EXPECTED RESULTS

The current stage of the project is "Return of investment Reporting", until 13.07.2019
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Stage I

Analysis of Requirements and Implementation Solutions of the Remote Viewing and Processing System of 3D Digital Medical Images (30.12.2016)

  • Report on the design requirements of a 3D digital medical imaging database
  • Report on HPC optimized solutions for 3D imaging in pathology
  • Innovative experimental model for viewing and manipulating digital 3D medical imagery
  • Experimental model for storing, manipulating, and analyzing digital 3D medical images
  • Educational online component
  • Final research report

Stage II

Design and development of 3D medical imaging and processing tools (29.12.2017)

    • Functional model
  • Technical and economic documentation
  • Application / case studies implemented on the platform
  • System Presentation / Usage Guide – Scientific Report
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Stage III

Development of the educational component and integration at European level (30.06.2018)

  • Prototype and execution documentation
  • Experiment report
  • Final scientific report (Summary Report)

View the experimental model

RESULT INDICATORS

Name of Activity

Expected Results

Obtained Results


Phase I – Analysis of requirements and solutions for the implementation of remote visualization and processing of 3D digital medical imaging

A1.1. Analyzing database design specifications for storing 3D digital medical images in the field of Pathology

– report on the design requirements of a database of 3D digital medical images

– Scientific report (20pages)

A1.2.Study on the development of digital medical imaging solutions using high performance computing (HPC)

– report on HPC optimized solutions for 3D images in pathology

– Scientific report (15 pages)

A1.3. Designing an innovative experimental model for visualization and processing of digital 3D medical images, based on multimodal imaging techniques in the field of general pathology

– innovative experimental model for viewing and manipulating 3D digital medical images

– Scientific report (45 pages)

A1.4.
Developing an experimental model for viewing and processing digital 3D imaging images and implementing the educational component

– model of storage, manipulation and analysis of 3D digital
medical images

– online educational component

– final research report

– experimental model of storage, handling and analysis of 3D digital medical images

– online educational component

– Scientific and technical report (165 pages)

Support activities

Dissemination

European consortium meeting

Project site available at www.3dpathology.altfactor.ro/

 


Phase II – Design and development of 3D medical imaging and processing tools

A2.1.
Presentation and Demonstration of the Functionality of the Experimental Model for viewing and processing 3D digital medical images for promotion to potential healthcare professionals

– report on demonstrating the functionality of the experimental model for viewing and manipulating 3D digital medical images

– Scientific report (integrated into Chapter 2 of the 2nd RST Phase II)

A2.2. Design and development of the technical and economic analysis documentation of 3D digital medical imaging processing, imaging and processing tools

– technical and economic analysis documentation

– technical and economic documentation feasibility study (integrated in chapter 3 of the 2nd RST phase II)

A2.3.
Development of the educational component and implementation of the remote viewing and processing system of 3D digital medical imaging

– Functional model for viewing and manipulating 3D digital medical images

– apps/case studies implemented on the platform

– Scientific report (integrated in chapter 4 of the 2nd RST phase II)

A2.4. Elaboration of user manuals for the educational component and tools for viewing and processing 3D digital images

-user guide for online educational component

– user guide for viewer and manipulator tool for 3D digital images

– final research report

user guide educational component

– user guide for viewer tool

(chapter 5 of the 2nd RST phase II)

– Scientific and technical report (129 pages)

Support activities

Dissemination

–4 meetings of european/national consortium

– Project domain and site available at http://3dpathology.ro/

– Gold medal and excellence diploma obtained at UgalInvent 2017


Phase III – Development of the educational component and integration at European level

A3.1.Elaboration of documentation for the execution of the developed solution

– Documentation for the implementation of the educational component;

– Documentation for the execution of the web-based medical imaging and manipulation tool – VISPAT;

– Documentation for the implementation of the mobile viewing and handling of 3D digital medical images tool.

– 1 educational integrated component and 3 course modules implemented in the platform

– 1 3D web-based viewing and manipulation tool for digital medical imaging

– 1 mobile imaging and manipulation tool for 3D digital medical imaging

– 1 Scientific report (integrated in Chapter 2 of the 3rd RST)

A3.2. Verifying and testing the educational component and tools for viewing and processing 3D digital medical imagery

– documentation for verification and testing of the educational component and of the tools for viewing and manipulating 3D digital medical imaging

– verification and testing documentation (integrated in chapter 3 of the 3rd RST + Appendix 1)

A3.3.Participating in demonstration activities developed at European level

– integrare la nivel european

– Scientific report (integrated in cahapter 4 of the 3rd RST)

– Integrated scientific report

Support activities

Dissemination

– 2/2 meetings of european/national consortium

– attending Open Days Itea

– Project domain and site available at http://3dpathology.ro/

REALIZED PRODUCTS

Result Type Computer product
Title 3D Web-based medical imaging and manipulation tool – VISPAT
Details VISPAT is a 3D software for 3D visualization of medical imagery in various formats, obtained from MSI, OCT and BF scanning, based on web technologies.
Innovative trait New product
Development stage Experimental/Functional Model
Patenting stage
Exploitation Implementation to Partner’s site
Number of authors on the project team 10
Number of beneficiaries 1
Year and month of attainment 2018 – 6
Result Type Computer product
Title Educational component with LMS Platform
Details Educational component with LMS Platform is a certified SCORM 2004, eLearning platform, Edition 3. The solution is based on the Internet and it can be accessed through any device using browsers.
Innovative trait Upgraded product
Development stage Experimental/Functional Model
Patenting stage
Exploitation Implementation to Partner’s site
Number of authors on the project team 9
Number of beneficiaries 1
Year and month of attainment 2018 – 6
Result Type Computer product
Title 3D Mobile medical imaging and manipulation tool
Details Instrumentul de vizualizare și manipulare a imaginilor digitale medicale 3D folosind tehnologii mobile a fost proiectat și realizat folosind platforma de dezvoltare Unity si este disponibil pe Android
Innovative trait New product
Development stage Experimental/Functional Model
Patenting stage
Exploitation Implementation to Partner’s site
Number of authors on the project team 6
Number of beneficiaries 1
Year and month of attainment 2018 – 6
Result Type Computer product
Title Digital Pathology E-learning Course
Details M1. Digital pathology concepts. Multimodal imaging technology in Pathology, M2.VISPAT-Web Browser Digital Pathology 3D Viewer, M3. Analysis of 3D digital pathological images in VISPAT
Innovative trait New product
Development stage Experimental/Functional Model
Patenting stage
Exploitation Implementation to Partner’s site
Number of authors on the project team 9
Number of beneficiaries 0
Year and month of attainment 2018 – 6