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Jiayi Du
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Year
Bridging Cell Biology with Macroscopic Tumor Features via Large-Scale Computational Modeling
J Du
UCLA, 2024
2024
Oxygen Depletion Kinetics Due to Flash with Real Tumor Vasculature Coupling
J Du, K Sheng
AAPM 65th Annual Meeting & Exhibition, 2023
2023
Modeling Tumor Vasculature for Perfusion and Oxygenation Analysis
J Du, K Sheng
AAPM 65th Annual Meeting & Exhibition, 2023
2023
Gell: A GPU-powered 3D hybrid simulator for large-scale multicellular system
J Du, Y Zhou, L Jin, K Sheng
Plos one 18 (7), e0288721, 2023
2023
Modeling Tumor Vasculature for Perfusion and Oxygenation Analysis
J Du, K Sheng
Medical Physics 50 (6), e590, 2023
2023
Oxygen Depletion Kinetics Due to Flash with Real Tumor Vasculature Coupling
J Du, K Sheng
Medical Physics 50 (6), e199, 2023
2023
A Hybrid Tumor Model for Ultra-Large-Scale Heterogeneous Vascular Tumor Growth
J Du, Y Zhou, L Jin, K Sheng
International Journal of Radiation Oncology, Biology, Physics 114 (3), e92, 2022
2022
Gell: A GPU-Powered Ultra-Large-Scale Cell-Based Simulator
J Du, Y Zhou, L Jin, K Sheng
Medical Physics 49 (6), e675, 2022
2022
Development of Gell: A GPU-Powered Ultra-Large-Scale Cell-Based Simulator
J Du, Y Zhou, L Jin, K Sheng
Medical Physics 48 (6), e453, 2021
2021
A Deep Transfer Learning-Based Radiomics Model for Prediction of Local Recurrence in Laryngeal Cancer
Y Jia, XS Qi, J Du, R Chin, E Mckenzie, K Sheng
Medical Physics 47 (6), e567, 2020
2020
Independent Feature Selection in Radiomics Cross-Validation Is Essential to Estimate the True Model Performance
J Du, XS Qi, R Chin, K Sheng
Medical Physics 47 (6), e628, 2020
2020
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Articles 1–11