1 / 15

MEDIP - Platform independent software system for medical image processing IKTA 4 -6/2001

MEDIP is a software system developed for multi-modal medical image processing. It aims to provide an informatical background for theoretical and applied studies, with the potential for marketable products. The system was developed in collaboration with various institutions and includes features such as platform-independent development environment, visualization libraries, finite element modeling for virtual surgery, image fusion, and 3D/4D visualization.

bairdm
Download Presentation

MEDIP - Platform independent software system for medical image processing IKTA 4 -6/2001

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. MEDIP - Platform independent software system for medical image processing IKTA4-6/2001 The aim of the project is to develop an informatical background to theoretical and applied studies in the field of multi-modal medical image processing,which results may lead to marketable products.

  2. Developers Test partners • Department of Information Technology,University of Debrecen • PET Center, University of Debrecen • Mediso Medical Imaging System Ltd. • Department of Orthopedic Surgery,University of Debrecen • Faculty of Health Sciences, Chair of Radiotherapy,Semmelweis University • Faculty of Medicine Dept. of Radiology and Oncotherapy,Semmelweis University Consortium

  3. Sessions and theircurrent status 01.2003 01.2002 01.2004 • Survey, problem specification • Modelling, system plans • Implementation • Implementation,optimisation • Fine tuning,testing, presentation Pert diagram Dependence finished sessions current session Ses1 Ses2 Ses3 Ses4 Ses5 future sessions Feedback

  4. Session 1 Platform independent development environment and source code transport physical source code transport logical source code transport CVS Qt 3.x GUI libray ANSI C++ source code project files server client Linux Makefiles Irix Makefiles Visal C++ project files Borland C++ project files

  5. Session 2 Model specification, system plans, research design system plan: functional layer system plan: visualization library system plan: complex development system system plan: demonstration programs image database complex development system User interface Graphic layer Demo1 Demo2 Demo3 Functional layer Image database

  6. Demonstration programs Finite element modelling for virtual surgery Selection of volume of interest based on image fusion 4D visualization of gated heart and lung inspections

  7. Demonstration program 1 Finite element modelingfor virtual surgery Dept. of Information Tech., UD Dept. of Orthopaedy, UD

  8. Demonstration program 1 FEM surgery planning frame program Login (database opening) Launching (opening new/existing profile) DICOM file import Image manipulation (morphological filtering) Segmentation (automatic/manual) Creating geometric model

  9. Demonstration program 1Surgery planning (virtual osteotomy) Adjusting parameters FEM contact 3D visualization, selecting VOI

  10. Demonstration program 2Selection of volume of interest based on image fusion • Clinical expectations • Applying image fusion technique by the arbitrary combination of CT, MRI, SPECT and PET inspections • Interactive and automatic contour trackingand correction • 2D and 3D visualization PET Center, UD Chair of Radiotherapy, SOTE

  11. Demonstration program 2Image registration, contour tracking Transforming MRI to CT Transforming PET to CT CT: reference coordinate system

  12. menu toolbar palette 1 palette 2 blending sagittal slice axial slice coronal slice montage drawports Demonstration program 2User interface, functionality CT, MRI, PET-FDG, PET-Metionin 4 modality VOI plan

  13. Demonstration program 34D visualization of gated heart and lung inspection • Clinical expectations • Meeting the requirements of the current routine diagnostics • DICOM communication • Parametric image visualization • 3D/4D visualization • Automatism Mediso Medical Imaging Systems Ltd. Dept. of Radiology and Oncotherapy, SOTE

  14. Demonstration program 34D visualization of gated heart and lung inspections 3D reconstruciton 3D visualization 4D animation Region analysis DICOM communication

  15. MEDIP - Platform independent software system for medical image processing IKTA4-6/2001 The End

More Related