AHM 2013 Presentation Fraunhofer MEVIS

Back to AHM_2013 Agenda

Horst Hahn: "Recent Developments on Quantitative Multimodal Imaging at Fraunhofer MEVIS"

Download Slides - contains additional material not shown due to internet connectivity issues

Content:

• Overview Fraunhofer MEVIS and Fraunhofer-Gesellschaft
• Clarification Fraunhofer MEVIS (non-profit research center) vs. MeVis Medical Solutions (independent commercial spin-out company)
• Internal structure Fraunhofer MEVIS: Domains, Foci, Projects, examples: Lung Domain, Onco Domain, Neuro Domain, etc.
• MeVisLab: Principle, User Community, Open Source Components, ITK/VTK wrapper, PythonQt
• Similar open source project: XIP
• Four levels of challenges in translational medical image computing research
• Recent new research foci at Fraunhofer MEVIS: Modeling & Simulation, Physics of MR Imaging and Co-Optimization, Image Registration (Project Group Lübeck), CAD
• Liver surgery risk assessment & Internet based distant service
• Animal model for sinusoidal remodeling during liver regeneration
• Mobile liver explorer project
• 4D PC-MRI flow visualization and quantification, probabilistic tracking, 3D/4D pressure difference mapping, bloodflow simulation, flow pattern analysis, ex-vivo and histopathological validation of multispectral plaque MRI
• MeVisLab integration: OsiriX plugin
• Multimodal breast imaging:
  • HAMAM project
  • interactive CAD
  • fast breast MRI, comparison of dynamic and morphological features
  • cross-modality spatial correlation MRI vs. mammography, 3D-ultrasound vs. tomosynthesis etc., deformation simulation
  • image registration of prior and current breast MRI
  • ASSURE project: stratification of breast cancer screening based on extended risk modeling and multimodal imaging
  • upcoming EC FP7 project VPH-PRISM: multidisciplinary phenotyping and decision support, automated quantitative analysis of whole-slide digital pathology data
• web/cloud applications
• new features in MeVisLab
• GraphicsView demo
• Perspectives
• COMIC: Consortium of Open Medical Image Computing