1. The CERIF-2000 Implementation. Andrei S. Lopatenko CERIF Implementation Guidelines Andrei Lopatenko Vienna University of Technology http://derpi.tuwien.ac.at/~andrei

2. The CERIF-2000 Implementation. Andrei S. Lopatenko Standard  ER models  Relational database schema for Oracle, Access, MS SQL  Main vocabularies which every system can understand

3. The CERIF-2000 Implementation. Andrei S. Lopatenko Implementation. System  Ready-to-install Implementation of subset of CERIF-2000 on standard platform – Java Server Pages + Oracle RDBMS  Architecture to implement or extend  CERIF extensions  CERIF metadata schema (after test - > part of standard) Semantic Web schema and XML schema

4. The CERIF-2000 Implementation. Andrei S. Lopatenko Implementation. Guidelines  Basic Semantic Web implementation. How to create data descriptions, how to collect (crawl, others), how to retrieve  Guidelines How to implement the system at whole How to exchange data in XML, CSV (legacy) How to use custom vocabularies but leave the system CERIF compatible

5. The CERIF-2000 Implementation. Andrei S. Lopatenko Implementation. Support  Support The page of CERIF WorkGroup.  Updates, extensions, correction of errors  Feedback, sharing experience  Technology guide.. Helpdesk

6. The CERIF-2000 Implementation. Andrei S. Lopatenko AURIS-MM implementation  Java Server Pages + Oracle  Search, Browse, Input, Relations, Authorization, Secure Model, RDF generating  Exporting/Importing RDF, importing CSV as example of legacy compatibility

7. The CERIF-2000 Implementation. Andrei S. Lopatenko AURIS-MM. Architecture

8. The CERIF-2000 Implementation. Andrei S. Lopatenko AURIS-MM. Architecture. Details

9. The CERIF-2000 Implementation. Andrei S. Lopatenko AURIS-MM. Architecture. Researcher Profiles

10. The CERIF-2000 Implementation. Andrei S. Lopatenko AURIS-MM. Browsing

11. The CERIF-2000 Implementation. Andrei S. Lopatenko AURIS-MM Browsing

12. The CERIF-2000 Implementation. Andrei S. Lopatenko AURIS-MM

13. The CERIF-2000 Implementation. Andrei S. Lopatenko CERIF Extensions  See, CERIF Extensions documents  Aims to make CERIF more suitable for different user needs

14. The CERIF-2000 Implementation. Andrei S. Lopatenko CERIF Metadata schema  Please, see document “CERIF Metadata”

15. The CERIF-2000 Implementation. Andrei S. Lopatenko Basic Semantic Web  Basic Semantic Web implementation. How to create data descriptions, how to collect (crawl, others), how to retrieve  Now basic services is being implemented. Very relevant to EU project proposal

16. The CERIF-2000 Implementation. Andrei S. Lopatenko Basic Semantic Web  Ontology for subset of CERIF created  Tested. It is possible for researchers use visual tools like OntoMat to publish their data  Crawling implemented and metadata collecting (based on RDF Crawler)  Search interface and query engine (java application with Jena RDQL plus developed semantic query)  Show case description see http://derpi.tuwien.ac.at/~andrei/documents/s howCaseRDF.htm

17. The CERIF-2000 Implementation. Andrei S. Lopatenko Guidelines Guidelines. Proposal  How to implement the system at whole  How to exchange data in XML, CSV (legacy)  How to use custom vocabularies but leave the system CERIF compatible

18. The CERIF-2000 Implementation. Andrei S. Lopatenko The CERIF Work group page The page of CERIF WorkGroup.  Updates, extensions, correction of errors  Feedback, sharing experience  Technology guide..  See next slide

19. The CERIF-2000 Implementation. Andrei S. Lopatenko CERIF Task Group page proposal

20. The CERIF-2000 Implementation. Andrei S. Lopatenko Helpdesk  How to organize?  How is responsible for what?