Accurate analysis and synthesis of real-world appearance; robust 3D geometry processing; effective video surveillance; development of interactive level set modeling technology; statistical analysis of tumor histology images for cancer diagnosis; simulation of chemotaxis-based cell aggregation; simulation of cell deformation that produces large-scale biological structures; cell-biology-inspired algorithms for spatial self-organization
Research Areas: Computer Vision, computer graphics, video analysis, machine learning, geometric modeling, biomedical image analysis, biological simulation, self-organizing geometry
Location: University Crossings, Room 150