TY - JOUR
T1 - Coping with interoperability in the development of a federated research infrastructure
T2 - achievements, challenges and recommendations from the JA-InfAct
AU - InfAct Joint Action consortium
AU - González-García, Juan
AU - Estupiñán-Romero, Francisco
AU - Tellería-Orriols, Carlos
AU - González-Galindo, Javier
AU - Palmieri, Luigi
AU - Fagaralli, Andrea
AU - Pristās, Ivan
AU - Vuković, Jakov
AU - Misinš, Janis
AU - Zile, Irisa
AU - Bernal-Delgado, Enrique
AU - Unim, Brigid
AU - Carle, Flavia
AU - Gesuita, Rosaria
AU - Ivanković, Damir
AU - Brkić, Marko
AU - Dimnjaković, Jelena
AU - Lyons, Jane
AU - Lyons, Ronan
AU - Ors, Zeynep
AU - Zaletel, Metka
AU - Nogueira, Paulo
AU - Lapão, Luís Velez
AU - Haaheim, Håkon
AU - Bogaert, Petronille
AU - Abboud, Linda
AU - van Oyen, Herman
N1 - Publisher Copyright:
© 2021, The Author(s).
PY - 2021/12
Y1 - 2021/12
N2 - Background: Information for Action! is a Joint Action (JA-InfAct) on Health Information promoted by the EU Member States and funded by the European Commission within the Third EU Health Programme (2014–2020) to create and develop solid sustainable infrastructure on EU health information. The main objective of this the JA-InfAct is to build an EU health information system infrastructure and strengthen its core elements by a) establishing a sustainable research infrastructure to support population health and health system performance assessment, b) enhancing the European health information and knowledge bases, as well as health information research capacities to reduce health information inequalities, and c) supporting health information interoperability and innovative health information tools and data sources. Methods: Following a federated analysis approach, JA-InfAct developed an ad hoc federated infrastructure based on distributing a well-defined process-mining analysis methodology to be deployed at each participating partners’ systems to reproduce the analysis and pool the aggregated results from the analyses. To overcome the legal interoperability issues on international data sharing, data linkage and management, partners (EU regions) participating in the case studies worked coordinately to query their real-world healthcare data sources complying with a common data model, executed the process-mining analysis pipeline on their premises, and shared the results enabling international comparison and the identification of best practices on stroke care. Results: The ad hoc federated infrastructure was designed and built upon open source technologies, providing partners with the capacity to exploit their data and generate dashboards exploring the stroke care pathways. These dashboards can be shared among the participating partners or to a coordination hub without legal issues, enabling the comparative evaluation of the caregiving activities for acute stroke across regions. Nonetheless, the approach is not free of a number of challenges that have been solved, and new challenges that should be addressed in the eventual case of scaling up. For that eventual case, 12 recommendations considering the different layers of interoperability have been provided. Conclusion: The proposed approach, when successfully deployed as a federated analysis infrastructure, such as the one developed within the JA-InfAct, can concisely tackle all levels of the interoperability requirements from organisational to technical interoperability, supported by the close collaboration of the partners participating in the study. Any proposal for extension, should require further thinking on how to deal with new challenges on interoperability.
AB - Background: Information for Action! is a Joint Action (JA-InfAct) on Health Information promoted by the EU Member States and funded by the European Commission within the Third EU Health Programme (2014–2020) to create and develop solid sustainable infrastructure on EU health information. The main objective of this the JA-InfAct is to build an EU health information system infrastructure and strengthen its core elements by a) establishing a sustainable research infrastructure to support population health and health system performance assessment, b) enhancing the European health information and knowledge bases, as well as health information research capacities to reduce health information inequalities, and c) supporting health information interoperability and innovative health information tools and data sources. Methods: Following a federated analysis approach, JA-InfAct developed an ad hoc federated infrastructure based on distributing a well-defined process-mining analysis methodology to be deployed at each participating partners’ systems to reproduce the analysis and pool the aggregated results from the analyses. To overcome the legal interoperability issues on international data sharing, data linkage and management, partners (EU regions) participating in the case studies worked coordinately to query their real-world healthcare data sources complying with a common data model, executed the process-mining analysis pipeline on their premises, and shared the results enabling international comparison and the identification of best practices on stroke care. Results: The ad hoc federated infrastructure was designed and built upon open source technologies, providing partners with the capacity to exploit their data and generate dashboards exploring the stroke care pathways. These dashboards can be shared among the participating partners or to a coordination hub without legal issues, enabling the comparative evaluation of the caregiving activities for acute stroke across regions. Nonetheless, the approach is not free of a number of challenges that have been solved, and new challenges that should be addressed in the eventual case of scaling up. For that eventual case, 12 recommendations considering the different layers of interoperability have been provided. Conclusion: The proposed approach, when successfully deployed as a federated analysis infrastructure, such as the one developed within the JA-InfAct, can concisely tackle all levels of the interoperability requirements from organisational to technical interoperability, supported by the close collaboration of the partners participating in the study. Any proposal for extension, should require further thinking on how to deal with new challenges on interoperability.
KW - Distributed solutions
KW - Federated research infrastructure
KW - Health data
KW - Legal interoperability
KW - Organizational interoperability
KW - Secondary use of data
KW - Semantic interoperability
KW - Technological interoperability
UR - http://www.scopus.com/inward/record.url?scp=85120988409&partnerID=8YFLogxK
U2 - 10.1186/s13690-021-00731-z
DO - 10.1186/s13690-021-00731-z
M3 - Article
AN - SCOPUS:85120988409
SN - 0778-7367
VL - 79
JO - Archives of Public Health
JF - Archives of Public Health
IS - 1
M1 - 221
ER -