CORE final workshop introduction

CORE final workshop introduction

• 1.
  CORE ESSnet (COmmonReference Environment) final meeting Carlo Vaccari Istat / University of Camerino Italy
• 2.
  Outline CORE project: introduction: CORA, partners, meetings
• 3.
  WorkPackages (WPs) list
• 4.
  WPs main resultsMeeting Agenda
• 5.
  Future?
• 6.
  CORA project A for Architecture -> E for Environment CORA ESSnet (3Q2009-4Q2010) results : Survey on existing software -> SAB inventory
• 7.
  Architecture: Two dimensions
• 8.
  Layered
• 9.
  Platform independent
• 10.
  GSBPM compliantPrototypes
• 11.
  CORE workpackages WP1:Project management
• 12.
  WP2: Design ofthe information model
• 13.
  WP3: Generic interfacedesign for interconnecting sub-processes
• 14.
  WP4: Workflow solutionsfor process management
• 15.
  WP5: G enericinterface and scenario for .NET
• 16.
  WP6: G enericinterface and scenario for Java
• 17.
  WP7: Project disseminationand integration cost reporting
• 18.
  Partners and meetingsCountries: it (coord.), fr , nl , no , pt , se Third parties (Universities): Athens , Camerino Meetings held: Kick-off - Luxembourg 17-18 January 2011
• 19.
  Lisbon meeting –28-29 March 2011
• 20.
  Paris meeting –20-21 June 2011
• 21.
  Rome meeting -3-4 October 2011
• 22.
  Final meeting inLuxembourg - 11-12 January 2012 workshop to present CORE results to Eurostat
• 23.
  Workpackages dependencies
• 24.
  CORE WP2 Informationmodel (del 2.2) for the statistical process, designed in accordance with these principles: CORA requirements
• 25.
  Rectangular data sets: rows and columns
• 26.
  Strong typing :each column one value type only and so a data set is (strongly) typed - also rules and parameters are typed
• 27.
  Data set Kinds: constrain the data sets that can be transferred (micro data, dimensional, classifications, ...)
• 28.
  Business objects: usage of XML to support modeling business objects outside CORE, such as the GSIM
• 29.
  CORE WP3 WP3Architecture - technical definition of unique environment for: Designing Statistical processes in terms of abstract services
• 30.
  Exchanged data andmetadata Running Designed processes by invoking wrapped tools
• 31.
  CORE WP3 COREData: Domain descriptor: meta-model with entities and entity properties ( open to DB | RDF | GSIM integration)
• 32.
  CORE data model (according to the information model) : Rectangular data set, Data set kind ...
• 33.
  Mapping model: mapping CORE data to Domain Descriptor Integration API : making a tool a CORE service, i.e. translating inputs and outputs of the tool in a completely transparent and automatic way
• 34.
  CORE WP4 Mostimportant result: workflow tools evaluation Requirements list based on CORE and NSIs needs Comparison based on four different axes: Modeling : g raphical interface, m odel translation
• 35.
  Integration : communication technology, standards , u ser management, v ersioning ...
• 36.
  Execution : monitoring, t raceability
• 37.
  General :u sability, m anual/automatic steps ...
• 38.
  CORE WP5 andWP6 These WPs provide working solutions that permits the automatic execution of selected GSBPM sub-processes starting from WP3 results
• 39.
  WP5 provides animplementation in .NET while WP6 provides an implementation in Java
• 40.
  In the afternoonDEMO for two environments
• 41.
  CORE WP7: disseminationWeb site , project wiki and many presentations in 2011: NTTS Brussels 22-24 February: Istat
• 42.
  MSIS Luxembourg23 – 25 May: Istat & Camerino
• 43.
  MeTTeg CamerinoItaly 30 June – 1 July: Camerino
• 44.
  SISAI Luxembourg7 – 8 June: Istat
• 45.
  Meeting organized bySenior Statistician of the Statistical Service of Greece, Crete July: UoA
• 46.
  Working group for"Technology innovation" by the General Secretariat of Research&Technology, Greece, September: UoA
• 47.
  METIS workshopGeneva 5 – 7 October: CBS & SSB
• 48.
  ITDG Luxembourg18 – 19 October: Istat
• 49.
  ESSnet workshop Cologne, Germany 27 – 28 October: SSB
• 50.
  HLG-BAS workshop Geneva 31 October – 1 November: Istat
• 51.
  CORE WP7 -Costs Collection from Implementation library for Generic interface (WP3)
• 52.
  Subprocesses integration in.NET (WP5) & Java (WP6) Integration Cost Reporting - categories to use: Data conversion
• 53.
  Service embedding
• 54.
  Integration API. Costs include time spent on design, build and test Now collecting data
• 55.
  Final meeting Agenda9.30 – 10.00 Opening (Eurostat) 10.00 – 10.30 CORE Project Introduction (Istat) 10.30 –11.15 CORE Model (CBS) 11.15 – 11.30 Coffee 11.30 - 12.00 CORE Architecture (Istat) 12.00 –12.15 Workflow Solutions (Insee) 12.15 – 13.00 Q&A session 13.00 – 14.00 Lunch Break 14.00 –15.30 DEMO Sessions (Istat and CBS) 15.30 – 16.30 Open Discussion & Conclusions
• 56.
  Final remarks Rich results in 13 months: requirements -> general model -> software Relevance of work atmosphere Good cooperation between countries: WPs shared Big advancements in meetings: importance of presence -> beside wiki tools like webconference? Good cooperation with other groups : SAB , GSIM , HLG , MSIS , METIS , SDMX ESSnet (deliverable) Competences, skills and tools to be preserved Need sponsorship inside NSIs, in Eurostat and in other groups
• 57.
  Future? CORE nextsteps: CORE is NOT a package, but a “new way of working” -> industrialization & NSI involvement
• 58.
  CORE needs: for industrialization : environment tested in NSIs -> generate requirements -> implementation
• 59.
  for adoption: Eurostat sponsorhip Connections outside CORE: HLG-BAS: more cooperation needed (sprints and others)
• 60.
  Mutual review withOCMIMF on GSIM
• 61.
  SDMX integration andsupport to SAB