Transclusions are an advanced technique for the inclusion of existing content into new documents without the need to duplicate it. Although originally described in the early 1960s, transclusions have still not been made available to users and authors on the world wide web. This paper describes the prototype implementation of a system that allows users to write articles that may contain transclusions. The system offers a simple web-based interface where users can compose new articles. With a simple button the user has the ability to insert a transclusion from any HTML page available on the world wide web.While other approaches introduce new markups for the HTML specification, make use of technologies such as XML and XLink or employ authoring systems that internally support transclusions and can generate web pages as output, this implementation solely relies on the techniques provided by an HTML-based environment. Therefore HTML, Javascript, the Document Object Model, CGI scripts and HTTP are the core technologies utilised in the prototype.
This paper gives a brief overview of current technologies in systems handling encyclopaedic knowledge. Since most of the electronic encyclopaedias currently available are rather static and inflexible, greatly enhanced functionality is introduced that enables users to work more effectively and collaboratively. Users have the ability, for instance, to add annotations to every kind of object and can have private and shared workspaces. The techniques described employ user profiles in order to adapt to users and involve statistical analysis to improve search results. Moreover, a tracking and navigation mechanism based on trails is presented.The second part of the paper details community building around encyclopaedic knowledge with the aim to involve "plain" users and experts in environments with largely editorial content. The foundations for building a user community are specified along with significant facets such as retaining the high quality of content, rating mechanisms and social aspects. A system that implements large portions of the community-related concepts in a heterogeneous environment of several largely independent data sources is proposed. Apart from online and DVD-based encyclopaedias, potential application areas are e-Learning, corporate documentation and knowledge management systems.
This paper gives a brief overview of current technologies in systems handling encyclopaedic knowledge. Since most of the electronic encyclopaedias currently available are rather static and inflexible, greatly enhanced functionality is introduced that enables users to work more effectively and collaboratively. Users have the ability, for instance, to add annotations to every kind of object and can have private and shared workspaces. The techniques described employ user profiles in order to adapt to users and involve statistical analysis to improve search results. Moreover, a tracking and navigation mechanism based on trails is presented.The second part of the paper details community building around encyclopaedic knowledge with the aim to involve "plain" users and experts in environments with largely editorial content. The foundations for building a user community are specified along with significant facets such as retaining the high quality of content, rating mechanisms and social aspects. A system that implements large portions of the community-related concepts in a heterogeneous environment of several largely independent data sources is proposed. Apart from online and DVD-based encyclopaedias, potential application areas are e-Learning, corporate documentation and knowledge management systems.
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