1. Report sulle attività svolte a Catania per ALICE C. Carrubba and G. Inserra Workshop Finale del PRIN STOA-LHC – Bari, 12.11.2015 1

2. Outline  Introductory concepts  ALICE Open Data attempt and its current limitations  The STOA Knowledge Workflow  “Live demo”  Summary and conclusions 2

3. How do e-Infrastructures support the Scientific Method? The Scientific Method Data Infrastructures Open Access Doc. Repos. Data Repos.. Semantic-web enrichment of linked data Data preservation HTC/HPC Clusters Grids, Clouds both ways Challenge: «walk» across the knowledge path both ways 3

4. The “re-”’s of the Scientific Method 4

5. Open Science Definition (http://book.openingscience.org)  “Open Science refers to a scientific culture that is characterized by its openness. Scientist share results almost immediately and with a very wide audience” 5

6. 6 Open Science

7. Making Open Science a Reality 7 Open Science

8. 8

9. The CERN Open Data Portal (opendata.cern.ch) 9

10. 10 The CERN Open Data Portal (opendata.cern.ch)

11. 11 The CERN Open Data Portal (opendata.cern.ch) Limitations: Users have to install the ALICE VM on their cloud Analyses are not citable nor discoverable In case of re-use/extension of an analysis, no authorship is possible

12. The Knowledge Workflow implemented in STOA 22 12

13. 13 Live demo

14. Summary and conclusions  All elements of the Knowledge Workflow are citable, discoverable and «linked» together in the same «package»  Analyses are discoverable, citable and research products can be claimed by author(s) in his/her(their) ORCID profile  No need of any local resource; everything is driven/steered through a simple web browser  Federated authentication and fine grained authorisation are supported  All objectives of the proposal have been met and in many cases even exceeded 14