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XML Databases for Dictionary Data Management
Skalický, Martin ; Granát, Jiří (referee) ; Smrž, Pavel (advisor)
This Bachelor's thesis practical part's main goal is transformation of invalid pseudoXML data into valid XML and use Schematron for advance validation. Teoretical part is about XML markup language. Next part ilustrates and describes data storing in OLIF, ISLE/MILE etc. standards and differences between them. Part, where the thesis concentrates on implementation, describes problems and work progress. Last part is about statistic evaluation.
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XML Databases for Dictionary Data Management
Skalický, Martin ; Granát, Jiří (referee) ; Smrž, Pavel (advisor)
This Bachelor's thesis practical part's main goal is transformation of invalid pseudoXML data into valid XML and use Schematron for advance validation. Teoretical part is about XML markup language. Next part ilustrates and describes data storing in OLIF, ISLE/MILE etc. standards and differences between them. Part, where the thesis concentrates on implementation, describes problems and work progress. Last part is about statistic evaluation.
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Interactive visualization of XML schemas in internet browser using client's XSLT
Kačina, Peter ; Kosek, Jiří (advisor) ; Dudáš, Marek (referee)
This bachelor thesis is focusing on design and implementation of prototype application, which will be used for transformation from W3C XML schema to visual form in SVG (Scalable Vector Graphics) format. Visualized schema will made easier to understand it and it will be possible to use it as a part of documentation to XML files. It could be also used by developers which will develop XML documents according to the schemas. Visualized form will interpret structure of the document and will provide information about its parts -- elements, complex types and attributes. The goal of the thesis is to create a tool, which will generate interactive graphic in browser with the help of clients XSLT processor -- Saxon CE. In the beginning in the thesis are described used technologies and its way of use in this prototype application. Further in the thesis is described design of graphic model and algorithm and also described how the interactivity is functioning. In description of graphic model are shown pictures of graphic interpretations of each structure mentioned hereinbefore. In following chapter is the algorithm, which main responsibility is to mine data from the source XML document and ensuring of interactivity, described in more detail. Practical output is prototype XSLT transformation, which with the help of clients XSLT processor Saxon CE will transform any W3C XML schema into graphic representation.
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