Laboratory of Medical Imaging High Performance Computing and Informatics

MiHiL Projects

Medical Imaging HPC & Informatics Lab has various day-to-day research projects. The these projects are initiated based the urgent needs in high performance computing for medical imaging, medical imaging and radiology informatics, IT-based diagnostic systems, and relevant domains including biomedical physics, physiological studies, modeling and computations in biological and biophysics systems, diagnostic imaging tools, etc. All current ongoing projects are multidisciplinary research. The projects includes medical imaging and radiology informatics (MIRI), medical imaging research information system (MIIS), high performance computing or parallel computing for medical imaging (PCMI),multi-scale modeling and large-scale simulations of biotransport in biological and biophysics systems (MBBS), non-invensive optical tomography and clinic applications (OITA), biomedical image metrics and stereological tools (ISCA), Grid-based distributed systems for medical imaging system (GMIS), cyberinfrastructure enabled large-scale computation for medical imaging and informatics (CMII), Nanomedicine and nanobiomedical imaging (NMNI), and medical imaging informatics education program (MIIE).

Each project has its own descriptions which includes project objective, goals, tasks, and timeframe, and showcases, as well as project accomplishment and outgoing efforts.