1. Hamamatsu
Integrative System Paradigm to Biomedical Imaging and Functional Understanding
Observing in situ living systems across temporal and spatial scales, analyzing and understanding the related structural and functional segregation and integration mechanisms through model-based strategies and data fusion, recognizing and classifying pathological extents and degrees
Three pillars:
Biological and physical modeling
In situ observations
Robust integration
Pengcheng Shi

2. Personalized Inverse Cardiac Electro-Mechanical Mapping from Structural and Functional Images
Physiome modeling
electrical propagation
electro-mechanical
coupling
biomechanics
Recovery
volumetric inverse
electrophysiology
material elasticity
kinematics
geometry
Pengcheng Shi

3. Dynamic PET: Activity and Parametric Imaging
MicroPET instrumentation
Low count PET reconstruction
Dynamic PET
Pharmacokinetics
(0 – 30 min, 1min interval)
Pengcheng Shi

4. Nonlinear Analysis and Fusion of fMRI and EEG Images
Hamamatsu
Nonlinear Analysis and Fusion of fMRI and EEG Images
Pengcheng Shi

5. Fundamental Image Analysis Research
Segmentation of Ultrasound Image of Carotid Artery
Efficient representation and computation platform
Robust image segmentation
Inverse-consistent image registration
Non-rigid motion recovery
Pengcheng Shi