[[Image(Semantic_Days_20009_liten.jpg)]] = Preliminary programme = === Monday 18 May === === Tutorials: Ontology-based data integration === 1300-1700:: ISO 15926[[BR]]Johan Wilhelm Klüwer and Morten Rørvik Strand, DNV '''(confirmed)''' 1300-1700:: Ontology-based data integration[[BR]]Diego Calvanese, Free University of Bozen-Bolzano, and Guiseppe de Giacomo, University of Rome '''(confirmed)''' 1300-1700:: Enterprise architecture frameworks with semantic models as a foundation for compelex networked operations[[BR]]Arne Jørgen Berre, SINTEF, and Dirk Wirth, DFKI '''(confirmed)''' ---- == Tuesday 19 May == === Session 1: Semantic Technologies – Needs and solutions === Chair: Nils Sandsmark, General Manager, PCA 0900-0910:: Welcome[[BR]]Nils Sandsmark, Chairman Programme Committee '''(confirmed)''' 0910-0935:: Keynote[[BR]]Richard Sagli, !StatoilHydro '''(confirmed)''' 0935-1000:: Title[[BR]]James Hendler, Rensselaer Polytechnic Institute '''(not confirmed)''' 1000-1030:: Coffee break 1030-1100:: Title[[BR]]Hanson Graves, Lockheed Martin '''(not confirmed)''' 1100-1130:: Title[[BR]]NN, Cisco '''(confirmed)''' 1130-1200:: From domain standards to ontology[[BR]]Arild Waaler, University of Oslo '''(confirmed)''' 1200-1300:: Lunch === Session 2: Semantic application for oil and gas === Chair: Roar Fjellheim, Director, Computas 1300-1330:: Ontologies and decision support[[BR]]Emiliio Nunez, University of Texas '''(confirmed)''' 1330-1400:: Ontologies for geological CO,,2,, storage studies[[BR]]Jean-Francois Rainaud, Institut Francais du Pétrole '''(confirmed)''' 1400-1430:: System Interoperability through use of semantic technologies[[BR]]Svein Johnsen and Brian Elvesæter, SINTEF '''(confirmed)''' 1430-1500:: Data integration[[BR]]Diego Calvanese, Free University of Bozen-Bolzano '''(confirmed)''' === Session 3: Ontology tools === Chair: Jon Atle Gulla, Professor, NTNU As an encouraging sign of the maturing of semantic technology, software tools for building industrial strength application are becoming available, both as commercial products and in open source form. In this session we will learn about a representative set of such tools, including ontology construction tools, systems for semantic content management, triple stores for efficient storage of semantic data, etc. 1500-1530:: Commercial redevelopment of Protége[[BR]]Irene Polikoff, !TopQuadrant '''(not confirmed)''' 1530-1600:: Pellet Reasoning Engine[[BR]]Kendall Clark, Clark&Parsia '''(not confirmed)''' 1600-1630:: Ontology Learning[[BR]]Johanna Völker, University of Karlsruhe '''(confirmed)''' 1630-1700:: Semantic annotation for web services[[BR]]Dumitro Roman, University of Innsbruck '''(confirmed)''' 1700:: Summing up the day[[BR]]Jon Atle Gulla, NTNU '''(confirmed)''' 1900:: Aperitiff 1930:: Dinner ---- == Wednesday 20 May == === Session 4: Information quality === Chair: Tor Arne Irgens, Commander Senior Grade, The Norwegian Defence Quality methods for semantic success: * More than 1 million organizations use ISO9000 to address quality aspects of their processes * ISO15288, supported by ISO 15289, is used to refine processes for life cycle support of systems * ISO8000 is currently being developed to address challenges for measurable quality methods to support semantic quality * How can ISO 15926 contribute to the emerging ISO 8000 standard? 0800-0830:: Will ISO9000 be enough to ensure semantic quality?[[BR]]Knut Andersen, Det Norske Veritas '''(confirmed)''' 0830-0900:: Can ISO15288/ISO15289 support the needs for semantic quality?[[BR]]Erik …, Saab '''(not confirmed)''' 0900-0930:: Expectation for measurable quality methods in the industrial information domain, utilizing open international standards, including ISO15926 and W3C[[BR]]NN, Selskap '''(not confirmed)''' 0930-1000:: The daily drilling report to the Norwegian Authorities – An exellent example of improved information quality using ISO 15926 and W3C technologies[[BR]]Arnt Vegard Espeland, Capgemini, and Jonas Stokka, PSA '''(not confirmed)''' 1000-1030:: Coffee break === Session 5: IT architecture for IO Generation 2 === Chair: Arne Jørgen Berre, Chief Research Scientist, SINTEF 1030-1100:: IO in the High North (IOHN) project[[BR]]Frode Myren, IBM '''(not confirmed)''' 1100-1130:: Supporting intelligent and automated integrated operations with agent technologies in a services architecture[[BR]]Einar Landre, !StatoilHydro, and Klaus Fisher, DFKI '''(not confirmed)''' 1130-1200:: Semantic sensor networks – Supporting networked operations[[BR]]Manfred Hauswirth, DERI Galway '''(not confirmed)''' 1200-1230:: I-Nord architecture – An integrated architecture for networked environmental monitoring and surveillance systems in the north[[BR]]Øystein Godøy, Meteorological Institute Norway '''(not confirmed)''' 1230-1330:: Lunch === Session 6: Semantic technology for IO Generation 2 === Chair: Arild Waaler, Professor, University of Oslo Integrated Operations (IO) is rapidly evolving, and OLF foresees a future "IO Generation2" characterized by more intelligent and more automated operations than current IO, as well as much closer integration of operators, vendors and service companies. IO Generation 2 will offer rich opportunities for advanced application of semantic technology. In this session we will present early studies and pilot projects exploring those opportunities. 1330-1400:: Data integration[[BR]]Daniel Oberle, SAP '''(not confirmed)''' 1400-1430:: ISO 15926 as an enabler to semantic integration[[BR]]Kari Anne Thorsen, University of Stavanger '''(confirmed)''' 1430-1500:: Making existing data standard compliant using semantic technology[[BR]]Johan Wilhelm Klüwer, Det Norske Veritas '''(confirmed)''' 1500-1530:: Using semantic technology for control of drilling machinery[[BR]]Jens Ingvald Ornæs, National Oilwell Varco '''(confirmed)''' ----