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    Associate Professor

    La Trobe Universitty

    A Two-level World Wide Web Model with Logic Programming Links

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    We propose a two-level model for the World Wide Web: Web pages are stored at the first level, and the links between them pass through a link abstraction layer. This extra layer permits processing to be carried out as part of link traversal, thereby increasing the expressiveness of links beyond direct connection between pages. This mechanism is implemented using LogicWeb, which allows Web pages to be treated as logic programs. One advantage of LogicWeb is that it enables conceptual Web structures to be coded in the abstraction layer which are amenable to sophisticated querying and automated reasoning. Another benefit is that it allows the easy specification of rules which model the nondeterministic and unpredictable nature of link activation in the Web. 1 Introduction The Web's basic link mechanism is uni-directional, with fixed source and destination pages. When a page is retrieved, it is simply displayed. We extend the expressiveness of links by proposing a two-level model for the We...

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    Title : A Two-level World Wide Web Model with Logic Programming Links
    Abstract : We propose a two-level model for the World Wide Web: Web pages are stored at the first level, and the links between them pass through a link abstraction layer. This extra layer permits processing to be carried out as part of link traversal, thereby increasing the expressiveness of links beyond direct connection between pages. This mechanism is implemented using LogicWeb, which allows Web pages to be treated as logic programs. One advantage of LogicWeb is that it enables conceptual Web structures to be coded in the abstraction layer which are amenable to sophisticated querying and automated reasoning. Another benefit is that it allows the easy specification of rules which model the nondeterministic and unpredictable nature of link activation in the Web. 1 Introduction The Web's basic link mechanism is uni-directional, with fixed source and destination pages. When a page is retrieved, it is simply displayed. We extend the expressiveness of links by proposing a two-level model for the We...
    Subject : unspecified
    Area : Computer Science
    Language : English
    Affiliations : 
    Url : http://clement.info.umoncton.ca/pub/lpnet/public_html/proceedings97/loke.ps
    Doi : 10.1.1.46.4424

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