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This is the home of the ENVRI Reference Model v2.2, published 30th October 2017 and guidelines on how to use it. Click on the navigation links to the left, or search using the search box above.
This space is under active development. If you find something incorrect or missing, or something that is not clearly explained, please tell us by emailing us at <email@example.com>.
Analysis of Common Requirements
The ENVRI Reference Model is originally based on a pre-study of 6 ESFRI Environmental Research Infrastructures (RI), carried out as part of the ENVRI project. It has been updated during the ENVRIplus project from the results of a study of these original 6 and a further 13 RIs. The reports of these studies can be downloaded as follows:
ENVRIplus deliverable D5.1: A consistent characterisation of existing and planned RIs
|A version of the study carried out during the ENVRIplus project, with minor editorial corrections beyond the version submitted to the European Commission.||24 May 2016||Malcolm Atkinson (UEDIN) et al.||[.docx][.pdf]|
ENVRI deliverable D3.3: Analysis of Common Requirements For ENVRI Research Infrastructures V1.0 (Final)
A final version report of the study carried out during the ENVRI project, as submitted to the European Commission.
|01 May 2013||Yin Chen (CU)||[.doc][.pdf]|
A new series of courses has been designe to introduce the ENVRI RM. This includes lessons target to RI personal, developers and decision makers. This courses are delivered in the ENVRI community training platform deployed and maintained by LifeWatch Italy / University of Salento on behalf of the ENVRI Community.
This course is structured in 9 lessons. The course provides a introduction to the main concepts of the ENVRI Reference Model and its 3 logical viewpoints, Science Viewpoint, Information Viewpoint and Computational Viewpoint. The material is present in the context of a real life use case. This is an introductory level course for systems engineers. Access the course on the ENVRI community training platform.
An update of the practical introduction course which will include materials for explaining the use of the Technology and Engineering Viewpoint (4 new lessons)
This course will contain 10 lessons. The course covers the importance of thinking about becoming involved with the ENVRI RM. This is an introductory level course that would benefit those thinking of becoming familiar with the RM, and those supervising staff in that position.
|Guideline for Using the Reference Model (Final)|
A final version submitted to the European Commission. These are the original guidelines, produced during the ENVRI project. They are still relevant but the status of the RIs they describe may have changed.
Yin Chen (CU), Barbara Magagna (EAA), Paul Martin (UEDIN), Alex Hardisty(CU), Alun Preece(CU), Herbert Schentz(EAA), Zhiming Zhao(UvA), Robert Huber(UniHB), Ingemar Haggstrom (EISCAT), Ville Savolainen(CSC), Malgozata Krakowian(EGI.eu)
Martin P, Chen Y, Hardisty A, Jeffery K, and Zhao Z. (2017) Computational Challenges in Global Environmental Research Infrastructures. In: Terrestrial Ecosystem Research Infrastructures: Challenges and Opportunities. Eds. Chabbi A, and Loescher HW. 2017 CRC Press ISBN 9781498751315. doi: 10.1201/9781315368252
Zhao Z, Martin P, Grosso P, Los W, de Laat C, Vermeulen A, Jeffrey K, Castelli D, Hardisty A, Legré Y, Kutsch W. (2015) Reference Model Guided System Design and Implementation for Interoperable Environmental Research Infrastructures. Presented at: e-Science 2015: IEEE 11th International Conference on e-Science, Munich, Germany, 31 August - 4 September 2015. e-Science (e-Science), 2015 IEEE 11th International Conference on. IEEE, pp. 551-556. doi: 10.1109/eScience.2015.41 Near-final text: [.pdf]
Martin, P., Grosso, P., Magagna, B., Schentz, H., Chen, Y., Hardisty, A., Los, W., Jeffery, K., de Laat, C., Zhao, Z. (2015) Open Information Linking for Environmental Research Infrastructures. Presented at: IEEE 11th International Conference on e-Science, Munich, Germany, 31 August 2015 - 4 September 2015. e-Science (e-Science), 2015 IEEE 11th International Conference on. IEEE, pp. 513-520. doi: 10.1109/eScience.2015.66 Near-final text: [.pdf]
Chen, Y., Häggström, I., Mann, I., Heinselman, C., (2013), "EISCAT 3D incoherent scatter radar system", Data Science Symposium 2013. [link]
