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Technical Recommendations for the Future State of an e-infrastructure in Agri-Food Sciences

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Panagiotis Zervas presentation during the eROSA Policy Workshop in Brussels, 19 June 2018

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Technical Recommendations for the Future State of an e-infrastructure in Agri-Food Sciences

  1. 1. Technical Recommendations for the Future State of an e-Infrastructure in Agri-Food Sciences Panagiotis Zervas (pzervas@agroknow.com)
  2. 2. PRESENTATION CHAPTERS LINK TO ROADMAP DOCUMENT THE PRESENT TECHNICAL RECOMMENDATIONS ABSTRACT FUTURE ARCHITECTURE THE FUTURE THE PAST
  3. 3. LINK TO ROADMAP DOCUMENT CORRESPONDS TO SECTION 6 ON RECOMMENDATIONS (PART ON SERVICES AND TECHNICAL BACKBONE CORRESPONDS TO SECTION 5 ON A PAN-EUROPEAN E-INFRASTRUCTURE IN AGRI-FOOD FEEDBACK AND INSIGHTS WELCOME THROUGH OPEN CONSULTATION
  4. 4. THE PAST
  5. 5. WHAT WERE THINGS LIKE? EACH ORGANIZATION CONDUCTED ITS RESEARCH IN ITS OWN INFRASTRUCTURE (AND OFTEN PREMISES) ISOLATED RESEARCH AND DATA SILOS INFORMATION AND DATA EXCHANGE WAS INDIRECT (PUBLICATIONS, PROVISION OF DATA AND MODELS UPON REQUEST, MANUAL SEARCHES)
  6. 6. THE PAST SCIENTIFIC DOMAIN COMMUNITY COMMUNITY ORGANIZATION DEDICATED / AD-HOC SERVICES PHYSICAL INFRASTRUCTURE ORGANIZATION DEDICATED / AD-HOC SERVICES PHYSICAL INFRASTRUCTURE ORGANIZATION DEDICATED / AD-HOC SERVICES PHYSICAL INFRASTRUCTURE ORGANIZATION DEDICATED / AD-HOC SERVICES PHYSICAL INFRASTRUCTURE
  7. 7. THE PRESENT
  8. 8. WHAT ARE THINGS LIKE NOW? A SET OF BASIC, CROSS-COMMUNITY SERVICES ARE HORIZONTALLY USED BY ALL STAKEHOLDERS PHYSICAL INFRASTRUCTURE (COMPUTATIONAL AND STORAGE RESOURCES) ARE SHARED AND ACCESSIBLE TO MULTIPLE ORGANIZATIONS MORE INTRICATE OPERATIONS, THOUGH COMMON, ARE SERVED BY DISJOINT SERVICES, EVEN WITHIN THE SAME COMMUNITIES INTEGRATION AND SHARING OF SUCH SERVICES IS PERFORMED AT A GENERIC LEVEL, LEAVING MORE COMPLEX FUNCTIONALITY OUTSIDE THE SHARED BASEGROUND
  9. 9. THE PRESENT PHYSICAL INFRASTRUCTURE AUTHENITCATION & AUTHORIZATION MINING SERVICE #1 MINING SERVICE #2 LINKING SERVICE #1 SEMANTIC ENRICHMENT SERVICE #1 MINING SERVICE #3 DATA QUALITY SERVICE #1 OPTIMIZATION SERVICE #1 ANNOTATION DISCOVERY SHARING STORAGE MANAGEMENT HORIZONTAL SERVICES COMMUNITY - SPECIFIC SERVICES COMMUNITY - SPECIFIC SERVICES
  10. 10. COMPUTATIONAL INFRASTRUCTURE HORIZONTAL SERVICES COMMUNITY - SPECIFIC SERVICES USING COMMON TECHNOLOGIES GENERIC COLLABORATIVE SPACES INTEGRATING SUBSETS OF SERVICES AUTHENITCATION & AUTHORIZATION ANNOTATION DISCOVERY SHARING STORAGE MANAGEMENT STORAGE INFRASTRUCTURE
  11. 11. THE FUTURE
