EuroPACS 2007
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This document describes a research PACS system developed by Evorad Medical Information Systems and researchers at the University of Crete. The system allows end-users like researchers and radiologists to develop their own image processing techniques within the PACS using Java or Matlab. It has advanced viewing capabilities, integration with RIS and HIS, and allows for collaboration between remote researchers through image and data synchronization over the internet. The system reduces the time needed for researchers to develop and validate new image processing techniques.
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Ad
EuroPACS 2007
- 1. Faculty of Medicine University of Crete, Greece A Research PACS system with extensible by end-users image processing and scientific visualization capabilities Kostas P. Karolemeas1 , Thomas G. Maris2 , A. Karantanas3 , N. Gourtsoyiannis3 1 Evorad ¨C Medical Information Systems, Athens, Greece 2 Medical Physics Department, Faculty of Medicine, University of Crete, Heraklion, Greece 3 Radiology Department, Faculty of Medicine, University of Crete, Heraklion, Greece Kostas P. Karolemeas Research Fellow, University Hospital of Heraklion, Greece Director of Technology, Evorad CARS 2007 / EuroPACS
- 2. Faculty of Medicine University of Crete, Greece End-user extensible image processing technology provided by: applied to: RIS-PACS & Research PACS www.evorad.com Faculty of Medicine University of Crete, Greece University Hospital of Heraklion www.med.uoc.gr www.pagni.gr Case Study
- 3. Faculty of Medicine University of Crete, Greece Since our first presentations in EuroPACS 2006 the Research PACS system evolved: Redesigned image viewing to support multiple views and independent image processing modules that the user can easily arrange on screen Minimized lossless image retrieval time even through the Internet using advanced streaming technology Improved networking capabilities including server to server synchronization Optimized for large data sets (multi-slice studies) and large number of examinations Tested the system as a regular RIS-PACS in two University Hospitals in Greece Catching Up
- 4. Faculty of Medicine University of Crete, Greece Hospital Information System Laboratory Information System Modalities Research PACS Context University Hospital / Research Center
- 5. Faculty of Medicine University of Crete, Greece Research PACS Context Hospital Information System Laboratory Information System Modalities Central RIS-PACS Image Processing Workstation Image post- processing Analysis CAD Imaging exam workflow Image archiving and distribution University Hospital / Research Center
- 6. Faculty of Medicine University of Crete, Greece Research PACS Context Hospital Information System Laboratory Information System Modalities Central RIS-PACS Evorad Research PACS Evorad Workstation Image Processing Workstation Independent workflow for exams in research programs (Projects-Exams- Patients) Independent image archiving and distribution for research exams Exam statistics Advanced image viewing and processing (includes 3D reconstruction) Full two-way integration with Matlab End-users can develop their own image processing techniques in Java or Matlab within the system. All RIS- PACS information and functionality is available to these techniques Exports ROI statistics from multiple exams/images to Excel University Hospital / Research Center
- 7. Faculty of Medicine University of Crete, Greece Research PACS Context Evorad Workstation Hospital Information System Remote Researcher Laboratory Information System Modalities Central RIS-PACS Evorad Research PACS Evorad Workstation Image Processing Workstation Internet Full functionality including development of image processing techniques (not web pages) Exam data and images synchronization to support collaboration with remote researchers University Hospital / Research Center
- 8. Faculty of Medicine University of Crete, Greece Research PACS Context Evorad Workstation University Hospital / Research Center Hospital Information System Remote Researcher Laboratory Information System Modalities Central RIS-PACS Evorad Research PACS Evorad Workstation Image Processing Workstation Medical Center Evorad Research PACS Modalities Evorad Workstation Internet Exam data and image synchronization with central Research PACS Exam data and image exchange between University Hospitals or Research Centers for comparison and join research
- 9. Faculty of Medicine University of Crete, Greece Some Screenshots T2 and T2* parametric map generation algorithm developed by University of Crete and integrated into Research PACS The screenshot demonstrates an application to liver iron overload measurements Integrated electronic medical record that can retrieve information from any HIS through HL7 Workflow- and role-based exam life- cycle support Extended statistics on productivity Easily and fully localizable to any language
- 10. Faculty of Medicine University of Crete, Greece Some Screenshots Advanced series synchronization and 3D reconstruction are part of the basic functionality. Everything is available to new image processing techniques developed by end-users Multi-view image presentation that can be arranged easily by the user Two-way integration with Matlab
- 11. Faculty of Medicine University of Crete, Greece Researchers can develop and test new image processing techniques at a fraction of time required before The incorporation of generated images, measurements and other information in publications has been significantly accelerated New techniques are validated faster to become immediately available for application by radiologists on regular examinations Geographically dispersed team members reduced travelling, minimized image exchange and increased their productivity Benefits
- 12. Faculty of Medicine University of Crete, Greece Thank you for your attention! Contact information: http://www.evorad.com kostas.karolemeas@evorad.com http://www.med.uoc.gr tmaris@med.uoc.gr