In adjustment to access the use of Semantic Web technologies it is all-important to actualize applications that accomplish use of the Semantic Web for activated applications. Enabling Modelling with Semantic Web technologies could animate breadth experts to ample ontologies with advantageous information, so breeding added account from their use.
The use of Semantic Web languages as advice representation and even as programming languages would abetment abundantly with interoperability as these modelling languages are standardised for use in a advanced ambit of computer systems.
Research can accompany calm End-User Programming, Modelling and the Semantic Web approaches. An important breadth of assay is a address for end-user programming, that of acceptance beheld modelling of information. This corresponds to the blazon of plan commonly undertaken appliance spreadsheets. This assay involves appliance Semantic Web technologies to accredit end-user programming. The technology is applicative to any botheration that involves user interaction, calculation, and modelling so it can be activated to a added ambit of tasks and accountable areas.
A alignment that involves alignment of advice through Aesthetics and Semantic Web techniques and enabling end-user programming through visualisation and alternation aims to accomplish able assembly of all-encompassing models. Horrocks (2002) explains Semantic Web technologies and the use of agents and ontologies, and aesthetics representation languages. This demonstrates the affiliated attributes of Aesthetics and Semantic Web research.
Berners-Lee and Fischetti (1999) sum up the advantage of a Semantic Web affairs over programs in added languages. They write, “The advantage of putting the rules in RDF is that in accomplishing so, all the acumen is exposed, admitting a affairs is a atramentous box: you don’t see what happens central it.” They altercate the use of Semantic Web languages as programming languages and explain the allowances declaring “The Semantic Web, like the Web already, will accomplish abounding things ahead absurd just obvious. Beheld Semantic Web programming is one of those accessible things”.
Berners-Lee et al. (2006) explain the accent of visualisation for aeronautics of advice “Despite action about the Semantic Web, a lot of of the world’s abstracts are bound in ample abstracts food and are not appear as an accessible Web of inter-referring resources. As a result, the reclaim of advice has been limited. Substantial assay challenges appear in alteration this situation: how to finer concern an great Web of affiliated advice repositories, how to adjust and map amid altered abstracts models, and how to visualise and cross the huge affiliated blueprint of advice that results.” The use of Semantic Web languages as programming languages would abetment abundantly with interoperability as these languages are standardised for use in a advanced ambit of computer systems
The capital advantage of accessible accepted representation of advice provided by the Semantic Web is that advice can be transferred from one appliance to another. Additionally it provides a layered architectonics that allows for a stepped adaptation from users to computer and aback for carrying after-effects of a modelling run. The affairs transformation access argued for by Lieberman (2007) can be acclimated to construe from a breadth able End-User Programmer absorption to models represented by Semantic Web languages, ontologies and code.
Use of Semantic Web technologies is a agency for accessible accepted representation of collaborative models, transformation into altered representations as required, and for accouterment of a high-level interface as a apparatus for archetypal visualisation and arrangement creation. Alignment of advice through Aesthetics and Semantic Web techniques and enabling End-User Programming through visualisation and alternation can accomplish able assembly of all-encompassing models. Semantic Web technologies could abetment abundantly with Web based Simulation and Modelling. Kuljis and Paul (2001) appraise advance in the acreage of web simulation. They altercate the charge for web-based simulations to be focussed on analytic real-world problems in adjustment to be successful. Miller and Baramidze (2005) authorize that for a “simulation abstraction that includes archetypal building, book creation, archetypal execution, achievement assay and saving/interpreting results. Ontologies can be advantageous during all of these phases.” Model-Driven Programming and the Semantic Web are explained by Frankel et al. (2004).
Research in the use and visualisation of Semantic Web advice can accommodate the accoutrement that end-user programmers accept been defective until recently, and these accoutrement can be acclimated for modelling. Crapo et al. (2002) advance the charge for a alignment for conception of systems to accredit added collaborative approaches to modelling by breadth able end-users, and that this accumulated with visualisation would acquiesce engineers to archetypal problems accurately.
Many organisations aftermath argument based letters from their IT systems. But argument based letters do not consistently appearance advice able-bodied abundant for acceptable accommodation making. Automated about-face of these letters into Semantic Web languages could abetment abundantly with this. So a adaptation action is appropriate and can be implemented as allotment of an all-embracing User-Driven Modelling/Programming Approach. Once letters are adapted to a standardised representation, hierarchical advice can be represented as clickable copse and after representation as charts. This makes it accessible to customise outputs from absolute IT systems and so allows an advance in readability of advice after above changes to the way it’s produced. This could accommodate a ample accretion at little cost.
Berners-Lee, T., Fischetti, M., 1999. Weaving the Web. Harper San Francisco; Paperback: ISBN:006251587X
Berners-Lee, T., Hall, W., Hendler, J., Shadbolt, N., Weitzner, D. J., 2006. Creating a Science of the Web. Science 11 August 2006:Vol. 313. no. 5788, pp. 769 – 771.
Crapo, A. W., Waisel, L. B., Wallace, W. A., Willemain, T. R., 2002. Visualization and Modelling for Intelligent Systems. In: C. T. Leondes, ed. Intelligent Systems: Technology and Applications, Volume I Implementation Techniques, 2002 pp 53-85.
Frankel, D., Hayes, P., Kendall, E., McGuinness, D., 2004. The Archetypal Driven Semantic Web. In: 1st International Workshop on the Model-Driven Semantic Web (MDSW2004) Enabling Knowledge Representation and MDA® Technologies to Plan Together.
Horrocks, I., 2002. DAML+OIL: a Reason-able Web Aesthetics Language. In: affairs of the Eighth Conference on Extending Database Technology (EDBT 2002) March 24-28 2002, Prague.
Kuljis, J., Paul, R. J., 2001. An appraisement of web-based simulation: whither we wander?. Simulation Practice and Theory, 9, pp 37-54.
Lieberman, H., 2007. End-User Software Engineering Position Paper. End-User Software Engineering Dagstuhl Seminar.
Miller, J. A., Baramidze, G., 2005. Simulation and the Semantic Web. In. Affairs of the 2005 Winter Simulation Conference.
Further Advice on this assay is at –
Semantic Web – http://www.cems.uwe.ac.uk/amrc/seeds/PeterHale/RDF/RDF.htm.