1. WP3: Infrastructure Web- Based Database Peter McIntosh (STFC, Daresbury Laboratory) TIARA Mid-Term Review Meeting, Madrid, 12 - 14 th June 2012. https://tiara.astec.ac.uk https://tiara.astec.ac.uk WP3 Infrastructure Database: https://tiara.astec.ac.ukhttps://tiara.astec.ac.uk

2. TIARA Objectives The main objective of TIARA is the integration of national and international accelerator R&D infrastructures into a single distributed European accelerator R&D facility with the goal of developing and strengthening state-of-the-art research, competitiveness and innovation in a sustainable way in the field of accelerator Science and Technologies in Europe. Besides maximizing the benefits for the owners of the infrastructures and their users, TIARA aims at establishing a framework for developing and supporting strong joint European programmes: –for accelerator Research and Development, –for Education and Training, –for Enhancing Innovation in collaboration with industry.

3. WP3 Infrastructure Survey Organisation Facility Infrastructure: –Description –Status –Unique features –Is the infrastructure available for TIARA access? –How to access –Support available –Contact details –Keywords Key Accelerator Research Area Key Technical Issues Costing Model: –Operations staffing level (FTE’s) –Annual operating costs –Costing model employed –Investment cost Defined by WP4 (see P Pierini Talk)

4. WP4: KARA and Applications

5. Infrastructure Data Collected 140 infrastructures surveyed and listed in the D3.1 Infrastructure Survey Report, Annex 2: –https://cdsweb.cern.ch/record/1426607https://cdsweb.cern.ch/record/1426607 In the process of uploading infrastructures: –Austria1 –Denmark 1 –Finland 1 –France19 –Germany13 –Italy13 –Poland6 –Slovenia1 –Spain8 –Sweden3 –Switzerland 61 –UK13 85% of ISR survey data currently available in database (13/6/12). More infrastructures continually identified, which are being added as appropriate.

6. WP3 Survey Collection Loïc Bordais (CNRS)France, Belgium Antoine Daël (CEA) France Peter McIntosh (STFC)UK Hans Mueller (GSI) Germany Diego Obradors (CIEMAT)Spain Paolo Pierini (INFN) Italy Roger Ruber (UU)Nordic countries & Netherlands Thomas Schietinger (PSI)Switzerland Anders Unnervik (CERN)Switzerland Hans Weise (DESY) Germany Slawomir Wronka (IFJ PAN)Poland & former East European countries

7. InfrastructureNumber Ion Beam facility14 Magnet testing13 Linac Accelerators11 Vacuum coating & preparation8 Proton source6 SRF system testing6 Irradiation facility6 Cryogenic testing6 SRF cavity preparation5 Stabilisation and alignment5 SR Accelerators5 Medical Therapy4 Ion source4 Material analysis4 Instrumentation4 Component vacuum brazing3 InfrastructureNumber Photo-injectors2 ERL Accelerators2 Collider Accelerator2 Neutron generation2 Power converter test facility2 Plasma wakefield generator/accelerator2 Electro static Storage Ring1 Positron source1 Coordinate measurement1 Ion implanter1 Radiation reactor1 Anti-proton Accelerator1 Neutroino facility1 Chemistry laboratory1 Polymer Laboratory1 FFAG Accelerator1 Ionisation Cooling1 Infrastructure Spectrum

8. Austria –Medaustron Denmark –Aarhus University Finland –University of Jyväskylä France –CEA Saclay –CNRS/IN2P3 –Ganil Germany –DESY –Karlsruhe Institute of Technology –Helmholtz Zentrum Berlin –TU Dortmund –HZD ‐ Rossendorf –Research Instruments –GSI Italy –INFN Genova, Catania, Frascati, Legnaro, Segrate –SINCROTRONE TRIESTE Poland –National Centre for Nuclear Research –Warsaw University of Technology Slovenia –Jozef Stefan Institut Spain –CIEMAT –CELLS –Insituto de Fisica Corpuscular –Universidad Autonoma de Madrid –National Center of Accelerators –ESS BILBAO CONSORTIUM Sweden –Lund University –Uppsala University Switzerland –CERN –PSI UK –Strathclyde University –STFC Daresbury Laboratory –STFC Rutherford Laboratory –Diamond Light Source Contributing Labs & Institutes

9. Database Development Platform STFC database development team: –Stephen Buckley (STFC, ASTeC) –Joan Berry (STFC, CSE) –Stephen McGill (STFC, ROE) Database – MS SQL server 2005 database. Server platforms for both web application and database are Windows 2003 R2 Standard Edition. Web front end - Internet Information Services 6 (IIS 6 SP2), written in ASP, Javascript and VBScript technologies. Both packages running on a Windows 2003 server. Cookies are used throughout the web application and must be enabled on the clients computer. SSL encryption provision included: –https://tiara.astec.ac.uk https://tiara.astec.ac.uk

10. Web-based Database Requirements Allow TIARA participants to register new test infrastructures for TIARA purposes. Allow any potential user to interface and interrogate the database to obtain all required information relating to a infrastructure availability. Processes comprise 4 main functionalities. 1.Data entry portal: –Prescriptive unambiguous question entry system. 2.Data storage and manipulation: –Standard SQL processes employed. 3.Data post processing and interrogation: –Appropriate categorisation, filtering, data export and display. 4.Data security provision: –Restricted data entry and data encryption. –UID/password for Public and Administrative access.

11. WP3: Infrastructure Database https://tiara.astec.ac.uk https://tiara.astec.ac.uk WP3 Infrastructure Database: https://tiara.astec.ac.ukhttps://tiara.astec.ac.uk

12. Infrastructure Inclusion

13. Infrastructure Details

14. Costing Information

15. Save and Submit

16. Searching Options

17. Geographical Searching Search Field - FRANCE Data export capability to: Text, CSV and Excel formats

18. Organisational Searching Search Field – Science & Technology Facility Council

19. Facility Searching Search Field – SACM

20. Infrastructure Searching Search Field – Ion Beam Source

21. Additional Features to be Included Multiple KARA/KTI input selection: –Demo developed, but needs further testing. As infrastructure survey initiated before the database development, need to remove remaining data ambiguity: –Introduce additional selection options rather than free text input. –Assimilate infrastructure descriptions to a smaller, more concise set of categories, refinement underway. Provide a normalised operational & investment cost: –Currency, exchange rate, date to be understood, under review. Provide infrastructure plotting capability: –Number of infrastructures per Country. –Infrastructure type per Country. –Infrastructures open for access and location. –Infrastructure investment with variety of filters.

22. Multiple KARA/KTI Input Selection

23. Summary 140 accelerator infrastructure profiles/descriptions obtained from 37 Laboratories, Institutes and/or Universities across Europe: –Details presented in D3.1 Infrastructure Survey Report. –More infrastructures being continually identified and included. Key Accelerator Research Areas (KARA) and Technical Issues (KTI) defined by WP4. Web-based database developed via WP3 coordination: –Undergoing testing and final stages of iteration. Accelerator infrastructures being categorised against KARA/KTIs. Improvements ongoing to refine survey data collected and provide ease of interrogation. TIARA will use this information to identify infrastructure priorities and deficiencies: –Prioritisation for future FP8 R&D funding.