Semantic Web-Based Information Systems: State-of-the-Art ...

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Chapter.VIII Querying.the.Web.Reconsidered:. Design.Principles.for.Versatile.Web.Query.Languages............................ 190 François Bry, University of Munich, Germany Christoph Koch, Vienna University of Technology, Austria Tim Furche, University of Munich, Germany Sebastian Schaffert, University of Munich, Germany Liviu Badea, Nat. Inst. for Research & Development Informatics, Bucharest, Romania Sacha Berger, University of Munich, Germany Section.IV:.Applications Chapter.IX Semantic.E-Business..................................................................................... 214 Rahul Singh, The University of North Carolina at Greensboro, USA Lakshmi Iyer, The University of North Carolina at Greensboro, USA A. F. Salam, The University of North Carolina at Greensboro, USA Chapter.X A Distributed Patient Identification Protocol Based on Control.Numbers.with.Semantic.Annotation............................................. 234 Marco Eichelberg, OFFIS, Germany Thomas Aden, OFFIS, Germany Wilfried Thoben, OFFIS, Germany Chapter.XI Family.History.Information.Exchange.Services.Using. HL7 Clinical Genomics Standard Specifications....................................... 254 Amnon Shabo (Shvo), IBM Research Lab, Haifa Kevin S. Hughes, Massachusetts General Hospital, Partners Health Care, USA Chapter.XII Archetype-Based.Semantic.Interoperability.of.Web.Service.Messages. in.the.Health.Care.Domain.......................................................................... 279 Veli Bicer, Middle East Technical University (METU), Turkey Ozgur Kilic, Middle East Technical University (METU), Turkey Asuman Dogac, Middle East Technical University (METU), Turkey Gokce B. Laleci, Middle East Technical University (METU), Turkey About.the.Authors........................................................................................ 303 Index.............................................................................................................. 314 v
v preface Importance of semantics has been recognized in different areas of data and information management, including better access, exchange, interoperability, integration and analysis of data. Semantics of data is about associating meaning to data, and understand what data represents, and improve the value of data. Early use of semantics in the context of data and information management occurred in the context of development of multidatabase or federated database systems, to be followed by mediator and information brokering architectures. As the Web started to take the shape as a global information system and as a way to connect distributed data repositories, usage of metadata and semantics correspondingly started in early 1990s and increased there after. The first use of the term “semantic information brokering” in 1993 conceived the use of semantics in the form of domain models and ontologies for heterogeneous data integration, and about the same time, ontology-based information integration was proposed in some mediator based projects. In the last two chapters of his book Weaving the Web (Harper, 1997), Tim Berners-Lee started to put forth a vision of the next phase of the Web in which semantics would play a critical role, and the term Semantic Web was coined. Research community, first supported by the DARPA’s DAML program (for which Jim Handler was the program manager) quickly saw the new research opportunity. This book contributes to the revolutionary domain of Semantic Web and information systems in four following aspects, namely, vision, methodologies, tools and applications. Section.I:.Vision. The first two chapters of the book present a vision, a provocative or an alternate view, and/or a counter-point. The first chapter “Semantics for the Semantic Web: The Implicit, the Formal, and the Powerful,” by Sheth, Ramakrishnan, and Thomas, takes the expansive view of
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Figure 16. The present structure of
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The Human Semant c Web entire healt
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The Human Semant c Web In the Knowl
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The Human Semant c Web ing Environm
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The Human Semant c Web Takeuchi, H.
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26 Between February 2001 and Februa
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Chapter.III General Adaptat on Fram
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General Adaptat on Framework • Da
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General Adaptat on Framework Proact
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General Adaptat on Framework semant
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General Adaptat on Framework Figure
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Figure 4. General Adaptation Framew
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General Adaptation Framework 75 thr
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Pilot.Implementation.of.Semantic.Ad
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General Adaptat on Framework The do
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Figure 11. Use case scenario of the
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Figure 15. Template-based transform
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Conclusion General Adaptat on Frame
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General Adaptat on Framework As men
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General Adaptat on Framework METEOR
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General Adaptat on Framework 8 Java
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Ontology Creat on Methodolog es obt
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Table 2. OTK methodology Ontology C
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Table 5. TOVE methodology Ontology
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Table 6. DILIGENT methodology Ontol
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Section III Ontology Creat on Metho
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A Tool for Work ng w th Web Ontolog
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OntoELAN implements the following a
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Figure 7. A snapshot of the tier hi
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Chapter.VII Bu ld ng Ontology Trans
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Table 1. Examples of transformation
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6 http://km.aifb.uni-karlsruhe.de/w
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Query ng the Web Recons dered allow
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Query ng the Web Recons dered retri
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ib {{ book {{ title { “Data on th
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Specific Reasoning as Theories Quer
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Versatility Query ng the Web Recons
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Query ng the Web Recons dered Furch
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Section IV Applications Query ng th
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Semant c E-Bus ness to be beneficia
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Semant c E-Bus ness The following s
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Intelligent Agents Semant c E-Bus n
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Semant c E-Bus ness Papazoglou, M.
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Distributed Patient Identification
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Chapter.XII Web Serv ce Messages Ar
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Web Serv ce Messages amination, or
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Figure 6. An example SimilarTo patt
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Figure 9. The state_structure class
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Figure 12. Target instance 8351-9
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Web Serv ce Messages 0 Brujin, J.,
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About.the.Authors About the Authors
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About the Authors 0 Veli. Bicer. is
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About the Authors 0 in refereed jou
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About the Authors 0 partment (1992)
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About the Authors Anton.Naumenko.is
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About the Authors Centre and head o
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consumer-centric business model 30
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semantic e-business 214 semantic in
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