes + 9 annotated classes)
307DiffTumor. [CVPR 2024] Generalizable Tumor Synthesis - Realistic Synthetic Tumors in Liver, Pancreas, and Kidney
219RadGPT. [ICCV 2025] AbdomenAtlas 3.0 (9,262 CT volumes + medical reports). These “superhuman” reports are more accurate, detailed, standardized, and generated faster than traditional human-made reports.
214Touchstone. [NeurIPS 2024] Touchstone - Benchmarking AI on 5,172 o.o.d. CT volumes and 9 anatomical structures
138R-Super. [MICCAI 2025 Best Paper Award] Learning Segmentation from Radiology Reports
124PanTS. [NeurIPS 2025] PanTS: The Pancreatic Tumor Segmentation Dataset. PanTS is a vision-language dataset, which enables development and external evaluation of AI for pancreatic tumor detection, localization, and reporting, with multi-structure context and metadata to support robust, anatomy-aware modeling.
115Active-Learning. [CVPR 2017] Official Implementation for AIFT
93ContinualLearning. [MICCAI 2023] Continual Learning for Abdominal Multi-Organ and Tumor Segmentation
78TextoMorph. [IEEE TMI] Tumor synthesis leveraging medical reports.
49Pixel2Cancer. [MICCAI 2024] Cellular Automata for Tumor Development - Realistic Synthetic Tumors in Liver, Pancreas, and Kidney
47SMILE. Python
44CARE. [NeurIPS 2025] Completeness-Aware Reconstruction Enhancement
37LabelCritic. [ISBI 2025] Design Data Before Models: Using large vision-language models to automatically enhance medical dataset annotations.
35SimSID. [IEEE TPAMI] Anomaly Detection in Chest X-ray
25ScaleMAI.
24LabelAssemble. [ISBI 2023] Official Implementation for Label-Assemble
20OnlineLearning. [MICCAI 2024] Embracing Massive Medical Data
20Dissertation. Zongwei Zhou's Ph.D. Dissertation
14MerlinPlus. [MICCAI 2026] Merlin Plus is the first large-scale public CT dataset with radiologist-created tumor masks across 9 organs (spleen, bladder, gallbladder, stomach, duodenum, prostate, adrenal glands, esophagus, and uterus), adding 1,153 per-voxel tumor masks to the Stanford Merlin dataset.
14Eureka. Python
13GenesisLung. Jupyter Notebook
6bodymaps. JavaScript
4bodymaps-website. Web App for NIfTI CT Scan + Segmentation Visualization
1ColdStart. Cold Start Problem in Vision Active Learning
1Stats. Jupyter Notebook
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