Häggström, I., Chen, Y., Hardisty A., Sipos, G., Krakowian, M., Ferreira, N., & Savolainen, V. (2013). "Towards the Big Data Strategies for EISCAT-3D", Radiovetenskap och Kommunikation 2013: Generation, Real-Time Processing, Transport, Distribution and Management of Large Raw Data Volumes in the Physical Sciences.11 - 12 November 2013, KVA, Royal Academy of Sciences, Frescati, Stockholm, 2013. [link]
Preece, A. (2013). "The ENVRI Reference Model", Bulding Global Partnerships - RDA Second Plenary Meeting, Washington DC, US, 16-18 Sep 2013. [Poster]
Zhao, Z., Grosso, P., Los, W., de Laat, C., Chen, Y., Hardisty, A., Martin, P., Herbert, S. & Barbara, M., " OEILM: a semantic linking framework for environmental research infrastructures", 9th IEEE International Conference on eScience 2013, Beijing, China, 2013. [.pdf]
Zhao, Z., Grosso, P., Los, W., de Laat, C., Chen, Y., Hardisty, A., Martin, P., Herbert, S. & Barbara, M., " OEILM: a semantic linking framework for environmental research Infrastructures", Supercomputing 2013, Dutch exhibition booth. [.jpg]
Zhao, Z., Grosso, P., Los, W., de Laat, C., Chen, Y., Hardisty, A., Martin, P., Herbert, S. & Barbara, M., " OEILM: a semantic linking framework for environmental research infrastructures", Dutch ICT 2013. [.jpg]
Legre, Y. (2013). "Contributions of Environmental Research Infrastructure to GEOSS", Presentation in GEO European Projects Workshops 2013, Barcelona, Spain, 2013. [.ppt]
The flyer was created for ENVRI RM Version 1.1, some of the information may not be accurate with respect to the current version of the ENVRI RM
|Updates to the SV as a Result of discussions about alignment with OIL-E||Added a definition of objects to include the description of artefacts, actors, and resources. This also includes the description of institution as an example of an Actor.||SV Object Classification|
|Added a definition of process and step to community behaviours.||SV Community Behaviours|
|Added a definition for objectives within the definition of communities.||SV Communities|
Added a definition for Research Infrastructure as an SV Object within the definition of communities and the inclusion of the term in the glossary.
|Revised and corrected label formats in all SV diagrams.|
|Added the definition of Research Infrastructure as a special SV Role.||SV Community Roles Research Infrastructure|
|Updates to the IV as a Result of discussions about alignment with OIL-E||Changed the diagram to match the one provided by Barbara, corrected label formats.||IV Information Objects|
|Added the definition of a new "data" object.|
|Reordered the definitions alphabetically to facilitate inspection.|
|Added the "backed up" state to the set of persistent data states.|
|Changed the name of "data states" to "persistent data states".|
|Updates to IV actions derived from alignment with D5.5 (work with Keith)|
Added the definition of "semantic annotation" action to distinguish from simple "annotation"
|IV Information Action Types|
Modified the definition of "annotate data" and "annotate metadata" actions as specialisations of semantic annotation.
Additionally added definition of Free Text Annotation as an information action and as glossary term.
|Changed the diagrams to correct label formats and added the new semantic annotation action.|
|Updates to CV objects derived from alignment with D5.5 (work with Keith)||Changed the definition of the "catalogue service" object interfaces to better reflect the operations provided by the service.||CV Service Objects|
|Changed the "data broker" object interface to align with changes to "catalogue service".|
|Update Glossary||Revised the definitions of Metadata Harvester, metadata harvesting, data collector and data collection||Appendix B Terminology and Glossary|
|Updated Glossary (Midterm review request, work with Zhimin, Paul, Markus and Barbara)||Revised and edited defintions included in the RM glossary||Appendix B Terminology and Glossary|
|Engineering Viewpoint||Proposal for the definition of the Engineering Viewpoint, derived from discussions with architecture team and RI visits||Engineering Viewpoint (Draft)|
|Technology Viewpoint||Proposal for the definition of the Technology Viewpoint, derived from discussions with architecture team and RI visits||Technology Viewpoint (Draft)|