  12. 12. WHAT WILL THINGS BECOME LIKE? EXTEND THE SET OF HORIZONTAL SERVICES TO INCLUDE TECHNOLOGIES ALREADY MATURE IN THE CONTEXT OF DIFFERENT COMMUNITIES THAT CAN BE USED WITHIN DIFFERENT DOMAINS OPTIMIZE THE USAGE OF SHARED PHYSICAL INFRASTRUCTURE FOR EACH COMMUNITY / COMPUTATIONAL TASK PROVIDE THE MEANS TO EASILY CUSTOMIZE AND CONFIGURE THE HORIZONTAL SERVICES TO FULLY ACCOMMODATE THE NEEDS OF A SPECIFIC COMMUNITY SEAMLESSLY INCORPORATE NEW SERVICES AND TECHNOLOGIES TO THE BIG PICTURE
  13. 13. THE FUTURE THE FARM HORIZONTAL SERVICES THE LAB COMPUTATIONAL INFRASTRUCTURE STORAGE INFRASTRUCTURE COMMUNITY-SPECIFIC CONFIGURATIONS COMMUNITY-SPECIFIC CONFIGURATIONS COMMUNITY-SPECIFIC CONFIGURATIONS RESEARCH FACILITIES & ESFRI MINING SEMANTIC ENRICHMENT OPTIMIZATION LINKING QUALITY CONTROL AUTHENTICATION & AUTHORIZATION ANNOTATION DISCOVERY SHARING STORAGE MANAGEMENT CLOUD COMPUTING / CONTAINER DEPLOYMENT / HPC ONLINE STORAGE / LONG-TERM STORAGE / DATA TRANSFER
  14. 14. OUR RECOMMENDATIONS
  15. 15. WHAT WILL BE THE FUTURE STATE? BUILD AND MANAGE AT LARGE-SCALE COMMON SEMANTIC SPECIFICATIONS FOR DATA AND SERVICES, USING WIDELY AGREED STANDARDS AND FORMATS INCORPORATE PHYSICAL INFRASTRUCTURE UNDER A FEDERATION LAYER, OPTIMIZING THEIR USAGE AND SHARING MAKE CROSS-COMMUNITY SERVICES AVAILABLE VIA SEMANTICALLY ENRICHED DESCRIPTIONS AND ALLOWING THE AUTOMATION OF THE INTERFACING PROCESS AUTOMATE THE INCORPORATION OF EXISTING / NEW SERVICES BY ESTABLISHING API FACTORIES ENSURING THEIR INTEROPERABILITY VIA THE USAGE OF THE COMMON SEMANTICS AND SPECIFICATIONS BUILD ON OUR GEMS, WHICH ARE SCATTERED AND DIFFICULT TO FIND AND ACCESS
  16. 16. ABSTRACT FUTURE ARCHITECTURE COMMUNITY-SPECIFIC SERVICES (EXISTING OR NEW) SERVICE #1 SERVICE #2 API FACTORY API API ABSTRACTION LAYER HORIZONTAL SERVICES FEDERATION LAYER PHYSICAL INFRASTRUCTURE SPECIFICATIONLAYER
  17. 17. TECHNICAL RECOMMENDATIONS - TRUST AND PROVENANCE SUPPORTING REPOSITORIES OF DIGITAL ASSETS - ROBUST REGISTRATION MECHANISMS FOR ADDING SUCH REPOSITORIES TO THE ECOSYSTEM - TRUST-ENABLED REPOSITORIES FOR PRESERVING AND EXPOSING SEMANTIC RESOURCES - MACHINE-READABLE AND TRANSPARENT LICENSING MECHANISMS FOR ALL DIGITAL ASSETS - SECURE AUTHENTICATION MECHANISMS FOR ACCESS CONTROL IN ALL REPOSITORIES A SPECIFICATION LAYER (“A COMMON LANGUAGE”) FOR THE CREATION AND PRESERVATION OF SHARED AND CONNECTED SEMANTICS FOR DATA, MODELS AND SERVICES INCORPORATE SOLID RESEARCH RESULTS FROM BIG DATA MINING, DISTRIBUTED AND LARGE-SCALE ANALYTICS, BIG DATA VISUALIZATION ETC USER-ORIENTED AND USER-FRIENDLY TOOLS AND SERVICES
  18. 18. Dr. Panagiotis Zervas (pzervas@agroknow.com) Agroknow

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