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SEMANTIC WEB: A LEGAL CASE STUDY
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McCarty LT. 1989. A language for legal discourse, I. Basic features. In Proceedings of the Second International Conference on Arti cial Intelligence and Law, Vancouver, Canada, pp 180 189. Menzies T, Clancey WJ. 1998. Editorial: the challenge of situated cognition for symbolic knowledge-based systems. International Journal of Human-Computer Studies 49:767 769. Roche C. 2000. Corporate ontologies and concurrent engineering. Journal of Material Processing Technology 107:187 193. Rodrigo L, Blazquez M, Casanovas P, Poblet M. 2004. D10.1.1. Before Analysis. Case Study Intelligent Integrated Decision Support for Legal Professionals. State of the art. SEKT. EU Project IST-2003-506826. Stamper RK. 1996. Signs, Information, Norms and Systems. In: Signs of Work, Holmqvist, B Andersen P (eds). De Gruyter: Berlin. Valente A. 1995. A Modeling Approach to Legal Knowledge Engineering. IOS Press: Amsterdam, Tokyo. Valente A. 2005. Types and roles of legal ontologies. In Law and the Semantic Web. Legal Ontologies, Methodologies, Legal Information Retreval, and Applications, Benjamins VR et al. (eds). LNAI 3369, Springer: Berlin, pp 65 76. Valente A, Breuker J, Brouwer B. 1999. Legal modeling and automated reasoning with ON-LINE. International Journal of Human-Computer Studies 51:1079 1125. Vallbe J-J, Morti MA, Fortuna B, Jakulin A, Mladenic D, Casanovas P. 2005. Stemming and lemmatisation Improving knowledge management through language processing techniques. In: The Regulation of Electronic Social Systems. Law and the Semantic Web, Casanovas P, Bourcier D, Noriega P, Caceres E, Galindo F (eds). In Proceedings of the B4-Workshop on Arti cial Intelligence and Law. IVR 05-Granada, 25th-27th May. Web location. http.//www.le s.org. XXII World Conference of Philosophy of Law and Social Philosophy. Instituto de Investigaciones Jur dicas, UNAM Mexico [in press]. Visser PRS. 1995. Knowledge Speci cation for Multiple Legal Tasks; A Case Study of the Interaction Problem in the Legal Domain, Computer / Law Series, No. 17, Kluwer Law International: The Hague, The Netherlands. Visser PRS, Bench Capon, TJM. 1998. A comparaison of four ontologies for the design of legal knowledge systems. Arti cial Intelligence and Law 6:27 57. Zhu H. et al. 2002. An Approach for semantic search by matching RDF graphs. In Special Track on Semantic Web at the 15th International Flairs Conference (AAAI), May 2002, Florida, USA. http://www.dit.hemut.edu.vn/~tru/SPECIAL-STUDIES/rdf-semantic-matching.pdf
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A Semantic Service-Oriented Architecture for the Telecommunications Industry
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13.1. INTRODUCTION
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Today s telecommunication industry is increasingly competitive with many new entrants to the market and a challenging regulatory environment. Along with the ongoing recovery from the technology boom-andbust, these factors add up to a tough business environment. Price erosion means that operators (and, in particular, the large incumbents) have realised that they must radically transform the way they do business in order to reduce costs and remain competitive. At the same time, a number of new opportunities and threats are emerging including broadband, WiFi, xed-mobile convergence, aggressive new market entrants and the blurring of the boundary between IT and traditional telecommunications. Companies are seeking to grow new business, while defending traditional core revenues. Thus the industry is seeking urgently to reduce IT costs. A Forrester survey (Koetzle, 2001) found that average spending on integration by the top 3500 global companies was $6.3 million and 31% was spent on integrating with external trading partners. There is a focus on faster time to market via more exible business processes. Furthermore, there is a need to recon gure system components quickly and ef ciently in order to satisfy regulatory requirements for interoperation and to provide fully integrated support systems for increasingly sophisticated services.
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Semantic Web Technologies: Trends and Research in Ontology-based Systems John Davies, Rudi Studer, Paul Warren # 2006 John Wiley & Sons, Ltd
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A SEMANTIC SERVICE-ORIENTED ARCHITECTURE
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On the other hand, customers are demanding integrated services, tailored to their speci c needs. The market is becoming increasingly federated due both to regulatory pressures and to companies attempts to catch market opportunities with tailored, bundled services. In this market, the number of business to business (B2B) relationships between telecommunications companies and specialist content and service providers has dramatically increased. All these factors have led many telecommunications companies to radically rethink the way they operate. They have realised that the new environment requires tighter yet more exible management of processes and the eradication of bureaucracy and duplication of effort and systems. This transformation can be achieved with the adoption of a Service Orientated Architecture (SOA). The creation of Next Generation Networks (NGN) are being built in BTs 21CN programme will create a single core network capable of carrying many types of network product (e.g., PSTN, Broadband). As well as cost savings, the aim of this network is to be dynamic and exible in the way it is managed, allowing services to be provisioned much more quickly and easily than before. An important requirement is to have an Operational Support System (OSS) structure that allows this exibility. Building the OSS based on SOAs will be key to this. The next section, Section 13.2, describes the philosophy behind an SOA. Section 13.3 then explains how Semantic Web Services, described in 10, can be used to implement an SOA. After that, Section 13.4 describes the role of semantic mediation. Sections 13.5 and 13.6 describe in turn, the use of ontologies in telecommunications standards and the application to a particular case study in the telecommunications industry.
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